JVC GY DV300U UZ E Service Training Manual

SERVICE MANUAL

GY-DV300U/UZ/E

DV CAMCORDER

No. 60139March 2002COPYRIGHT © 2002 VICTOR COMPANY OF JAPAN, LTD.100% recycled paper

Differences between GY-DV300U and GY-DV300UZ are packed accessories.

For more details, refer to the ”SECTION 7 PACKING“ on page 7-1.

The photo shows the GY-DV300 DV camcorder with an optional KA-DV300 network pack.

Important Safety Precautions

Prior to shipment from the factory, JVC products are strictly inspected to conform with the recognized product safety and electrical codesof the countries in which they are to be sold. However, in order to maintain such compliance, it is equally important to implement thefollowing precautions when a set is being serviced.

Fig.1

1. Locations requiring special caution are denoted by labels andinscriptions on the cabinet, chassis and certain parts of theproduct. When performing service, be sure to read and com-ply with these and other cautionary notices appearing in theoperation and service manuals.

2. Parts identified by the symbol and shaded ( ) parts arecritical for safety.Replace only with specified part numbers.Note: Parts in this category also include those specified to com-

ply with X-ray emission standards for products usingcathode ray tubes and those specified for compliancewith various regulations regarding spurious radiationemission.

3. Fuse replacement caution notice.Caution for continued protection against fire hazard.Replace only with same type and rated fuse(s) as specified.

4. Use specified internal wiring. Note especially:1) Wires covered with PVC tubing2) Double insulated wires3) High voltage leads

5. Use specified insulating materials for hazardous live parts.Note especially:1) Insulation Tape 3) Spacers 5) Barrier2) PVC tubing 4) Insulation sheets for transistors

6. When replacing AC primary side components (transformers,power cords, noise blocking capacitors, etc.) wrap ends ofwires securely about the terminals before soldering.

Power cord

Fig.2

10. Also check areas surrounding repaired locations.

11. Products using cathode ray tubes (CRTs)In regard to such products, the cathode ray tubes themselves,the high voltage circuits, and related circuits are specified forcompliance with recognized codes pertaining to X-ray emission.Consequently, when servicing these products, replace the cath-ode ray tubes and other parts with only the specified parts.Under no circumstances attempt to modify these circuits.Unauthorized modification can increase the high voltage valueand cause X-ray emission from the cathode ray tube.

12. Crimp type wire connectorIn such cases as when replacing the power transformer in setswhere the connections between the power cord and powertransformer primary lead wires are performed using crimp typeconnectors, if replacing the connectors is unavoidable, in or-der to prevent safety hazards, perform carefully and preciselyaccording to the following steps.

1) Connector part number : E03830-0012) Required tool : Connector crimping tool of the proper type

which will not damage insulated parts.3) Replacement procedure

(1) Remove the old connector by cutting the wires at a pointclose to the connector.Important : Do not reuse a connector (discard it).

Fig.7

cut close to connector

Fig.3

(2) Strip about 15 mm of the insulation from the ends ofthe wires. If the wires are stranded, twist the strands toavoid frayed conductors.

15 mm

Fig.4

(3) Align the lengths of the wires to be connected. Insertthe wires fully into the connector.

Connector

Metal sleeve

Fig.5

(4) As shown in Fig.6, use the crimping tool to crimp themetal sleeve at the center position. Be sure to crimp fullyto the complete closure of the tool.

1

Precautions during Servicing

7. Observe that wires do not contact heat producing parts(heatsinks, oxide metal film resistors, fusible resistors, etc.)

8. Check that replaced wires do not contact sharp edged orpointed parts.

9. When a power cord has been replaced, check that 10-15 kg offorce in any direction will not loosen it.

1.252.0

5.5

Crimping tool

Fig.6

(5) Check the four points noted in Fig.7.

Not easily pulled free Crimped at approx. centerof metal sleeve

Conductors extended

Wire insulation recessedmore than 4 mm

Safety Check after ServicingExamine the area surrounding the repaired location for damage or deterioration. Observe that screws, parts and wires have beenreturned to original positions, Afterwards, perform the following tests and confirm the specified values in order to verify compli-ance with safety standards.

1. Insulation resistance testConfirm the specified insulation resistance or greater between power cord plug prongs andexternally exposed parts of the set (RF terminals, antenna terminals, video and audio inputand output terminals, microphone jacks, earphone jacks, etc.). See table 1 below.

2. Dielectric strength testConfirm specified dielectric strength or greater between power cord plug prongs and exposedaccessible parts of the set (RF terminals, antenna terminals, video and audio input and outputterminals, microphone jacks, earphone jacks, etc.). See table 1 below.

3. Clearance distanceWhen replacing primary circuit components, confirm specified clearance distance (d), (d’) be-tween soldered terminals, and between terminals and surrounding metallic parts. See table 1below.

4. Leakage current testConfirm specified or lower leakage current between earth ground/power cord plug prongsand externally exposed accessible parts (RF terminals, antenna terminals, video and audioinput and output terminals, microphone jacks, earphone jacks, etc.).Measuring Method : (Power ON)Insert load Z between earth ground/power cord plug prongs and externally exposed accessi-ble parts. Use an AC voltmeter to measure across both terminals of load Z. See figure 9 andfollowing table 2.

5. Grounding (Class 1 model only)Confirm specified or lower grounding impedance between earth pin in AC inlet and externally exposed accessible parts (Video in,Video out, Audio in, Audio out or Fixing screw etc.).Measuring Method:Connect milli ohm meter between earth pin in AC inlet and exposed accessible parts. See figure 10 and grounding specifications.

d'

d

ChassisPower cord,primary wire

Region

USA & Canada

Europe & Australia

Grounding Impedance (Z)

Z 0.1 ohm

Z 0.5 ohm

≤≤

AC inlet

Earth pin

Exposed accessible part

Milli ohm meter

Grounding Specifications

Fig. 10

a b

c

V

AExternallyexposedaccessible part

Z

Fig. 9

Fig. 8

Clearance Distance (d), (d')

d, d' 3 mm

d, d' 4 mm

d, d' 3.2 mm–

Dielectric Strength

AC 1 kV 1 minute

AC 1.5 kV 1 miute

AC 900 V 1 minute

AC Line Voltage

100 V

100 to 240 V

110 to 130 V

110 to 130 V

200 to 240 V

Japan R 1 MΩ/500 V DC

USA & Canada

Europe & Australia R 10 MΩ/500 V DC

Region Insulation Resistance (R)

≤

≤

≤≤≤

≤≤≤

AC 3 kV 1 minute(Class 2)

AC 1.5 kV 1 minute(Class 1)

d 4 mmd' 8 mm (Power cord)d' 6 mm (Primary wire)

Table 1 Specifications for each region

a, b, cLeakage Current (i)AC Line Voltage

100 V

110 to 130 V

110 to 130 V

220 to 240 V

Japan

USA & Canada

i 1 mA rms Exposed accessible parts

Exposed accessible parts

Antenna earth terminals

Other terminals

i 0.5 mA rms

i 0.7 mA peaki 2 mA dc

i 0.7 mA peaki 2 mA dc

Europe & Australia

Region Load Z

≤

≤

≤≤≤≤

1 kΩ

2 kΩ

1.5 kΩ

0.15 µF

50 kΩ

Table 2 Leakage current specifications for each region

Note: These tables are unofficial and for reference only. Be sure to confirm the precise values for your particular country and locality.

2

1-1

SECTION 1

SERVICE CAUTIONS AND DISASSEMBLY

1.1 REMOVAL OF THE EXTERNAL COVER

1.1.1 Removing the left side cover

(1) Slide the EJECT switch in the direction of the arrow andopen the cassette cover in the direction shown.

(2) Remove the two screws 1.(3) Remove the two screws 2.

Fig. 1-1-1

(4) Remove the three screws 3 from the bottom panel andremove the left side cover.

Fig. 1-1-2

(5) Be careful with the connection wires when removing theleft side cover.

Fig. 1-1-3

1.1.2 Removing the right side cover

(1) Remove the two screws 4 from the right side.

Fig. 1-1-4

(2) Remove the three screws 5 from the bottom panel andremove the right side cover.

Fig. 1-1-5

(3) Be careful with the internal wires and FFCs when removingthe right side cover.

Fig. 1-1-6

1

2

Eject Switch

3

4

5

[Cautions for attaching the right side cover]

Make sure that the ND FILTER on the cover is OFF and thatthe lever on the lens assembly is in the up position beforeclosing the right hand side cover.

1-2

1.1.3 Removing the handle assembly

(1) Remove the left and right side covers as described in “1.1.1Removing the left side cover” and “1.1.2 Removing the rightside cover.”

(2) Remove the screw 6, which can be found when the rightside cover is removed.

Fig. 1-1-9

Fig. 1-1-8

(4) Be careful with the FFCs and wires between the main unitand the handle assembly when removing the handle assem-bly.

Fig. 1-1-7

(3) The handle assembly can be removed after removing thescrew 7, which is revealed when the left side cover is re-moved.

1.1.4 Removing the rear panel

(1) Remove the left and right side covers as described in “1.1.1Removing the left side cover” and “1.1.2 Removing the rightside cover.”

(2) Remove the two screws 8 retaining the bottom panel fromthe rear panel.

Fig. 1-1-10

(3) After removing the two screws 9 at the top of the rearpanel, the rear panel can be removed.

6

7

8

9

Fig. 1-1-11

1-3

Fig. 1-1-12

(4) Removing the rear panel exposes the REG. board. 1.2 BOARD LAYOUT

Fig. 1-2-1

Fig. 1-2-3

Fig. 1-2-2

F2(Part No. NMFZ011-

3R15X-S)

F1(Part No. NMFZ011-

3R15X-S)

Location of Fuse

MAIN board

A/L/S board

MECHANISM assembly CONNECT board

DV MDA board

REG. board

1.1.5 Replacing the fuses

• Before replacing the fuse, determine the cause of thefuse blowout in order that such a problem may beavoided in future.

• In order to ensure safe operation and protection forthe machine, please replace the fuse with one that hasthe correct parts number.

(1) Before replacing the fuse, please remore the power cableor battery for the camera.

(2) Remove the panel in accordance with the instructions in"1.1.4 Removing the rear panel." Then, replace the fuse (sol-der type).

Caution

Take measures against static when handling the circuitboard. The ICs mounted on the circuit board (especiallythe IC402, which is the CPU on the main circuit board)may be damaged by static.

1-4

Fig. 1-3-5

(6) Do not to apply excessive force on the FPC, etc. when re-moving the lens assembly from the main unit.

Fig. 1-3-4

(5) Disconnect both the FPC connector (CN901) and the boardconnector (CN501), and then remove the four screws #retaining the lens assembly. Now the lens assembly (inte-grated with the CCD block assembly) can be removed.

Fig. 1-3-3

(3) Remove the right side cover as described in “1.1.2 Remov-ing the right side cover.”

(4) Remove the two screws @ and the manual iris control dialassembly.

@

Manual iris dial

CN901 CN501

#

1.3 REMOVAL OF THE LENS AND OPTICAL COMPONENTS

1.3.1 Removing the lens hood

(1) In order to remove the lens hood on the front of the mainunit; first remove the four screws 0 inside the lens hood.

Fig. 1-3-2

Fig. 1-3-1

(2) Remove the retaining screw ! on the manual focus sensorand remove the manual focus ring.

0 0

!

Manual focus ring

Fig. 1-3-6

View after removal of manual focus ring

1-5

(7) After removing the three screws $ from the CCD blockassembly on the rear part of the lens assembly, the CCDblock assembly can be removed from the lens.

Caution

•The CCD assembly of this set has been assembled basedon a special bonding technique. Therefore, the CCD can-not be disassembled or exchanged alone. In case of amalfunction of the CCD, it is required to exchange theentire CCD block assembly.

•Repair of CCD block assembly is impossible.

Fig. 1-3-8

(9) The lens assembly and CCD block assembly of this model issupplied as an integrated part.

Lens assembly (with CCD) : SCV3055-021 (U MODEL) SCV3055-031 (E MODEL)

Lens assembly : T.B.ACCD block assembly : T.B.A

The CCD block assembly is not equipped with the IS boardassembly. This assembly should be reused by removing itfrom the original set.

Fig. 1-3-7

(8) When re-assembling them, make sure that dust does notattach on the inner side of the lens and the front of the CCDblock. If required, clean them using a blower before re-as-sembly.

$

CCD blockassembly

IS board assembly

Lens assembly

1.4 DISASSEMBLY OF MICROPHONE ASSEMBLY

(1) Remove the handle as described in “1.1.4 Removing thehandle assembly.”

(2) Remove the screw % .(3) Remove the screw ^ and then remove the spring of the

accessory shoe.

Fig. 1-4-3

Fig. 1-4-2

(5) Remove the MIC assembly from the handle being careful ofthe internal wires.

Fig. 1-4-1

(4) Remove the two screws & then remove the plate and tallylens.

^

%

Spring

&

Plate

Tally lens

1-6

)

Cover

1.6 REMOVAL OF THE LCD MONITOR

(1) Remove the right side cover as described in “1.1.2 Remov-ing the right side cover.

(2) Remove the two screws ( which are inside the right sidecover.

Fig. 1-6-3

Fig. 1-6-1

(3) Open the LCD monitor and turn the screen so that it facesdownward.

(4) Remove the two screws ) and then remove the cover.

(

Fig. 1-6-2

(5) With the LCD screen facing downward, remove it by slidingit toward the inner side of the right side cover as shown inthe figure.

1.5 REMOVAL OF THE VIEWFINDER

(1) Pull up the viewfinder and remove the two screws * fromthe stay.

View after removal of the VF cover

Fig. 1-5-3

Fig. 1-5-2

Fig. 1-5-1

(2) Remove the eyepiece and rubber ring, and then remove theVF cover.

*

Rubber ring

EyepieceVF cover

1-7

1.7 REMOVAL OF THE MECHANISM ASSEMBLY

(1) Remove both the left side and right side covers from themain unit. (See “1.1.1 Removing the left side cover” and“1.1.2 Removing the right side cover.”)

(2) Remove the four screws ⁄ and remove the A/L/S board.

Fig. 1-7-6

For instructions on the disassembly and assembly of individualparts, see “Section 2 Mechanical Adjustments.”The mechanism assembly for the service part is provided asshown in figure 1-7-5. (It consists of the mechanism assemblyand the DV MDA board.)

Fig. 1-7-5

Fig. 1-7-4

(6) In order to remove the DV MDA board, remove the twoscrews ‹, disconnect the FPC wires from the capstan anddrum assembly, and take out the DV MDA board.

(5) Disconnect the wires from CN5508, CN5501 and CN5506of the DV MDA board, and then remove the mechanismassembly.

Fig. 1-7-2

(4) Remove the DEW sensor.Remove the three screws ¤ retaining the mechanism as-sembly.

Fig. 1-7-1

(3) Remove the screw and remove the shield plate on the MAINboard. Disconnect the two FPC wires of the mechanismassembly from CN1 and CN3.

Fig. 1-7-3

Screws ⁄

A/L/S board

Shield plateFPC wire CN1

FPC wire CN3MAIN board

Screws ¤

DEW sensor

DV MDA board

Screws ‹

DV MDA board

1-8

POWER

STOP

PLAY

MENU LCD monitor

SELECT dial

1.9 SERVICE MENUS

1.9.1 Modes required in servicing

(1) Characters are displayed on the LCD monitor screen or view-finder.

Fig. 1-9-1 Buttons Used

(2) While holding down the specified button(s) (PLAY, STOP),press and hold the MENU button for more than 1 second inorder to display the first-level menu of the service menuhierarchy. The items in the first-level menu vary accordingto which specified button is being held at the moment theMENU button is pressed.

Table 1-9-1 First-Level Menus of Service Menus

Item Main DisplaySTOP PLAY

Active FunctionPLAY

+STOP

CAMERA 1 MENU

CAMERA 2 MENU

CAMERA 2 MENU

VTR 1 MENU

VTR 2 MENU

VTR 3 MENU

DIP SW

HOUR METER

ERROR HISTORY

OTHERS

CPU VERSION

Camera setting, white blemish detection

White blemish correction ON/OFF

Menu for factory use. Do not change the settings.

VCR setting.

Reserve ON/OFF.

Reserve ON/OFF.

DIP SW ON/OFF.

Hour meter display.

Warning history display.

Menu save, etc.

CPU version display.

1.8 HOW TO TAKE OUT THE CASSETTE TAPE IN AN

EMERGENCY

When the cassette tape cannot be ejected due to a failure inthe electrical circuitry, take out the cassette manually as de-scribed below.Note that the following method is not applicable if the mecha-nism itself is fractured and becomes stuck as a result of this.

(1) Remove the left side cover from the main body. (See "1.1.1Removing the left side cover".)

(2) Apply 3 V DC to the terminals on the top of the loading mo-tor (Red wire: +. Brown wire: -) to perform the unloadingoperation little by little. Perform the unloading operation lit-tle by little for the tape may be slackened or damaged ifunloading is attempted all at once.

Fig. 1-8-1

(3) If there is any tape slack, wind the tape up by inserting apointed tool (such as a chip IC replacement tool) into theshaft above the capstan motor and turning it in the directionof the arrow.

(4) Repeat the operations in steps (2) and (3) until the tape iswound up completely inside the cassette. Take care not todamage the tape during the operation.

(5) Ensure that the tape has been wound up completely, pushdown the release lever of the cassette housing and take outthe cassette.

Brown wire(–) Red wire(+)

Fig. 1-8-2

Release lever

1-9

1.9.2 Operation in the first-level of the service menu

(1) While holding down the specified button(s) (PLAY, STOP),press and hold the MENU button for more than 1 second.

(2) The first-level of the service menu is displayed.(3) Rotate the SELECT dial to move the cursor (') on to the

item to be modified.(4) Push the SELECT dial to select the item on which the cursor

(') is located.

* Pressing the MENU button returns to the status display.

1.9.3 CAMERA 1 menu

(1) In a service menu, place the cursor (') on “CAMERA 1”and push the SELECT dial to display the CAMERA 1 menu.

Fig. 1-9-2

First-Level MENU (When

both STOP and Menu are

pressed)

Fig. 1-9-3

First-Level MENU (When

both PLAY and Menu are

pressed)

– – – C A M E R A 1 – – –

IHW T E C L I P 1 0 8 %DCL L / R R E V E R S E O N

FV O R L C D O F FNAH D L E Z OOM O NRRE O R D E T E C T C A N C E LGAP E B A C K

– – – M E N U – – –

MAC E R A 1MAC E R A 2RTV 1RTV 2PID S WUOH R M E T E RRRE O R H I S T O R YHTO E R SIXE T

– – – M E N U – – –

MAC E R A 1RTV 1IXE T

UPC V E R S I O NAC N : 0 0 – 0 0YS S : 0 0 – 0 0EL N S : 0 0 – 0 0TV R : 0 0 – 0 0

– – – M E N U – – –

MAC E R A 1MAC E R A 2MAC E R A 3RTV 1RTV 2RTV 3PID SWUOH R M E T E RRRE O R H I S T O R YHTO E R SIXE T

Fig. 1-9-4

First-Level MENU

(When both STOP, PLAY and Menu are pressed)

Fig. 1-9-5 CAMERA 1 Menu

White blemish detection

• Select item “ERROR DETECT” and push the SELECT dial.“ERROR DETECT” is displayed and the CCD white blemishdetection operation for correction starts automatically.At this time, the lens is closed and the camera is in the LoLuxmode.

Fig. 1-9-6 White Blemish Detection

(2) Rotate the SELECT dial to move the cursor (') on the modeto be modified.

(3) Push the SELECT dial so that the parameter blinks.(4) Rotate the SELECT dial to vary the parameter.(5) After completing the parameter setting, push the SELECT

dial to stop the blinking of the parameter and store the set-ting in memory.

(6) After completing the setting, move the cursor (') to “PAGEBACK” and push the SELECT dial to return to the display atthe higher hierarchy level.


Table 1-9-2 Setting Items in CAMERA 1 Menu

Item Parameters

WHITE CLIP

LCD L/R

REVERSE

VF OR LCD

HANDLE ZOOM

ERROR DETECT

108% Sets the WHITE CLIP level to 108%.

100% Sets the WHITE CLIP level to 100%.

OFF When the face of LCD screen is turned

toward the camera subject, does not

invert the left and right of the LCD display.

(normal image)

ON When the face of LCD screen is turned

toward the camera subject, inverts the left

and right of the LCD display. (mirror image)

OFF Always displays image in the VF.

(Mode for displaying image in the LCD

panel only when it is opened.)

ON Displays image in either VF or LCD.

(Mode for turning the VF display off

when the LCD panel is opened)

OFF Disables the zooming of the handle.

ON Enables the zooming of the handle.

CANCEL White blemish detection to cancel.

EXECUTE Pressing the SECECT dial after

selecting this item starts white

blemish detection.

( indicates the factory settings.)

– – – C A M E R A 1 – – –

IHW T E C L I P 1 0 8 %DCL L / R R E V E R S E O N

FV O R L C D O F FNAH D L E Z OOM O NRRE O R D E T E C T E X E C U T EGAP E B A C K

1-10

Fig. 1-9-11 CAMERA 2 Menu

(2) Rotate the SELECT dial to move the cursor (') onto themode to be modified.

(3) Push the SELECT dial so that the parameter blinks.(4) Rotate the SELECT dial to vary the parameter.(5) After completing the parameter setting, push the SELECT

dial to stop the blinking of the parameter and store the set-ting in memory.

(6) After completing the setting, move the cursor (') to “PAGEBACK” and push the SELECT dial to return to the display atthe higher hierarchy level.


1.9.4 CAMERA 2 menu

(1) In a service menu, place the cursor on “CAMERA 2” andpush the SELECT dial to display the CAMERA 2 menu.

– – – C A M E R A 2 – – –

UOC N T R Y U / E

DCC C O R R E C T O NGAP E B A C K

Item Parameters

COUNTRY

CCD

CORRECT

U/E Destination setting([NTSC] USA, [PAL] Europe)

I/EC Destination setting ([NTSC] Japan, [PAL] China)

ON Corrects the detected white blemish.

OFF Does not correct the detected white blemish.

*1

*2

Table 1-9-4 Setting Items in CAMERA 2 Menu

( indicates the factory settings.)

*1: NTSC/PAL is determined by the hardware (alteration of resistance constant)

*2: This mode is set to ON at the moment the power is turned ON. The OFF mode is enabled only after it is set to OFF at this screen until the power is turned OFF.

Details on correctable white blemish

• Up to 32 errors with composite video levels of 50 mV ormore can be corrected. However, the maximum number oferrors per line is limited to 16. (However, if two errors areadjacent to each other, the correction results are inferior tothe case in which a single error due to the principles of errorcorrection occurs.)

• Oblique noise may be observed on the screen during whiteblemish detection. This is due to the principles of error cor-rection and is not a malfunction.

100 %

98 %

• White blemish can be detected in the following area.

• If any error occurs during the detection operation, an errormessage is displayed, and the CAMERA 1 menu appearsagain in a while.

Fig. 1-9-7

Display During white Blem-

ish Detection

Fig. 1-9-8

Display After White Blem-

ish Detection

Message Error Details Treatment

Table 1-9-3 Error Messages

The lens does notclose for detection.

The number ex-ceeds the speci-fied count.

LENS NOTCLOSED?

COUNT OVER

No result is stored inthe EEPROM.

Only the specifiedcount of data is storedin the EEPROM.

Fig. 1-9-9 Error Message

E R R O R D E T E C T E R R O R D E T E C T

E N D

P L E A S E P OWE R O F F

E R R O R D E T E C T

E R R O R : ( M E S S A G E )

• When the white blemish detection completes, the result datais stored in the memory of the CPU, “ERROR DETECT END,PLEASE POWER OFF” is displayed. Turn the POWER switchOFF, and turn it ON again to return to the status display.

Fig. 1-9-10 Area In Which White Blemish Detection is Available

1-11

Item Parameters

BATT. SHUT DOWN

BATT. ALARM

BATT. STEP

REC REPEAT

PLAY REPEAT

LONG PAUSE

LP WARNING

6.0 Setting of the battery voltage at which shutdown should occur (Setting in 0.1 V steps between 5.1 V and 7.5 V)

OFF Disable battery shutdown function.

6.9 Setting of the battery voltage at which battery alarm is indicated (Setting in 0.1 V steps between 5.1 V and 8.0 V)

0.3 Setting of the remaining battery power display steps (Setting in 0.1 V steps between 0.1 V and 1.0 V)

OFF Disable repeat recording

12 Perform repeat recording 12 times.

ON Enable full repeat recording.

OFF Disable repeat playback.

ON Enable repeat playback.

OFF Disable the long pause function.

ON Enable the long pause function.(When STBY mode has been continued more than 30 minutes, the

Drum goes to STOP mode.)

OFF Disable LP warning

ON Enable LP warning (When LP mode is selected, “LP IS NOT RECOMMENDED” is displayed.)

Parameters inside indicate the factory setups.

– – – V T R 1 – – –

TAB T . S H U T D OWN : 6 . 0TAB T . A L A RM : 6 . 9 TAB T . S T E P : 0 . 3CER R E P E A T : O F FALP Y R E P E A T : O F FNOL G P A U S E : O N

PL WA R N I N G : O F FGAP E B A C K

1.9.5 VTR1 menu

Operating Procedure

(1) Rotate the SELECT dial to move the cursor onto the item to be changed.(2) Push the SELECT dial so that the parameter value blinks.(3) Rotate the SELECT dial to vary the parameter.(4) After completing the setting, push the SELECT dial.

This stops blinking and enters the setting.(The SELECT dial mode returns to the mode for moving the cursor.)

(5) After completing all of the required settings, move the cursor onto “PAGEBACK” and push the SELECT dial to return to the menu at the higher hierar-chical level.

* Press MENU to return to the status display.

Table 1-9-5 Setting Items in the VTR1 Menu

Fig. 1-9-12 VTR1 Menu

1-12

1.9.7 VTR3 menu

Caution: None of the setting value has reserved.Change to other values is inhibited.

Table 1-9-7 Setting Items in VTR3 Menu


Item Parameters

TEMP SENSOR

TEMP(DEW)

PB CLOG LEVEL

REC CLOG LEVEL

109 Threshold AD value of the temperature that forces the long pause period to 3 minutes

(Initial : 30 minutes) under low temperatures (0 – 255). The following table shows the relationship

between the set internal temperature and the threshold value.

80 The threshold AD value of the temperature sensor that lowers the dew threshold at low temperatures

(0 - 255). (The setting value of 80 corresponds to about 10°C.)

26 The threshold level of the playback head clog error indication (0 - 31).

The relationship between the threshold value and the error rate is as shown below.

Error rate = Threshold x 10 (tracks) x 30 (frames)

When the threshold setting is 26, the error rate is:

26 x 10 (PAL: 12) x 30 (PAL: 25) = 7800

1 The threshold level of the recording head clog error (detected during short playback in continuous

recording) (0 – 7). The relationship between the threshold value and error rate is as shown below.

Error rate = The value of PB CLOG LEVEL error rate x the setting of REC CLOG LEVEL.

When the threshold setting is 1, the error rate is : 7800 x 1 = 7800

Int. Temp (approx) -10°C 0°C 5°C 10°C 20°C 30°CThreshold 34 54 67 80 109 140


Table 1-9-6 Setting Items in VTR2 Menu

– – – V T R 3 – – –

SER E R V E D : 0GAP E B A C K

Item Parameters

RESERVED 0 Normal setting


1.9.6 VTR2 menu


– – – V T R 2 – – –

MET P S E N SO R 1 0 9MET P ( D EW ) 8 0 BP C L OG L E V E L 2 6CER C L OG L E V E L 1GAP E B A C K

1-13

Table 1-9-8 Setting Items in the DIP SW Menus

1.9.8 DIP SW menus

These menus set the DIP switches. (The factory setups are all “OFF”, or “0”.)

Fig. 1-9-15 DIP SW Menus

– – – D I P S W 1 / 3 – – –

PID SW 0 : 0PID SW 1 : O F FPID SW 2 : O F FPID SW 3 : O F FPID SW 4 : O F FPID SW 5 : O F FPID SW 6 : O F FPID SW 7 : O F FXEN T P A G EGAP E B A C K

– – – D I P S W 2 / 3 – – –

PID SW 8 : O F FPID SW 9 : O F FPID SW 1 0 : O F FPID SW 1 1 : O F FPID SW 1 2 : O F FPID SW 1 3 : O F FPID SW 1 4 : O F FPID SW 1 5 : O F FXEN T P A G EGAP E B A C K

– – – D I P S W 3 / 3 – – –

PID SW 1 6 : O F FPID SW 1 7 : O F FPID SW 1 8 : O F FPID SW 1 9 : O F FPID SW 2 0 : O F FPID SW 2 1 : O F FPID SW 2 2 : O F FPID SW 2 3 : O F FGAP E B A C K

Item

DIP SW 1/3

Parameters Default

DIP SW – 0

DIP SW – 1

DIP SW – 2

DIP SW – 3

DIP SW – 4

DIP SW – 5

DIP SW – 6

DIP SW – 7

DIP SW – 8

DIP SW – 9

DIP SW – 10

DIP SW – 11

DIP SW – 12

DIP SW – 13

DIP SW – 14

DIP SW – 15

DIP SW – 16

DIP SW – 17

DIP SW – 18

DIP SW – 19

DIP SW – 20

DIP SW – 21

DIP SW – 22

DIP SW – 23

1: Error rate monitor, Other switching inhibited

Disables warning detection

Switching inhibited

Disables dew warning detection

Disables cassette outer cover switch (for servicing)

Switching inhibited

Switching inhibited

Displays Audio level values

Switching inhibited

Switching inhibited

Switching inhibited

Switching inhibited

Switching inhibited

Switching inhibited

Switching inhibited

Switching inhibited

Switching inhibited

Switching inhibited

Switching inhibited

Switching inhibited

Switching inhibited

Switching inhibited

Switching inhibited

Switching inhibited

0

OFF

OFF

OFF

OFF

OFF

OFF

OFF

OFF

OFF

OFF

OFF

OFF

OFF

OFF

OFF

OFF

OFF

OFF

OFF

OFF

OFF

OFF

OFF


DIP SW 2/3

DIP SW 3/3

The error rate can be checked when the DIP SW-0 is set to "1."Other displays show information about signals between the portand the CPU.

ERROR RATE MONITOR Wx 2M O D E

C H 1C H 2

NDF 5 . 6 –2

48K PMCH 1 -- -- -- --CH 2 -- -- -- --

S T B Y

T E M P MIN1 2 0

ADPOISMF

SG

WB

SP

P O R T

1 050 1 / /1 1 : 0 0 : 0 0

T TC 0 0 : 0 0 : 0 0 : 0 0

Error rate

1-14

Item Parameters

DRUM

TOTAL DRUM

POWER

CAPSTAN

LOADING

EJECT

FWD/REV

000000 Displays the drum hour meter.

CLEAR Deletes the drum hour meter.

000000 Displays the total drum hour meter.

CLEAR Deletes the total drum hour meter.

(This does not work unless the special setting.)

000000 Displays the power hour meter.

CLEAR Deletes the power hour meter.

000000 Displays the capstan hour meter.

CLEAR Deletes the capstan hour meter.

000000 Display the loading count.

CLEAR Deletes the loading count.

000000 Displays the ejection count.

CLEAR Deletes the ejection count.

000000 Displays the forward/reverse switching count.

CLEAR Deletes the forward/reverse switching count.


–– – E R R O R H I S T O R Y – – –IH( S T O R Y - 1 )007 1 0 0 0 8 0 1 0 2 0 1 F 3 0 1 2 2IH( S T O R Y - 2 ) 007 1 0 0 0 8 0 1 0 2 0 1 F 3 0 1 2 2IH( S T O R Y - 3 )007 1 0 0 0 8 0 1 0 2 0 1 F 3 0 1 2 2IH( S T O R Y - 4 )007 1 0 0 0 8 0 1 0 2 0 1 F 3 0 1 2 2

ELC A R O F FGAP E B A C K

Latest error

Error 2nd from the last

Error 3rd from the last

Error 4th from the last

Deletes error history

Error codes

1.9.9 HOUR METER menu

This menu is used to clear hour meters.Set the desired parameter to “CLEAR” and push the SELECT dial to clear the corre-sponding hour meter.

Fig. 1.9.16 HOUR METER

To delete the error history, change “CLEAR” from “OFF” to “ON” and push the SELECT dial. This deletes the entire error history. It isnot possible to delete an individual error.

Error Code Description

A 10-byte error code is displayed when an error occurs.

1.9.10 ERROR HISTORY menu

This menu is used to check the error history.As the error history is stored in an EEPROM,details of up to past four errors can be con-firmed even after the power is turned off.

Table 1-9-9 Setting Items in HOUR METER Menu

– – – H O U R M E T E R – – –

URD M : C L E A RTOT A L D R UM : 0 0 0 0 0 0WOP E R : 0 0 0 0 0 0PAC S T A N : 0 0 0 0 0 0AOL D I N G : 0 0 0 0 0 0EJE C T : 0 0 0 0 0 0DWF / R E V : 0 0 0 0 0 0GAP E B A C K

Bytes 1, 2 : Error code

Bytes 3, 4 : DON’T CARE

Byte 5 : Mechanism position at error occurrence

Byte 6 : Target VCR mode at error occurrence

Byte 7 : VCR mode at error occurrence

Byte 8 : Last accepted key code

(including operation and remotely sent key code)

Byte 9 : Last key parameter

Byte 10 : Hex value of temperature AD input.

(See the description of item “TEMP SENSOR in 1.8.6, “VCR2 Menu.”

7001 AABB CC DDEE FFGG HH

1,2 3, 4 5 6, 7 8, 9 10Bytes

Fig.1-9-17 ERROR HISTORY

1-15

On-Screen Display Code SUB Cause Warning Content & Detection Method

VTR WARNING [DEW]

VTR WARNING [HARD]

3200AABBCCDDEEFFGGHH

VTR WARNING [HARD]


VTR WARNING [HARD]


VTR WARNING [HARD]


VTR WARNING [HARD]


VTR WARNING [HARD]


VTR WARNING [HARD]


VTR WARNING [HARD]


VTR WARNING [HARD]


VTR WARNING [HARD]


VTR WARNING [HARD]


VTR WARNING [HARD]


VTR WARNING [HARD]


02

32

33

41

42

57

58

70

71

72

72

73

73

73

01

00

00

00

00

02

02

01

01

02

03

02

03

05

Detection of voltage at MAIN board IC3 pin 100.DEW ON : 2.4V DC or moreDEW OFF: 1.8V DC or less

Loading does not complete.When the rotary encoder outputs at the MAIN board, theIC3 pins 83,84 and 85 are checked and loading does not complete in 4 seconds.

Unloading does not complete.When the rotary encoder outputs at the MAIN board,IC3 pins 83,84 and 85 are checked and unloading does not complete in 4 seconds.

Ejection does not complete.When the cassette switch signal (MAIN board IC3 pin 12) is not detected in 3 seconds after the start of ejection.

Intake does not complete.When the cassette switch signal (The MAIN board IC3 pin 12) is not detected in 3 seconds after the start of intake.

Leader tape cannot be pulled in with REV skip.When, in PLAY mode and others, the tape end sensor (MAIN board IC3 pin 101) remains “L” after the tape has been transported for 3 seconds by the REV skip, which happens after detection of the tape end.

Leader tape cannot be pulled in with FWD skip.When the tape beginning sensor (MAIN board IC3 pin 102) remains “L” after the tape has been transported for 3 seconds by the FWD skip, which happens after detection of the tape beginning.

Drum motor does not rotate.When the drum FG pulse (MAIN board IC3 pin 156) has not been detected for 4 seconds in the drum drive mode.

Capstan does not rotate.When the capstan FG pulse (MAIN board IC3 pin 155) has not been detected for 2 or more seconds in the capstan drive mode.

Supply reel does not rotate.When the SUP REEL FG pulse (MAIN board IC3 pin 152) has not been detected for 2 or more seconds in the transport mode.

Tape slack on SUP side.Ratio between SUP reel FG and Capstan FG is abnormal.When 4500 or more capstan FG pulses are detected per SUP REEL FG pulse in the capstan drive mode.

The take-up reel does not rotate.When the TU REEL FG pulse (MAIN board IC3 pin 153) has not been detected for 2 or more seconds in the transport mode.

Tape slack on TU side.Ratio between TU reel FG and Capstan FG is abnormal.When 4500 or more capstan FG pulses are detected per SUP REEL FG 1 pulse in the capstan drive mode.

Tape slack during unloading.When the TU REEL FG pulses are fewer than the specified value (which varies depending on the winding diameter) during unloading.

Dew condensation

Loading motor, rotary encoded or mechanism failure

Loading motor, rotary encoded or mechanism failure

Cassette housing switch or cassette housing defect

Cassette housing switch or cassette housing defect

Tape cut after tape end detection. Mechanism mode transition defect.

Tape cut after tape begin detection. Mechanism mode transition defect.

Drum motor or MDA circuit defect. FG sensor defect.

Capstan motor or MDA circuit defect. FG sensor defect.

Timing belt cut. Mechanism reel control part defect.





(1) Bytes 1, 2: Error code

Table 1-9-10 (1) Error Code List

1-16

(2) Byte 5: Mechanism position at error occurrence

(3) Bytes 6, 7: VCR mode. (4) Bytes 8, 9: Key code

Table 1-9-10 (2) Mechanism Position

00

01

02

03

04

05

06

07

08

09

0A

0B

0C

0D

0E

CASSETTE-IN

CASIN2HALF

HALF

HALF2LOAD

LOAD

LOAD2FWD

FWD

FWD2REV

REV

REV2STOP

STOP

STOP2FAST

FAST

INVALID

INITIAL

VTR ModeCode

00

01

02

03

04

05

06

07

08

09

0A

0F

13

14

15

16

1A

21

22

UL_STOP

EJECT

LD_STOP

PLAY

STILL

FF

REW

S_FF (Search)

S_REW (Search)

SLOW_FWD

SLOW_REV

V_PLAY

REC

REC_P

DV_REC

DV_RECP

POWER_OFF

OVER EJECT

PINCH ON STOP

Key Code

D0

D1

D2

D3

D4

D5

D6

D7

D9

DA

DB

DC

DD

DE

DF

Still

Step Fwd

Slow Fwd1

Slow Fwd2

Play Fwd

Search Fwd1

Search Fwd2

Search Fwd3

Search Rev3

Search Rev2

Search Rev1

Play Rev

Slow Rev2

Slow Rev1

Step Rev

Key Code

E0

E1

E2

E7

E8

E9

EA

EB

EC

ED

EE

F0

F1

F4

F5

Rec

Rec Pause

DV Rec Pause

Play

Still

FF

Rew

Slow Fwd

Slow Rev

Variable Play

Trigger

Stop

Eject

Power Off

DV Rec

Code Code

Table 1-9-10 (3)

Table 1-9-10 (4)

1-17

Table 1-9-11 Setting Items in OTHERS Menu

Fig. 1-9-18 OTHERS Menu

– – – O T H E R S – – –

MEM O R Y SW L O A D : O F FMEM O R Y SW S A V E : O F FLLA R E S E T : C A N C E LMEM . E D I T A D R : 0 0 0TAD A : 0 0GAP E B A C K

Item Parameters

MEMORY SW LOAD

MEMORY SW SAVE

ALL RESET

MEM.EDIT

OFF Does not load the Memory switch information.

START Loads the Memory switch information from the save area.

OFF Does not save the Memory switch information.

START Saves the Memory switch information in the save area.

CANCEL Does not perform the all reset operation.

EXECUTE Resets the EEPROM data other than the adjustment data , the hour meter data and IEEE1394 ID

data to the factory setups.

Direct editing of the EEPROM data is possible.

ADR : Address (0 — 3FF)

DATA: Stored data

Operating Procedure

1 Rotate the SELECT dial to move the cursor on “MEM.EDIT”.

2 Push the SELECT dial so that parameter “ADR” blinks.

3 Rotate the SELECT dial to select the ADR parameter to be edited.

4 Push the SELECT dial so that parameter “DATA” blinks.

5 Rotate the SELECT dial to change the DATA parameter.

6 Push the SELECT dial to confirm the DATA parameter.

(This stops the blinking of the parameter.)

* The EEPROMs store important data for the system and careless rewriting may make normal operation of the

system impossible. Do not use this function for purposes other than the IEEE1394 ID data that is described.


1.9.11 OTHERS menu

1-18

1.11 REAL-TIME CLOCK

IC405 (RS5C314) on the A/L/S board is the real-time clock IC, which transfers the time and calendar data to the CPU by means of serialtransfer. BT401 is the secondary battery that backs up IC405 while external power is not supplied. It supplies a voltage of 3 V and iscapable of backing up for about 3 months after it has been recharged for 4 hours. When external power is supplied, the AL 3 V poweris sent through D401 to pin 8 of IC405, then through D402 to BT401 for recharging it. When the power supply stops, the AL 3 V powerdisappears so BT401 starts discharging power, which is sent through D401 to pin 8 of IC405 for backing up the clock.

Fig. 1-11-1 Real-time Clock Backup Circuit

AL3V

D401

IC405

D402

BT401

GNDX40332kHz

CE

SCLK

SIO

VSS

8

7

6

5

38

39

40

41

VDD

OSCIN

OSCOUT

INTR

IRQO

TCLKC

IRQ1

TCLKD

1

2

3

4

IC401

SYS CPU

1.10 EEPROMS

(1) EEPROMs and stored data

After replacement of a board or EEPROM, the EEPROM contains no data at all. But it is initialized automatically when the power isturned on. As the adjustment data, menu data and IEEE1394 are reset, it is required to readjust them.

(2) IEEE1394 ID setting methodA device equipped with IEEE1394 contains the ID prescribed in the IEEE1394 standard in its EEPROM. The ID assigned for eachdevice is written in the memory at the time of production and the ID label indicating it is attached to the side of the mechanism.After replacing the EEPROM or A/L/S board, be sure to re-set the ID in the EEPROM.

IEEE1394 ID Setting Procedure

The ID is an 8-digit hex code, composed of the model code in the highest byte and the individual code in the 3 lower bytes.As the model code is initialized automatically, it is required to set the individual code in the 3 lower bytes.In the OTHERS Menu, select “MEM.EDIT” (Memory Edit), select the addresses for the ID data and set it directly. Theaddresses of the 3 lower bytes are as shown below. Set the ID data by referring to the label (ID: 41xxxxxx) attached on theside of the GY-DV300 mechanism.

IC406

IC907

A/L/S board

MAIN board

EEPROM Board Name Memory Contents

Menu setting data

Camera adjustment data

DVC adjustment data

IEEE1394 ID data

HOUR METER data

ERROR HISTORY

Lens adjustment data

ID : 41 x x x x x x

Address data : “391” “392” “393”

1. Rotate the SELECT dial to move the cursor on “MEM.EDIT”.

2. Push the SELECT dial so that parameter “ADR” blinks.

3. Rotate the SELECT dial to select ADR parameter “391”.

4. Push the SELECT dial so that parameter “DATA” blinks.

5. Rotate the SELECT dial to set the ID.

6. Push the SELECT dial to enter the DATA parameter.

7. Also set ADR parameters “392” and “393” by repeating the same steps for each.

2-1

SECTION 2

MECHANICAL ADJUSTMENTS

2.1 BEFORE ADJUSTMENTS

2.1.1 Precautions

1) Be sure to apply a screw securing torque when attaching apart.The securing torque should be 0.04 N-m (0.4 kgf-cm) unlessotherwise specified.

2) Always unplug the power cord of the set before attaching,removing or soldering a part.

3) When unplugging a connector, do not pull the wire but graspthe connector body.

4) Do not make an adjustment or rotate a potentiometer blindlywhile the source of trouble is not identified.

5) Before adjusting electrical circuitry, be sure to wait for morethan 10 minutes after turning the power on.

2.1.4 Equipment required for adjustments

Table 2-1-2

1

2

4

5

6

73

8

MC-1 (NTSC)MC-2 (PAL)

YTU94085

YTU94121A

PTS40844-2

YTU94150A (or YTU94151A)

Alignment tape

DV tape

Cassette torque meter

Guide screwdriver

Torque screwdriver

Slit washer attaching tool

Connector board (REWRITE PWB)

CK453800A

Chip IC replacement tool

YTU94088 YTU94088-003

Replaceable bit(long type)

For usein self-recording/playback. (60 ME)

2.1.2 Regarding LP mode [IMPORTANT]

The GY-DV300 is equipped with the LP mode. Although the trackwidth of DVC SP mode is 10µ , in the LP mode this is reduced totwo-thirds, so even with the slightest change in condition it maybecome impossible for the head to go on-track. As explained in theinstruction manual, block noise and sound errors may be generatedin the LP mode depending on the tape being used or the usageenvironment. Please be especially aware of the following points.1) Compatibility of tapes recorded on other unit

Playback is possible only with tapes recorded on the sameunit. (Self-recorded playback only.) Block noise and sounderrors may occur when playing a tape that has been recordedusing another unit.

2) Compatibility with environmental conditionsWhen playing back at normal temperature a tape that hasbeen recorded in a low temperature (or high temperature)environment, block noise and sound errors may occur. Thesame may occur in the opposite situation as well.

3) 80-minute tapeIf an 80-minute tape is used, block noise may occur duringplayback even when playing a tape that has been recordedusing the same unit. Therefore 80-minute tapes cannotbe used.

Regarding Head Drum Change

1) When the head drum is exchanged, compatibility with tapesthat were previously recorded using that unit will be lost,and block noise may occur during tape playback. When per-forming a head drum exchange, be sure to explain this tothe customer beforehand, and encourage the customer totake appropriate steps as necessary such as dubbing record-ings in SP mode.

2) On maintaining compatibility

Although there are restrictions as outlined above, as a partof your service efforts to maintain compatibility after headdrum exchange, we recommend the following measures:

1 First, record in LP mode before carrying out the headdrum exchange.

2 Carry out drum exchange and perform compatibilityadjustment.

3 Play the tape recorded in 1 and check to see if the RFwaveform is good. If there is a severe drop in the wavedue to mistracking, please fine-tune the RF waveformwithin the limits of the adjustment specification to bringit closer to the track pattern prior to head drum exchange.

2.1.3 Measuring instruments required for adjustments

Condition

Calibrated instrument with measuringbandwidth of 100 MHz or more.

Instrument

Oscilloscope

Table 2-1-1

2-2

2.2 BASICS OF MECHANISM DISASSAMBLY/ASSEMBLY

2.2.1 Assembly mode

The disassembly and assembly of the mechanism can be donein the ASSEMBLY mode (see Table 2-2-1).The ASSEMBLY mode is provided in the intermediate positionbetween C-IN and S.FF. As the C-IN (Cassette IN) mode is usu-ally set when a cassette tape is ejected, the ASSEMBLY modeshould be entered after entering the C-IN mode. To set the AS-

Fig. 2-2-1

Table 2-2-1

SEMBLY mode, apply 3 V DC to the electrodes at the top of theloading motor shown in Fig. 2-2-1. The ASSEMBLY mode is setwhen the markings (red) on two gear teeth of the rotary en-coder are aligned with the confirmation holes.

R. ENC -20

ROTARYENCORDER 2

1

3

MAIN CAM GEAR 0

C-IN

ASSEMBLY

S. FF

LOADING END

PLAY REV STOP FF/REW

0

15

33.33

40

166.66

140

193.33

160

226.66

185

273.33

220

306.66

245

36°

17°

169.

66°

87°

190.

33°

196.

33°

223.

66°

229.

66°

270.

33°

276.

33°

303.

66°

30.3

3°

36.3

3°

MODE

PARTS

HC

< ASSEMBLY MODE >

Back side of Mechanism assembly

The ASSEMBLY mode is set according to the markings (colored red) on two gear teeth of the rotary encoder.

Note:

Marking(colored red)

Wire (Red)

Wire (Brown)

Rotary encoder

Motor bracket assembly (Loading motor)

DC 3V

2-3

2.2.2 Mechanism modes

The mechanism has 6 modes as shown in Table 2-3-1.The current mode can be confirmed by observing the markingson the sub-cam gear and the 8 mark on the main deck at theback side of mechanism assembly. See Figs. 2-2-2 to -7.

1. Mechanism mode confimation

<C-IN (Cassette-IN) : C >

Fig. 2-2-2 Fig. 2-2-3 Fig. 2-2-4

Fig. 2-2-5 Fig. 2-2-6 Fig. 2-2-7

HC H P

R S F

<S-FF (Short-FF) : H > <PLAY : P >

<REV : R > <STOP : S > <FF/REW : F >

2-4

2.3 MECHANISM TIMING CHART

See following table (Table 2-3-1).

Table 2-3-1

POLE BASE

ROTARY ENCODER -20

CTL PLATE

MAIN BRAKET(SUP)

MAIN BRAKET(TU)

SUB BRAKE

PINCH ROLLER

EXIT GUIDE ARM

TENSHION ARM

BAND ARM PLATE

CLUTCH LOCK

CENTERRING. ARM

ROTARYENCORDER

2

1

3

MAIN CAM GEAR 0

0SUB CAM GEAR

ON

OFF

S/REV

PLAY

FF/REW

ON 1

ON 2

OFF

ON 1

ON 2

OFF

ON

OFF

ON(REV MODE PRESS UP)ON(PLAY MODE)

OFF

OFF

ASSY

HALF LOADING

ON

OFF

OFF 2

OFF 1

ON

OFF 2

OFF 1

ON

SUP CENTRRING

S/REV

C-IN

ASSEMBLY

S. FF

LOADING END

PLAY REV STOP FF/REW

0

15

33.33

40

4015

166.66

140

140

193.33

160

160

226.66

185

185

273.33

220

220

306.66

245

245

36°

17°

169.

66°

87°

190.

33°

196.

33°

223.

66°

229.

66°

270.

33°

276.

33°

303.

66°

30.3

3°

36.3

3°

MODE

PARTS

2-5

2 19 42 1 18 4145 3

17 12 36 20 444 32 45 26

10

33 24 1328

21

11

22

8

34

35

14

37

7

29

30

23

9

25

5

15

38

39

31

6

40

46

43 44~

~

46

2.4 MAINTENANCE AND INSPECTION OF MAJOR PARTS

Periodical inspection and maintenance are requisite to maintainthe initial performance and reliability of the product. Table 2-4-1(Maintenance & Inspection List) has been compiled assumingstandard operating conditions, and the specifications in the ta-ble are greatly variable depending on the actual operating envi-ronment and conditions. Remember that, if the maintenanceand inspection are not enforced properly, the operating hours of

2.4.1 Layout of major parts

the product will not only reduce considerably but otherunfavorable influences may produce.Rubber parts may deform or degrade after long period of stor-age even if they are not used in this period.The service life of the drum is variable depending on the tapeused and operating environment.

2-6

Part Name Ref.Operating Hours (DRUM Hour Meter)Symbol

No.

1234567891011121314151617

1819202122232425262728293031323334

Tape transport parts

⁄ ENT. guide base assembly

8 Tension arm assembly

( Guide rail (S) assembly

% Guide rail (T) assembly

3 Middle catcher assembly

7 Capstan shaft

5 Pin roller arm assembly

9 Exit guide arm assembly

1 Drum assembly

q Capstan motor

fi Reel drive pulley assembly

e R.drive gear 1

r R.drive gear 2

› Center gear assembly

‹ Timing belt

° Clutch lock gear 1

‡ Clutch lock gear 2

6 Sub-brake assembly

@ Main brake (S) assembly

# Main brake (T) assembly

$ 15Reel disk assemblies

7 Band arm plate assembly

0 Swing arm assembly

¤ Worm wheel 2

2 Motor bracket assembly

¢ Rotary encoder assembly

¶ Centering arm assembly

∞ Min cam

• Sub cam

t Cleaner arm assembly

r Cassette guide pin

t Cassette guide

y MIC contactMechanism assembly (including cassette housing assembly)

M6 19M6 40M6 22M6 23M6 24M6 4M6 44M6 43M6 50M6 4M6 33M6 47M6 48M6 34M6 11M6 12M6 14M6 36M6 38M6 37M6 39M6 41M6 42M6 3M6 20M6 21M6 26M6 8M6 9M6 43AM6 35M6 35M6 35M6 1

2.7.142.7.82.7.122.7.122.7.5

2.7.32.7.42.7.2

2.7.152.7.152.7.152.7.142.7.142.7.15

2.7.102.7.102.7.102.7.112.7.82.7.72.7.142.7.22.7.182.7.182.7.182.7.192.7.4

: Clean with ethanol. : Check and replace if required. : Replace. >: Oil the shaft. After replacing a part, apply lubricant to the required points.

500

>

>

>

>

>

1000

>

>

>

>

>

3000

>

>

>

>

>

5000

1500

3500

4500

5500

6000

>

>

>

>

>

>

2000

>

>

>

>

>

>

4000

2500

2.4.2 Maintenance and inspection list

1) The 6000 H maintenance consists of a replacement of the entire mechanism assembly.2) When mounting the capstan motor on the main deck, control of the verticality is required. Therefore, when the capstan motor

reaches the end of its service life, the entire mechanism assembly should be replaced.

Table 2-4-1

2-7

2.4.4 Oiling and greasing

Table 2-4-2 shows the oil and greases used with the set.

1) Oiling should be performed periodically. Oil the shafts byreferring to the maintenance table.

2) After replacing a part, grease the required points. For theparts to be greased see the exploded diagram in chapter 5,“DISASSEMBLY DRAWINGS AND PARTS LIST”.

3) As Hanal separates over time, be sure to mix it (shake) wellbefore use.

4) Take care not to leave grease or oil on the tape transportparts which come into contact with the tape or on the brakepads.

5) Take care not to apply too much oil or grease. The standardoiling quantity is one drop and the standard greasing quan-tity is the quantity with which the grease does not overflow.

Table 2-4-2

Classification

Oil

Grease

Name

Cosmo Hydro HV100

Maltemp SH-P

Hanal

Part No.

YTU94027

KYODO-SH-P

RX-410R

2.4.3 Cleaning

The mechanism incorporates a video head cleaner that is effec-tive for the removal of magnetic dust, etc. However, tape lubri-cant adhering to the head surface produces a spacing loss, it isrecommended to polish the heads using a head cleaning tape.When the video heads become soiled an increase in the errorrate results. Eventually, when the error rate increase is too muchto be corrected by the error correction circuit, block noise willbe observed in the picture.

1) Cleaning the video headsUse the DVC cleaning cassette for cleaning the video heads.Always be sure to use the cleaning cassette, Part No. M-DV12CLAUX.The video heads should be cleaned periodically. Moreover,care should be taken about the operating environment asthe tape running time standard varies accordingly. Pleaserefer to “Precautions for Use of Head Cleaning Tape” in theinstructions.

Caution

As the DVC cleaning tape has a much higher lap-

ping effect than VHS cleaning tapes, frequent use

of the DVC cleaning tape will reduce the head serv-

ice life. Do not play the DVC cleaning tape for more

than 10 seconds per run or for more than 4 times

per cleaning session.

The cleaning tape can be used effectively for up to

about 4 passes. It cannot improve the cleaning ef-

fect even if it is run for more than 4 times.

2) Cleaning the upper/lower drumsUse a cleaning cloth or high-quality paper sheet to clean theupper drum. Moisten the cloth or paper sheet with a smallamount of ethyl alcohol, apply it lightly against the upperdrum while turning it by hand.After this operation, wipe it with a dry cloth or paper sheetwithout alcohol. Be sure to play the cleaning tape to its end.The lower drum tends to gather magnetic dust, etc. in itslead section, and linearity cannot be achieved if this becomesexcessively dirty. The tape inlet and outlet areas are con-taminated particularly easily, causing trouble such as drop-out in FM signal reproduction, block noise on one side of amonitored picture, absence of audio output or incapability oftime code readout. To clean the lead section, use a tooth-pick and rub lightly along the lead section. Be careful not toscratch the video head when this is done.

Fig. 2-4-1

3) Cleaning the tape transport systemMoisten the tip of a cotton swab with alcohol and use it toclean the tape transport parts. Take special care of the TU/SUP guide roller flanges and the rear sides of the inclinedpoles, as these are the parts that most frequently collectmagnetic dust.

Caution

Do not wipe the capstan shafts using alcohol. Other-

wise, the oil in the bearings may be diluted by the

alcohol and become attached to the tape.

Fig. 2-4-2 Guide Roller

Take special care.

High-quality paper Upper drum

Apply lightly.

Head tip

Core drumCarefully clean the lead tape inlet/outlet.

Toothpick

Lead

Lower drum

2-8

2.5 PERIODICAL MAINTENANCE

Perform maintenance at the correct times in accordance with the maintenance table.Fig. 2-5-1 shows the flow chart of periodical maintenance procedures at different operating hours.

Fig. 2-5-1

2.11 Torque adjustment

6000-hour maintenance2000-hour maintenance

StartStart

Replaced parts Mechanism assembly

including capstan motor and cassette housing assembly

End

3.5.3, 3.5.4 VCO center frequency adjustment

3.5.1 PB switching point adjustment

3.5.2 Recording current adjustment

2.12 Compatibility adjustment

Replaced partsENT. guide base assemblyTension arm assemblyGuide rail (SUP) assemblyGuide rail (TU) assemblyMiddle catcher assemblyPinch roller arm assemblyExit guide arm assemblyDrum assemblyReel drive pulley assemblyR. drive gear 1 R. drive gear 2 Center gear assemblyTiming beltC. lock gear 1C. lock gear 2Sub-brake assemblyMain brake (TU) assemblyReel disk assemblyBand arm plate assemblySwing arm assemblyWorm wheel 2 assemblyMotor bracket assemblyRotary encoder assemblyCentering arm assemblyMain camSub camCleaner arm assembly

⁄

8

(

%

3

5

9

1

fi

e

r

›

‹

°

‡

6

#

$%

7

0

¤

2

¢

¶

∞

•

t

2.11 Torque adjustment

End

3.5.3, 3.5.4 VCO center frequency adjustment

3.5.1 PB switching point adjustment

3.5.2 Recording current adjustment

2.12 Compatibility adjustment

2-9

1

2

3

4

Part Name

Å Cassette housing assembly, ı Main deck assembly

1 Drum assembly

2Motor bracket assembly

3Middle catcher assembly

SymbolSWP*

2.6 DISASSEMBLY/ASSEMBLY OF MECHANISM ASSEMBLY

2.6.1 Assembly/disassembly

The following table shows the mechanism assembly/disassem-bly procedures.

2.6.2 Screws and washers used in mechanism assembly

disassembly/assembly

Table 2-6-1 shows the symbols, designs, part numbers and colorsof the screws and washers used with the Mechanism assem-bly.When disassembling or assembling the Mechanism assembly,be sure to attach the correct screws and washers by referringto the following table.

W1

W3

YQ44246

YQ43933-2

W2 YQ44246-3

(S1)

(S2)

(S3)

QYSDSP2005Z

YQ43893-7

YQ43893

(S4) QYSPSF2006Z

Symbol

Symbol

Design

Design Part No.

Part No.

Color

Red

Black

Black

Color

Gold

Silver

Black

Gold

1 : Names of the disassembled/assembled parts.2 : Items of disassembly.3 : Parts to be removed for disassembly, such as screws, wash-

ers and springs, and points.

Name or PointScrewWasherSpringConnector, lock (L), soldering (SD), shield, etc.

Item No.

1

2

2

3

Points

2(S1), (L1) to (L5)

3(S2)

4(S2)

3(S2)

Remark

↑1

↑2

↑3

Fig. 2-6-1

2-10

Part Name Item No. Points Remark

1 Å Cassette housing assembly 1 2 (S2), 2(S4)

2 1 Drum assembly 2 3 (S2)

3 2 Motor bracket assembly 2 4 (S2)

4 3 Middle catcher assembly 5 3 (S2)

5 4 Reel cover assembly 6 (S2), 2 (L6)

6 5 Pinch roller arm assembly 3 (W1), (L7)

7 6 Sub-brake assembly 10 (P1), (W1), (L8)

8 7 Band arm plate assembly 8 (S3), (L9), (P2), (W2)

9 8 Tension arm assembly 8 (P3)

10 9 Exit guide arm assembly 4 (W1)

11 0 Swing arm assembly 7 – Position alignment

12 ! Sub-deck assembly 9 5 (S2) Position alignment

13 @ Main brake (SUP) assembly 10 (P4), (L10)

14 # Main brake (TU) assembly 10 (P5), (L11)

15 $ Reel base assembly (SUP) 11 –

16 % Reel base assembly (TU) 11 –

17 ^ Prism 7 (S2)

18 & Control plate 11 (2 (L12)

19 * Guide rail (TU) assembly 12 4 (S2) Position alignment

20 ( Guide rail (SUP) assembly 12 (S2), 2 (L13) Position alignment

21 ) Base plate assembly 13 (S2), 2 (L14)

22 ⁄ ENT. guide base assembly 14 (S2)

23 ¤ Worm wheel 2 14 – Phase alignment

24 ‹ Timing belt 14 –

25 › Center gear assembly 14 –

26 fi Reel drive pulley assembly 15 (W1)

27 fl Push plate 15 (W1)

28 ‡ Clutch lock gear 2 15 (W3)

29 ° Clutch lock gear 1 15 (P6)

30 · Tension control arm assembly 16 (L15) Position alignment

31 ‚ Brake control arm assembly 16 (W1), (L16) Position alignment

32 ¡ Charge arm assembly 16 (L17) Position alignment

33 ™ Connect gear 2 (SUP) 17 (S2) (Phase alignment)

34 £ Connect gear 2 (TU) 17 (S2) (Phase alignment)

35 ¢ Rotary encoder assembly 18 2 (S2) Phase alignment

36 ∞ Main cam 18 (W1) Phase alignment

37 § Arm gear 1 assembly 18 Collar Position alignment

38 ¶ Centering arm assembly 18 (L18) Position alignment

39 • Sub cam 19 (S2) Phase alignment

40 ª Arm gear 2 assembly 19 – Position alignment

41 º Clutch lock lever assembly 19 (L19) Position alignment

42 q Capstan motor Change with mechanism assembly

43 w Drum base deck 3 (S2)

44 e R.drive gear 1 15 (W1)

45 r R.drive gear 2 15 (W1)

46 t Cleaner arm assembly 4 (W1)

2.6.3 Mechanism assembly disassembly procedure table

Table 2-6-2

2-11

A BLOCK

B BLOCK

C BLOCK

D BLOCK

E BLOCK

F BLOCK

G BLOCK

H BLOCK

I BLOCK° Clutch lock

gear (1)

Dis

asse

mbl

y P

roce

dure

Ass

embl

y P

roce

dure

1 Drum assembly Å Cassettehousing assembly

2 Motor bracketassembly

3 Middle catcherassembly

4 Reel coverassembly


5 Pinch roller arm assembly

0 Swing armassembly

⁄ ENT guide baseassembly


@ Main brake (SUP) assembly

# Main brake (TU) assembly

% Reel base assembly (TU)

9 EXIT guide arm assembly

^ Prism¤ Worm wheel 2

8 Tension armsub-assembly

$ Reel base assembly (SUP)

* Guide rail (TU) assembly

!Sub-deck assembly

‚ Brake controlarm assembly

( Guide rail (SUP)assembly ‹ Timing belt £ Connect

gear 2 (TU)· Tension control

arm assembly)Base plate

assembly & Control plate ¡ Charge arm assembly

› Center gearassembly

¢ Rotary encoderassembly

fi Reel drivepulley assembly ∞ Main cam ™ Connect gear

2 (SUP) fl Push plate • Sub cam

q Capstan motorassembly

§ Arm gear 1assembly


‡ Clutch lock gear (2)

º Clutch locklever assembly

ª Arm gear 2 assembly

w Drum base deck

2 19 42 1 18 41 3

17 12 36 20 4 32 26

10

33 24 1328

21

11

22

8

34

35

14

37

7

29

30

23

9

25

5

15

38

39

31

6

40

444345 ∼

∼

46

2.6.4 Mechanism disassembly/assembly procedure chart

<How to read the chart>

⋅ The following chart shows the disassembly/assembly procedures by dividing them into blocks A to I.⋅ To remove the tension arm sub-assembly which is located in block D; start disassembly from block A. The tension arm sub-assembly

can be removed as the fourth operation after the removals of the cassette housing assembly (block A) → reel cover assembly (blockB) → band arm plate assembly (block C).

⋅ The parts enclosed in thick frames are the maintenance parts listed in the maintenance table.⋅ For details on the disassembly/assembly, see section 2.7, “Replacement of Major Parts”.

Fig. 2-6-1

Fig. 2-6-2

2-12

No. Item Reference picture/drawing Procedure

1 Å Cassette housing assembly

2 1 Drum assembly, 2 Motor bracket assemblyy Assise guide

2.7 REPLACEMENT OF MAJOR PARTS

⋅ Make sure that the mechanism is in the ASSEMBLY mode before proceeding to disassembly or assembly. (See section 2.1,“Assembly Mode”.)

⋅ Screws must always be tightened using a torque screwdriver and at the specified torque.

<Removal>

1 Drum assembly1)Remove the screw (S2) and take out the Assise

guide y.2)Remove the 3 screws (S2) and take out the as-

sembly.

2 Motor bracket assembly1)Remove the 4 screws and take out the motor

bracket assembly.

<Attaching>

1) Reverse the removal procedure

<Removal>

1)Remove the 2 screws (S2) and 2 screws (S4) thentake out the cassette housing by sliding it upwardand toward the front.

<Attaching>

1)Reverse the removal procedure.

Fig. 2-7-1

B

S2 S4A

5(S2)

12

3(S2)

4(S2)

7(S2)

6(S2)9

(S2)

8(S2)

(S2)

46

Fig. 2-7-2


2-13

5

A

(W1)

(L7)

3 5 Pinch roller arm assembly

<Removal>

1)Remove the washer (W1) and pull out the assem-bly.

<Attaching>


<Removal>

1)Remove the washer (W1) and pull out the assem-bly.

<Attaching>

1) Fit the pinch roller arm assembly Å into the boss(L7) of the charge arm assembly.

2) Attach the washer (W1).

4 9 Exit guide arm assemblyt Cleaner arm assembly

Fig. 2-7-4

(W1)

(W1)

45

9

Fig. 2-7-3


2-14

5 3 Middle catcher assembly

6 4 Reel cover assembly

Fig. 2-7-5

<Removal>

1)Remove the 3 screws (S2) and remove the assem-bly.

<Attaching>


Fig. 2-7-6

<Removal>

1)Remove the screw (S2).2)Slide the assembly toward the drum and lift the

assembly up to remove it.

NOTE⋅ After having removed the reel cover, take care

because the parts located below the reel

cover tend to slip out easily.

<Attaching>

1) Insert the reel cover into (L6) and attach by revers-ing the removal procedure.

3

12(S2)

10(S2) 11

(S2)

13(S2)

(L6)

(L6)

4


2-15

7 0 Swing arm assembly <Removal>

1) Pull the assembly upward.

<Attaching>

1) Reverse the removal procedure.

Fig. 2-7-7

10


2-16

(W2)

14(S3)

(P2)

(L9)

(P3)

7

8

8 7 Band arm plate assembly, 8 Tension arm assembly <Removal>

1)Remove the washer (W2).2)Remove the screw (S3).3)Remove the spring (P2).4)Remove the band arm plate assembly and tension

arm assembly.

Fig. 2-7-8(a)

Fig. 2-7-8(b)

6) After attaching, adjust the tension.

Fig. 2-7-8(c)

<Attaching>

1) Attach the spring (P3) to the tension arm assem-

bly. Engage the longer end of spring to hook a

and the shorter end to hook b as shown in Fig. 2-7-8(b).

2) Attach the tension arm sub-assembly.3) Attach the band arm plate assembly.4) Clamp with the screw (S3) and washer (W2).5) Attach the spring (P2) to (L9).

NOTEBe careful not to lose the spring (P3).

NOTE

After attaching, ensure that the band arm assem-bly can rotate in the direction of the arrow asshown in Fig. 2-7-8(c).

Attach so that the section Å comes on the outerside of the tension arm assembly 8.Attaching the spring

Step 1

Step 2

Hook (Longer end)

Hook (Shorter end)

Step 3

b

a

Å

The spring (P3) should be at-tached only to the tensionarm assembly 8. It shouldnot contact the band armplate assembly 7.


2-17

8 <Tension arm assembly position adjustment> 1)Without loading a tape, set the mechanism modeto PLAY mode.To switch the mode, rotate worm wheel 2 while themotor bracket assembly is disengaged (see 2.2,“Mechanism Modes”).

2)Rotate the tension arm slightly clockwise to elimi-nate production of rattle with the band arm plate.

3)Ensure that the notch on the tension arm is locatedwithin area A. (See Fig. 2-7-8(e).)

4) If the tension arm is not located in area A, loosenscrew B (black) lightly and fine-adjust the positionof the band arm plate assembly. Turn the screwcounterclockwise to move the tension arm extrem-ity toward the right or clockwise to move it towardthe left.

5)After the adjustment, clamp the band holder bytightening screw B (black) (with a securing torqueof 5.88 Nm, or 0.6 kgf-cm). Then adjust the ten-sion arm position again.

Fig. 2-7-8(d)

Fig. 2-7-8(e)

Notch on tension arm

Notch on tension arm

Tension arm

Band arm plate

Turn the tension arm in the clockwise direction.

Joint between the tension arm and band arm plate (must not rattle here.)

Counterclockwise direction

Clockwise direction

Band holder

No Good

No Good

Position alignment point

Screw B (Black)

OK (Upper limit)

OK (Lower limit)

OK (Center)

A


2-18

9 ! Sub-deck assembly <Removal>

1)Remove the 5 screws (S2) and pull out the assem-bly.

<Attaching>

1)While sliding the control plate toward the left, at-tach the sub-deck assembly.

Fig. 2-7-9

NOTE⋅ Attach by aligning the phase holes of the

main deck assembly and control plate.

2)Clamp with 5 screws (S2).

10 @ Main brake (SUP) assembly, # Main brake (TU) assembly,6 Sub-brake assembly

<Removal>

Main brake (SUP) (TU) assembly

1)Remove the spring by disengaging its ends fromthe hooks (L10) and (L11).

Sub-brake assembly

1)Remove the washer (W1).2)Remove the spring by disengaging it from the hook

(L8).

<Attaching>


Fig. 2-7-10

13

12

11

(L10)

(L11)

(L8)

(P4)

(P5)

(W1)

6(P1)

11

18(S2)

15(S2)

16(S2)

17(S2)

(L11)

The boss should fit into the hole.

Phase alignmentControl plate

35(S2)


2-19

11 $ Reel base (SUP) assembly, % Reel base (TU) assembly,& Control plate, ^ Prism

<Removal>

1)Pull up each assembly to remove it. The controlplate can be removed by sliding it toward the leftas shown by the arrow.

2)Remove the screw (S2) to remove the prism.

<Attaching>


Fig. 2-7-11

12 * Guide rail (TU) assembly, ( Guide rail (SUP) assembly

Fig. 2-7-12(a)

<Removal>

Guide rail (TU) assembly:

1)Remove the 4 screws (S2) and remove the assem-bly.

Guide rail (SUP) assembly:

1)Remove the screw (S2) and remove the assembly.

<Attaching>

1)Return the guide pole fully to the unloading posi-tion, and attach the assemblies by reversing theremoval procedures. When attaching, place thealignment markings of the two gears so that theyface each other. (See Fig. 2-7-12(b).)

Fig. 2-7-12(b)

14

(L12)

(L12)

17

15

11

16

1920

(S2)21

(S2)

24(S2)

22(S2)

18

23(S2)

(L13)

19 18


2-20

13 ) Base plate assembly <Removal>

1)Remove the screw (S2) and take out the assem-bly.

<Attaching>

1)Attach the assembly to the boss (L14) as if insert-ing, then clamp with the screw.

14 ⁄ Entrance guide base assembly, ¤ Worm wheel 2, ‹ Timing belt, <Removal>

1)The entrance guide base assembly can be removedby removing the screw (S2). Other parts can beremoved by simply pulling them out.

<Attaching>

1)Reverse the removal procedure. See Fig. 2-7-14(b)for the worm wheel 2.

Fig. 2-7-13

› Center gear assembly

Fig. 2-7-14(a)Fig. 2-7-14(b) Attaching Worm Wheel 2 ¤

Align the phase of the rotary encoder assembly¢, then attach the main deck assembly by align-ing the phase hole with the rotary encoder as-sembly.

25(S2)

20

(L14)

26(S2)

21

22 24

23

34

22

Phase alignment

Marking(Red)


2-21

15 fi Reel drive pulley assembly, fl Push plate, ‡ Clutch lock gear 1,° Clutch lock gear 2, e R. drive gear 1, r R. drive gear 2

<Removal>

1)Remove the washer (W1) and take out the assem-bly.

<Attaching>

1) Reverse the removal procedure.

Fig. 2-7-15

27

(W1)

(W3)

(P6)

28

26

(W1)

(W1) 44

25

(W1)

43


2-22

16 · Tension control arm assembly, ‚ Brake control arm assembly,¡ Charge arm assembly

<Removal>

1)The brake control assembly can be removed afterremoving the washer (W1).

<Attaching>

1)Align the phases of the main cam and sub cam ,then attach by reversing the removal procedure.Refer to Fig. 2-7-16(b) and Fig. 2-7-16(c).

Fig. 2-7-16(a)

Fig. 2-7-16(b)

Attaching Tension Control Arm Assembly ·and Brake Control Arm Assembly ‚

Fig. 2-7-16(c) Attaching the Charge Arm

Assembly ¡

Phase alignmentBoss (Phase alignment)Align the phase of the sub cam •, thenattach by fitting the boss into the cam groove.

(L17)

29

30

31

(L16)

(L15)

(W1)

34

30

29

35

Bosses(Phase alignment)

38

3139

Bosses (Phase alignment)

Phase alignment

Align the phase of the main cam ∞ then attach by fitting thebosses in the cam groove.


2-23

17 ™ Connect gear 2 (SUP), £ Connect gear 2 (TU) <Removal>

1)Remove the screw (S2) and take out the gears.

<Attaching>

1)Reverse the removal procedure. The two connectgears 2 are given the same part number.

Fig. 2-7-17

NOTE⋅ Align the phases of the main cam and sub

cam when attaching.

27(S2)

33

28(S2)

32


2-24

18 ¢ Rotary encoder assembly, ∞ Main cam , § Arm gear 1 assembly,¶ Centering arm assembly

<Removal>

1)The rotary encoder can be removed by removingthe 2 screws (S2).

2)The main cam can be removed by removing thewasher (W1). As the cam gear is engaged at therear of the main deck assembly while the phase isaligned, deviate the phase in the direction of thearrow before removal. (See Fig. 2-7-18(b).)

Fig. 2-7-18(a)Fig. 2-7-18(b) Removing the Centering Arm

Assembly ¶

<Attaching>

1)Align the phase by referring to Figs. 2-7-18(c) and2-7-18(d), then attach the ass’ies reverse the re-moval procedure.

Align the phases of the arm gear 1 assembly §and centering arm assembly ¶, then align thoseof the arm gear 1 assembly § and centeringarm assembly ¶, attach the gear by fitting thebosses into the cam groove below, and fit theslit washers.

30(S2)

34

(L18)37

36

35

(W1)

29(S2)

Collar

34

35

Phase alignment

Å Marking (Red)35

37

36

Phasealignment

Phase alignment

Phase alignment

Boss

Boss

37

Phase alignment

L18

Fig. 2-7-18(c) Attaching the Rotary Encoder Assembly ¢ Fig. 2-7-18(d) Attaching the Main Cam ∞

Align the phase of the main cam ∞, then attach by aligning the red-colored markings Å (on 2 gear teeth) inside Q.


2-25

19 • Sub cam ª Arm gear 2 assembly, º Clutch lock lever assembly <Removal>

1)Remove the screw (S2) and take out the sub cam .As L19 is engaged at the rear of the main deckassembly while the phase is aligned, deviate thephase in the direction of the arrow before removal.20. This checking should be done after completing theswitching point adjustment.

Fig. 2-7-19(a)

Fig. 2-7-19(b) Removing the Clutch Lock Lever

Assembly º

Fig. 2-7-19(c) Attaching the Sub Cam •

Align the phases of the arm gear 2 assembly ªand clutch lock lever assembly º, attach them byfitting the boss into the cam groove below, andclamp with the screw.

31(S2)

40

38

(L19)

39

L19

40Phase alignment

39

38

40

Phasealignment

Phasealignment

Phasealignment

Boss

<Attaching>

1)Align the phase correctly by referring to Fig. 2-7-19(c), then attach by reversing the removal proce-dure.

2-26

2.8 CONFIRMATION AND ADJUSTMENT OF MECHANISM PHASES

See Fig. 2-8-1.

Fig. 2-8-1

22 Worm wheel 2See section 2.7.14

34 Rotary encorderassemblySee section 2.7.18

36 Arm gear 1 assemblySee section 2.7.18

39 Arm gear 2 assemblySee section 2.7.19

38 Sub camSee section 2.7.19

40 Clutch lock lever assemblySee section 2.7.19

37 Centering arm assemblySee section 2.7.18

35 Main camSee section 2.7.18

2-27

2.9 DISASSEMBLY PROCEDURE LIST

Fig. 2-9-1

7

8

12

17

35

30

22

29

34

23

2420

36

40

27

26

B

28

39

5

31

4333

9

21

13

11

14

1516

6

2

38

42

3

19

41

3732

1

18

10

4

(W2)

(P3)

14(S3)

15(S2)

23(S2)

22(S2)

10(S2)

11(S2)

3(S2)

4(S2)

24(S2)

5(S2)

12(S2)

34(S2)

27(S2)

28(S2)

(P7)

ADJ.NUT

32(S2)

33(S2)

26(S2)

30(S2)

25(S2)

29(S2)

(W1)

(W1)

(W1)

(W1)

(W1)

(W3)(P6)

(W1)

31(S2)

20(S2)

18(S2)

21(S2)17

(S2)

7(S2)9(S2)

8(S2)

6(S2)

19(S2)

13(S2)

(W1)

16(S2)

Collar

25

44

(S2)

46

45

(W1)

Note) For the grease and oil application points,see section 5.6, ''MECHANISM ASSEMBLY PARTS LIST M6''

2-28

S1×2,S4×2

L12×2

S2×3

S2×4

S2×3

S2×4

W1,7

P1,W1,L8

S2,L6×2

S2,L13×2

W1 W1

P6 W1,L16

W1 L18 S2

5(S2)

3(S2)

4(S2)

7(S2)

6(S2)

9(S2)

8(S2)

13(S2)

12(S2)

10(S2)

11(S2)

(W1)

(W1)

(P1)

24(S2)

(L13)20

(S2)21

(S2)

22(S2)

23(S2)

(W3)(W1) (W1) (P6) (L15)(L16) (W1)

(W1)31

(S2)(L18)

!Å 1 2 3 4 7

1S2

No.1 No.2 No.5 No.9No.8

2S2

36S4

37S4

3S2

4S2

5S2

10S2

13S2

15S2

16S2

17S2

18S2

35S2

14S3

11S2

12S2

6S2

7S2

8S2

9S2

Å Cassette housing assembly 1 Drum assembly

& Control plate

2 Motor bracket assembly

3 Middle catcher assembly

* Guide rail (TU) assembly

› Center gearassembly

fi Reel drive pulley assembly

fl Push plate ‡ Clutch lock gear 2

° Clutch lock gear 1

· Tension control armassembly

∞ Main cam § Arm gear 1 assemblyCollar


Collar

Collar

‚ Brake control arm assembly

( Guide rail (SUP) assembly


5 Pinch roller arm assembly

4 Reel cover assembly

• Sub cam

Ref. No.

Screw Management

Drawing No.No.

TableApplication

B

AS2 S4

2.10 MECHANISM DISASSEMBLY/ASSEMBLY SHEET

2-29

S3,P2,L9,W2

P3

W1

P4,L10 P5,L11

S2

S2×2

S2,L14×2 S2

L17 S2 S2

L19 S2×3ADJ NUT,P7

19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34S2 S2 S2 S2 S2 S2 S2 S2 S2

No.11 No.14No.13 No.19No.17 No.18 −

S2 S2 S2 S2 S2 S2 S2

25(S2)

26(S2)

(L17) 27(S2)

28(S2)

18(S2)

15(S2)

16(S2)

17(S2)

(P5)(P4)(W2)

14(S3)

(P2)

19(S2)

(L19)

ADJ NUT

(P7)

29(S2) 30

(S2)

33(S2)

32(S2)

34(S2)

(P3)

^ * ( ) ⁄ ™ £ ¢ • w

Screw Management


8 Tension arm assembly

9 Exit guide arm assembly

t Cleaner arm assembly

) Base plate (TU) assembly

¡ Charge arm assembly

ª Arm gear 2 assembly

! Sub-deck assembly

0 Swing arm assembly

e R. drive gear 1

r R. drive gear 2

⁄ Entrance guide base

assembly

™ Connect gear 2

º Clutch lock lever assembly

^ Prism

$ Reel base

assembly (SUP)% Reel base

assembly (TU)

@ Main brake

(SUP) assembly# Main brake

(TU) assembly

‹ Timing belt

¢ Rotary encoder assembly

w Drum base deck

¤ Worm wheel 2

£ Connect gear 2

q Capstan motor

S2×5

No.12

35(S2)

(W1) (W1)

(W1)

(W1)

The slit washers cannotbe reused once theyhave been removed.

2-30

Measuring Measuring point (* )No. Item instruments & Mode Adjustment parts (- ) Adjustment procedure

Input signals Adjustment level (+ )

1 SUP backuptorqueadjustment

•Cassette torquemeter

Play (1) Insert the cassette torque meter and enter playmode.

(2) The supply backup torque should be as speci-fied. (If it fluctuates, read the center value.)

(3) If it is out of specification, eject the tape, re-move the cassette housing, loosen the screw(black) slightly and fine-adjust the band holder.

Slightly turn the band holder as follows.⋅ To increase torque: Counterclockwise⋅ To decrease torque: Clockwise.

* Supply side indication of cassettetorque meter

+ 3.9 x 10-4N·m(4.0 gf·cm)

2.11 TORQUE ADJUSTMENTS

+1.5-0.4

NOTEThe screw securing torque should be 0.0588

N-m (0.6 kgf⋅cm).

4) Check the supply backup torque again and re-peat the above steps until it becomes as speci-fied.

2 TU torquecheck

•Cassette torquemeter

Play (1) Insert the cassette torque meter and enter playmode.

(2) Ensure that the take-up torque is as specified.(If it fluctuates, read the center value.)

If it is out of specification, check the assem-bly of the reel drive parts and the center gearassembly.

* Take-up sideindication ofcassette torquemeter

+ 4.9 x 10-4N·m(5.0 gf·cm)

+4.90-1.96

+5.0- 2.0

Tension arm

Band arm plateScrew (Black)

Band holder

Counterclockwise

Clockwise

+1.47-0.39

2-31

2.12 COMPATIBILITY ADJUSTMENT

2.12.1 Compatibility adjustment flow chart

Fig. 2-12-1 shows the flow chart of compatibility adjustment.

Fig. 2-12-1

NG

NG

NG

NG

NG

NG

OK

OK

OK

OK

OK

OK

Start

Connect the connector board.

Set the RF envelope adjusted waveform flat.

Is the envelope flat?

Is the envelope restored within 1 second after mode

transition from Eject to Play?

Eject the cassette tape and start playback. Is the envelope still flat?

Is the envelope restored within 1 second after mode transitions from SEARCH FWD to PLAY and from

SEARCH REV to PLAY?

Electricaladjustments

Tension band ormain brake

assembly defect. Tension error.

Check the envelope during FF and REW, and confirm that the specified

waveforms are output in both modes.

Transport system part defect.

Enter modes PLAY → SEARCH REV → SEARCH FWD → PLAY in this sequence,

and ensure that tape is not damaged by wrinkles.

2-32

13.6

6T

U g

uide

rol

ler

Upp

er r

estr

ictio

n

7M

ID g

uide

rol

ler

No

rest

rictio

n

8M

ID g

uide

rol

ler

No

rest

rictio

n

9C

apst

an s

haft

No

rest

rictio

n

!E

xit g

uide

pol

eN

o re

stric

tion

Ref

eren

ce p

lane

(T

op o

f mai

n de

ck)

Tap

e se

nsor

2.12.2 Tape transport restriction

The unit uses only the SUP guide roller and TU guide roller torestrict the tape transport. The tape is free (no restriction) fromother parts.

Fig. 2-12-4 Tape Restriction on Take-up Side

Fig. 2-12-3 Tape Restriction on Supply Side

1

2

34

6

5

0

8

9

!

7

Entrance guide pole

Tension pole

SP guide rollerSUP slant pole

Drum

TU guide roller MID guide roller

TU slant pole

Capstan shaftPinch roller

Exit guide pole

Fig. 2-12-2

± 0.

0219

.25

(10.

35)

13.6

Ref

eren

ce p

lane

(T

op o

f mai

n de

ck)

Tap

e se

nsor

1E

ntra

nce

guid

e po

le N

o re

stric

tion

2T

ensi

on p

ole

No

rest

rictio

n

3S

P g

uide

rol

ler

Upp

er r

estr

ictio

n

4S

UP

sla

nt p

ole

No

rest

rictio

n



2-33

2 RF envelopeadjustment

1 Preparation

•Oscilloscope,alignment tapeMC-1(NTSC)MC-2(PAL)Color bar portion

Play

(1) Mount a connector board to the CN23 on theA/L/S board by inserting it in the slot that isprovided to accommodate it. This may beachieved without removing the R. side cover.(See Fig. 2-12-6.)

* TP9 ENV OUT[connector board]

* TP5 HID [connectorboard]

- Supply guide roller- Take-up guide roller+Make the wave-

forms flat. The droplevel should be lessthan 3 dB with bothSUP and TU levels.

+ Flatness variationshould be less than2 dB.

2.12.3 Compatibility adjustment

Fig. 2-12-5 How to mount a connector board

NOTE⋅ Be sure to clean the tape transport parts

and play a cleaning tape before proceed-

ing to the compatibility adjustment.

(1) Play alignment tape color bar portion.(2) Observe the measuring points and adjust the

supply guide roller and take-up guide roller sothat the RF waveform is flat.

(3) Set the mode to EJECT, then set to the PLAYmode and ensure that the RF waveform is flat.

Fig. 2-12-6

Error onsupply side

Error ontake-up side

Connector board

NOTE⋅ Make sure the component surface of the

connector board is upside.



2-34

3 Waveformrise check


Eject →PlaySearch FWD→PlaySearch REV→ Play

(1) Switch the mode from Eject → Play and en-sure that the envelope waveform is restoredin less than 1 sec.

(2) Switch the mode from Search FWD → Playand from Search REV → Play, and ensure thatthe envelope is restored in less than 1 sec. inboth cases.

(3) If the waveform does not restore in the speci-fied period, fine-adjust the supply/take-upguide rollers as far as the envelope waveformspecification is met, then restart checking fromthe above procedure 1 again.

* TP9 ENV OUT[Connector board]

* TP5 HID[Connector board]

+The envelopewaveform should berestored within 1sec.

4 Damagecheck

•Self-recorded/played tape60ME

Play↓

Search REV↓

Search FWD↓

Play

(1) Transport the self-recorded/played tape fromthe beginning by changing modes in order ofPlay → Search REV → Search FWD → Play,and ensure that wrinkles due to strong restric-tion by the guide rollers and guide pole are notproduced on tape.

(2) Perform the same check at the section nearthe end of tape.

(3) Make sure that no tape damage occurs whena tape is being loaded, unloaded or ejected.



+The tape should notbe damaged bywrinkle.

5 Envelopecheck duringFF/REW


FFREW



+Å > 55µsec.+ı T/3

(1) Insert the alignment tape and enter Stop mode.(2) Enter FF mode.(3) Ensure that the envelope output is present at

55 µs before the HID switching timing.(4) Check the take-up side of the envelope to see

that the MAX output duration is more than 1/3the HID duration.This checking should be done after complet-

ing the switching point adjustment.

(5) Enter REW mode and check the same itemsas (3) and (4) above.

(6) If the envelope is out of specification, checkthe tension band and main brake assembly andreplace as required. Confirm the playbackswitching point.

Fig. 2-12-7

MAX

t

T

HIGH

LOW

ENV OUT

HID

ı

Å

3-1

3.1 REQUIRED MEASURING INSTRUMENTS AND STANDARD SETUP FOR ADJUSTMENT

3.1.1 Test instruments required for adjustment

Instrument Condition

Readable in 8 or more digits and calibrated.Constancy of 0.1 ppm x 10-7 or more at 0°Cto 40°C.Color video monitor with a 75Ø video in-put.

Oscilloscope

VectorscopeAudio tester

Capable of measuring 100 MHz or higherbands and calibrated.Must be calibrated.Must be calibrated.

Instrument Condition

Frequency counter

Monitor TV

3.1.2 Special implements required for adjustment

Fig. 3-1-1

SECTION 3

ELECTRICAL ADJUSTMENTS

1 2 3

64

8

5

7 9

Gray scale chart Waveform monitor (WFM) Light box

(Part No.:GS2L)

Infinity adjustment lens

NTSC :MC-1PAL :MC-2

AA-P30 or equivalent

Focus chart Power supply (7.2 V DC)

Alignment tapes Extension board/Extension cable (For adjustment, it is not required.)

YTU92001B

YTU93096AThe power of 12 V DC is requested.

(Included in Infirity adjustment lens.)

CK453800A

Connector board (REWRITE)

Refer to schematic diagramon page 3-17

Symbol No.

Å Extension board CK453900A Connect to CN8 on the ALS and MAIN boards

Part Name Part No. Remark

ı Extension cable SCV2803-2425B Connect to CN11 on the ALS and REG boards

Å

ı

3-2

3.2 STANDARD SETUP

DV CAMCORDER GY-DV300

IRIS

AUDIOLEVEL

CH-1 CH-2

ND FILTER

ON

OFF

FOCUS

AUTO

PUSHAUTO

MANU OPE

N

/COU

VIDE

O OU

TLI

NE OUT

CH-1

CH-2

DV

75 Ø terminator

75 Ø terminator

Vectorscope

Color monitor

Oscilloscope

Test pattern

GY-DV300

Waveform monitor(WFM)

3200K lighting(2000 lux)

2 m or more

AC adapter (7.2 V DC input)

3.3 ADJUSTMENT MENUS

3.3.1 Adjustment method

Most of the adjustment items employ microcomputer-controlled adjustments using electric potentiometers. The adjustment data isstored in the EEPROM. (Refer to "section 1.10 EEPROMS")The switches used in the adjustments and their functions are as follows. • MENU button : Press to start or exit from the adjustment menu. • GAIN and SHUTTER buttons : Press to select the adjustment item. • SELECT dial button : Press to start an adjustment and store the adjustment value in memory. • SELECT dial : Rotate to adjust the selected item.

POWER

OFF ON

MODECAM-B

VTR

SHUTTER

MENU

GAIN

CAM-A

SHUTTER button

GAIN button

SELECTdial/button

FWD button REW button

POWER switchMODE switchMENU button

3-3

Procedure(1) Enter the CAM-A mode and, while holding the FF and REW buttons, turn the power ON.(2) When the power is ON, press the MENU button to display the ADJUST MENU.(3) Push the SELECT dial button so that “*” blinks, and rotate the SELECT dial to the specified value while observing the designated

TP and measuring instrument.(4) After completing the adjustment, push the SELECT dial button to delete the “*” and store the adjustment value in memory. (The

adjustment value will not be stored unless the SELECT dial button is pushed.)(5) Press the GAIN or SHUTTER button to select the next item to be adjusted. • To return to the normal operation mode, turn the power OFF and ON again.

No. ItemMeasuringinstruments &Input signals

ModeMeasuring point (*)Adjustment parts (-)Adjustment level (+)

Adjustment procedure

3.4 CAMERA ADJUSTMENTS

3.4.1 SSG adjustment

1 fh frequencyadjustment

•Frequencycounter

ADJUSTMENUNo. 0:FH Color baroutput

* ALS board,CN23 pin 28 ormount a connectorboard to the CN23and check it withTP3 of the connec-tor board.

- SELECT dial+ 6.75 MHz ±15 Hz

Wait for at least 3 minutes after the power is

supplied before performing this adjustment.

(1) Open the right side cover.

(2) Select ADJUST MENU No. 0, “FH”.(3) Push the SELECT dial button so that “*” blinks,

and then rotate the SELECT dial to adjust tothe specified value.

(4) Push the SELECT dial button to store the ad-justment data in memory.

CN301VR701 (CH1)

CN23CN303

VR702 (CH2)TP701 (GND)

TP302

TP303VR301

VR302

– – – A D J U S T M E N U – – –

O . F H

*

1:ATADLTC502:ATADTES

V R D A T A : 1 5 5

: :BG:RXXXX XX XXX.FER

Usually not displayed. Starts blinking when the SELECT dial is pushed.

Potentiometer valueD/A output valueAdjustment value currently set

Displayed as the adjustment menu items.

The value changes when the potentiometer value is stored in memory.

On-screen adjustment menu




3-4

3.4.2 Encoder adjustments

1 ENCODERadjustment

•Oscilloscope(H-rate,10:1)or WFM

ADJUSTMENUNo. 1:ENCODER

Color baroutput

* VIDEO OUT- SELECT dial+ 1.0 ±0.003 Vp-p

(140 IRE ±4 IRE)

(1) Select ADJUST MENU No. 1, “ENCODER”.(2) Push the SELECT dial button so that “*” blinks,



2 CHROMALEVELadjustment


ADJUSTMENUNo. 2:CHROMALEVEL

Color baroutput

* VIDEO OUT- SELECT dial+ All the spots of the

color bar signalshould be withinthe marks of theVectorscope andthe burst levelshould as specified.

• 0.286 ±0.015 Vp-p(GY-DV300U)

• 0.3 ±0.015 Vp-p(GY-DV300E)

(1) Select ADJUST MENU No. 2, “CHROMALEVEL”.

(2) Push the SELECT dial button so that “*” blinks,and then rotate the SELECT dial to adjust tothe specified value.


3 SETUP OFFadjustment(NTSC only)


ADJUSTMENUNo. 3:SETUP OFFColor baroutput

* VIDEO OUT- SELECT dial+ 1.020 ±0.003 Vp-p

(1) Select ADJUST MENU No. 3, “SETUP OFF”.(2) Push the SELECT dial button so that “*” blinks,



[PAL][NTSC]




3-5

1 AEF OUTBLACKadjustment


•Vectorscope•Lens cap

ADJUSTMENUNo. 4: AFEOUT BLACK(B)

* VIDEO OUT

- SELECT dial

+ Position the noiseon the B-YL axis atthe center of theVectorscope.

(1) Select ADJUST MENU No. 4, “AFE OUTBLACK (B)”.



3.4.3 Video black level adjustments

- SELECT dial

+ Position the noiseon the R-CY axis atthe center of theVectorscope.

(4) Select ADJUST MENU No. 5, “AFE OUTBLACK (R)”.



- SELECT dial+ 53 ±7 mVp-p

(GY-DV300U)

+ 0 ±7 mVp-p(GY-DV300E)

(7) Select ADJUST MENU No. 6, “MASTERBLACK”.



(10) After adjustment, check that the carrier leaklevel is as specified below. If not, perform theAFE OUTBLACK <B> and AFE OUT BLACK<R> adjustments again.

(Standard carrier leak: No more than 30 mVp-p)

ADJUSTMENUNo. 6: MAS-TER BLACK

R

R-CY axis

B-YL axis

ADJUSTMENUNo. 5: AFEOUT BLACK(R)




3-6

1 IN GAINadjustment

•Oscilloscopeor WFM

•Vectorscope•Gray scale chart

(just scanned)

ADJUSTMENUNo. 7:IN GAIN (G)

* VIDEO OUT- SELECT dial

(1) Select ADJUST MENU No. 7, “IN GAIN (G)”.(2) Push the SELECT dial button so that “*” blinks,

and adjust the IRIS adjustment dial of the lensso that the Gch Ref DATA display is “130”.


3.4.4 Video white level adjustments

- SELECT dial+ Rch Ref DATA

display: ±1 of theGch Ref DATA

(4) Select ADJUST MENU No. 8, “IN GAIN (R)”.(5) Push the SELECT dial button so that “*” blinks.(6) Rotate the SELECT dial to adjust Rch Ref DATA

to the specified value.(7) Push the SELECT dial button to store the ad-

justment data in memory.

- SELECT dial+ Bch Ref DATA

display: ±1 of theGch Ref DATA

ADJUSTMENUNo. 9:IN GAIN (B)

ADJUSTMENUNo. 8:IN GAIN (R)

- Lens iris+ Gch Ref DATA

display: 130(Reference value)

(8) Select ADJUST MENU No. 9, “IN GAIN (B)”.(9) Push the SELECT dial button so that “*” blinks,

and then rotate the SELECT dial to adjust BchRef DATA to the specified value.


+Minimize the carrierleak(Less than 30 mV)

Iris levelsetting

– – – A D J U S T M E N U – – –

9 . I N G A I N B

*


V R D A T A : 1 5 5

: :BG:RXXXFER

– – – A D J U S T M E N U – – –

7 . I N G A I N G

*


V R D A T A : 1 5 5

: :BG:RXX XFER

– – – A D J U S T M E N U – – –

8 . I N G A I N R

*


V R D A T A : 1 5 5

: :BG:RXXXFER

(11) After an adjustment, check that the carrierleak level is as specified below. If not, per-form the adjustment items INGAIN (R) andINGAIN (B) again.(Standard carrier leak: No more than 30 mVp-p)




3-7

- SELECT dial

+ 110 mVp-p(GY-DV300U)

+ 55 mVp-p(GY-DV300E)

1 FLAREadjustment

•Oscilloscopeor WFM

•Vectorscope•Gray scale chart

(just scanned)

Iris levelsettingADJUSTMENUNo. 10:FLARE (R)

* VIDEO OUT

- Lens iris+ Gch Ref DATA

display: 175(Open the iris byone graduationmore than thereference value.

(1) Select ADJUST MENU No. 10, “FLARE (R)”.(2) Push the SELECT dial button so that “*” blinks.(3) Adjust the IRIS adjustment dial of the lens so

that the Gch Ref DATA display is “175”.

3.4.5 FLARE adjustment

* VIDEO OUT- SELECT dial+Minimize window

black carrierleakage.

(6) Select ADJUST MENU No. 11, “FLARE (B)”.(7) Push the SELECT dial button so that “*” blinks.(8) Adjust the SELECT dial to minimize the win-

dow black carrier leak.(9) Push the SELECT dial button to store the ad-

justment data in memory.(10) Adjust the FLARE (R) and FLARE (B) adjust-

ments above until the window carrier leak isminimized.(Carrier leak estimate: 30mVp-p or less)

- SELECT dial

+Minimize windowblack carrierleakage.

(11) Select ADJUST MENU No. 12, “MASTERFLARE”.

(12) Push the SELECT dial button so that “*”blinks.

(13) Adjust the IRIS adjustment dial of the lens sothat the white peak level of the gray scale is100% (Gch Ref DATA display: “130”).

(14) Adjust the SELECT dial to the specified value.(13) Push the SELECT dial button to store the ad-

justment data in memory.

ADJUSTMENUNo. 11:FLARE (B)

ADJUSTMENUNo. 12:MASTERFLARE

≤ 30mVp-p

– – – A D J U S T M E N U – – –

1 0 . F L A R E ( R )

*


V R D A T A : 1 5 5

: :BG:RXX XFER

(4) Adjust the SELECT dial to minimize the win-dow black carrier leak.


+5-0

+5-0




3-8

1 LENS HOLEAMPadjustment

ADJUSTMENUNo. 13:LENS HOLEAMP

* VIDEO OUT- SELECT dial+ Automatic

adjustment

(1) Select ADJUST MENU No. 13, “LENS HOLDAMP”.

(2) Push the SELECT dial button so that “*” blinks.This starts the automatic adjustment.

(3) When “AUTO ADJUST COMPLETE” appearson the screen, push the SELECT dial button toend the adjustment.

3.4.6 LENS adjustment

2 LENS IRISBIASadjustment

ADJUSTMENUNo. 14:LENS IRISBIAS

* VIDEO OUT- SELECT dial+ R : 270

(1) Select ADJUST MENU No. 14, “LENS IRISBIAS”.

(2) Adjust the SELECT dial so that the value dis-played in “R” at the bottom of the screen be-comes the specified value.


3 LENS OISadjustment

ADJUSTMENUNo. 15:LENS OIS


adjustment

(1) Select ADJUST MENU No. 15, “LENS OIS”.(2) Push the SELECT dial button so that “*” blinks.

This starts the automatic adjustment.(3) When “AUTO ADJUST COMPLETE” appears

on the screen, push the SELECT dial button toend the adjustment.

4 FOCUSadjustment

•Focus chart ADJUSTMENUNo. 16:LENS BACKFOCUS


adjustment

(1) Select ADJUST MENU No. 16, “LENS BACKFOCUS”.

(2) Image the focus chart.(3) Push the SELECT dial button so that “*” blinks.

This starts the automatic adjustment.(4) When “AUTO ADJUST COMPLETE” appears

on the screen, push the SELECT dial button toend the adjustment.

Lens

• Infinity adjustment lens YTU92001B• Focus chart

Light boxYTU93096A

POWER SUPPLYDC 12V

MIC 2 IN

MIC 1 IN

Y/C

OUT

VIDE

O OU

TLI

NE OUT

CH-1

CH-2

EARP

HONE

DV

5 ZOOM LEVERadjustment

ADJUSTMENUNo. 17:ZOOM LEVER


adjustment

(1) Select ADJUST MENU No. 17, “ZOOM LE-VER”.

(2) Make sure that the difference of the CTL DATAis 1 or less when each of the ZOOM LEVERSof the camera grip is pushed towards TEL andWIDE respectively.

(3) Push the SELECT dial button so that "*" blinks.This starts the automatic adjustment.

(4) When "ZOOM OK" appears on the screen, pushthe SELECT dial button to end the adjustment.




3-9

1 WHITEBALANCESUB-BRIGHTadjustment

•Oscilloscope•Gray scale chart

(just scanned)

ADJUSTMENUNo. 40:LCD SUB-BRIGHT R

* TL312 and TL313 ofALS PWB ASSY(Monitor LCDscreen)

- SELECT dial+ Same level as Gch

2 WHITEBALANCESUB-CON-TRASTadjustment


(just scanned)

ADJUSTMENUNo. 43:LCD SUB-CONTRAST R



• Proceed to the following this adjustment af-

ter having completed the adjustment of cam-

era section.

(1) Open the right side cover.(2) Select ADJUST MENU No. 43, “LCD SUB-

CONTRAST R”.(3) Push the SELECT dial button so that “*” blinks.(4) Compare the waveform at the TL313 (Gch) and

that at the TL312 (Rch) and adjust the SELECTdial so that the waveforms of the highlight ar-eas are close to each other.


ADJUSTMENUNo. 41:LCD SUB-BRIGHT B



(6) Select ADJUST MENU No. 41, “LCD SUB-BRIGHT B ”.

(7) Push the SELECT dial button so that “*” blinks.(8) Compare the waveform at the TL313 (Gch) and

that at the TL311 (Bch) and adjust the SELECTdial so that the waveforms of the dark areasare close to each other.


(10) Check the Monitor LCD screen to confirm thatthe dark areas appear black. If a dark areaappears colored, repeat the adjustment steps(2) to (9) again.

3.4.7 MONITOR LCD adjustment

* For the MONITOR LCD adjustment, the following adjustments are required only.



era section.

(1) Open the right side cover.(2) Select ADJUST MENU No. 40, “LCD SUB-

BRIGHT R”.(3) Push the SELECT dial button so that “*” blinks.(4) Compare the waveform at the TL313 (Gch) and

that at the TL312 (Rch) and adjust the SELECTdial so that the waveforms of the dark areasare close to each other.


CN301VR701 (CH1)

CN23CN303


TP302

TP315

VR302

TL312TL313

TL311

TP316

TP314

Measurring points for MONITOR LCD adjustment




3-10

* TP302 of ALS PWBASSY

- VR302 of ALS board+Up/down symmetry

with waveformamplitude centerlineat the center

ADJUSTMENUNo. 47:LCD PSIGBRIGHT

ADJUSTMENUNo. 44:LCD SUB-CONTRAST B

* TL311 and TL313 ofALS PWB ASSY


(6) Select ADJUST MENU No. 44, “LED SUB-CONTRAST B”.


that at the TL311 (Bch) and adjust the SELECTdial so that the waveforms of the highlight ar-eas are close to each other.


(10) Check the Monitor LCD screen to confirm thatthe highlight areas appear black. If a highlightarea appears colored, repeat the adjustmentsteps (2) to (9) again.

3 PSIG BRIGHTadjustment

•Oscilloscope * TP314 of ALS PWBASSY

- SELECT dial+ 5 ± 0.4Vp-p

(1) Open the right side cover.(2) Select ADJUST MENU No. 47, “LCD PSIG

BRIGHT”.(3) Push the SELECT dial button so that “*” blinks,



4 COMMON DCadjustment

•Oscilloscope * TP315 of ALS PWBASSY

- SELECT dial+ 5.7 ±0.15V

(1) Open the right side cover.(2) Select ADJUST MENU No. 48, “LCD COM-

MON DC”.(3) Push the SELECT dial button so that “*” blinks,



5 PLLadjustment

•Oscilloscope (1) Open the right side cover.(2) Observe the waveform on the oscilloscope and

adjust VR302 so that the upper and lowerhalves of the waveform are symmetrical withrespect to the amplitude centerline.

6 VRFFadjustment

•Oscilloscope ADJUSTMENUNo. 51:LCD REF



(1) Open the right side cover.(2) Select ADJUST MENU No. 51, “LCD REF”.(3) Push the SELECT dial button so that “*” blinks,



ADJUSTMENUNo. 48:LCD COM-MON DC

0

0




3-11



(just scanned)

ADJUSTMENUNo. 53:VF SUB-BRIGHT R





era section.

(1) Open the right side cover.(2) Select ADJUST MENU No. 53, “VF SUB-

BRIGHT R”.(3) Push the SELECT dial button so that “*” blinks.(4) Compare the waveform at the TL323 (Gch) and

that at the TL322 (Rch) and adjust the SELECTdial so that the waveforms of the dark areasare close to each other.


3.4.8 VF LCD adjustment

* For the VF LCD adjustment, the following adjustments are required only.

ADJUSTMENUNo. 54:VF SUB-BRIGHT B



(6) Select ADJUST MENU No. 54, “VF SUB-BRIGHT B”.


that at the TL321 (Bch) and adjust the SELECTdial so that the waveforms of the dark areasare close to each other.


(10) Check the VF LCD screen to confirm that thedark areas appear black. If a dark area appearscolored, repeat the adjustment steps (2) to(9) again.

CN301VR701 (CH1)

CN23CN303


TP303

TP324

TL323 TL321TL322

VR301

Measurring points for VF LCD adjustment

7 H-POSITIONadjustment

•Grey scale chart(Just scan)

ADJUSTMENUNo. 52:LCD H-POSITION

*MONITOR LCD- SELECT dial+ Screen centering

(1) Set ADJUST MENU No. 52, “LCD H-POSI-TION”.

(2) Push the SELECT dial so that "*" blinks.(3) Using the SELECT dial, adjust the white part in

the middle of the Grey scale so that it is at thecenter of the screen.

(4) Push the SELECT dial to store the adjustmentvalue in the memory.

50 %50 %




3-12

ADJUSTMENUNo. 56:VF SUB-CONTRAST R





era section.

(1) Open the right side cover.(2) Select ADJUST MENU No. 56, “VF SUB-CON-

TRAST R”.(3) Push the SELECT dial button so that “*” blinks.(4) Compare the waveform at the TL323 (Gch) and

that at the TL322 (Rch) and adjust the SELECTdial so that the waveforms of the highlight ar-eas are close to each other.


(6) Select ADJUST MENU No. 57, “VF SUB-CON-TRAST B”.


that at the TL321 (Bch) and adjust the SELECTdial so that the waveforms of the highlight ar-eas are close to each other.


(10) Check the VF LCD screen to confirm that thehighlight areas appear black. If a highlight areaappears colored, repeat the adjustment steps(2) to (9) again.

3 COMMON DCadjustment

•Oscilloscope

ADJUSTMENUNo. 57:VF SUB-CONTRAST B



(1) Open the right side cover.(2) Select ADJUST MENU No. 60, “VF COMMON

DC”.(3) Push the SELECT dial button so that “*” blinks,



4 PLLadjustment

•Oscilloscope

ADJUSTMENUNo. 60: VFCOMMON DC


- ALS BOARD: VR301+ Up/down symmetry

with waveformamplitude centerlineat the center

(1) Open the right side cover.(2) Observe the waveform on the oscilloscope and

adjust VR301 so that the upper and lowerhalves of the waveform are symmetrical withrespect to the amplitude centerline.



(just scanned)



0




3-13

1 Preparation • All adjustments should be performed using theMIC input.

• Before adjustments, set the audio switch andmenus as follow:

<Switch>AUDIO IN : MIC1 or 2

<Menus>AUDIO LEVEL : MANUWIND CUT : OFFAUDIO MODE : 48kHzINPUT +48V : OFF

3.4.9 Audio circuitry adjustments

3 Level meteradjustment

•1kHz, -56 dBs•Audeo tester

EE

ADJUSTMENUNo. 20:AUDIO LEVEL(CH1)ADJUSTMENUNo. 21:AUDIO LEVEL(CH2)

* LCD display- SELECT dial+ Lighting up to

graduation “5”

(1) Apply a 1 kHz/-56 dB signal to the MIC input.(2) Select ADJUST MENU No. 20, “AUDIO

LEVEL (CH1)”, and adjust to specified value.(3) Select ADJUST MENU No. 21, “ AUDIO

LEVEL (CH2)”, and adjust to specified value.

2 OUTPUTLEVELadjustment

•1kHz, -56 dBs•Audeo tester

EE * LINE OUT terminal

- VR701(CH1): ALSboard

- VR702(CH2): ALSboard

+ -8dBs

(1) Apply a 1 kHz/-56 dB signal to the MIC inputand adjust each channel to the specified value.

5 H-POSITIONadjustment

•Grey scale chart(Just scan)

ADJUSTMENUNo. 63:VF H-POSI-TION

* VF LCD- SELECT dial+ Screen centering

(1) Select ADJUST MENU No. 63, “VF H-POSI-TION”.

(2) Push the SELECT dial so that "*" blinks.(3) Using the SELECT dial, adjust the white part in

the middle of the Grey scale so that it is at thecenter of the screen.

(4) Push the SELECT dial to store the adjustmentvalue in the memory.

50 %50 %




3-14

1 PB switchingpoint adjust-ment

Alignment tape.NTSC: MC-1PAL : MC-2Part where colorbars are re-corded.

* TP6 (SPA)TP9 (ENV OUT)TRIG: TP5 (HID)GND: TP1 (GND)[Connector board]

- Select dial+ a, b = 126 µsec

±10 µsec

(1) Select ADJUST MENU No. 100, “PB SWPOINT”.

(2) In Play mode, observe TP9 (ENV OUT) to en-sure that the waveform is stable.

(3) Push the SELECT dial button so that “*” blinks.This indicates that the PB switching point isautomatically adjusted

(4) Apply triggering to TP5 (HID), measure TP6(SPA) and ensure that values a and b are withinthe standard specifications.

(5) Rotate the SELECT dial so that the adjustmentvalue appears.

(6) Push the SELECT dial button to stop blinkingof the “*”. (The data is stored.)

3.5 ADJUSTMENTS OF THE DVC BLOCK

Mount a connector board to the CN23 on the A/L/S board by inserting it in the slot that is provided to accommodate it. This may beachieved without removing the R. side cover. (See page 2-33, “2.12.3.1 Preparetion”)

2 Recordingcurrentadjustment

Recording tape RECADJUSTMENUNo. 105:ME RECCURRENT

* TP11 (REC MONI)TRIG: TP5 (HID)GND: TP1 (GND)[Connector board]

- SELECT dial+ 360 ±20 mVp-p

(1) Select ADJUST MENU No. 105, “ME RECCURRENT” to make it to the REC mode.

(2) Push the SELECT dial button so that “*” blinks.

(3) Adjust the amplitude of the recording currentto the specified level.

(4) Push the SELECT dial to store the adjustmentdata in memory.

a

a, b : 126µ sec ±10µ sec

bHID (TP5)

SPA (TP6)

ENV OUT(TP9)

Fig. 3.5.1 (1)

PLAYADJUSTMENUNo. 100:PB SW POINT

Recording current waveform

HID signal

100. PB SW POINT VR DATA: ---- CTL DATA: 120SET DATA: 120

DATA: 00000000

--- ADJUST MENU ---

Display the adjustment data and then push SELECT dial to enter the data.

Fig. 3.5.1 (2)

Fig. 3.5.2




3-15

4 LP VCOcenterfrequencyadjustment(Error rateadjustment)

Recording tape(DV60 ME tape)

Self REC/PLAYin SP modeADJUSTMENUNo. 107:ME LP VCO

(1) Select ADJUST MENU No. 107, “ME LP VCO”.(2) Adjust the SELECT dial so that the data value

of the LP VCO center frequency adjustmentbecomes that of the SP VCO center frequencyadjustment (0-225) plus 2.


(4) Turn the power OFF and ON again.(5) Record a moving image in the LP mode.

MODE SW : VTRMENU : REC MODE sets to LP

(6) Select ADJUST MENU No. 107, “ME LP VCO”again.

(7) Ensure that the total error rate of each channelis the specified value.

(1) Record a moving image in the SP mode.MODE SW : VTRMENU : REC MODE sets to SP

(2) Select ADJUST MENU No. 106, “ME SP VCO”.(3) Play back the recording, rotate the SELECT dial

to minimize the adjustment EVR data andfreeze the image.

(4) Increase the EVR data gradually until the blocknoise disappears. Assume that the value at thispoint is adjustment value A.

(5) Play the recorded tape, rotate the SELECT dialin the reverse direction to increase the EVRdata, and freeze the image.

(6) Decrease the EVR data gradually until the blocknoise disappears. The value at this point is value B.

(7) The error rate is calculated as follows (Value A + Value B)/2

The value of adjustment data is displayedas 2 bytes. When it exceeds 255, it is movedup to the next digit.

(8) Ensure that the error rate of total channel isthe specified value.


Fig. 3.5.3 VCO ADJUST MENU

106. ME SP VCO VR DATA: 008. 001

CTL DATA: 008. 001 SET DATA: 008. 001

CH1 00000CH2 00000

--- ADJUST MENU ---

Adjustment EVR data value

Error rate display

3 SP VCOcenterfrequencyadjustment(Error rateadjustment)

Recording tape(DV60 ME tape)

Self REC/PLAYin SP modeADJUSTMENUNo. 106:ME SP VCO

* LCD monitor- SELECT dial+ Error rate:

Minimum valuebelow 996(CH1/CH2 total)

(VITERBI sets toOFF automatically)

(Notes) • Be sure to use a brand-new tape for

the VCO center frequency adjust-

ment (error rate adjustment).

• Be sure to clean the head using a head clean-

ing tape before adjustment.

• Viterbi should be OFF in SP mode and ON in

LP mode for error rate adjustments. Viterbi is

set automatically OFF/ON at the moment the

adjustment mode is entered.

• The error rate is displayed in a decimal value

on the LCD monitor.

* LCD monitor- SELECT dial+ Data value of the

SP VCO centerfrequency adjust-ment (0-225) plus 2

+ Error rate:below 996(CH1/CH2 total)

(VITERBI sets toON automatically)

107. ME LP VCO VR DATA: 008. 001CTL DATA: 008. 001SET DATA: 008. 001

CH1 00000CH2 00000

--- ADJUST MENU ---

Adjustment EVR data value

Error rate display

Fig. 3.5.4 VCO ADJUST MENU




3-16

EEADJUSTMENUNo. 110:FS PLL48 kHz

* TP4 (FS PLL)GND: TP1 (GND)[Connector board]

- SELECT dial+ 12.288 ±0.1 MHz

(1) Select ADJUST MENU No. 110, “FS PLL 48kHz”.

(2) Adjust the SELECT dial so that the frequencyis as specified.


7 FS PLL 32 kHzadjustment

No input.MODE SW: VTRFrequencycounter

EEADJUSTMENUNo. 112:FS PLL32 kHz

* LCD monitor- SELECT dial+ Same value as

adjustment value in“No. 110, FS PLL48 kHz adjustment”

(1) Select ADJUST MENU No. 112, “FS PLL 32kHz”.

(2) Adjust the SELECT dial so that the frequencyis same as FS PLL 48 KHz (Adjustment value:0-255).


6 FS PLL 44.1kHz adjust-ment


EEADJUSTMENUNo. 111:FS PLL44.1 kHz

* TP4 (FS PLL)GND: TP1 (GND)[Connector board]


(1) Select ADJUST MENU No. 111, “FS PLL 44.1kHz”.



5 FS PLL 48 kHzadjustment


8 27 MHz VCOcenterfrequencyadjustment


EEADJUSTMENUNo. 113:27 MHz VCO

* TP7 (MAIN VCO)GND: TP1 (GND)[Connector board]


(1) Select ADJUST MENU No. 113, “27 MHzVCO”.



9 ATF GAINadjustment

EEADJUSTMENUNo. 114:ATF GAIN

* LCD monitor- SELECT dial+ 110

(1) Select ADJUST MENU No. 114, “ATF GAIN”.(2) Adjust the SELECT dial so that the frequency

is as specified.(3) Push the SELECT dial to store the adjustment

data in memory.

114. ATF GAIN VR DATA: 110CTL DATA: 110SET DATA: 110

CH1 00000CH2 00000

--- ADJUST MENU ---

Set to the specified value.

Fig. 3.5.9 ATF GAIN ADJUST MENU

3-17

3.6 REWRITE SCHEMATIC DIAGRAM

Initial

S1Pin No. Initial Parameters

1 OFF ON: Enable to rewrite CAM CPU2 OFF ON: Enable to rewrite SYS CPU3 OFF ON: Enable to rewrite LENS CPU4 OFF ON: Enable to rewrite MSD CPU5 OFF Not used6 ON OFF: Only factory use

4-1

SECTION 4

CHARTS AND DIAGRAMS

SCHEMATIC DIAGRAM NOTES

• Schematic safety precaution! Parts are safety related parts.When replacing them, be sure to use the specified parts.

• Voltage and waveform measurementsVoltage: Measured with digital voltmeter in DC range;

iris closed in REC mode.Value in ( ) is indicated only in the case PBvoltage is different from that in REC mode.

Waveform: Gray scale illuminated at more than 2000 lux at3200K lighting.

• Unit of valueUnless otherwise specified1) Resistance is in Ω (1/6 W)2) Capacitance is in µF3) Inductance is in µH

• Wiring of connector

(Example)

02

03

MAINA/L/S

1/11 – 11/111/4 –4/4

Board Board NameNumber of

divided sections

• Expression of wiring

As the following circuit diagram is divided to print on somesheets, such an indication as the following is found in the casethe wiring extends over two or more divided sections.

1) Circuit diagram divided into two or more sections:

A)

20

CN2

To 16

19

CAM SW3

CAM SW2

DV MDACN5506Page 4-30

In the above example, CN2 is connected with CN5506 on16 DV MDA board.

• Signal flow on the diagramThe following allow marks indicate the specified signalpaths respectively.

: Recording or EE signal path: Playback signal ptah: Recording and Playback signal path

• OthersIn regard of a board assembly whose circuit is composed ofmultilayered board patterns such 4- or 6-layered patterns, boardpatterns of the inner layers are omitted in this section.

Note: For detail of each electrical part, refer to Section 6“ELECTRICAL PARTS LIST” by it symbol number.

In the above case, the end of the wiring is connected tothe “HID 3” on the “sheet 2” section of the diagram.

Signal name

This indication that wiring extends to“sheet 2” of the diagram.

HID3Pg2

4-2

REPLACING SURFACE MOUNT “CHIP” COMPONENTS

• Some resistors, shorting jumpers (0 resistance), ceramiccapacitors, transistors, and diodes are chip parts. These chipparts cannot be reused after they are once removed.

• Chip resistors used in some circuits are of high precisiontype having little error in resistance.To demonstrate the full capacity of this set, place an orderfor proper parts referring to the diagrams and parts lists inthe section 5.

• Soldering cautions:1) Do not apply heat for more than 3 seconds.2) Avoid using a rubbing stroke when soldering.3) Discard removed chips; do not reuse them.4) Supplementary cementing is not required.5) Use care not to scratch or otherwise damage the chips.

[3] Chip diodes

CHIP PARTS PIN ARRANGEMENT

[1] Digital transistors

R1

R2

C

B E

R1

R2

C

B E

DTC 1

1 2 3 DTB 1DTA 1

1 2 3

(Top view) (Top view)

1 Two digits show resistance of R1 in abbreviation.43 : 4.7 kΩ14 : 10 kΩ24 : 22 kΩ44 : 47 kΩ

2 Roman letter show the resistive ratio between R1 and R2in abbreviation.

E : R2/R1 = 1/1Y : R2/R1 = 5/1W : R2/R1 = 2/1X : R2/R1 = 1/2T : R2 is opened.

3 Symbol the shape of resistor in abbreviation.

[2] Chip transistors and chip F.E.T.s



MA143A/MA742 MA142WA MA142A

(Top view)(Top view) (Top view)

C

B E

G

S D

C

B E

2SD2SC

2SB

2SJ2SK

2SA

G

S D

4-3 4-3

4.1 BOARD LOCATIONS

–4-25, 264-16, 174-22, 23

4-354-354-294-344-344-344-354-354-344-344-274-344-354-314-354-354-354-354-35

4-44-24

4-5 to 4-154-18 to 4-21

4-334-324-284-324-324-44-44-334-44-274-44-44-304-44-44-44-44-44-4

–4-36

4-36, 384-37,38

––––––––––––

4-38––––––

OVERALLISMAINA/L/SMONITOR BLINPUT1REGSWRTOP ZOOMZOOMFOCUSM RELAYTALLYCONNECTP ONJOGDV MDAREC TRGEJECT1EJECT2IRISTEMPLOCK

–01

02

03

04

05

06

07

08

09

10

11

12

13

14

15

16

17

18

19

20

21

22

BoardNo.

Board NamePage of diagram

Block diagram Schematic diagram Circuit board

01 IS

20 IRIS

10 FOCUS

15 JOG

06 REG03 A/L/S

07 SWR

04 MONITOR BL

11 M RELAY

02 MAIN

06 REG

19 EJECT2

09 ZOOM

17 REC TRG

18 EJECT1

15 JOG

14 PON22 LOCK 05 INPUT1

07 SWR

12 TALLY

13 CONNECT

09 ZOOM

19 EJECT2

16 DV MDA

17 REC TRG

18

EJECT1

RIGHT SIDE REAR SIDE LEFT SIDE

08 TOP ZOOM

TOP SIDE

21 TEMP

4-4 4-4

4.2 OVERALL WIRING GIAGRAM

Page 4-28

Page 4-30

Page 4-24

Page 4-5 to 4-15

Page 4-32

Page 4-33

Page 4-33

Page 4-18 to 4-21

Page 4-27

Page 4-32

Page 4-32

KA-DV300U : OPTION

R1220

TALLY

+5V

LD1

LD2

R110k

TH110k

CP

3V

TEM

P S

EN

SD

GN

D

For servicing

IRIS AUTO

DGNDNC

FOCUS MODEFOCUS AUTO

IRIS JOG INGND

IRIS JOG DIR

S1

S2

S3

S1

EJECT

DGNDCASS COVERDGND

S1

S1

P ONDGND

JOG AJOG B

DGNDJOG SW

DGND

D3VZOOMDGND

TRIG LENS

R1 3S1 1

2D12.2k

S1

VR1

S1QSW0603-001

B

SW24

6

SW15

SW13

A1

COM2

S1

NC

NC

DV MDA

A

A

A/L/S

SC92716

4-5 4-5

4.3 MAIN BOARD SCHEMATIC DIAGRAM 1/11 (PRE/REC)

FROM/TO ROTALY TRANSOF DRUM ASSEMBLY

SC92711-1

4-6 4-6

MAIN BOARD SCHEMATIC DIAGRAM 2/11 (MSD)

To DV MDACN5506Page 4-30

FROM/TODV MECHANISMASSEMBLY

TO DEW SENSOR

IC3

MSD CPU

SC92711-2

PLSC1404

Q1OPEN

4-7 4-7

MAIN BOARD SCHEMATIC DIAGRAM 3/11 (DV MAIN)

Pg 4, 6, 8, 10, 11

SC92711-3

4-8 4-8

MAIN BOARD SCHEMATIC DIAGRAM 4/11 (CAM CPU)

NETWORKPACK

SC92711-4

IC402PLSC1402

4-9 4-9

MAIN BOARD SCHEMATIC DIAGRAM 5/11 (AFE)

To

SUB2

SUB3

SC92711-5

IS CN1 Page 4-24

4-10 4-10

MAIN BOARD SCHEMATIC DIAGRAM 6/11 (PLD)

Factory Use Only

IC562

RA563NRZ0015-331

RA562NRZ0015-331

RA561NRZ0015-331

R758OPEN

C5920.1

R76533

SC92711-6

4-11 4-11

MAIN BOARD SCHEMATIC DIAGRAM 7/11 (DBE)

SC92711-7

12pC669 C670

12p

4-12 4-12

MAIN BOARD SCHEMATIC DIAGRAM 8/11 (AF/LENS)

IC905

SC92711-8

4-13 4-13

MAIN BOARD SCHEMATIC DIAGRAM 9/11 (LENS DRV)

ToLENS CONNECTOR

SC92711-9

4-14 4-14

MAIN BOARD SCHEMATIC DIAGRAM 10/11 (LENS DRV)

SC92711-10

4-15 4-15

MAIN BOARD SCHEMATIC DIAGRAM 11/11 (CONN.)

To REG CN6Page 4-28

To REG CN7Page 4-28

FROM/TO FROM/TO OPTIONALA/L/S CN8, Page 4-21 NETWORK PACK : KA-DV300 CONNECT

CN9 Page 4-27

CASS_SW2

Pg 3, 4, 6, 8, 10, 11

Pg 3, 4, 6, 8, 10, 11

SC92711-11

4-16 4-16

4.4 MAIN CIRCUIT BOARD

1 2 3 4 5 6

A

B

C

D

SIDE A

ADDRESS TABLE OF BOARD PARTSEach address may have an address error by one interval.

A-1C

Side Y axisX axis

IC1IC2IC3IC4IC5IC6IC7IC8IC9IC10IC11IC12IC13IC14IC15IC402IC407IC415IC423IC424IC427IC431IC501

A-4AA-4AA-6AB-6AA-5AB-6BB-5AB-6BB-5BB-5BB-5BA-6AB-5AB-5AA-6AA-6CB-5DB-6CB-5DB-5DB-6DB-6CB-3C

IC502IC503IC504IC505IC506IC510IC511IC512IC561IC562IC563IC564IC565IC566IC567IC568IC621IC622IC623IC624IC625IC701IC702

B-3BB-3BB-3BB-3BB-4BB-3BB-3CB-3BA-4CA-3AB-4CB-4BA-3AA-3AB-3AB-3CA-5CB-6CB-5CB-5CA-3CB-4CB-4B

IC901IC902IC903IC904IC905IC906IC907IC908IC910IC911IC912

Q1Q2Q3Q5Q6Q621Q622Q623Q624Q625Q626

B-2DA-2DB-1DB-3DA-3DB-3DA-3DA-3CB-4DB-4DB-4D

A-6BA-6BA-6AA-6BA-6BB-4DB-4DB-4CB-4CB-4CB-4C

Q627Q901Q902Q903Q905Q906Q907Q908

D1D2D3D4D5D401D501D502D503D901D902D903

R1

B-3CB-1CB-2DB-2DB-2CB-2DB-2DB-2D

B-6AA-5BB-5AB-5AA-6BA-5BB-3AB-3AB-4AA-3DA-4DA-2D

A-4A

R2R3R4R5R6R7R8R9R10R11R12R13R14R15R16R22R23R24R28R29R34R35R36

A-4AA-4AA-4AA-4AA-4AA-4BA-4AA-4AA-4AA-4AA-6AA-6AA-6AA-6AA-6AB-6AB-6AB-6AB-6AB-6AA-6BA-6BA-6B


A-6BA-6BA-6BB-6BA-6BA-6BA-6BA-6BA-6BB-6AB-6BA-6BA-6BB-5AB-5AB-6AB-6AB-6AB-6AB-6AB-6AB-6AB-6A


A-6BA-5AA-6BB-6AB-5AB-5AB-5AB-5AA-6BB-5BB-5BB-5BB-5BB-5AA-5BA-5BB-5BB-5BB-5BA-5BA-5BA-5BB-5B


B-5AB-5BB-5AB-5BB-5BB-5AB-5AB-5AB-5BB-5BB-5BB-5BB-5BB-5BB-5BA-5BB-5AB-5AB-5AB-5AB-5AB-5AB-5A


A-5BA-5BA-5BA-5BB-5AB-5AB-5AB-5AA-5BB-5BA-5AA-3DA-3DA-5AA-5AA-5AA-5AB-5AB-6BA-5AB-6AB-6AB-5A


A-6AB-5AB-5AA-6BA-6BA-6BB-5BB-5BA-4AA-4BB-6AB-6AB-4BB-4BB-4BB-4BA-5AA-6AB-6AB-6AA-5BA-6BA-6B


A-6BA-6BA-5BA-5CA-5CA-6DA-4DA-4DA-4DA-4DA-4DA-6CA-6CA-5CA-5BA-5CA-6BA-6BB-6DB-6DB-6DB-6DB-5D


B-5DB-5DB-5DB-5DB-5DB-5DB-5DA-5CA-5CA-5CA-5CA-5CA-5CA-6CA-6CA-6CA-5CA-5CA-5CA-6CA-5BB-3CA-2B


B-4BB-4BB-4BB-4BB-4AB-4BB-4AB-3BB-3BB-3BB-3BB-3BB-3CB-3CB-3CB-3CB-3CB-3BB-3BB-3BB-3BB-3BB-3B


B-3BB-3AB-3AB-3AB-3AB-3AB-3AB-4AB-3CB-3CB-3CB-3CB-3BB-3BB-3BB-4BA-4CA-4CB-4BB-4CA-3BB-4CB-3C


B-3CA-3BB-3AB-4BB-4BA-4CA-4CA-4CA-4BA-4BA-3CA-3CA-4CA-4BA-3BA-3BA-3BA-3BA-4BA-3BB-4BA-4BA-4B


B-4BA-4CA-4CA-4CA-4CA-4BA-4BA-4BA-4BA-3CB-3AA-2BA-2BA-2BA-2BA-3CB-4CB-4CA-3CA-4BA-4CA-5CA-5B


A-5CB-5CA-4CA-4CA-4BA-4CA-4CA-4CA-4CA-4CA-4BB-4CB-4CA-4CA-4CA-5CA-5CB-5CA-5CB-6CB-5BB-5BB-5C


B-5CB-5DB-4CB-4CB-4CB-4CB-4CB-4DB-4CB-4CB-4CB-4CB-4CB-4CB-4CB-4CB-4CB-4CB-4CB-4CB-4CB-4CB-4C


A-3CA-3CA-3CA-3CA-2CA-2CA-2CA-2CA-2CA-2CB-5CB-5CB-5CA-5CA-4CB-4CA-3CB-5CA-4CB-4CA-4CA-4CA-4B


A-4BA-4BA-5BA-5BA-5BB-4CB-4CB-4CB-4CA-3AA-3AA-3AA-3AA-3AB-2AB-2AB-2AB-3AB-4CA-5BA-5BA-5CB-6C


B-6CB-6CB-6CA-5BA-5BA-6CA-6CA-6CA-6CA-6CB-2DB-2DB-2DB-2DB-2DB-2DB-3DB-2DB-2DB-3DB-3DB-3DB-3D


B-3DB-3DB-3DB-3DB-3DB-2CB-2CB-2CB-3DB-3DB-1CB-1DB-1DB-1DB-1DB-1DB-1CB-2DB-2DB-2DB-2CB-2CA-2C


A-2CA-2CA-2CA-2CB-2CB-2CB-2CB-2CA-2CA-2DA-2DA-2DA-2DA-2DA-2DA-2DA-2DA-2DA-2DB-2DB-2DA-3DA-3D


A-3DA-3DA-3DA-3DA-3DA-3DA-4DA-3DA-3DA-3DA-4DA-4CA-4CA-3CA-4CB-2CB-3CB-3CA-2DA-2DA-2CA-3DB-2D


B-2DB-2DB-2DB-2DB-2DB-2DB-2DB-2DB-2CB-2CB-2CB-2CB-2CB-3CB-3CB-2CB-4DB-4DB-4DB-4DB-4DB-4DB-4D


B-4DB-4DB-4DB-4DB-4DB-4DA-4DB-4DB-4DB-4DB-4DB-4DB-4DB-4DB-2DB-2DA-2DB-3DA-1DB-2DB-2DB-2DA-4D

R1041R1042R1043R1044R1045R1048R1049R1050

C1C2C3C4C5C6C7C8C9C10C11C12C13C14

A-3DB-1DB-2DA-2DA-2CB-2DB-1DB-2D

A-4BA-4BA-4AA-4AA-4BA-4AA-4BA-4BA-4BA-4BA-4BA-4AA-4BA-4A

R1501C456

SUB1

4-17 4-17

6

A

B

C

D

5 4 3 2 1

SIDE B

C15C16C17C18C19C20C21C22C23C24C25C26C27C28C29C30C31C32C33C34C35C36C37

A-4AA-4AA-4BA-4BA-4BA-4BA-4BA-4BA-4BA-4BA-4BA-4BA-4AA-4AA-4AA-4BA-4AA-4AA-4AA-4AB-6AB-6AA-6A


A-6AA-6AA-6AB-6AB-6BB-6AB-6AA-6AB-6AB-6AB-6AB-6AB-6AB-6AB-5BB-5BB-5AA-5BB-5AB-6AB-5AB-6AB-6B


B-5AB-5AB-6BB-6BB-6BB-5BA-6BA-6BA-6BA-6BB-6BB-6BB-5BB-5BB-5AB-5AB-6BB-6BB-6BB-6BB-5AB-5AB-5A


B-5AB-4AB-4AB-5BB-5BB-5AB-5BB-5BB-5AA-5BA-5BB-5BB-5BB-5BA-5BA-5BA-5AB-5AB-5BB-5AB-5BB-5BB-5B


B-5BB-5BB-5BB-5BB-5BB-5BB-5BB-5BB-5BA-5BA-5BA-5BB-5AB-5BB-5AB-5AB-5AB-5AA-5AA-5BA-5AA-5AB-6A


B-5AB-5AB-6AB-5AA-5BB-5DB-6DB-6DA-6DA-6CA-6BA-6BB-6DB-5DB-5DB-5DB-5DA-5CB-6CB-4DB-5DB-6CA-3B


A-3BA-3BA-2BA-2BA-2BB-3CB-3CB-3CB-2CB-2CB-2CB-2CB-2CB-2CB-2CB-2CB-2CB-3CB-3CB-3CB-2BB-2BB-2B


B-2BB-2BB-2BB-2CB-2CB-2CB-3CB-3BB-3BB-2BB-2BB-2BB-2BB-2BB-2BB-2BB-2BB-2BB-3BB-3AB-3AB-3AB-3B


B-3BB-4AB-3AB-3AA-3BB-3AB-3BB-3BB-3AB-3AB-3AA-3BB-3CB-4BB-4BB-4BB-4CB-4CB-4CB-4CB-4BB-4BB-4B


B-4BB-3BB-3BB-4CB-4BB-4CB-4BB-4BB-4BB-4BB-3CA-3CB-3CB-4BA-3AA-3BA-2AB-4CB-4CB-4CB-4CB-3CB-3A


B-3AB-3AA-5DB-3BB-4BA-4BA-4BB-3AB-4BB-4BB-3AB-4AB-4AA-3BB-3BB-3CB-4BA-4DA-4CB-5CA-5BA-5DA-5D


A-4DA-4DA-4CB-5CB-4CA-4CB-4CB-5CB-5CB-5CB-5CB-5CB-5CB-5CB-5CB-4CB-5CB-5CB-5CB-5CB-5CB-5CB-5C


B-5CB-5CA-5CB-5CB-4CB-5CB-4CB-5CB-5CB-5CB-5CB-5CB-5CB-5CB-5CB-5CB-5CB-5CB-6CB-6CB-6CB-6CB-6B


B-6BB-5BB-5BB-5CB-5CB-5DB-5DB-5DB-5CB-4CA-4CA-4CA-4CB-4CB-4CB-4CB-4CA-3CA-3CA-3CA-3CA-3CA-2C


A-2CA-2CA-3CA-3CA-3CA-3CA-3CA-3CA-3BA-3BA-3BB-4CB-4CB-4CB-4CB-5BB-4BA-2BB-3BB-3DB-2DB-2DB-3D


B-3DB-3DB-3DB-3DB-3DB-3DB-3DB-3DB-3DB-3CB-3DB-1DB-1DB-1DB-1CB-1CA-1CB-2DB-2CB-2CB-2CB-2CB-2C


A-2CA-2DA-2DA-2DA-2DA-2DA-1DA-2DA-2DA-2DA-2DA-1DB-2DA-2DA-2DA-3DA-3DA-3DA-3DA-3DA-4DA-3DA-3C


A-2CB-2DB-2DB-2DB-2CB-2CB-3DB-4DB-4DB-4DB-4DB-4DB-4DB-4DB-4DB-4DB-4DB-4DB-4DA-4DB-4DB-4DB-4D

C976C977C978C979C980C981C982C983C984C985C986C987C988C989

L1L2L3L4L6L7L8L9

B-4DB-4DB-4DB-4DA-4DA-2CB-3DB-3DB-3DB-3DB-3DB-3DB-3DB-3D

A-4BA-4BA-4AA-4AA-6AA-6BA-6BA-5A

L10L11L12L13L14L15L622L623L901L903L905L906L907L908L909

TP1TP2TP3TP4TP5

K1

A-5AA-5BA-4BB-5AB-5AA-5BA-2BA-4DA-2DA-2CA-3CA-2DA-4DA-4DA-4C

A-6AA-5BA-3AA-4BA-4A

A-4A

K2K3K4K5K401K402K561K562K621K622K623K624K701K702K901

CN1CN2CN3CN5CN6CN7CN8

B-5BB-5BB-5BB-2CB-6DB-5DB-4CB-4BB-5CB-5CB-5BB-5CB-4CB-5CB-1C

A-4AA-5AA-5DA-5AA-6BA-6CA-4D

CN9CN10CN501CN561CN901

RA1RA2RA3RA4RA5RA6RA7RA8RA9RA10RA11RA12RA13RA14RA15RA16RA17

A-2CA-3AA-2BA-2AA-1C

B-5AA-6AA-6AA-6AA-6AA-6AA-6AB-6AB-6AB-6AA-6BB-4AB-4AA-5AA-5AB-5AB-5B

RA561RA562RA563RA564RA565RA566RA567RA568RA569RA570RA571RA572RA573RA901

LC1LC2LC3LC4LC501LC502LC503LC504

A-4CA-4CA-4CA-3AA-3AA-3BA-3BA-3CA-4CA-3CA-3BA-3BB-2AA-3D

B-6BB-6BB-5AB-6BA-3BA-2BA-2BB-3C

LC505LC561LC562LC621LC623

X1X2X404X621

TL1TL2TL3TL4TL6TL7TL8TL401TL421TL433TL434TL435

B-3CB-4BA-4BA-4CA-5D

A-5BA-5AA-6BA-5D

A-5BA-5BA-5BA-5BA-5BA-5BA-5BA-5CA-6CA-5DA-6CA-6C

TL436TL437TL438TL439TL440TL441TL442TL443TL444TL445TL446TL448TL449TL450TL451TL452TL453TL501TL901TL902TL903TL904TL905

A-6CA-6CA-6DA-6DA-6CA-6CA-6CA-6DA-6CA-6DA-6DA-6BA-6CA-6BA-6CA-6BA-6BA-2BA-3DA-3DA-3DA-2CA-2C

TL906TL908TL910

VA401VA402VA403VA404VA561VA562VA563VA564VA565VA566VA567VA568VA569VA570VA571VA572VA573VA574

A-3CA-2CA-3C

A-4DA-4DA-4DA-4DA-3AA-3AA-3AA-3AA-3AA-3AA-3AA-3AA-3AA-3AA-3AA-3AA-3AB-2A

OUT

GND

IN

IC513

SUB2

IC514

SUB3

R1053 R1052

C993 1

4-18 4-18

A/L/S BOARD SCHEMATIC DIAGRAM 1/4

To M RELAY CN303Page 4-33

SC92712-1

4.5

4-19 4-19


TO MIC

TO INPUT CN12Page 4-32

CONNECTCN12, Page 4-27

TO SPEAKER

3.3

0

00.1

0

00 0

0

4.9

0

-6.9

0.1

0.1-6.9

4.9

0.1

0

00

0

0

0

0 46.845.5

46.5

0

44.5

44.4

0

0

00

0

00

0

00

0.6

0

11.9

11.8

0.2

5.5

1.4

0

3.1

0-0.3

-6.9

0

0

3.1

0

0

-6.9

0.6

0

11.911.8

0

5.4

1.3

0

-0.4

3.1

0 0

0

0

0

-3.8

0

0

-4.0

0

0

3.1

0

0

-6.9

0

0

0

0

0

1.5

0

0

1.5

2.4

2.4

2.4

2.4

1.51.5

1.5

3.1

1.5

1.5

1.5

1.5

1.5

1.5

1.5

2.5

1.5

2.5

2.4

4.8

2.5

0

3.0

1.5

1.2

-3.0

2.8

1.5

1.5

1.7

3.1

2.1

0

0

2.1

4.3

2.4

2.4

2.4

2.42.42.4

2.42.4

2.4

1.5

1.5

0

0

0

0

4.9

0

4.8

0

0

4.8

4.9

0

3.0

46.8

45.5 0

44.5

44.4

0

46.3

4.8

2.4

SC92712-2

R7042.2k

100k

R735150

100k

R736150

1 2

3

4

SUB1

SUB2

4-20 4-20


To TOP ZOOM CN19Page 4-32

To EJECT1/ EJECT2

CN15 Page 4-4

To SWR CN11Page 4-32

To FOCUS CN31Page 4-4

To TEMP CN18Page 4-4

To LOCK CN32Page 4-4

R499100

IC401

SUB5

R49

82.

2k

C466100p

SUB3

SUB3

SUB4

SC92712-3

PLSC1401

C465(C462)

22p

4-21 4-21

A/L/S BOARD SCHEMATIC DIAGRAM 4/4 To MAIN CN8Page 4-15

FROM/TOREWRITE : For Servicing

To IRIS CN21Page 4-4

SC92712-4

4-22 4-22

4.6 A/L/S CIRCUIT BOARD

A

B

C

D

1 2 3 4 5 6

SIDE A ADDRESS TABLE OF BOARD PARTSEach address may have an address error by one interval.

A-1C

Side Y axisX axis

IC301IC302IC401IC404IC405IC406IC408IC409IC410IC413IC414IC418IC419IC422IC428IC429IC430IC701IC702IC703IC705IC706IC707IC708IC709IC710IC711IC713

Q303Q304Q305Q313Q316Q323Q403Q404Q701Q702Q703Q704Q705Q706Q707Q708Q709Q710Q711Q712Q713

D301D302D303D304D401D402D701D702D703D704D705D706D709D710D711D712

R301R302R303

A-3BA-3AA-5BB-5AB-4BB-4BB-5BB-5BB-4BB-4AB-4BB-5AB-5AB-5AA-6AB-6AB-4BA-3CB-3DA-2CB-2DB-3CB-4CB-2CB-3CB-4CA-5CA-5C

B-3AB-3BB-2BB-3AB-2BB-3BB-2CB-4BB-3DB-3DB-3DB-3DB-5DB-5DA-5DA-5DA-5DB-5DB-5DB-3DB-2D

B-3BB-4BB-2BB-2BB-4BB-4AA-3DA-2DA-4DA-3DB-5DA-5CB-5CB-5CB-5CB-5C

B-3BB-3BB-3B

R304R305R306R307R308R309R310R311R312R313R316R317R319R320R321R322R323R324R325R326R327R328R329R330R331R332R333R334R335R336R337R338R339R350R351R352R353R360R361R370R371R372R401R402R403R404R405R406R408R409R411R412R413R415R416R420R421R422R423R429R430R431R432R434R435R436R437R438R439R440R441

B-3BB-3BB-3BB-4BB-3BB-3BB-3BA-3BB-3BB-3BA-2BA-2BA-3AA-3AB-3BB-3BB-3BB-3BB-3BB-3BB-4BB-4BB-4BA-4BA-4AB-4AB-4AB-3AB-3AB-3AB-2BB-2BB-2BB-6DB-6DB-6DB-6DB-3BB-3BB-3BB-3BB-3BB-5AB-6BA-5AB-6BA-5AB-5AB-5BB-5AB-5AB-5BB-5BB-5BB-5BB-5BA-6CA-6CB-5BB-4AB-4AB-4AB-5BB-4BB-4AB-4BB-5AB-5BB-5BB-5AB-5A


B-5AB-5AB-5BB-5BB-5BB-4BB-4BB-4BB-5BB-5BB-5BB-5BA-2CB-5BB-5AA-4BA-4BB-5BB-5BB-4BB-5BA-6AB-6AB-5AB-5AB-5BA-6BA-6BA-2CA-2CB-5BA-6CA-6CA-6CB-5AB-5AB-5AB-5AA-5CA-6CA-6CA-6CA-6CA-6CB-4BB-5BB-4BB-2DB-2DB-2DB-2DB-2DA-5DB-5DA-3DA-2DA-3DA-2DA-3DA-2DA-3DA-2DA-3DA-3DA-3DA-2DA-3DA-3DA-3DA-3DA-3D


A-2DA-3DA-2DA-3DA-3DA-3CA-2CA-3CA-2CA-3CA-2CA-3CA-2CA-3CB-3CB-3CB-3CA-3DB-3DB-3DB-3CB-3CB-3CB-3CB-3CB-3CB-3CB-3CB-3CB-3CB-3CA-3CA-4CA-3CB-4CA-3CA-4CA-3CA-4CB-3DB-2DB-3DB-3DA-3DA-3DB-5CB-5CB-4CB-3CB-3CB-3CB-3CB-4CA-5CB-5CB-5CB-5CB-4CB-5CB-4CB-4CB-4CA-4CA-4DA-4DA-4CB-4CB-4CB-4CA-5CA-5C

R819R820R821R822R823R824R837R838R851R852R853R854R855R856R857R858R859R860R861R862R870R881R882R883R884R885R886R891R892R893R953R955R956R957R958R959R960R963R964R965R966R967R968R969R970R971R972R973R974R975R976R977R978R979R980

VR301VR302VR701VR702

C302C303C304C305C306C307C308C309C310C311

A-6DA-5DA-5DA-5DA-5CA-5DB-5DB-5DA-5CA-5CB-5CB-5CB-5CB-5CB-5CB-5CB-5CB-5CB-5CB-5CB-2CB-5CB-5CB-5DB-5DB-4DB-4DB-3DB-2DA-5DA-5CB-5AB-5AB-5AB-5AB-5AB-5AA-6AA-6AA-6AA-6AA-6AA-6AA-6AA-6AB-6AB-6AB-6AB-6AB-6AB-6AB-6AB-6AA-4BB-5B

A-3BA-4BA-1DA-2D

B-3CB-3CB-3CB-3CB-3BB-3BB-3BB-3BB-3BB-3B

51

SG

ND

CP3V

CN32

for SC82670-01-002

4-23 4-23

A

B

C

D

6 5 4 3 2 1

SIDE B

C312C313C314C315C316C317C318C319C320C321C322C323C324C325C326C327C328C329C330C331C332C333C334C335C336C337C338C339C340C341C342C343C344C345C346C347C348C349C350C351C352C353C354C355C401C402C403C405C408C410C411C416C417C418C419C422C423C425C426C427C428C429C430C431C432C433C434C435C455C456C460

A-3BB-3BB-3BB-3BB-3BB-3BB-3CB-3BB-3BB-3BB-3BB-3BB-3CB-3BB-3AB-3AB-3AA-3BA-3AB-3AB-3BB-3AB-2BB-3BB-3AB-3AB-4AB-4BB-3BA-3BB-4BB-4BB-4BB-4AB-4AB-4AA-4AA-4AA-4AA-4AB-2BB-2BB-2BB-2BB-5BA-5AB-5AB-5BB-5AA-6AB-6AB-5BB-5BB-4AB-4AB-4AB-4AB-5BB-5BB-4BB-4BB-4BB-4AB-5AB-5AB-5BB-5BA-5AA-6BB-6BB-4B

C461C462C463C701C702C703C704C705C706C707C711C712C713C714C715C716C717C718C719C720C721C722C723C724C725C726C727C728C729C730C731C732C733C735C751C752C753C754C755C756C757C758C759C760C762C764C765C767C771C772C773C774C775C776C796C797C801C802C803C804C805C806C807C808C809C810C811C812C813C814C815

B-5AB-5BB-4BB-2DB-2DB-2DB-2DB-2DB-2DB-2DA-3DA-2DA-3DA-2DA-3DA-3DA-3DA-3DA-3DA-3DA-3CA-2CA-3CA-3CA-3CA-2CB-3DA-3DA-3DB-2DB-2CB-2CB-3DB-3CA-3CA-4CA-3CA-3CB-3CB-3CA-3CA-3CA-3CA-4CB-3CB-2CB-4CA-4DA-4DA-4DA-4DA-4DA-5DA-4DB-4CA-4CB-4CB-4CA-4CA-4CB-4CB-5CA-4CA-5CA-5CB-5CB-5CB-5CB-5CA-5CA-5C

C816C817C818C819C820C821C822C823C824C825C826C827C828C829C830C831C832C833C834C835C836C837C838C839C840C841C851C852C860C861C871C872C873C874C876C878C880C881C882C883C884C885C886

L302L303L304L306L701L702L703L704L705L706L707L708

TP302TP303TP314TP315TP316TP324TP402TP403TP404TP405TP406TP407TP408TP409

B-5CA-4CA-5DB-5CB-5CB-4CB-5CA-5DA-5DB-4DB-4CB-4CB-4CA-4DA-4CA-4CA-4CA-4CB-4CA-4DB-4CB-4CB-4CA-4CA-6DA-5DB-5CB-5CB-5CB-5CB-5CB-5CB-5CB-5CA-5CA-5CB-3DB-3DB-3DB-3DB-3CB-3CB-3C

B-2CB-2CA-3BA-4BA-5DA-4DA-5DB-4CB-5DB-5CB-5CB-2C

A-3BA-3BA-2CA-2CA-4AA-3CA-6BA-6BA-6BA-6BA-6AA-6AA-5BA-6A

TP410TP411TP417TP423TP424TP429TP430TP431TP432TP701TP702TP703TP704TP705TP706TP707TP708TP709TP710

K402K701

X401X402X403

CN8CN11CN12CN14CN15CN18CN19CN21CN22CN23CN31CN32CN301CN303

TL311TL312TL313TL321TL322TL323

BT401

A-5BA-5BA-4BA-4BA-4BA-6BA-6BA-6BA-6BA-2CA-2CA-4CA-4CA-4CA-3DA-3DA-5CA-5CA-4D

A-6BB-5D

B-5BA-5AA-4B

B-4DA-6AA-3DA-5AA-3AA-5AA-2CA-2BA-2DA-6CA-4AA-6CA-6DA-2B

A-3BA-3BA-3BA-3CA-3CA-3C

A-4A

SUB5

C464

(C465)

C816

CUT

C466

R498SUB3

IC410C462

SUB4

CUT

CUT

C892 C891

SUB2

C879

R865

SHORT

R869

R871

SUB1

C895C894

C893

R867

R868

R866

4-24 4-24

4.7 IS BOARD SCHEMATIC DIAGRAM

TO MAIN CN501Page 4-9

2.3

2.6

14.8

-6.6 -6.6 -0.9 -0.29.8

9.2

14.8

9.9

2.5

2.2

9.9

14.8

9.3

-0.2-0.7

-6.6

-6.6

2.6

2.3

2.8

2.6

2.4

2.7

2.5

2.7

0.8

14.3

14.8

-0.2

-0.7

-6.6

-6.6

3.7

4.2

-7.0

9.2

4.9

9.3 -0.2

-0.7

-6.6

-6.6

CCD

C17OPEN

C9OPEN

SC92714

This waveform is measured as following setting.

0.67Vp-pH-rate

C25OPEN

R31OPEN

R32OPEN

R33OPEN

R34OPEN

R35OPEN

R36OPEN

Setting the lens iris to become the GchRef data display is "130". (See 3.4.4)

4-25 4-25

4.8 IS CIRCUIT BOARD

SIDE A

SIDE B

4-26 4-26

INNER PATTERN SIDE B

INNER PATTERN SIDE A

4-27 4-27

4.9 CONNECT BOARD SCHEMATIC DIAGRAM AND CIRCUIT BOARD

SIDE A

SIDE B

To

Page 4-20A/L/S CN12

To MAIN CN9Page 4-15

SC93561

CUT

CUT

SHORT

L1SHORT

L2SHORT

1.0Vp-pH-rate

(0 )

(0 )

AGND

R12 0

R13 0

R14 0

SHORT

4-28 4-28

4.10 REG BOARD SCHEMATIC DIAGRAM

DC/BATT. IN

To

Page 4-30

To DV MDA CN5501Page 4-30

DV MDA CN5508

To MAIN CN7Page 4-15

FROM MAIN CN6Page 4-15

0.5

2.41.4

0.5

0.3

1.2

0

1.3

1.9

1.4

2.5

0.8

1.41.4

1.52.4 0.7

0.9

6.5 6.2

5.9

6.94.95.81.4 2.4

6.4

5.3

6.4

6.6

5.8

6.7

5.1

6.2

6.6

7.1

5.9

6.5

6.6

6.5

00

6.6

6.16.56.1

6.6

1.40000000

6.6

6.1

2.1

6.6

6.5

1.2

6.6

6.6

4.9

6.5

6.2

2.3

6.6

6.3

1.6

6.5

6.2

0 14.8

15.5

11.8

15.3

15.5

14.7

6.6 2.5 1.1 1.5 1.6 4.1 0

1.11.6

1.8

2.41.5 0 1.1 1.1 1.4 1.6

4.7

2.6

6.5

3.1

4.6

6.5

4.84.6

6.5

4.9

6.5

3.83.8

6.5

5.3

0

6.5

5.35.1

2.1

1.2

1.6

0.5

4.9

3.1

-7.0

3.1

2.4

1.7

2.6

6.7

46.7

14.7

11.8

4.9

C753.3/35V

SC92713

4-29 4-29

4.11 REG CIRCUIT BOARD

321

A

B

C

D

3 2 1

A

B

C

D


A-1C

Side Y axisX axis

IC1IC3

Q1Q2Q3Q4Q5Q6Q7Q8Q10Q12Q15Q16

B-1BB-3B

B-3CB-1BB-2DB-3CB-2BB-2DB-1DB-3CB-1CB-1CB-1CB-3A

Q17Q18Q19Q20Q21Q23Q24

D1D2D3D4D5D6D8

A-3AB-3CB-3CB-3CB-1AA-2BB-2C

A-1AB-2BB-2CB-3CA-1AB-1DB-1C

D9D10D11D12D13D14D15D16D21

R1R2R3R4R5

B-1DB-2CA-2DB-3CA-3AB-1CB-3CB-3AB-1A

B-3BB-3BB-3BB-3BB-3B

R6R7R8R9R10R11R12R13R14R15R16R17R18R19R20

B-3BB-3BB-3BB-3BB-3BB-3BB-3BB-3BB-3AB-3BB-3BB-3BB-3BB-3BB-3B


B-2BB-2BB-2BB-2BB-2BB-2BB-2BB-2BB-2BB-2BB-2BB-2BB-2BB-2BB-2B


B-2BB-2BB-2BB-2BB-2CB-3CB-3BB-3BB-3BB-3BB-3AB-2CB-3AB-3BB-3A


B-2CB-3BB-3BB-2BB-2BB-2CB-3AB-3AB-3BB-3BB-1DB-2CB-1CB-1DB-2C


B-2CB-2CB-1CB-1CB-2CB-2CB-2CB-1BB-2BB-2BB-2BB-2BB-1BB-2BB-2C


B-2CB-1BB-1BB-1BB-1CB-1CB-1BB-1BB-1BB-1BB-1BB-1BB-1BB-2DB-2D


B-2DB-1BB-2BB-1AB-3CB-3CB-3CB-1CB-1CB-1CB-2CB-2CB-2BB-2BB-2B

R158R159R160

C1C2C3C4C5C6C7C8C9C10C11

B-3BB-3BB-3B

A-1AB-1AB-1AB-3CB-3CB-3AB-3BB-3BB-3BB-3BB-3B

C12C13C14C15C16C17C18C19C20C21C22C23C24C25C26

B-3BB-3BB-2BB-2BB-3BB-3BB-2BB-2BB-2BB-2BB-2BB-2BB-2BB-2BB-2C


B-2CB-2CB-3CB-3CB-3CB-2CB-3BA-3AA-3BA-3AB-3AB-3BB-3CA-3CB-3B


A-3CB-2CB-1DB-3CB-2CB-1CB-2DB-1DB-1DB-1DB-2CB-1CB-1DB-1DB-1C


B-1CA-3BB-2CB-2CB-1BB-2BB-1BB-1BB-1BB-1BB-2CB-2CB-2CB-1CB-1A

C107C108C110C111C112C113C114C115C120C121C122C123

L2L3

B-1AB-2BB-1BB-3DB-3DA-2DB-2DB-1DB-1DB-1CB-1CB-1C

A-3BA-3B

L4L5L6L7L8L9L10L11L12L13L14L15L16L17L18

A-3CA-3CA-2CB-2CA-3CA-2CA-2CA-1CA-2BA-1CA-1DA-3DA-1BA-3BA-3C

L19L20

TP12

CP1CP2CP3CP4CP5CP6CP7

CN6CN7

A-3BA-1D

A-1A

B-2AA-3CB-3AB-1DB-2CB-1AB-3D

A-1BA-1C

CN27CN28

JK1

F1F2

A-3BA-3C

A-2A

A-1AA-1A

SIDE A SIDE B

+ -

SUBBOARD

4pcsNBE71VM-106X

0.1

0.1

2.5

2.51.0

1.0

1.0

2.5

1.01.81.0 1.01.8 2.11.81.0

0.6

1.3

1.0

0.6

1.0

0.6

1.0

0

5.00

0 5.0 0.1

4.90.1

0.6

0.6

0.6

5.0

2.3

2.5

2.5

2.5

2.7

2.5

2.5

2.5

2.5

2.5

5.0

5.0

2.2

1.3

1.8

0.6

3.13.1

0

3.1

3.1

0

3.1

0

0

1.5

1.8

3.1

3.1

0

0

1.6

1.61.6

2.8

3.1

0.1

0.1

4-30 4-30

4.12 DV MDA BOARD SCHEMATIC DIAGRAM

TODRUM

TOCAPSTAN MOTOR

TO REG CN28Page 4-28

TO REG CN29Page 4-28

TO

ENCORDER

TO MAIN CN2Page 4-6

TOHOUSING

ROTARY

SL92279

4-31 4-31

4.13 DV MDA CIRCUIT BOARD

A

B

1 2 3 4 5

A

B

5 4 3 2 1


A-1C

Side Y axisX axis

IC5501IC5502

Q5501Q5502Q5503Q5504Q5505Q5511

D5502D5503D5504

R5501R5502R5503R5504R5505R5506R5509R5510R5511R5512R5513R5514R5515R5516R5517R5518R5519R5520R5521R5522R5523R5525R5526R5527R5528

A-4BA-5A

B-5BA-2AA-5BA-4AA-5BB-4B

B-1BB-5BA-5B

B-3BB-3BA-3BA-3BB-3AB-3AA-5BB-4BB-4AA-4BA-4BA-4BB-4BB-4BA-3BA-3BA-3BA-4BA-4BA-4BA-4BB-3BB-3AB-3AB-3A

R5529R5535R5536R5537R5543R5544R5545R5546R5547R5548R5549R5550R5561R5562R5563R5564

C5501C5502C5503C5504C5505C5506C5507C5508C5509C5510C5511C5512C5513C5514C5515C5516C5517C5518C5519C5520C5521C5522

B-3BB-4BB-4BB-5BB-5BB-5BB-4BB-4BA-5BA-4BA-5BA-5BB-4BB-4BB-4BB-5B

B-1BA-2BB-3BB-3BA-3BA-3BA-3BA-3BA-3BB-3AB-3AB-3BB-3AA-2AB-4AA-5BB-4AA-4AA-4AA-4AA-4BA-4B

C5523C5524C5525C5526C5527C5528C5529C5530C5531C5532C5534C5535C5536C5537C5539C5540C5541C5544C5545C5546C5547C5548C5549C5550C5551C5552C5561C5562

L5501

CN5501CN5502CN5503CN5504CN5505CN5506CN5507CN5508

A-4BA-3BA-3BA-3BA-3BA-3BB-3BA-3BA-1BA-2BA-4BA-1AA-1AA-1BB-1AB-1AA-1BA-3BA-4AA-5AB-5BB-1AB-1AB-1AB-1AA-2AB-4BA-5B

A-4A

A-2BA-1BA-2BB-4AA-1BA-4BA-5BA-3B

B5501B5502B5503B5504B5505B5506

QA5501

LC5501LC5502LC5503LC5505

B-2BB-2BB-4BB-3AB-3AA-4A

B-1A

A-2AA-1AA-1BA-1A

SIDE A

SIDE B

16

4-32 4-32

4.14 SWR / TOP ZOOM / INPUT1 BOARD SCHEMATIC DIAGRAM

SWR TOP ZOOM

INPUT1

To

Page 4-20

To P ON CN24Page 4-4

To JOG CN25Page 4-4

To REC TRG CN26Page 4-4

To ZOOM CN20Page 4-4

To

Page 4-20

To TALLY CN1Page 4-4

To

Page 4-19

CN26

A/L/S CN11

A/L/S CN19

A/L/S CN12

SC94319

SC94323

SC93562

4-33 4-33

4.15 M RELAY / MONITOR BL BOARD SCHEMATIC DIAGRAM

M RELAY MONITOR BL

To

TOMONITORLCD

0.1

0.1 -

0.70.1

4.8

4.74.7

0.20.2

4.7

A/L/S CN303Page 4-18

SC93563SC93564

4-34 4-34

4.16 SWR/ TOP ZOOM/ M RELAY/ TALLY/ P ON CIRCUIT BOARD

SWR

TOP ZOOM

M RELAY

TALLY

P ON

SIDE A

SIDE A

SIDE A

SIDE A

SIDE A

SIDE B

SIDE B

SIDE B

SIDE B

SIDE B

S1

4-35 4-35

4.17 MONITOR BL/ INPUT1/ ZOOM/ FOCUS/ LOCK/ JOG/ REC TRG/ EJECT1/ EJECT2/ IRIS/ TEMP CIRCUIT BOARDS

SC82672-05-001

SC82672-04-002

SC82680-001

SC82674-03-002

SC82674-04-001

SC82674-06-001

SC82674-05-001

SC82674-08-002

MONITOR BL

FOCUS

LOCK

ZOOM

INPUT1 JOG EJECT2

IRISREC TRG

TEMPEJECT1

SIDE A SIDE A

SIDE A

SIDE A

SIDE A SIDE A

SIDE A

SIDE A SIDE A

SIDE A

SIDE A

4.18 VIDEO BLOCK DIAGRAM

4-36

IC510IC512

IC506IC505IC504

IC567IC565

IC566

IC562

IC564IC563

IC561

IC625

Q1

Q2

Q3

IC4

IC1IC2IC3

IC501

IC502

IC503

IC511

IC623IC624

IC621 Q621Q622IC622

LRCK,BCKADPT

CN8

WORKNETPACK

TO

IC13

IC14

ADATREC

ADATPB

MCK

LRCK,BCK

Audio:FROM

DV block

Audio:TO

IFVIDEO

IFAUDIO

VCO

CLK

BLOCKEACH

SDRAM COMPRESSDECOMPRESS

TIMINGCONTROL

BLOCKEACH

AUX SUBCODE

I/FHOST

MSD CPU

SDRAM5Mbit

1394PHY IFEXT

1394BUS

CN20

TERMINALDV

Xtal VCO

42MHZ IC10IC9

X1 41.85 MHZ

ECC FORMATTER

DIGITALEQUALIZER A/D

CLKCNV

PRE/REC

CLKREC

JIC1

HEAD

OUTAGC

DATAREC

IC5

Xtal 24MHZ

X2

PBHHID3 HREC

MSD:FROM CON

RECSIGNAL

PLAYSIGNAL

4-36

HID1

MANUAL

ALC ATT

MIC-2(XLR)

AUTO

PD_LBUZZER

37

14(POWER DOWN & RESET)

33

31

32

CNT_DAT_IO

CNT_CLK_I

CNT_CSCONTROL DATA

INTERFACE

59 54

MCK36

LRCK35

BCK 34

REC ADATA29

PB ADATA30

(AUDIO DATA)

L-CH R-CH

4445

11, 13

49

HPF(off)

(on)64

4

5

(on)

(off)

(on)

(off)ATT

ATT

AMP

AMP

HPFHPF

164k

9k

164k

LchALC AMP

RchALC AMP

MIC

LINE

MIC

LINEMIXMIX

ADC

DAC

(AK4560AVQ)

AOUT1

AOUT1

AOUT0

AOUT0

SPEAKER

PHONES3.5 STMUTE SW

HP_MUTE

HP_DET

9k

+6.9dB

+6.9dB

19

21

(off)

(on)

AMP

AMP

+

Output PGA

LOUTP

SPPS

HP

BEEPS

ALCS

BEEPH

MOUT

CONTROLREGISTER

I/F

CLOCKDRIVER

AUDIO I/FCONTROLLER

AMP

ALC ATT

MANUAL

AUTO

AMP

MIC-1(XLR)

Built-in MIC

AMP

ATT

ATT

+48V

+48V_ON

+48V_ON

IC705

IC701, 702

IC703, 702

XLR(H)

IC708

IC706

IC707

VR701

MANUAL(H)IC708

14

TP703

MANUAL(H)IC708

TP701

TP702

TP704

15

14

MIC2(H)IC709

IC709MIC2(H)

VR702

METER OUT CH2

METER OUT CH1

TP708

TP709

HPF ON(H)IC707

MIX MIX(H)

CH SEL CH2(L)IC710

IC710TP705

DVC IC (IC5)

IC711

AMP

AMP

AMP

AMP

AMP

AMP

AMP

AMP

Q707, 708, 709

25

38, 40

HPF ON(H)IC709

+

+

HPF

TRAP

TO : SYSCON CPU

AU SIG CH-2

AU SIG CH-1

MUTESW

Q705, 706

LINE MUTE(H)

TP706

TP707

LINE OUT

4-37 4-37

4.19 AUDIO BLOCK DIAGRAM

4-38 4-38

4.20 SYSCON BLOCK DIAGRAM

DV MDA BOARD

MAIN BOARD

CONTROLSERVO

MECHA/

COMMUNICATIONSYSCON

TCG

CONTROLABST

CONTROLDV IC

CONTROLPRE/REC

CONTROLMODE

IC407

COMMUNICATIONCAMERA CPU

OUTPUTDRIVER

OUTPUTDRIVER

CALCULATIONIMAGE

CONTROLMODE

CONTROLLENS

AdapterTCCS CONTROL

CONTROLVF

CONTROLLCD

CONTROLOSD

CONTROLVIDEO

CONTROLAUDIO

CONTROLPOWER

ADJUSTMENTCONTROL

SIO

SIO

COMMUNICATIONNuCore CPU

CONTROLMODE

CONTROLRTC

CONTROLEEPROM

COMMUNICATIONMSD CPU

INPUTJOG

SYSCON CPU

IC401

DV IC

IC5

MPX

MSD CPU

IC3

IC5502

IC5501

HOUSING MOTOR

CAPSTAN MOTORMDA

MDA

SENSORS

PRE/REC

IC1

RST

SIO

MS_BUS

RST

RTC

EEPROM

IC405

IC406

IC410

IC301

DRIVER

TCCS

IC302

VF

LCDDRIVER

RESET

PLD DOWNLOAD

CN561IC562IC561IC621

IC622

ROMPLDDBE

SDRAM

RST

CAMERA CPU

IC402

AFE-BAFE-G

IC501IC503IC502

AFE-R

SIO

ADJUSTMENT

SIO RST

D/A

DRIVEROIS SIO

IC902

IC907

ROMEEP

DRIVERAF/ZOOM/IRIS

LENS CPU

LENS UNIT

IC905

IC901

SIO

V CONTROL

A CONTROL

POWER CONTROL

OSD

VIDEO

AUDIO

REGURATOR

ICKey Scan

KEYSCAN

JOG

OPERATION

A/L/S BOARD

KEYCONTROL

IC428, IC429

IC404

MECHA

LOADING MOTOR

DRUM MOTOR

TEMPTEMP SENSOR

METER SIGNAL

VD

IEEE 1394

NETWORK PACK CTL

4-39 4-39

AD9842AJST-W [ANALOG DEVICES]

(CCD Signal Processors)

36

35

34

33

32

31

30

29

28

27

26

25

13 14 15 16 17 18 19 20 21 22 23 24

1

2

3

4

5

6

7

8

9

10

11

12

48 47 46 45 44 39 38 3743 42 41 40

PIN 1IDENTIFIER

TOP VIEW(Not to Scale)

AUX1IN

AVSS

AUX2IN

AVDD2

BYP4

NC

CCDIN

(LSB) D0

D1

D2

D3

D4

D5

D6

NC = NO CONNECT

D7

D8

D9

D10

BYP2

BYP1

AVDD1

AVSS

AD9842A

(MSB) D11 AVSS

SC

K

SD

AT

A

SL

NC

ST

BY

NC

THR

EE

-STA

TE

DV

SS

DV

DD

2V

RB

VR

T

CM

L

DR

VD

D

DR

VS

S

DV

SS

DA

TAC

LK

DV

DD

1

HD

PB

LK

CL

PO

B

SH

P

SH

D

CL

PD

M VD

DATACLKSHDSHP

BANDGAPREFERENCE

2:1MUX DOUT

AUX2IN

CLPDM

CCDIN

OFFSETDAC

PBLK

AUX1IN

VRT

VRB

INTERNALTIMING

INTERNALBIAS

2dB–36dB

AVDD

DVDD

DVSS

AVSS

DRVDD

DRVSS

10

8CML

DIGITALINTERFACE

SDATASCKSL

CLPOB

10/12CDS

VGA

CLP

BUF2:1MUX

CLP

AD9841A/AD9842A

CONTROLREGISTERS

CLP

ADC

4dB 6dB COLORSTEERING

HD VD

PxGA

6

Pin Number Name Type Description

1, 2 NC NC Internally Not Connected (AD9841A ONLY)3 – 12 D0 – D9 DO Digital Data Outputs (AD9841A ONLY)1 – 12 D0 – D11 DO Digital Data Outputs (AD9842A ONLY)13 DRVDD P Digital Output Driver Supply14 DRVSS P Digital Output Driver Ground15, 41 DVSS P Digital Ground16 DATACLK DI Digital Data Output Latch Clock17 DVDD1 P Digital Supply18 HD DI Horizontal Drive. Used with VD for Color Steering Control19 PBLK DI Preblanking Clock Input20 CLPOB DI Black Level Clamp Clock Input21 SHP DI CDS Sampling Clock for CCD’s Reference Level22 SHD DI CDS Sampling Clock for CCD’s Data Level23 CLPDM DI Input Clamp Clock Input24 VD DI Vertical Drive. Used with HD for Color Steering Control25, 26, 35 AVSS P Analog Ground27 AVDD1 P Analog Supply28 BYP1 AO Internal Bias Level Decoupling29 BYP2 AO Internal Bias Level Decoupling30 CCDIN AI Analog Input for CCD Signal31 NC NC Internally Not Connected32 BYP4 AO Internal Bias Level Decoupling33 AVDD2 P Analog Supply34 AUX2IN AI Analog Input36 AUX1IN AI Analog Input37 CML AO Internal Bias Level Decoupling38 VRT AO A/D Converter Top Reference Voltage Decoupling39 VRB AO A/D Converter Bottom Reference Voltage Decoupling40 DVDD2 P Digital Supply42 THREE-STATE DI Digital Output Disable. Active High43 NC NC May be tied high or low. Do not leave floating.44 STBY DI Standby Mode, Active High. Same as Serial Interface45 NC NC Internally Not Connected. May be Tied High or Low46 SL DI Serial Digital Interface Load Pulse47 SDATA DI Serial Digital Interface Data48 SCK DI Serial Digital Interface Clock

TYPE: AI = Analog Input, AO = Analog Output, DI = Digital Input, DO = Digital Output, P = Power.

AK6480AM-X [ASAHI KASEI]

(8192bit EEPROM)

Block Diagram

(Top View)

CSSKDIDO

RESETRDY/BUSY

VccGND

Chip selectSerial clock inputSerial data inputSerial data outoutReset inputRDY/BUSY outputPower supplyGround

Pin Name

Pin Description

Description

BA3314F-X [ROHM]

(Dual Pre-Amp. for Audio Signal)

BA9738KV [ROHM]

(6 Channel Switching Regurator Controller)

4.21 IC BLOCK DIAGRAMS

4-40 4-40

AK4560AVQ [ASAHI KASEI]

(16bit CODEC with ALC and MIC/HP/SPK-Amp)

Block Diagram

Pin Description

BU4094BCFV-X [ROHM]

(8-Stage Shift/Store Register)

4-41 4-41

CXA3268AR-B [SONY]

(Driver/Timing generator for color LCD)

Block diagram

CD4053BPW-X [RCA]

(Triple 2 Channel Analog Multiplexers/Demultiplexers)

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

21

22

23

24

25

26

27

28

29

30

31

32

33

34

35

36

VSS

FIL OUT

SYNC IN

SYNC OUT

CSYNC/HD

DA OUT

REF

F ADJ

GND1

VD

DWN

WIDE

TST1

SCK

SEN

SDAT

R INJECT

VSS

VDD

VDD

CKO

CKI

VSS

RPD

XCLR

VDO

HDO

TST2

GND2

SIG.C

B DC DET

B OUT

R DC DET

R OUT

G DC DET

G OUT

Ground terminal for digital 3.0V

H FILTER output terminal (For Internal sync separation)

Sync separation circuit input terminal (For Internal sync separation)

Sync separation circuit output terminal (For Internal sync separation)

CSYNC/Horizontal synchronizing signal input terminal

DAC output terminal

REF voltage output terminal for Level shifter circuit of LCD panel

TRAP f0 adjusting resistor connecting terminal

Ground terminal for analog 3.0V

Vertical synchronizing signal input terminal

Upper and lower invert switching signal output terminal

16:9 wide display switching pulse output terminal

TEST terminal (OPEN)

Serial clock input terminal

Serial load input terminal

Serial data input terminal

Serial block current control resistor connecting terminal


Power supply for digital 3.0V


Oscillating cell output terminal

Oscillating cell input terminal


Phase comparison output terminal

Power on reset capacitor connecting terminal (for timing output)

VDO pulse output terminal

HDO pulse output terminal

TEST terminal (Connect to GND)

Ground terminal for analog 12V

"R,G,B,PSIG output DC voltage adjusting terminal"

B signal DC voltage feedback circuit capacitor connecting terminal

B signal output terminal

R signal DC voltage feedback circuit capacitor connecting terminal

R signal output terminal

G signal DC voltage feedback circuit capacitor connecting terminal

G signal output terminal

L

H

—

O

I

O

I

O

O

O

—

I

O

O

—

I

I

I

O

—

—

—

O

I

—

O

I

O

O

—

—

I

O

O

O

O

O

O

Description InputDispositionI/ONo. Pin Name

37

38

39

40

41

42

43

44

45

46

47

48

49

50

51

52

53

54

55

56

57

58

59

60

61

62

63

64

65

66

67

68

69

70

71

72

VCC2

PSIG DC DET

PSIG OUT

TST3

VCC3

COM

GND3

TST4

POF

NC

TST5

TST6

TST7

TST8

TST9

TST10

VSS

VSS

VDD

TST11

OSD B

OSD R

OSD G

NC

HCK1

HCK2

VCC1

HST

EN

VCK

VST

RGT

FIL IN

B / B-Y

G / Y

R / R-Y

Power supply for analog 12V


PSIG signal output terminal


Power supply for analog 12V COM(CS)

Common electrode voltage output terminal (CS) for LCD panel

Ground terminal for analog 12V COM(CS)


LCD panel power ON/OFF terminal











OSD B input terminal

OSD R input terminal

OSD G input terminal

H clock pulse1 output terminal


Power supply for analog 3.0V

H start pulse output terminal

EN pulse output terminal

V clock pulse output terminal

V start pulse output terminal

Right and left invert switching signal output terminal

H FILTER input terminal (For Internal sync separation)

B/B-Y signal input terminal

G/Y signal input terminal

R/R-Y signal input terminal

—

O

O

—

—

O

—

—

O

—

—

—

—

—

—

—

—

—

—

I

I

I

O

O

—

O

O

O

O

O

I

I

I

I

InputDispositionDescriptionI/ONo. Pin Name

* DWN : DOWN SCAN and UP SCAN RGT : RIGHT SCAN and LEFT SCAN

H : Pull Up L : Pull Down

4-42 4-42

CXA3503R-B [SONY]

(Driver/Timing generator for color LCD)

Block diagramPinNo.

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

21

22

23

24

25

26

27

28

29

30

31

32

33

34

35

36

Pin name

VSS

FIL OUT

SYNC IN

SYNC OUT

CSYNC/HD

DA OUT

TST1

F ADJ

GND1

VD

VST

TST2

TST3

SCK

SEN

SDAT

R INJECT

VSS

VDD

VDD

CKO

CKI

VSS

RPD

XCLR

VDO

HDO

TST4

GND2

SIG.C

B DC DET

B OUT

R DC DET

R OUT

G DC DET

G OUT

I/O

–

O

I

O

I

O

–

O

–

I

O

–

–

I

I

I

O

–

–

–

O

I

–

O

I

O

O

–

–

I

O

O

O

O

O

O

Description


H FILTER output terminal (For Internal sync separation)

Sync separation circuit input terminal (For Internal sync separation)

Sync separation circuit output terminal (For Internal sync separation)

CSYNC/Horizontal synchronizing signal input terminal

DAC output terminal


TRAP f0 adjusting resistor connecting terminal

Ground terminal for analog 3.0V

Vertical synchronizing signal input terminal

V start pulse output terminal



Serial clock input terminal

Serial load input terminal

Serial data input terminal

Serial block current control resistor connecting terminal




Oscillating cell output terminal

Oscillating cell input terminal


Phase comparison output terminal

Power on reset capacitor connecting terminal (for timing output)

VDO pulse output terminal

HDO pulse output terminal


Ground terminal for analog 12V

"R,G,B output DC voltage adjusting terminal"

B signal DC voltage feedback circuit capacitor connecting terminal

B signal output terminal

R signal DC voltage feedback circuit capacitor connecting terminal

R signal output terminal


G signal output terminal

Inputdisposition

L

H

Pin DescriptionPinNo.

37

38

39

40

41

42

43

44

45

46

47

48

49

50

51

52

53

54

55

56

57

58

59

60

61

62

63

64

65

66

67

68

69

70

71

72

Pin name

VCC2

TST5

TST6

TST7

VCC3

COM

GND3

TST8

POF

DWN

TST9

TST10

TST11

TST12

TST13

TST14

VSS

VSS

VDD

TST15

OSD B

OSD R

OSD G

BLK

HCK1

HCK2

VCC1

HST

RGT

EN

STB

VCK

FIL IN

B/B-Y

G/Y

R/R-Y

I/O

–

–

–

–

–

O

–

–

O

O

–

–

–

–

–

–

–

–

–

–

I

I

I

O

O

O

–

O

O

O

O

O

I

I

I

I

Description

Power supply for analog 12V




Power supply for analog 12V COM

Common electrode voltage output terminal for LCD panel

Ground terminal for analog 12V COM


LCD panel power ON/OFF terminal












OSD B input terminal

OSD R input terminal

OSD G input terminal

BLK pulse output terminal



Power supply for analog 3.0V

H start pulse output terminal


EN pulse output terminal

STB pulse output terminal

V clock pulse output terminal

H FILTER input terminal (For Internal sync separation)

B/B-Y signal input terminal

G/Y signal input terminal

R/R-Y signal input terminal

Inputdisposition

*DWN : DOWN SCAN and UP SCAN RGT : RIGHT SCAN and LEFT SCANH : Pull Up L : Pull Down

EPC2LC20-008 [ALTERA]

(Configuration Devices (1,695,680 x 1bit Device with 5.0V or 3.3V Operation))

1234

5

6

7

8

20 19

11109 12 13

18

17

16

15

14OE

N.C.

VCCSEL

DCLK

N.C.

TM

S

TC

K

DAT

A

TD

O

VC

C

VPP

N.C.

N.C.

N.C.

VPPSEL

TD

I

nCA

SC

nCS

GN

D

nIN

IT_C

ON

F(Top View)

Block Diagram

nCS

DecodeLogic

Address

Oscillator

OscillatorControl

EPROMArray

ShiftRegister

DATAT

DATAT

DCLK

nCASC(1)

ACEX 1K, APEX 20K, FLEX 10K, & FLEX 6000 Device Configuration Usingan EPC2, EPC1, or EPC1441 Device

AddressCounter

CLKENAnRESET

ErrorDetectionCircuitryOE(2)

4-43 4-43

EP1K30FC256-3 [ALTERA]

(CMOS SRAM)

IOE

IOE

Block Diagram

IOE

IOE

IOE

IOE

IOE IOE

I/O Element(IOE)

LogicArray

Logic Array

Embedded Array

Logic ArrayBlock (LAB)

Logic Element (LE)

Local Interconnect

ColumnInterconnect

RowInterconnect

Embedded Array Block (EAB)

IOE IOE

IOE IOE

IOE IOE

IOE IOE

IOE IOE

IOE IOE

IOE IOE

IOE IOE

EAB

EAB

IOE

IOE

IOE

IOE

20 18 16 14 12 10 8 6 4 2 19 17 15 13 11 9 7 5 3 1

ABCDEFGHJKLMNPRTUVWY

(Bottom view)

Pin DescriptionPin Name (1)

MSEL0 (2)

MSEL1 (2)

nSTATUS (2)

nCONFIG (2)

DCLK (2)

CONF_DONE (2)

INIT_DONE (3)

nCE (2)

nCEO (2)

nWS (2)

nRS (2)

nCS (2)

CS (2)

RDYnBUSY (4)

CLKUSR (4)

DATA7 (4)

DATA6 (4)

DATA5 (4)

DATA4 (4)

DATA3 (4)

DATA2 (4)

DATA1 (4)

DATA0 (2), (5)

TDI (2)

TDO (2)

TCK (2)

TMS (2)

TRST (2)

Dedicated Inputs

Dedicated Clock Pins

GCLK1 (7)

LOCK (8)

DEV_CLRn (3)

DEV_OE (3)

VCCINT (2.5 V)

VCCIO (2.5 or 3.3 V)

VCC_CKLK (9)

GNDINT

GND_CKLK (9)

No Connect (N. C.)

Total User I/O Pins (10)

256-Pin FineLine BGA

P1

R1

T16

N4

B2

C15

G16

B1

B16

B14

C14

A16

A15

G14

D15

B5

D4

A4

B4

C3

A2

B3

A1

C2

C16

B15

P15

R16

B9, E8, M9, R8

A9, L8

L8

P12

D8

C9

E11, F5, F7, F9, F12, H6, H7,

H10, J7, J10, J11, K9, L5, L7,

L12, M11, R2

D12, E6, F8, F10, G6, G8, G11,

H11, J6, K6, K8, K11, L10, M6, N12

L9

A3, A14, C7, E5, E12, F6, F11,

G7, G9, G10, H8, H9, J8, J9,

K5, K7, K10, L1, L6, L11, M5, M12

T8

D1, E3, E16, G3, H1, H16, J1, K3,

K14, K16, L2, L4, M14, M16, N15

171

EPC2LC20-009 [ALTERA]

(Refer to EPC2LC20-008.)

PLSC1401-V2/HD64F2238RFA13 [JVC/HITACHI]

(16-Bit Single Chip Micro Computer)

P30/TxD0P31/RxD0

P32/SCK0/SDA1/IRQ4P33/TxD1/SCL1P34/RxD1/SDA0

P35/SCK1/SCL0/IRQ5P36

P77/TxD3P76/RxD3

P75/TMO3/SCK3P74/TMO2/MRES

P73/TMO1/CS7P72/TMO0/CS6

P71/TMRI23/TMCI23/CS5P70/TMRI01/TMCI01/CS4

PG0/IRQ6PG1/CS3/IRQ7

PG2/CS2PG3/CS1PG4/CS0

PE0/D0PE1/D1PE2/D2PE3/D3PE4/D4

767778798081828384858687888990919293949596979899100

50494847464544434241403938373635343332313029282726

PF

0/B

RE

Q/IR

Q2

PF

1/B

AC

K/B

UZ

ZP

F2/

WA

ITP

F3/

LWR

/AD

TR

G/IR

Q3

PF

4/H

WR

PF

5/R

DP

F6/

AS

PF

7/ φ

MD

2F

WE

EX

TA

LV

SS

XT

AL

VC

CS

TB

YN

MI

RE

SO

SC

1O

SC

2M

D1

MD

0A

VC

CV

ref

P40

/AN

0P

41/A

N1

75 74 73 72 71 70 69 68 67 66 65 64 63 62 61 60 59 58 57 56 55 54 53 52 51

P42/AN2P43/AN3P44/AN4P45/AN5P46/AN6P47/AN7P96/DA0P97/DA1

P17/TIOCB2/TCLKDP16/TIOCA2/IRQ1

P14/TIOCA1/IRQ0P13/TIOCD0/TCLKB/A23P12/TIOCC0/TCLKA/A22P11/TIOCB0/A21P10/TIOCA0/A20PA3/A19/SCK2PA2/A18/RxD2PA1/A17/TxD2PA0/A16PB7/A15/TIOCB5PB6/A14/TIOCA5PB5/A13/TIOCB4PB4/A12/TIOCA4

AVSS

P15/TIOCB1/TCLKC

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25

PE

5/D

5P

E6/

D6

PE

7/D

7P

D0/

D8

PD

1/D

9P

D2/

D10

PD

3/D

11P

D4/

D12

PD

5/D

13P

D6/

D14

PD

7/D

15

PC

1/A

1P

C2/

A2

PC

3/A

3P

C4/

A4

PC

5/A

5P

C6/

A6

PC

7/A

7P

B0/

A8/

TIO

CA

3

PB

2/A

10/T

IOC

C3

PB

3/A

11/T

IOC

D3

CV

CC

PC

0/A

0V

SS

PB

1/A

9/T

IOC

B3

TFP-100BTFP-100GFP-100B

(Top View)

PE

7/D

7P

E6

/D6

PE

5/D

5P

E4

/D4

PE

3/D

3P

E2

/D2

PE

1/D

1P

E0

/D0

PD

7/D

15P

D6

/D14

PD

5/D

13P

D4

/D12

PD

3/D

11P

D2

/D10

PD

1/D

9P

D0

/D8

CV

CC

VC

CV

SS

VS

S

PA3/A19/SCK2PA2/A18/RxD2PA1/A17/TxD2PA0/A16

PB7/A15/TIOCB5PB6/A14/TIOCA5PB5/A13/TIOCB4PB4/A12/TIOCA4PB3 / A11/TIOCD3PB2/A10/TIOCC3PB1/A9/TIOCB3PB0/A8/TIOCA3

PC7/A7PC6/A6PC5/A5PC4/A4PC3/A3PC2/A2PC1/A1PC0/A0

P36P35/SCK1/SCL0/IRQ5P34/RxD1/SDA0P33/TxD1/SCL1P32/SCK0/SDA1/IRQ4P31/RxD0P30/TxD0

P97/DA1P96/DA0

P47

/AN

7P

46/A

N6

P45

/AN

5P

44/A

N4

P43

/AN

3P

42/A

N2

P41

/AN

1P

40/A

N0

Vre

fA

VC

CA

VS

S

P10

/TIO

CA

0/A

20P

11/T

IOC

B0

/A21

P12

/TIO

CC

0/T

CLK

A/A

22P

13/T

IOC

D0

/TC

LKB

/A23

P14

/TIO

CA

1/IR

Q0

P15

/TIO

CB

1/T

CLK

CP

16/T

IOC

A2/

IRQ

1P

17/T

IOC

B2/

TC

LKD

P70

/TM

RI0

1/T

MC

I01/

CS

4P

71/T

MR

I23/

TM

CI2

3/C

S5

P72

/TM

O0/

CS

6P

73/T

MO

1/C

S7

P74

/TM

O2/

MR

ES

P75

/TM

O3/

SC

K3

P76

/RxD

3P

77/T

xD3

PG4/CS0PG3/CS1PG2/CS2PG1/CS3/IRQ7PG0/IRQ6

PF7/ φPF6/ASPF5/RDPF4/HWRPF3/LWR/ADTRG/IRQ3PF2/WAITPF1/BACK/BUZZPF0/BREQ/IRQ2

ROM

RAM

MD2MD1MD0EXTALXTALOSC1OSC2STBYRESNMIFWE

H8S/2000 CPU

DTC

WDT0WDT1

I2C

Block diagram

Port D Port E

Por

t AP

ort B

Por

t CP

ort 3

Por

t 9

Port 4Port 1 Port 7

Por

t FP

ort G

Sys

tem

Clo

ckG

ener

ator

Sub

-clo

ckG

ener

ator

Interrupt Controller

PC BreakController

(2 channel)

TPU (6 channel)A/D Converter (8 channel)

D/A Converter (2 channel)

Bus Interface[Option]

SCI (4 channel)

8-bit Timer (4 channel)

(Sub-clock operation)

Bus

Con

trol

ler

Inte

rnal

Add

ress

Bus

Inte

rnal

Dat

a B

us

Circ

umfe

renc

e A

ddre

ss B

us

Circ

umfe

renc

e D

ata

Bus

PLSC1402-V2/HD64F2238RFA13 [JVC/HITACHI]

(Refer to PLSC1401-V2.)

4-44 4-44

ICS570B-X [ICS]

(Multiplier and Zero Delay Buffer)

Block Diagram

divide by N

PhaseDetector,Charge

Pump, and Loop Filter

Voltage Controlled Oscillator

CLKOutputBuffer

ICLK

CLK/2OutputBuffer

FBIN

÷2S1, S0

2

Number Name Type Description

1 S1 I Select 1 for output clock.

Connect to GND, VDD, or float per decoding table above.

2 VDD P Connect to +3.3V.

3 GND P Connect to ground.

4 ICLK CI Reference clock input.

5 FBIN CI Feedback clock input.

6 S0 I Select 0 for output clock.

Connect to GND, VDD, or float per decoding table above.

7 CLK O Clock output per table above.

8 CLK/2 O Clock output per table above. Low skew divide by two of pin 7 clock.

Pin Descriptions

Key: CI = clock input, I = input, O = output, P = power supply connection

1 8

2

3

4

7

6

5

S1

GND

CLKVDD

FBINICLK

CLK/2

S0

(Top View)

JCY0132 [SONY]

(REC/PLAY amplifier for digital VCR)

Block diagram Pin descriptionPinNo.

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

21

22

23

24

25

26

27

28

29

30

31

32

33

34

35

Pinname

ATF_GND

MUSIN_EVR

PB_GND

TC

ADREF

REF_CLK

REC_DATA

REC_GND

REC_CLK

REC_GAIN

Vcc3

MONI_CHG

HEAD_Vcc

REC_R

HEAD_GND

HEAD_GND

HEAD_GND

DY1

Y1

X1

DX1

HEAD_GND

DY2

Y2

X2

DX2

HEAD_GND

DY3

Y3

X3

DX3

HEAD_GND

HEAD_GND

HEAD_GND

PBIN_R

Description

Ground terminal

EVR terminal for non-signal detection

level adjustment of AGC circuit

Ground terminal

Time constant terminal for F0 auto

PLL circuit

ADREF power supply terminal ADREF

Reference clock input terminal for F0

auto PLL

REC DATA input terminal

Ground terminal

REC CLOCK input terminal

Adjusting terminal for recoding current

Vcc3 power supply terminal

Monitor terminal for recording current

output level : REC mode, Quick charge

pulse input terminal of TC terminal

: PB mode

Power supply terminal of R/P amplifier

section

External resistor connecting terminal for

recording current output level monitor

Ground terminal

Ground terminal

Ground terminal

Damping resistor connecting terminal

HEAD terminal

HEAD terminal


Ground terminal


HEAD terminal

HEAD terminal


Ground terminal


HEAD terminal

HEAD terminal


Ground terminal

Ground terminal

Ground terminal

External resistor connecting terminal

for playback reference current

PinNo.

36

37

38

39

40

41

42

43

44

45

46

47

48

49

50

51

52

53

54

55

56

57

58

59

60

61

62

63

64

Pinname

DUMP

VDD

HID3

HID2

HID1

PB_H

REC_H

Vcc5

R_CTL

DCS_C3

DCS_C2

DCS_C1

PB_MONI

PB_OUT

PB_IN

AGC_CTL

AGC_DET

PB_GND

PREAGC

AGC_IN

REG11

AGC_OUT

VRB_AGC

MAIN_GND

ATF_GAIN

VCA_OUT

ATF_IN

VRB_ATF

ATF_OUT

Description

HEAD resonance control terminal at

playback mode

VDD power supply terminal

Mode control terminal, channel select

of playback amplifier and control of

recording current measurement circuit


of recording/playback amplifier


of recording/playback amplifier

Mode control terminal, ON/OFF of

playback circuit


recording circuit

Vcc5 power supply terminal


recording current output

Time constant terminal for

DC servo circuit

Time constant terminal for

DC servo circuit

Time constant terminal for DC

servo circuit

PB amplifier monitor terminal

PB amplifier output terminal

PB MAIN/ATF input terminal

AGC control terminal for MAIN family

Time constant terminal for MAIN family

Ground terminal

AGC+LPF output terminal for

MAIN family

10.3dB amplifier input terminalfor

MAIN family

Regulator 1.1V output terminal

Output terminal for MAIN family

Bottom reference voltage output

terminal for A/D converter of MAIN family

Ground terminal

VCA control terminal for ATF family

VCA+BPF output terminal for ATF family

12dB amplifier input terminal for

ATF family

Bottom reference voltage output

terminal for A/D converter of ATF family

Output terminal for ATF family

JCY0136-X [ROHM]

(High frequency operational amplifier for DVC)

1 2 3 4

8 7 6 5

+-

Block diagram

1IN+

2IN–

3GND

4OUT

8 VCC

VCC

7 CTLIN1

6 CTLIN2

5 DTROUT

4-45 4-45

JCY0176 [JVC]

(Digital A/V signal processor)

INDEX

22212019181716151413121110

987654321

AB AA Y W V U T R P N M L K J H G F E D C B A

PADNo.4248121723293441485053545760677379879299102106114118123129135140147154156159160163166173179185193

PINNo.123456789

101112131415161718192021222324252627282930313233343536373839

I/O

I/OVDDP(N.C)IVSSI(N.C)VSSAVDDAIOVDDAOVDDAVSSVDDEIOVSSOOVSSOIOVSSOVDDIII/OVSSVDDEVDDIVDDEVSSVDDPVDDEII

Name

BUSRST

EXDATA16

EXDATA13

ADAVS1ADAVD0ADVRH0DAAOUT0DAAVD0DAVRO0DAAVD1

OSC4185IREFCLK

SERVOTRKREPCLK27O

PWM27OCLK27SELDOBCK

AOLRCK

DIDATOSC24O

CLK27IINH

PADNo.198205208212220224229235241246253260262265266269272279285291299304311314318326330335341347352359366368371372375378385

PINNo.404142434445464748495051525354555657585960616263646566676869707172737475767778

I/O

VSSOOOI/OIIVSSOVDDIVCCI/OVCCVDDEVDDII/OI/OVCCVDDEI/OI/OVSSI/OI/OIIOI/OVSSI/OVDDII/OIIVDDEVDDIIII

Name

BRSO1BRSO2OUTVMON5TTSTVPD

TDO

MON10

MON15MON2

MON27EXTFRP

XETDATA5XETDATA6XRESETXCPUCSCPUWAITAD0

AD7

AD13ADRS0ADRS2

ADRS5ADRS7ADRS10

PADNo.39139740541041742013111621273339465255616975818894100105107109117122127133139145152158161167175181

PINNo.798081828384858687888990919293949596979899100101102103104105106107108109110111112113114115116117

I/O

OVDDAVDDAI/OIIVDDE(N.C)VSSPI(N.C)IIVDDAI(N.C)VSSAVSSAVDDPI/OVDDIOOVSSVDDEI/OIOOOOOIIIII/OII

Name

PHYRFPHYAVD2PHYAVD3PHYTPAMTESTPMODE

EXDATAI7

EXDATAI4EXDATAI0ADAVD1ADVRL0

DAAVS0DAAVS1

HID

RECDATAFRREF

OSC27OOSC27IDISCRIDOLRCKAIBCKAIMCKAODAT1DIBCKAIDAT1OSC11IVCXO12IVCXO11OYSI0YSI3

PADNo.18719420020621121321522322823323924525125826426727328128729330030631231731932132933433934535135736437037337938739339940641241842325141925303645515663727885

PINNo.118119120121122123124125126127128129130131132133134135136137138139140141142143144145146147148149150151152153154155156157158159160161162163164165166167168169170171172173174

I/O

VDDIIOVSSO(N.C)I/OVCCIIIVDDEI/OI/OI/OI/OI/OI/OVCCVDDII/OI/OVSSVSSIIOII/OI/OI/OI/OI/OIIIVSSAVSSAI/OVSSAVDDAVSSI/O(N.C)(N.C)VSSVDDEIIII(N.C)IIVSSPOO

Name

INVYSO2

OUTH

MON19

TBSTDCTEST0TMS

MON8MON7MON12MON13MON18MON21

EXDATA0EXDATA2

CPUALEXCPUDSTB1XINTCPUBUSTYPEAD3AD6AD9AD12AD15ADRS4BUSCLKADRS8PHYVSAPHYVSRPHYTPBPHYAVS3PHYAVD1

PWR3

PBCLKIEXDATAI2ADVIN1ADVIN0

DAVREF0DAVREF1

RECCTLRECCLK

PADNo.91981041081111201251311361421511571621691781841911972042102142172262312372422482572632682752842902973033103163203233323373433483543633693743813903964034094164224211520

PINNo.175176177178179180181182183184185186187188189190191192193194195196197198199200201202203204205206207208209210211212213214215216217218219220221222223224225226227228229230231

I/O

VDDEOIVDDEVSSOOOOIII/OI/OVSSPIIIOOOI/OI/OIVCCII/OI/OI/OI/OI/OI/OI/OI/OOVDDEI/O(N.C)IIII/OI/OVDDEI/OI/OIVSSIOVSSAOI/OVDDII/OI/OVDDIO

Name

SERVOFRREFFRRES

SBEDODATPWMAUDIOAOBCKDIMCKAIDAT0OSC11OVCXO12O

YSI2BRSI1BRSI3YSO1BRSO0BRSO3MON17MON3PBI

TDIMON0MON4MON6MON11MON14MON20MON23MON26EXTACCESS

EXTDATA4

XCPUDSTB0XCPURWCPUWAITLOGIAD1AD4

AD10AD14ADRS3

ADRS9PHYFILPHYAVS2PHYROPHYXTPA

PWR2PWR1

PBCLKO

PADNo.263138434959657176838996

103121126132137144149155165171177182189195202209227232238243250255261271277283288295301308315333338344349356361367377383389394401407414

PINNo.232233234235236237238239240241242243244245246247248249250251252253254255256257258259260261262263264265266267268269270271272273274275276277278279280281282283284285286287288

I/O

IIIIVSSAOOIII/OOOO(N.C)OVDDEOIVSSIIIIIIOOVDDEIIII/OI/OVSSI/OI/OVSSI/OI/OII/OI/OI/OII/OI/OI/OI/OVSSIIVSSVDDAVDDAI/OOVSSA

Name

EXDATAI5EXDATAI1ADVRL1ADVRH1ADAVS0DAAOUT1DAVRO1VCI4185HSPOSC4185OSPATRKREFCLK135O

AILRCK

AODAT0DILRCK

OSC24IVCXO11IVCIAUDYSI1BRSI1BRSI2YSO0YSO3

TRSTDCTEST1TCKMON1MON24

MON9MON16

MON22MON25EXTREQEXDATA1EXDATA3EXDATA7CPUDSLOGICAD2AD5AD8AD11

ADRS1ADRS6

PHYVDAPHYVDRPHYXTPBPHYTPBIASPHYAVS1

M5218AFP-X [MITSUBISHI]

(Dual Op.Amp.)

M62366GP-X [MITSUBISHI]

(8bit 12channel D/A converter)

M62366G

P

1VSS(VrefL)

2A03

3A04

4A05

5A06

6A07

7A08

8A09

9A010

10VDD(VrefU)

20 GND

19 A02

18 A01

17 DI

16 CLK

15 LD

14 DO

13 A012

12 A011

11 VCC

(TOP VIEW)

Pin No.

17

14

16

15

1819234567891213

11

20

10

1

Symbol

DI

DO

CLK

LD

A01

A02

A03

A04

A05

A06

A07

A08

A09

A010

A011

A012

VCC

GND

VDD

VSS

Function

Serial data input terminal to input 12-bit long serial data

Terminal to output MSB data of 12-bit shift register

Shift clock input terminal.Input signal at DI pin is input to 12-bit

shift register at rise of shift clock pulse

When H-level signal is input to this terminal,the value stored in 12-bit

shift register is loaded in decoder and D-A converter output register

8-bit D-A converter output terminal

Power supply terminal

GND terminal

D-A converter upper reference voltage input terminal

D-A converter lower reference voltage input terminal

Block Diagram

20GND

19A02

18A01

17DI

16CLK

15LD

14D0

13A012

12A011

11VCC

1

VSS(VrefL)

2

A03

3

A04

4

A05

5

A06

6

A07

7

A08

8

A09

9

A010

10

VDD(VrefU)

+- +-

8 bit D/ACONVERTER

8 bit D/ACONVERTER

D-A

L

1Ch2

(12) (12)(12)

(8)8 bit Latch

+-

D-A

AddressDecoder L

12

+-

+- +- +- +-+-+-+-+- +-

D-A

D-A

L

L8 bit Latch L

11

10

+-

D-A

9

+-

D-A

8

+-

D-A

7

+-

D-A

6

+-

D-A

5

+-

D-A

4

+-

Ch3

L L L L L

D0 1 2 3 4 5 6 D7 D8 9 10 D11

12bit shift register

Buffer

M95320-WMN6-X [ST MICROELECTRONICS]

(64/32 Kbit Serial SPI Bus EEPROM)

M95xxx

(Top View)

1S2Q3W4VSS

8 VCC7 HOLD6 C5 D

Signal Names

C

D

Q

S

W

HOLD

VCC

VSS

Serial Clock

Serial Data Input

Serial Data Output

Chip Select

Write Protect

Hold

Supply Voltage

Ground

Logic Diagram

VCC

M95xxx

VSS

D Q

C

S

W

HOLD

4-46 4-46

MB3782PF-X [FUJITSU]

(Switching Regulator Controller)

MK3754D-X [ICS]

(Low Cost 54MHz 3.3 Volt VCXO)

Block Diagram

Pin Descriptions

(Top View)

54 MHz

X1

X2

VoltageControlled

CrystalOscillator

VIN

13.5 MHzPullableCrystal

PLL/ClockSynthesisCircuitry

VDD

GND

X1

VDD

VIN

GND

GND

CLK

VDD

X21

2

3

4

8

7

6

5

PinName

XIVDDVIN

GNDVDDCLKGNDX2

PinTypeInput

Power Input

PowerPowerOutputPowerInput

Pin Description

Crystal connection. Connect to the external pullable crystal.Connect to +3.3 V (0.01uf decoupling capacitor recommended).Voltage input to VCXO -- 0 to 3.3 V analog input which controls theoscillation frequency of the VCXO.Connect to ground.Connect to +3.3 V (0.01uf decoupling capacitor recommended).54 MHz clock output.Connect to ground.Crystal connection. Connect to the external pullable crystal.

PinNumber

123

45678

MK9173-01CS08-X [ICS]

(Video Genlock PLL)

Block diagram

Pin descriptions

MM1571JN-X [MITSUMI]

(1.8V Regulator)

Thermalshutdown

Currentlimitter

3

5 4

SOT-25A(TOP VIEW)

12 GND3 Cont4 Noise5 VO

VIN

1 2

GND

VIN

Bias

ContDriver

Noise

OV

Reference

Co1µF

0.1µFCn

1µFCin

Block Diagram

MM1572FN-X [MITSUMI]

(Refer to MM1571JN-X.)

MM1572KN-X [MITSUMI]

(Refer to MM1571JN-X.)

MN13821/F/-X [MATSUSHITA]

(Voltage Detector)

VoltageReference 1

VoltageReference 2

Level Converter Output Circuit

VDD

VDD

OUT

OUT VSS

VSS

2

1

3

Block Diagram

Comparator

Comparator+

–

+

–

2

1 3

4-47 4-47

MN102F1617HL-Z0 [MATSUSHITA]

(16bit Micro controller)

TM20IOBTM19IOATM18IOBTM18IOATM17IOBTM17IOATM16IOBTM16IOAP75-70STOPWDOUT

NBRACKNBREQNMITMnO

TMnI(A,R)PC7-C0

TM20IBTMI9IB

TM11O,13O,15OTM4ITM2IP97-90

SCK3SDA3SBT1,0SBO1,0SBI1,0PA5-A0

AN15-0

P87-80

VrefLVrefH

Por

t 7

/EXTDKTMnIBTMnIATMnIIRQ7-0P67-60

/RAS/LCAS/UCAS/DUMXBIBT2BIBT1BOSCALE/RE/WEH/WELP57-50

P47-40

Por

t 6P

ort 4

P37-30

Por

t 3

P27-20

/KI7-0

A(23:0)

Por

t 2

P17-10

Por

t 1

R07-00

D(15:0)

AD(15:0)

Por

t 0P

ort 5

Por

t 8P

ort 9

Por

t A

SCK3SDA3SBT3,2SBO3,2SBI3,2PB5-B0

RTP7-0RD7-D0

OSCOOSCI

/RST

MODE2-0

Por

t BP

ort C

Por

t DO

scill

ator

Mode controller

MNI02H00

16 b

itT

imer

A/D

Con

vert

er

Inte

rrup

tC

ontr

olle

rB

US

Con

trol

ler

ATC

8 bi

tT

imer

24 b

itT

imer

Ser

ial

Add

ress

bus

Circ

umfe

renc

e da

ta b

us

Circ

umfe

renc

e da

ta b

us

Dat

a bu

s

Block diagram

MN1030F04KYBSC [MATSUSHITA]

(32bit Micro computer)

TRPNMLKJHGFEDCBA

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16

(Bottom view)

16 15 14

VDDB

13

A3

12

A7

11

A10

10

A17

9

A20

8

D1

7

D4

6

D10

5

VSS

4

D15

3 2

A

A0 A1 A5 A14 VDDB A22 A25 D6 D8 D13 B

PVDD PL3 A2 A6 VSS A15 VSS D3 VDDH D11 D12 D14 C

MMOD0 MMOD0 PVSS A4 A8 A12 A23 A19 D0 D5 D7 P10 VDDH P11 P00 D

OSCI VSS FRQS EXMOD1 EXMOD0 A9 A11 A16 A18 A24 D2 D9 P13 P20 P14 P12 E

OSCO SYSCLK VDDH CS3 PJ3 PJ1 A13 A21 P24 P21 P22 P15 P23 VSS F

VDD PJ4 PJ2 P31 P33 P30 P32 VDD P25 G

PJ0 P17 VSS P15 P16 P35 P34 P40 VPP VSS H

P12 P13 P14 VDDH P11 P41 VDDH P51 P52 P50 J

AN15 AN13 AN14 AVSS P10 AN12 P60 P64 P62 P55 P61 P53 K

AN7 AN9 AN10 AN6 AN11 AN8 PB4 P93 P67 P63 P65 VSS P66 P64 L

AN3 AN5 AN1 AN4 PE0 PC7 PC0 PB2 PA3 P95 P86 P81 P70 P72 VDD P71 M

AN2 AN0 VREFH PE6 PE2 PD1 PC3 PB6 VDDH PA1 P90 P83 P74 P75 P73 VSS N

AVDD PFO VSS PE4 PC6 PC5 VSS PB5 PB0 VSS VDD P87 P77 P76 P

PE5 PE3 VDD PC2 PB7 PB3 PA0 P92 P85 P82 R

PE7 NMIRQ PE1 PD0 PC4 PC1 PB1 PA2 P94 P91 P84 P80 T

1

RST

WE1

RE

WE0

CS1CS0CS2

MN3112SA-X [MATSUSHITA]

(Vertical Driver)

MN7D056B3W [MATSUSHITA]

(Lens drive LSI, CMOS Standard Cell)

NJM12902V-X [JRC]

(Single Supply Quad Amplifier)

4-48 4-48

MT48LC2M32B2-X [MICRON]

(64Mb (2Meg x 32) SDRAM)

(Top View)

NJM12904V-X [JRC]

(Single Supply Dual Amplifier)

NJM2068M-D-XE [JRC]

(Dual Low-Noise Op.Amp)

NJM2538V-X [JRC]

(Video Amp.)

NJM2870F05-X [JRC]

(Regulator)

1

2

3

5

4

(Top View)

VOUT

GND

VIN

ThermalProtection

BandgapReference

NoiseBypass

Cont

1.CONTROL(Active High)2.GND3.NOISE BYPASS4.VOUT

5.VIN

NJM2870F33-X [JRC]

(Refer to NJM2870F05-X.)

4-49 4-49

NJM3221VE1-W [JRC]

(Optical Image stabilizer (OIS) for DVC)

NJM3403AV-X [JRC]

(Single Supply Quad Amplifier)

C

+ –

D+ –

B+–

1. A OUTPUT2. A–INPUT3. A+INPUT4. V+

5. B+INPUT6. B–INPUT7. B OUTPUT

8. C OUTPUT 9. C–INPUT10. C+INPUT11. V–

12. D+INPUT13. D–INPUT14. D OUTPUT

1

2

3

4

5

6

7

14

13

12

11

10

9

8

A+–

(Top view)

NJU7222U30-X [JRC]

(3-Terminal Positive Voltage Regulator)

21 3

1. GND2. INPUT3. OUTPUT

RS5C314-X [RICHO]

(CMOS Realtime Clock)Block diagram

CE 1

SCLK 2

SIO 3

VSS 4

VDD8

OSCIN7

OSCOUT6

INTR5

(Top view)

SIP1250LC [NuCORE TECHNOLOGY]

(Smart image processor for DVC)

12

34

56

78

910

1112

1314

1516

1718

19

WV

UT

RP

NM

LK

JH

GF

ED

CB

A

NuCORETECHNOLOGY

SiP1250LC

SN74AHC1G00K-X [TEXAS INSTRUMENTS]

(Single 2-Input Positive NAND Gate)

Logic diagram (positive logic)

(TOP VIEW)

FUNCTION TABLE

INPUTA

OUTPUTY

H L

L H

A Y2 4

1

2

3

5

4

NCA

GND

VCC

Y


(Single Inverter Gate)

FUNCTION TABLE

INPUTS OUTPUTA B Y

H H L

L X H

X L H


1

24A

BY

(TOP VIEW)

1

2

3

5

4

AB

GND

VCC

Y


(Single Bus Buffer Gate with 3-State Outputs)


(TOP VIEW)

FUNCTION TABLE

INPUTS OUTPUTOE A Y

L H H

L L L

H X Z

A Y

OE1

2 4

1

2

3

5

4

OEA

GND

VCC

Y


(Single Schmitt-trigger Inverter Gate)

FUNCTION TABLE

INPUTA

OUTPUTY

H L

L H

logic diagram (positive logic)

A Y2

(TOP VIEW)

1

2

3

5

4

NCA

GND

VCC

Y

4

NC-No internal connection


(Single 2-Input Positive OR Gate)

FUNCTION TABLE


(TOP VIEW)

INPUTS OUTPUTA B Y

H X H

X H H

L L L

1

24A

BY

1

2

3

5

4

AB

GND

VCC

Y

SN74AHC2G14U-X [TEXAS INSTRUMENTS]

(Triple Schmitt-trigger Inverter Gate)

1

2

3

4

8

7

6

5

1A3Y2A

GND

VCC1Y3A2Y

(TOP VIEW)

FUNCTION TABLE(each inverter)

INPUTA

OUTPUTY

H L

L H

Logic symbol

11A 1Y

7

32A 2Y

5

63A 3Y

2

Block diagram

YA

4-50 4-50

SN74AHC245DGV-X [TEXAS INSTRUMENTS]

(Octal Bus Transceivers with 3-State Outputs)

(TOP VIEW)

1

2

3

4

5

6

7

8

9

10

20

19

18

17

16

15

14

13

12

11

DIRA1A2A3A4A5A6A7A8

GND

VCCOEB1B2B3B4B5B6B7B8

FUNCTION TABLE(each transceiver)

INPUTSOPERATION

OE DIROPERATION

L L B data to A bus

L H A data to B bus

H X Isolation

Logic symbol


B217

B316

B415

A56

A67

A78

A89

A23

A34

A45

OE

A12

G319

3 EN2 [AB]

B514

B613

B712

B811

B118

3 EN1 [BA]1

DIR

1

2

DIR

OE

A1

B1

To Seven Other Channels

1

2

19

18


(Dual Buffer/Driver 3-State Outputs)

1

2

3

4

8

7

6

5

1A2Y

GND

VCC2OE1Y2A

(TOP VIEW)

Logic symbol

21A 1Y

6

Block diagram

FUNCTION TABLES

INPUTS OUTPUT

1OE 1A 1Y

L H H

L

H X Z

1OE

INPUTS OUTPUT

2OE 2A 2Y

H H H

H

L X Z

1OE1

1A 1Y2 6

2OE7

2A 2Y5 3

L LLL

11OE EN

52A 2Y

3

72OE EN


(Dual Bidirectional Analog Switch)

1

2

3

4

8

7

6

5

1A1B2C

GND

VCC1C2B2A

(TOP VIEW)

FUNCTION TABLE

INPUTSCONTROL

(C)SWITCH

L OFF

H ON

Logic symbol

71C

1B2

Block diagram

B

C

11A

X1

11

32C

2B6

52A

A


(D-Type Flip-Flop with Preset and Clear)

1

2

3

4

8

7

6

5

CLKDQ

GND

VCCPRECLRQ

(TOP VIEW)

Logic symbol

Block diagram

FUNCTION TABLES

INPUTS

PRE CLR

L H

H

L L

L

CLK D

X X

X

X X

X

OUTPUTS

Q Q

H L

L

H H

H

H H

H

H H

H

H

X

L

H L

L

Q Q

H

0 0

† This configuration is nonstable; that is, it does notpersist when PRE or CLR returns to its inactive(high) level.

TG

C

C

TG

C

C

TG

C

C

C

TG

C

C

PRE

CLK

D

CLR

Q

QC

† †

Q3

7PRE S

1CLK C

2D

6CLR R

Q5

D

SN74AHCT04DGV-X [TEXAS INSTRUMENTS]

(Hex Inverters)

Logic symbol

FUNCTION TABLE(each inverter)

INPUTA

OUTPUTY

H L

L H

11A 1Y

2

32A 2Y

4

53A 3Y

6

94A 4Y

8

115A 5Y

10

136A 6Y

12

1

1

2

3

4

5

6

7

14

13

12

11

10

9

8

1A1Y2A2Y3A3Y

GND

VCC6A6Y5A5Y4A4Y

(TOP VIEW)

Logic diagram, each inverter (positive logic)

YA

SN74AHCT1G08K-X [TEXAS INSTRUMENTS]

(AND Gate)

FUNCTION TABLEINPUTS OUTPUT

A B Y

H H H

L X L

X L L


1

24A

BY

(TOP VIEW)

1

2

3

5

4

AB

GND

VCC

Y

SN74LV04ADGV-X [TEXAS INSTRUMENTS]

(Hex Inverters)


(Quad 2-Input Bus Buffers)

4-51 4-51


(1 OF 8 Decoders/Demultiplexers)


(Parallel-Load 8-bit Shift Registers)

TB6543FL [TOSHIBA]

(Optical Lens Motor driver for Video Camera)

49BCMP50LCMP51LCI52MIXO53FCA54FCB55F2C56VCC57MA58MB59REFI60AIN61BIN62DGND63DI64

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16

48 47 46 45 44 43 42 41 40 39 38 37 36 35 34 33

CK

32 H5-31 H5+30 MGND29 IRM-28 IRM+27 VIR26 IRB25 H4O24 H4-23 H4+22 H3O21 H3+20 H2O19 H2-18 H2+17 H1O

LD HG

HB

PW

MB

ZA

INZ

BIN

ZA

OZ

BO

GN

DR

EF

O ZD ZB

ZC ZA

H1+ H1-

AC

MP

EZ

BE

ZA

EA

FZ

BR

SZ

B-

ZB

+V

BZ

AR

SZ

A-

ZA

+A

RS

FM

-F

M+

IOP

EN

ICLO

SE

Block diagram

Pin description

PinNo.

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

21

22

23

24

25

26

27

28

29

30

31

32

Pin name

LD

HG

HB

PWMB

ZAIN

ZBIN

ZAO

ZBO

GND

REFO

ZD

ZB

ZC

ZA

H1+

H1-

H1O

H2+

H2-

H2O

H3+

H3O

H4+

H4-

H4O

IRB

VIR

IRM+

IRM-

MGND

H5+

H5-

Description

DAC strobe signal input

Hall gain adjusting output

Hall bias adjusting output

PWM bias adjusting output

Zoom A-phase FG signal input

Zoom B-phase FG signal input

Zoom A-phase FG signal output monitor

Zoom B-phase FG signal output monitor

Ground terminal

VREF amplifier output

Zoom FG signal adder output D

Zoom FG signal adder output B

Zoom FG signal adder output C

Zoom FG signal adder output A

H1 amplifier non-inverting input

H1 amplifier inverting input

H1 amplifier output



H2 amplifier output


H3 amplifier output



H4 amplifier output

Iris upper side pre-drive

Iris, AF power supply terminal

Iris output +

Iris output -

Motor ground terminal



PinNo.

33

34

35

36

37

38

39

40

41

42

43

44

45

46

47

48

49

50

51

52

53

54

55

56

57

58

59

60

61

62

63

64

Pin name

ICLOSE

IOPEN

FM+

FM-

ARS

ZA+

ZA-

ZARS

VB

ZB+

ZB-

ZBRS

EAF

EZA

EZB

ACMP

BCMP

LCMP

LCI

MIXO

FCA

FCB

F2C

VCC

MA

MB

REFI

AIN

BIN

DGND

DI

CK

Description

Iris control input (CLOSE)

Iris control input (OPEN)

AF output +

AF output -

AF power supply detecting terminal

Zoom output (A+)

Zoom output (A-)

Zoom A-phase current detecting terminal

Battery power supply terminal

Zoom output (B+)

Zoom output (B-)

Zoom B-phase current detecting terminal

AF output-amplifier input

Zoom A-phase output-amplifier input

Zoom B-phase output-amplifier input

A comparator output

B comparator output

L comparator output

L comparator input

Modulation MIX output

Modulation MIX input (0bit:1)



Power supply terminal

AF FG A-phase signal monitor

AF FG B-phase signal monitor

VREF amplifier input

AF A-phase signal input

AF B-phase signal input

Digital ground terminal

DAC serial data signal input

DAC reference clock signal input

TC7W04FU-X [TOSHIBA]

(Triple Inverter Gate)

TC7WH245FU-X [TOSHIBA]

(Dual Bus Transceiver)

(Top view)

4-52 4-52

TB6546F [TOSHIBA]

(OIS (Optical Image stabilizer) Lens Driver for Video Camera)

Block diagram

Decoder

Pin descriptionPinNo.

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

21

22

23

24

Pin name

YV(+)

YV(-)

YH(+)

YINV

YHO

YPOS

YIN

YO

YFI

YFO

YFI2

YFO2

NDPB

NDB

NDG

REFI

VB

YDR(-)

YCS

YDR(+)

VM

XDR(-)

XCS

XDR(+)

Description

Y hall positive bias output

Y hall negative bias output

Y hall amplifier + input

Y hall amplifier - input

Y hall amplifier output

Monitor terminal for

Y position detecting signal

Y control amplifier input

Y control amplifier phase

compensating terminal

Y LPF input

Y LPF output

Y LPF secondary input

Y LPF secondary output

PWM bias adjusting signal output

Hall bias adjusting signal output

Hall gain adjusting signal output

Reference power supply input terminal

Battery power supply (+7.2V)

Y motor drive - terminal

Y output current detecting terminal

Y motor drive + terminal

Motor power supply (+3V)

X motor drive - terminal

X output current detecting terminal

X motor drive + terminal

PinNo.

25

26

27

28

29

30

31

32

33

34

35

36

37

38

39

40

41

42

43

44

45

46

47

48

Pin name

XFO2

XFI2

XFO

XFI

XO

XIN

XPOS

XHO

XINV

XH(+)

XV(-)

XV(+)

XH(-)

XHR

VCC

GND

DI

CK

LD

D.GND

XER

YER

YHR

YH(-)

Description

X LPF secondary output

X LPF secondary input

X LPF output

X LPF input

X control amplifier phase

compensating terminal

X control amplifier input

Monitor terminal for X position

detecting signal

X hall amplifier output

X hall amplifier - input

X hall amplifier + input

X hall negative bias output

X hall positive bias output

X hall positive bias reference

X hall negative bias reference

Power supply (+3V)

Ground terminal

DAC data signal input

DAC clock signal input

DAC strobe signal input

Digital ground terminal

X control signal output

Y control signal output

Y hall negative bias reference

Y hall positive bias reference

TLC2940IPW-X [TEXAS INSTRUMENTS]

(75MHz CMOS VCO)

LOGIC VDD 1

VCO OUT

VCO OUT

2

fREF INPUT 3

PFD OUT 4

VCO VDD8

RBIAS

RBIAS

7

VCOIN

VCOIN

6

GND5

(TOP VIEW)

BIA

S C

ON

TR

OL

VC

O O

UT

PU

T

L COUNTER

UPD6467GR-519-X [NEC]

(ON-SCREEN CHARACTER DISPLAY)

1

2

3

4

5

6

7

8

9

10

20

19

18

17

16

15

14

13

12

11

(Top View)

CLK

CS

DATA

PCL

VDD

CMDCT

OSCOUT

OSCIN

TEST

GND

Hsync

Vsync

VB

VG

VR

VBLK

VC2

BLK2

(BBLK)

(GBLK)

(RBLK)

VC1

BLK1

µP

D6

46

7G

R-X

XX

BLOCK DIAGRAM

Remark Signals in ( ) are set by using an initial status setting command (RGB + RGB compatible blanking).

CMDCT

Data input shiftregister

DATA

CLK

CS

Instruction decoder

Dat

a se

lect

or... Control signals

Displaycontrolregister

Character sizeregister

Horizontaladdressregister

Writeaddresscounter

Horizontal sizecounter

Horizontalpositioncounter

Horizontaladdresscounter

Verticaladdressregister

Oscilla-tioncircuit

Synchro-nizationprotectioncircuit

TEST

VDD

GND

PCL

Characterdata9 bits

x336 words

Colordata3 bits

x336 words

Blinkdata1 bit

x336 words

Reversedata1 bit

x336 words

Outputspecification data 1 bit

x336 words

Video RAM Back-groundcontroldata

register

Hsync

Vsync

Verticalpositioncounter

Vertical sizecounter

Output controller

VR VBLKVBVG BLK2VC2BLK1VC1

(GBLK)(RBLK)

(BBLK)

Charactergenerator

ROM12 x 18 bits

x512 words

OSCIN

OSCOUT

Verticaladdresscounter

9

5

10

4

6

3

1

2

8

7

20

19

16 17 18 15 12 11 14 13

5-1 5-15-1 5-1

SECTION 5

EXPLODED VIEW AND PARTS LIST

SAFETY PRECATION

Parts identified by the ! symbol are critical for safety.Replace only with specified parts numbers.

NOTE

Parts not denoted by parts numbers are not supplied by JVC.

5-2 5-25-2 5-2

5.1 CHASSIS ASSEMBLY M1

PinNote)Set to theupper side.

B

G

G

H

I

D

C

A

Note 2)

Note 1)

t

ab

acad

ae

IC1

IC2

IC3

CCDCCD

q

q

f p

b

ab

ad

ac

p

ae

v

h

cd

m

z

y

aa

n

e

a

d

c

b

e

Included byIRIS BOARD

E

F

v

h'

i

CN32

A/L/S BOARDASSEMBLY 0 3

34

S5

View in the direction of the arrow E

View in the direction of arrow F

Note)Check that the wiresare clamped.

1 mm or more

View in the direction of the arrow DView in the direction of the arrow GNote) Insert the CN12 (red, 3 pin) into hole.

Note) A projection is on left-hand side. Clamp the wires CN22, CN12 and FFC CN19.

Note) Let it go between the capacitor and VR. Let it under the knob.

Note) Let it go between the capacitor. Let it under the knob.

CN12Capacitor

CN19

CN22

CN21

CN21

From IRIS BOARD

From HANDLE ASS'Y

A/L/S BOARD

66

Projection

Note) Attach this section tothe pin on the Lens Ass’y .6

Note 1) Solder the IS board on the CCD of the Lens Ass’y (X 3 places).

Note 2) During soldering, insert the wires of the Lens Ass’y as shown.

6

6

IS BOARD

View in the direction of arrow B

View in the direction of arrow H

Note)Attach it after the focusring is assembled.

Attach the board ofthe lens to the boss.

Boss RING BASE

S13

5

LENS ASSEMBLY 6

CN5501CN5508

DV MDA BOARD

Avoid solder overflow or cold soldering.

Note) Clamp the wires for CN5508 and CN5601 as shown.

Wiring of FFC(A/L/S board side)

58

Ridge fold

Valley fold

Reinforcing plate

View in the direction of the arrow C

CN5506

E

Note) Fold the wire as shown.

Note) Cut it into a 2 cm piece and secure it with the tape.

Note) Align the FPC from MECHA with left end of FFC from LOCK BOARD.

Side view of MECHANISM

Distribute the wire

a

j

mn

CN5508

CN5501

j

j'

MECHANISMASSEMBLY M 6

LOCK BOARD ASSEMBLY 2 3

TEMP BOARDASSEMBLY 2 1

CONNECT BOARDASSEMBLY

Let the FFCof drum

Directionsof theCharacters

Insulating tapeNote) Cut it into a 3 mmpiece and secureit with the tape.

Included by CONNECT BOARD

1 3

g'

g

x

fh

a

h'g'

51

44

52

43

56

57

61

62

58

58

42

47 48

46

36

73

36

36

13

4541

63

39

46

2654

64

65

40

38

S1

S4

S4

S4

S5S5

S5

S5

S16

S16

y

CN32

CN19

CONNECTCN9

S5

w

i

61

46

45

63

62

S4S16

MECHANISM

View in the direction of the arrow a

Red & Brown, 4-pin

Red & Brown,4-pin connector position

Orange, 3-pinWhite, 2-pin

Note) Distribute the wire as shown.

View in the direction of arrow A

Plate

Cut it into a 3 cm pieceand secure it with the tape.

35 mm approx.

1 mm approx.

2 mmapprox.

36

Note) Fold back (on both sides).Note)Clamp theSTUD and wire.

Note)Let the wire (White, 2-pin)go below the T. Sensor Base.

Note)Pull the wire (Red & Brown, 4-pin)up to this position.

Note)Connect the wire(White, 2-pin).Note) Let the wire

(Red & Brown, 4-pin)go below the steel metal.

Note)Let the wire (Orange, 3-pin)go below the board.

Note) As shown in the figure, displace the FPC by 1 mm, fold it back and secure it with the insulating tape.

M 5

Wiring diagram

View in thedirection of arrow I

76

4

<OK> <NG>

Make a "R". Straight

36

Front side

CN7CN28

CN27

CN24

CN21

CN6

S

CN7

CN3

CN6

CN1CN5 CN2

CN501

CN901

CN9

CN14

CN31

CN303

CN19

CN21

CN22CN12

CN11

69

70

71

S15S23

HANDLE ASSEMBLY M 5

LEFT SIDE COVERASSEMBLY M 3

RIGHT SIDE COVERASSEMBLY M 2

P ON BOARDASSEMBLY 1 4

REG BOARDASSEMBLY 0 6

JOG BOARDASSEMBLY 1 5

SW-R BOARDASSEMBLY 0 7

DRIVE UNITM 6 81

MAIN BOARDASSEMBLY 0 2

IS BOARDASSEMBLY 0 1

IRIS BOARDASSEMBLY 2 0

z

j'g

ws

t

x

aa

CN15CN18

CN1

3

467

76

75

77

5 6

6A

6B

6D6E

6C

37

33

35

49

50

31

28

29

30

27

7

25

15

19 24

20

2221

19

10

18

17

36

32

74

74

13

129

14

811

16

S28

S7

S5

S5

S5

S7

S8

S8

S7

S7S3

S5

S5

S5

S5

S6

VF ASSEMBLY

68

M 5

S11

S14

S12

S13

S10

S6

S6

S6

S6

S9S13

CONNECTCN19

2359

60

S7

S7S5

1

2

drow up

drow up

5-3 5-3

54 WJJ0338-001A WIRE DEW-MAIN CN556 LL40135-001A LABEL(PUSH) FOR C.HOUSING57 LL40340-001B SWITCH BRACKET58 SCV2803-0614B FFC LOCK-ALS59 LW40254-001A PANEL AUDIO INPUT SELECT60 LW40253-001A BATT. LABEL61 LW40258-001A EARTH PLATE262 QYWSS225003N WASHER63 LW40263-001A RING64 LW40242-001A SHEET65 – LABEL IEEE1394 ID LABEL66 SCV2774-001 CLAMP FILTER67 LW40277-001A SHEET68 QQR0717-032 FERRITE CORE69 LW40202-001A MASK PLATE70 LW40275-001A NAME SHEET71 LW40274-001A FILTER RING73 QQR0717-031 FERRITE CORE74 LW40268-001A BUSTER SHEET75 LW40282-001A F. SHEET76 LW40283-001A F. RING77 LW40279-002A RING SHEETS1 QYSDSP2006Z SCREW M2x6S2 QYSPSP2003Z SCREW M2x3S3 QYSPSPU1440M SCREW M1.4x4.0S4 QYSPSPU2030Z SCREW M2x3.0S5 QYSPSPU2040Z SCREW M2x4.0S6 QYSPSPU2050N SCREW M2x5.0S7 QYSPSPU2060M SCREW M2x6.0S8 QYSPSPU2070M SCREW M2x7.0S9 QYSPSF3008M SCREW M3x8, MIC2 IN

S10 QYSPSFU1750N SCREW M1.7x5.0S11 QYSPSFU1780N SCREW M1.7x8.0S12 QYSPSPU2030Z SCREW M2x3.0S13 QYSPSFU2040Z SCREW M2x4.0S14 QYSPSFU2050Z SCREW M2x5.0S15 QYSPSFU2060M SCREW M2x6.0S16 PRD45246 SCREWS23 QYSPSFU2050M SCREW M2x5.0S28 QYSPSFU2080M SCREW M2x8.0

5-3 5-3

DescriptionPart No. Part NameSymbolNo.

CHASSIS ASSEMBLY PARTS LIST M1M1MM````


1 LW20079-001A HOOD COVER2 LW20078-001B LENS HOOD3 LW30288-001A FOCUS RUBBER4 LW30261-001A FOCUS RING5 LW30260-001B RING BASE6 SCV3055-021 LENS ASSEMBLY WITH CCD,DV300U6 SCV3055-031 LENS ASSEMBLY WITH CCD,DV300E

6A T.B.A. LENS6B T.B.A. O.P. ASSENBLY DV300U6B T.B.A. O.P. ASSENBLY DV300E6C T.B.A. FFC. ASSENBLY6D T.B.A. GYRO SENSOR VERTICAL6E T.B.A. GYRO SENSOR HORIZONTAL

7 QJJ020-040614 WIRE JOG-SW.R CN258 LW40174-001A IRIS KNOB9 LW40173-001A IRIS BRACKET

10 QJJ020-020612 WIRE P.ON-SW.R CN2411 LW30249-001A OP COVER12 QJJ020-030813 WIRE IRS-ALS CN2113 LW10053-001A CENTER FRAME14 LW30243-001A HINGE ASSEMBLY15 WJJ0322-001A WIRE Z&R JUNC-SW.R16 LW30259-001B CN COVER17 LW40167-001B BRACKET 118 LW30248-001A PUSH KNOB 1 MENU19 LW40164-001A SLIDE KNOB 2 MODE, MONITOR20 LW10054-001B REAR COVER21 LW40166-001A SPRING22 LW40165-001A PUSH KNOB 2 BATTERY23 LW30247-001A OPERATE KNOB24 LW40163-001A SLIDE KNOB 1 AUDIO CH1,CH225 SCV2803-2405B FFC SW.R-ALS CN1126 WJJ0321-001C WIRE ALS CN15-EJJUNC27 LW40177-001A SHIELD COVER

! 28 SC46608-021 CAUTION LABEL29 – NAME PLATE30 LW30250-001A SLIDE COVER

! 31 LW20070-001A BOTTOM COVER32 LW30295-001A INSULATOR33 SCV2803-2005B FFC CONN.CN9-MAIN934 LW40175-001A PWB BRACKET 135 LW40176-001A PWB BRACKET 236 HZT18-UL10-3M ZETSUEN TAPE37 LW40179-002A VR KNOB38 LW40168-001A BRACKET 239 WJZ0101-002A WIRE ASSEMBLY DEW-MAIN CN5, DEW SENSOR, To mount refer to M6

39A QSD0002-001 DEW SENSOR40 QJJ020-031403 WIRE TEMP-ALS CN1841 LW40172-001A CN BRACKET42 SCV2803-2008B FFC MDA5506-MAINCN243 LW40170-001A S.SCREW44 QZW0001-001 WIRE CLAMP45 LW40169-001A VTR BRACKET46 PGZ02634 DAMPER47 LW40200-001A CONN.COVER48 LW40180-001A MIC BRACKET 249 QJJ020-140614 WIRE MAIN CN7-REG50 QJJ020-100610 WIRE MAIN CN6-REG51 WJJ0320-001B WIRE MDA5501-REGCN2852 QJJ020-041204 WIRE MDA5508-REGCN27

5-4 5-45-4 5-4

5.2 RIGHT SIDE COVER ASSEMBLY M2

3

3

4

3

1

1

2

2

Plate

Plate

Step 1: Align the FPCs so that “A” comes above “B” and wrap them with glass-cloth tape (3 cm).

Wrap with glass tape (3 cm).

A

A

B

A

B

a b

a

c

a

d

d

c

b

MONITOR BL BOARDASSEMBLY 0 4

M RELAY BOARDASSEMBLY 1 1

FOCUS BOARDASSEMBLY 1 0

b

Notes on attaching the LCD

MONITOR LCD

CN911

Note) After inserting the FPC into the M. Relay board, ensure that it is locked securely.

27

Note) Fold the FPCs in order of through .

S17

S14

S14

S19

S19

S14

S20

S20

S21

S22

S21

S18

S5

S18

2

4

7

8

11

9

10

17

1213 33

34

36

35

37

37

21

28

27

2224

25

26

19

23

29

27

28

31

1516

18

6

5

1

3S14

20

30

32

27FPC

HINGE ASS'Y

41

Note) Fold the FPCs in order of through .4

1

Wrap with glass-cloth tape (3 cm).

1

2

3

4

1 2 3 4

<FPC bending>

Wind it aroundthe core 2.5 times.

M RELAY BOARD

Electrode surface

Align the right edge of FPC “a” with the right edge of FPC “b”.

Ridge foldValley fold

<FPC cross-section>Note) FPC “B” should be loose.

70 mm approx.

30 mm approx.

Plate

0.5 mm or less

The reinforcing plateshould come above.

S1414

S14

1 LW30253-001A SLIDE BASE2 LW40183-001B ARM3 LW30280-001A PUSH KNOB4 LW30274-001A SLIDE KNOB5 LW40230-001A SLIDE KNOB6 QJJ020-051210 WIRE FOCUS-ALS7 LW30254-001A R COVER8 LW40182-001A COVER9 LW40188-001A CUSHION

10 LW40186-001A LOCK KNOB11 LW10056-002A R.SIDE COVER12 LW40188-002A CUSHION13 LW40184-001A RELESE KNOB14 LW40185-001A RELESE SPRING15 LW40187-001B LOCK SPRING16 WJJ0324-001A WIRE SPEAKER-ALSCN2417 QAS0063-001 SPEAKER18 LW40216-001B BRACKET

! 19 LW10057-002A MONITOR COVER20 NSW0095-001 DETECT SWITCH21 LW40190-001A EARTH PLATE

! 22 QLL0086-002 BACK LIGHT23 LW20073-001A HINGE COVER124 QLD0139-001 LCD MODULE25 LW40189-001A BRACKET26 LW10058-001A MONITOR CASE27 QAL0222-001 FPC28 LY32079-001A HINGE ASSEMBLY29 LW30255-001A HINGE BRACKET30 HZT18-UL10-3M ZETSUEN TAPE31 LW20074-001A HINGE COVER232 SCV2803-3015B FFC MONI-MAIN CN30333 LW40257-001A RUBBER34 LW40256-001A CUSHION35 LW40255-001A LABEL 3CCD 14x36 LW40279-001A RING SHEET37 LW40279-002A RING SHEETS5 QYSPSPU2040Z SCREW M2x4.0

S13 QYSPSFU2040Z SCREW M2x4.0S14 QYSPSFU2050Z SCREW M2x5.0S17 LY30018-0D7A SCREWS18 LY30018-059A SCREWS19 LY30018-0B5A SCREWS20 LY30018-028A SCREWS21 LY30018-058A SCREWS22 LY30018-089A SCREW


RIGHT SIDE COVER ASSEMBLY PARTS LIST M2M2MM````

5-5

1 WJJ0319-001B WIRE EJ JUNC-EJ1/22 LW30293-001A COVER(BKT)3 LW20080-001A ARM ASSEMBLY4 WJJ0323-001B WIRE Z&R JUNC-ZOOM5 LW30273-001A KNOB STOPPER6 PRD30023-67 COMP.SPRING7 LW40201-001A KNOB(REC)8 LW30272-001A KNOB COVER9 LW10059-002A L.SIDE COVER

10 LW30285-001A GRIP BELT11 LW40199-001A BELT HOOK112 LW40219-001A SHEET(2)13 LW40218-001A SHEET(1)14 LW20077-001A CASSETTE COVER15 LW40210-001A PIN16 LW30268-001A ZOOM BASE17 LW40209-001A SPRING18 LW30269-001A LEVER19 LW40206-001A INSULATOR(2)20 LW40264-001A PAD21 LW40244-001A PUSH PLATE22 LW40273-001A BRACKET23 LW40279-001A RING SHEET24 LW40251-002A CUSHION25 LW40279-002A RING SHEETS5 QYSPSPU2040Z SCREW M2x4.0

S10 QYSPSFU1750N SCREW M1.7x5.0S13 QYSPSFU2040Z SCREW M2x4.0S14 QYSPSFU2050Z SCREW M2x5.0S22 LY30018-089A SCREWS27 QYSSSF2006Z SCREW M2x6.0

5-6


LEFT SIDE COVER ASSEMBLY PARTS LIST M3M3MM````

5-5 5-55-7 5-7

5.3 LEFT SIDE COVER ASSEMBLY M3

B

g

S5

S22

S10S22

S22

3

11 12

13

14

15

16

18

1

19

S13

S13

1722

2523

4S10

EJECT1 BOARDASSEMBLY 1 8

S5 S141

2

S14

EJECT2 BOARDASSEMBLY 1 9

21

24

ZOOM BOARDASSEMBLY 0 9

A

D

9

10

S27 56

78

REC TRG BOARDASSEMBLY 1 7

4

Note) Clamp the insulator (2) and the Zoom Base together.

Note) The insulator (2) should be outside the steel plate (both sides) Note) Insert the insulator

(2) in the hole.

S13 S13

Gray, pin 7

SHAFTINSULATOR(Black)

COVER(BKT)(Clear)

WIRE

19

16

19

19

19

Do not remove the push plate

Hook the Arm ASS'Y

21

3EJECT1 BOARD

ARM ASSEMBLY

3ARM ASSEMBLY

3

View in the direction of the arrow E (Sectional view)

Note) Pull up the wire from hole as shown.

Note) Let the wire through the hole as shown.

View in the direction of the arrow A View in the direction of the arrow E

View in the direction of the arrow B

View in the direction of the arrow D

19

2

C

View in the direction of the arrow C

Note) Pull up the wire from hole.

B

E16

3

Note) Hooked (x2)

20

(1) Paste PAD between the ribs.(2) Insert the stopper of REC TRG BOARD between the ribs and fix it with a screw.

RibsRibs

Stopper

REC TRGBOARD

(1) (2)

Note) Inserts in square hole certainly as shown.

Note) A rib should not run aground to ARM ASSEMBLY .

Insert

ZOOM BOARD

5-6 5-65-8 5-8

5.4 HANDLE ASSEMBLY M4

INPUT1 BOARDASSEMBLY 0 5

TALLY BOARDASSEMBLY 1 2

TOP ZOOM BOARDASSEMBLY 0 8

TW

Note)Fit into thegroove.

f

c dc

c

a

e

e

f

a

<NG>

MICROPHON UNIT 6

Note)If the Microphone Unit comes out of this area, push it back and upward from below. Do not push the shaded area when pushing the unit.

Note) Distribute the wire and FFC of TOP ZOOM BOARD as shown.

Note) Let the wire and FFC go left side of the screw hole.

Note)Do not push this area. (3 mm diameter circle at the center)

MICROPHON UNIT

Note)Put the Microphone Unit in this area.6

Sectional view of handle

TOP ZOOM BOARD

FFC fromTOP ZOOM BOARD

Wire fromINPUT1 BOARD

Wire from MIC

CN1, CN19

CN1

TALLY BOARDFFC

S26

S9

S18

S26

S25

S7

S24

1

2

10

8

79

6

12

13

17

16

18

22

20

21

19

14

15

25

7

6

4

5

3

28

26

2727

26

A

B

C

Groove

Note)Insert this partinto the space.

Clearance

Note) Solder.

Shield (Yellow)

Core wires (White)

Important

View in the direction of arrow A

View in the direction of arrow B

View in the direction of arrow D

View in the direction of arrow C Wiring

Electrode surface

23

29

24D

Flat side

Apply cemedine SUPER X (5 point)How to get cemedine SUPER X, refer to following URL.http://www.cemedine.co.jp

5-9

1 LW30264-001A MIC HOOD2 LW30262-001B MIC COVER3 LW40235-001A CUSHION 24 LW30289-001A E.CASE5 LW40233-001A SHEET6 QAN0050-001 MICROPHON UNIT7 WJR0025-001A WIRE MIC-ALS8 LW40234-001A CUSHION 19 NCB31HK-102X CER.CAPACITOR 1000P 50V

10 LW20071-001B MIC COVER12 QJJ020-020612 WIRE TALLY-T.ZOOM13 LW40171-001A MIC BRACKET14 WJN0084-001B WIRE ALSCN12-IN1CN1215 LW10064-001B HANDLE16 LW30252-001A TALLY COVER17 SC40886-001 SHOE18 C40936 SPRING19 SCV2803-0614B FFC T.ZOOM-ALS CN1920 LW40181-001A REC KNOB21 LW30251-001A H.ZOOM LEVER22 LW20072-001A HANDLE COVER23 LW40242-002A SHEET24 LW40241-001A CAUTION LABEL25 LW40276-001A BUSHING26 LW40278-001A RUBBER SHEET27 LW40278-002A RUBBER SHEET28 LW40256-002A CUSHION29 PRD42674 SHIELD CUSHIONS7 QYSPSPU2060M SCREW M2x6.0S9 QYSPSF3008M SCREW M3x8

S10 QYSPSFU1750N SCREW M1.7x5.0S18 LY30018-059A SCREWS23 QYSPSFU2050M SCREW M2x5.0S24 QYSSSP3010N SCREW M3x10S25 QYSPSP2004N SCREW M2x4S26 QYSPSPU2050M SCREW M2x5.0


HANDLE ASSEMBLY PARTS LIST M4M4MM````

1 LW40150-001A RING2 LW20067-001A UPPER CASE3 LW30244-001A EYE CAP4 SCV2803-2010B FFC5 QAL0399-001 LCD INVERTER6 QLD0140-002 LCD MODULE7 LW40157-001A LCD HOLDER8 LW20069-001A LENS HOLDER9 LW40156-001A LENS

10 LW40149-001A KNOB11 LW20068-001A BOTTOM CASE12 HZT18-UL10-3M ZETSUEN TAPE13 LW40252-001A VF LABEL14 QQR0717-032 FERRITE CORE

5-10


VF ASSEMBLY PARTS LIST M5M5MM````

5-7 5-75-11 5-11

5.5 VF ASSEMBLY M5

Attach it long ways and in the middle.After attaching, move the Knob to the left and right and ensure that the LENS moves to the front and rear .

Fit it into the groove on the lens holder .It should be placed sideways and in the middle.

1

365

4

4

6

5

10

12

12

14

7

8

9

8

11

13

SONY

30mm~32mm

CN7551 CN7552

Note) The insulation tape should be cut into pieces about 60 mm long and each piece applied by aligning it with the edge.

Plate

Note) The reinforcing plate should come above.

Note) The reinforcing plate should come above.

2

Note)

1<BOTTOM VIEW>

KNOB

2

21

<SIDE VIEW>

This should go insidethe groove.

5-8 5-8

AAS36

W3 S37

4017

41

60

80

S36

S32

S33

AA AA

38

16

37

AA

AA

LEFT SIDE

CUT HERE

RIGHT SIDE

No. 60

*1

*1

AA

S36

S36

35

27

44

47

3348

AA

AA

AA

BB

BB

AA

No.

AA

AA

AA

AA

BB

AA

AA

BB

19

30

S36

S36

39

CCCC

S36

AAAA

AA

AA

AA

AA

CCCC

35A

S36

S36

S36

S36

S36

23

S36

S36

S36

S36

S36

S36

S36

S32

81A

81B

S36

S36

S36

S36

S36

S36

S36

36

S36

S36

W5

S36

24

50

20

9

22

W5

W5

W5

W5

W5

6

5

8

3 10

10

31

26

4

W515

W6

1314

12

7

21

32

34

25

28

70

1129

W5

W5

43A

18

82

81

42S36 39

BB

43

S38

S39

81C

1

8

No. 50

No. 49

49

No. 9

45

Do not apply grease to the lower drum.Make sure that it does not protrude to the upper part of the spindle taper.

S36

2

49

DV MDA BOARD ASSEMBLY 1 6

CN5502CN5505

CN5503 CN5507 NOTE)Clamp the wire by the inside of the BOARD.

NOTE)Put the surplus wire into this space.

NOTE)Don't slacken a wire of this part.



NOTE)A wire should not touch this portion.

NOTE)Hook WIRE as shown in a figure.

The wall of the MAIN DECK

Tab on the left

Make sure that the tab on the left is in contact with the wall of the main deck.

M 1 -g'M 1 -39

NOTES: • This section indicates that the grease and oil are to be appliedon locations marked with AA, BB and CC.During checking and servicing, check if grease has been ap-plied on the locations marked with AA, BB and oil on the loca-tions marked with CC.

• Apply also grease and oil on some locations in the main camgear and the cam groove at the rear side of the sub cam gear.

5.6 MECHANISM ASSEMBLY M6

Classifi-Part No.

Symbol incation drawing

Grease KYODO-SH-P AA

Grease RX-410R BB

Oil YTU94027 CC

5-12 5-12

1 LL30228-2A-H MECHANISM ASS’Y2 LY30358-001A DRUM BASE DECK3 LY30343-001A WORM WHEEL 24 QAR0012-002 CAPSTAN MOTOR5 LY30002-003A COMPRESS SPRING6 LY41390-001A AJUST NUT7 LY40224-001A COLLAR8 LY10060-003A MAIN CAM9 LY20102-001A SUB CAM

10 YQ44560-1-2 CONNECT GEAR 211 PRD45310 TIMING BELT12 LY40246-001A C.LOCK GEAR(1)13 LY30002-009A COMPRESS SPRING14 LY40247-001A C.LOCK GEAR(2)15 LY40248-001A PUSH PLATE16 LY20109-001B CONTROL PALTE17 LY41243-001A TORSION SPRING18 LL30210-001A-H BRACKET(MDA)19 LY40237-001C ENT.G.BASE ASSY20 LY30340-004A MOTOR BKT ASS’Y21 LY41190-003A ROTARY ENCODER22 YQ31873B-30 G.RAIL(S) ASS’Y23 LY20097-001C G.RAIL(T) ASS’Y24 LY30345-001A M.CATCHER ASS’Y25 LY40223-001A ARM GEAR 1 ASSY26 LY40235-002B CENT.ARM ASS’Y27 LY40279-001A ARM GEAR 2 ASSY28 LY40228-001A C.LOCK LEVER AS29 LY30347-001A CHARGE ARM ASSY30 LY40236-001A T.CTL.ARM ASS’Y31 LY40233-001A B.CTL.ARM ASS’Y32 LY40242-001C BASE PLATE ASSY33 PRD31445A R.D.PULLEY ASSY34 LY40239-003A CENT.GEAR ASS’Y35 PRD31443A SUB DECK ASS’Y

35A LY20108-001B LED PRISM ASS’Y36 LY40257-001A SUB BRAKE ASS’Y37 LY40259-001A MAIN BRAKE(T)38 LY40260-003A MAIN BRAKE(S)39 LY40255-001A REEL DISK ASS’Y40 LY41245-001B TENSION ARM SA.41 LY41246-003B B.ARM PLATE SA.42 LY30370-002C SWING ARM ASS’Y43 LY30380-001D EXIT G.ARM ASSY

43A LY41250-001A CLEAN.ARM ASS’Y44 LY30374-001B P.R.ARM ASS’Y45 LY40280-003A REEL COVER ASSY47 PRD45311 R.DRIVE GEAR 148 PRD45312 R.DRIVE GEAR 249 PRD45370 ASSIST GUIDE50 YDV2100A DRUM ASS’Y60 LL30211-001A C.HOUSING ASS’Y70 PRD10428A MAIN DECK ASS’Y80 LL30223-001A L.BRACKET81 LL30227-001A DRIVE UNIT ASSY

81A WJM0265-001A WIRE81B QAR0024-001 LOADING MOTOR81C QSW0624-001 PUSH SWITCH

82 PU49485-3 WIRE CLAMPS32 QYSDSP2005Z SCREW M2x5


MECHANISM ASSEMBLY PARTS LIST M6M6MM````

5-13

5-14


S33 QYSPSF2006Z SCREW M2x6S36 YQ43893 SCREW M1.4x2S37 YQ43893-7 SCREW M1.4x2S38 QYSDSP2002N SCREW M2x2S39 QYSDST2605Z SCREW M2.6x5W3 PRD45316 SLIT WASHERW5 YQ44246 SLIT WASHERW6 YQ43933-2 WASHER

6-1

SECTION 6

ELECTRICAL PARTS LIST

SAFETY PRECAUTION:

Parts identified by the ! symbol are criticaI for safety. Replace only with specified parts numbers.For maximum reliability and performance, all other replacement parts should be identical to those specified.

NOTE:

Parts not denoted by parts numbers are not supplied by JVC. Abbreviations in this list are as follows:

CAPACITORSIn the “Description” column:

All capacitance values are in microfarad (µ F) unlessotherwise indicated.p expresses picofarad (10–12 farad,pF).

In the “Parts Name” column:CER.CAPACITOR : Ceramic CapacitorE.CAPACITOR : Electrolytic CapacitorFILM CAPACITOR : Film CapacitorM.F.CAPACITOR : Metalized Film CapacitorMICA CAPACITOR : Mica CapacitorMPP CAPACITOR : Metalized PolyPropylene CapacitorMPPS CAPACITOR : Metalized PolyPhenylene Sulfied film

CapacitorM.M.CAPACITOR : Metalized Mylar CapacitorMYLAR CAPACITOR : Mylar CapacitorN.P.CAPACITOR : Non-Poler electrolytic CapacitorP.P.CAPACITOR : PolyPropylene CapacitorPPS CAPACITOR : PolyPhenylene Sulfied film CapacitorP.S.CAPACITOR : PolyStyrene CapacitorTAN.CAPACITOR : Tantal CapacitorTRIM.CAPACITOR : Trimer CapacitorVAL.CAPACITOR : Valiable Capacitor

RESISTORSIn the “Description” column:

All resistance values are in ohms (Ω).k expresses kilo-ohm (1 000 ohms, kΩ).M expresses mega-ohm (106 ohms, MΩ).

In the “Parts Name”column:CAR.RESISTOR : Carbon ResistorC.M.F.RESISTOR : Constant Metalized Film ResistorCOMP.RESISTOR: Composition ResistorFUSI.RESISTOR : Fusible ResistorM.F.RESISTOR : Metal Film ResistorM.G.RESISTOR : Metal Graze ResistorM.P.RESISTOR : Metal Plate ResistorO.M.F.RESISTOR : Oxide Metalized Film ResistorTRIM.RESISTOR : Trimerer ResistorU.F.RESISTOR : Non-inflammable ResistorVAL.RESISTOR : Valiable ResistorW.W.RESISTOR : Wire Wound Resistor

ln the “Description” column of the parts list, (U) means the parts for the U version while(E) is for the E version.

Note:

SymbolNo. Part No. Part Name Description

JVCIC1 SCV1585-064 I.C.(M) (U)JVCSCV1585-067 I.C.(M) (E)

for U version

for E version

SymbolNo. Part No. Part Name Description Symbol

No. Part No. Part Name Description

6-2

6.2 MAIN BOARD ASSEMBLY PARTS LIST 02CK2669U0B1 (U)

CK2669E0B1 (E) 02``````

6.1 IS BOARD ASSEMBLY PARTS LIST 01CK267300A 01``````

IC4 SN74LV04ADGV-X I.C.(M) TEXAS

Q1 2SC3930/BC/-X TRANSISTOR MATSUSHITAQ2 2SC3930/BC/-X TRANSISTOR MATSUSHITAQ3 2SC3930/BC/-X TRANSISTOR MATSUSHITA

D1 MA142A-X DIODE MATSUSHITAD2 MA142A-X DIODE MATSUSHITAD3 MA142A-X DIODE MATSUSHITA

R1 NRSA63J-105X M.G.RESISTOR 1M 1/16WR2 NRSA63J-104X M.G.RESISTOR 100k 1/16WR3 NRSA63J-100X M.G.RESISTOR 10 1/16WR4 NRSA63J-100X M.G.RESISTOR 10 1/16WR5 NRSA63J-562X M.G.RESISTOR 5.6k 1/16WR6 NQR0199-009X FERRITE BEADSR7 NRSA63J-562X M.G.RESISTOR 5.6k 1/16WR8 NQR0199-009X FERRITE BEADSR9 NRSA63J-104X M.G.RESISTOR 100k 1/16WR10 NRSA63J-100X M.G.RESISTOR 10 1/16W

R11 NRSA63J-100X M.G.RESISTOR 10 1/16WR12 NRSA63J-105X M.G.RESISTOR 1M 1/16WR13 NQR0199-009X FERRITE BEADSR14 NRSA63J-562X M.G.RESISTOR 5.6k 1/16WR15 NRSA63J-100X M.G.RESISTOR 10 1/16WR16 NRSA63J-100X M.G.RESISTOR 10 1/16WR17 NRSA63J-104X M.G.RESISTOR 100k 1/16WR18 NRSA63J-105X M.G.RESISTOR 1M 1/16WR19 NRSA63J-102X M.G.RESISTOR 1k 1/16WR20 NRSA63J-102X M.G.RESISTOR 1k 1/16W

R21 NRSA63J-102X M.G.RESISTOR 1k 1/16WR22 NRSA63J-102X M.G.RESISTOR 1k 1/16WR23 NRSA63J-102X M.G.RESISTOR 1k 1/16WR24 NRSA63J-102X M.G.RESISTOR 1k 1/16W

C1 NBE51CM-476X TAN.CAPACITOR 47 16VC2 NCB11AK-106X CER.CAPACITOR 10 10VC3 NCB31CK-104X CER.CAPACITOR 0.1 16VC4 NCB11AK-106X CER.CAPACITOR 10 10VC5 NCB11AK-106X CER.CAPACITOR 10 10VC6 NCB11EK-105X CER.CAPACITOR 1 25VC7 NBE41VM-335X TAN.CAPACITOR 3.3 35VC8 NCB31EK-473X CER.CAPACITOR 0.047 25VC10 NCB31CK-104X CER.CAPACITOR 0.1 16VC11 NCB31CK-104X CER.CAPACITOR 0.1 16V

C13 NCB11AK-106X CER.CAPACITOR 10 10VC15 NBE41VM-335X TAN.CAPACITOR 3.3 35VC16 NCB31EK-473X CER.CAPACITOR 0.047 25VC18 NCB31CK-104X CER.CAPACITOR 0.1 16VC19 NCB31CK-104X CER.CAPACITOR 0.1 16VC21 NCB11AK-106X CER.CAPACITOR 10 10VC23 NBE41VM-335X TAN.CAPACITOR 3.3 35VC24 NCB31EK-473X CER.CAPACITOR 0.047 25VC26 NCB31CK-104X CER.CAPACITOR 0.1 16VC27 NCB31CK-104X CER.CAPACITOR 0.1 16V

LC2 EXC-CET471U LC FILTERLC3 EXC-CET471U LC FILTERLC4 EXC-CET471U LC FILTERLC5 EXC-CET471U LC FILTERLC6 EXC-CET471U LC FILTERLC7 EXC-CET471U LC FILTER

CN1 QGB0502K1-40X CONNECTOR 40PIN

K1 NQR0269-004X FERRITE BEADS

IC1 JCY0132 I.C.(M) JVCIC2 SN74AHC1G00K-X I.C.(M) TEXASIC3 MN1030F04KYBSC I.C.(M) PLSC1404-V1-06IC4 TC7W14FU-X I.C.(M) TOSHIBAIC5 JCY0176 I.C.(M) JVCIC6 MM1572KN-X I.C.(M) MITSUMIIC9 TLC2940IPW-X I.C.(M) TEXASIC10 JCY0136-X I.C.(M) JVCIC12 SN74AHCT1G08K-X I.C.(M) TEXASIC13 SN74AHC245DGV-X I.C.(M) TEXAS

IC14 SN74AHC1G125K-X I.C.(M) TEXASIC15 SN74AHCT1G08K-X I.C.(M) TEXASIC402 PLSC1402-V2 I.C.(M) HD64F2238RFA13IC407 M62366GP-X I.C.(M) MITSUBISHIIC415 SN74AHC2G241U-X I.C.(M) TEXASIC423 SN74AHC1G14K-X I.C.(M) TEXASIC424 SN74AHC1G14K-X I.C.(M) TEXASIC427 SN74AHC2G74U-X I.C.(M) TEXASIC431 SN74LV138ADGV-X I.C.(M) TEXASIC501 AD9842AJST-W I.C.(M) ANALOG DEVICES

IC502 AD9842AJST-W I.C.(M) ANALOG DEVICESIC503 AD9842AJST-W I.C.(M) ANALOG DEVICESIC504 MN3112SA-X I.C.(M) MATSUSHITAIC505 MN3112SA-X I.C.(M) MATSUSHITAIC506 MN3112SA-X I.C.(M) MATSUSHITAIC510 SN74AHCT574PW-X I.C.(M) TEXASIC511 SN74AHC574PW-X I.C.(M) TEXASIC512 TC7W04FU-X I.C.(M) TOSHIBAIC513 MM1612JN-X I.C.(M) MITSUMIIC514 SN74AHC1G32K-X I.C.(M) TEXAS

IC561 EP1K30FC256-3 I.C.(M) ALTERAIC562 EPC2LC20-008 I.C.(M) ALTERA (U)

EPC2LC20-009 I.C.(M) ALTERA (E)IC563 MK9173-01CS08-X I.C.(M) ICSIC564 ICS570B-X I.C.(M) ICSIC565 SN74AHC245DGV-X I.C.(M) TEXASIC566 SN74AHC245DGV-X I.C.(M) TEXASIC567 TC7WH245FU-X I.C.(M) TOSHIBAIC568 SN74AHC1G08K-X I.C.(M) TEXASIC621 SIP1250LC I.C.(M) NUCOREIC622 MT48LC2M32B2-X I.C.(M) MICRON

IC623 MK3754D-X I.C.(M) ICSIC624 SN74AHC1G04K-X I.C.(M) TEXASIC625 NJM2538V-X I.C.(M) JRCIC701 NJM2870F05-X I.C.(M) JRCIC702 NJM2870F33-X I.C.(M) JRCIC901 TB6543FL I.C.(M) TOSHIBAIC902 TB6546F I.C.(M) TOSHIBAIC903 NJM3221VE1-W I.C.(M) JRCIC904 NJM12902V-X I.C.(M) JRCIC905 MN102F1617HL-Z0 I.C.(M) PLSC1403-V1-00

IC906 MN7D056B3W I.C.(M) MATSUSHITAIC907 AK6480AM-X I.C.(M) ASAHI KASEIIC908 SN74AHC2G14U-X I.C.(M) TEXASIC910 NJM3403AV-X I.C.(M) JRCIC911 SN74AHC2G66U-X I.C.(M) TEXASIC912 NJM12904V-X I.C.(M) JRC

Q2 UMC3N-W TRANSISTOR ROHMQ3 UMC3N-W TRANSISTOR ROHMQ621 2SA1790/BC/-X TRANSISTOR MATSUSHITAQ622 2SC4626/BC/-X TRANSISTOR MATSUSHITAQ627 DTC124EUA-X TRANSISTOR ROHMQ901 DTC114EUA-X TRANSISTOR ROHMQ902 DTC124EUA-X TRANSISTOR ROHMQ903 2SA1577/QR/-X TRANSISTOR ROHMQ905 DTC143EUA-X TRANSISTOR ROHM

Q906 2SD1664/QR/-W TRANSISTOR ROHMQ907 2SA1577/QR/-X TRANSISTOR ROHMQ908 DTC124EUA-X TRANSISTOR ROHM



6-3

D1 SB007W03Q-X DIODE SANYOD2 EC2C01C-X DIODE ARRAY SANYOD3 EC2C01C-X DIODE ARRAY SANYOD4 EC2C01C-X DIODE ARRAY SANYOD401 MA741WA-X DIODE MATSUSHITAD901 MA142WK-X DIODE MATSUSHITAD902 MA142WA-X DIODE MATSUSHITAD903 MA728-X DIODE MATSUSHITA

R1 NRSA63J-241X M.G.RESISTOR 240 1/16WR2 NRSA63J-241X M.G.RESISTOR 240 1/16WR3 NRSA63J-241X M.G.RESISTOR 240 1/16WR4 NRSA63J-241X M.G.RESISTOR 240 1/16WR5 NRSA63J-102X M.G.RESISTOR 1k 1/16WR6 NRSA63J-104X M.G.RESISTOR 100k 1/16WR7 NRSA63J-471X M.G.RESISTOR 470 1/16WR9 NRSA63J-223X M.G.RESISTOR 22k 1/16WR10 NRSA63J-472X M.G.RESISTOR 4.7k 1/16WR11 NRSA63J-223X M.G.RESISTOR 22k 1/16W

R12 NRSA63J-332X M.G.RESISTOR 3.3k 1/16WR13 NRSA63J-332X M.G.RESISTOR 3.3k 1/16WR14 NRSA63J-332X M.G.RESISTOR 3.3k 1/16WR15 NRSA63J-332X M.G.RESISTOR 3.3k 1/16WR22 NRSA63J-0R0X M.G.RESISTOR 0 1/16W (U)R23 NRSA63J-104X M.G.RESISTOR 100k 1/16WR29 NRSA63J-0R0X M.G.RESISTOR 0 1/16WR34 NRSA63J-101X M.G.RESISTOR 100 1/16WR35 NRSA63J-102X M.G.RESISTOR 1k 1/16WR36 NRSA63J-102X M.G.RESISTOR 1k 1/16W

R37 NRSA63J-102X M.G.RESISTOR 1k 1/16WR38 NRSA63J-102X M.G.RESISTOR 1k 1/16WR39 NRSA63J-102X M.G.RESISTOR 1k 1/16WR40 NRSA63J-472X M.G.RESISTOR 4.7k 1/16WR41 NRSA63J-103X M.G.RESISTOR 10k 1/16WR42 NRSA63J-101X M.G.RESISTOR 100 1/16WR43 NRSA63J-103X M.G.RESISTOR 10k 1/16WR44 NRSA63J-103X M.G.RESISTOR 10k 1/16WR45 NRSA63J-222X M.G.RESISTOR 2.2k 1/16WR46 NRSA63J-222X M.G.RESISTOR 2.2k 1/16W

R48 NRSA63J-0R0X M.G.RESISTOR 0 1/16WR50 NRSA63J-104X M.G.RESISTOR 100k 1/16WR51 NRSA63J-103X M.G.RESISTOR 10k 1/16WR56 NRSA63J-102X M.G.RESISTOR 1k 1/16WR65 NRSA63J-102X M.G.RESISTOR 1k 1/16WR66 NRSA63J-102X M.G.RESISTOR 1k 1/16WR70 NRSA63J-102X M.G.RESISTOR 1k 1/16WR71 NRSA63J-102X M.G.RESISTOR 1k 1/16WR72 NRSA63J-102X M.G.RESISTOR 1k 1/16WR74 NRSA63J-202X M.G.RESISTOR 2k 1/16W

R82 NRSA63J-101X M.G.RESISTOR 100 1/16WR83 NRSA63J-330X M.G.RESISTOR 33 1/16WR85 NRSA63J-102X M.G.RESISTOR 1k 1/16WR86 NRSA63J-683X M.G.RESISTOR 68k 1/16WR87 NRSA63J-683X M.G.RESISTOR 68k 1/16WR88 NRSA63J-102X M.G.RESISTOR 1k 1/16WR89 NRSA63J-102X M.G.RESISTOR 1k 1/16WR91 NRSA63J-102X M.G.RESISTOR 1k 1/16WR95 NRSA63J-0R0X M.G.RESISTOR 0 1/16WR96 NRSA63J-151X M.G.RESISTOR 150 1/16W

R97 NRSA63J-302X M.G.RESISTOR 3k 1/16WR98 NRSA63J-151X M.G.RESISTOR 150 1/16WR99 NRSA63J-302X M.G.RESISTOR 3k 1/16WR100 NRSA63J-105X M.G.RESISTOR 1M 1/16WR101 NRSA63J-0R0X M.G.RESISTOR 0 1/16WR103 NRSA63J-562X M.G.RESISTOR 5.6k 1/16WR104 NRSA63J-222X M.G.RESISTOR 2.2k 1/16WR105 NRSA63J-103X M.G.RESISTOR 10k 1/16WR106 NRSA63J-224X M.G.RESISTOR 220k 1/16WR107 NRSA63J-102X M.G.RESISTOR 1k 1/16W

R108 NRSA63J-222X M.G.RESISTOR 2.2k 1/16WR109 NRSA63J-242X M.G.RESISTOR 2.4k 1/16WR110 NRSA63J-392X M.G.RESISTOR 3.9k 1/16WR111 NRSA63J-392X M.G.RESISTOR 3.9k 1/16W

R112 NRSA63J-560X M.G.RESISTOR 56 1/16WR113 NRSA63J-560X M.G.RESISTOR 56 1/16WR114 NRSA63J-560X M.G.RESISTOR 56 1/16WR115 NRSA63J-560X M.G.RESISTOR 56 1/16WR116 NRSA63J-512X M.G.RESISTOR 5.1k 1/16WR117 NRSA63J-222X M.G.RESISTOR 2.2k 1/16W

R118 NRSA63J-102X M.G.RESISTOR 1k 1/16WR119 NRSA63J-102X M.G.RESISTOR 1k 1/16WR120 NRSA63J-561X M.G.RESISTOR 560 1/16WR121 NRSA63J-0R0X M.G.RESISTOR 0 1/16WR122 NRSA63J-392X M.G.RESISTOR 3.9k 1/16WR124 NRSA63J-103X M.G.RESISTOR 10k 1/16WR125 NRSA63J-0R0X M.G.RESISTOR 0 1/16WR128 NRSA63J-103X M.G.RESISTOR 10k 1/16WR133 NRSA63J-562X M.G.RESISTOR 5.6k 1/16WR135 NRSA63J-561X M.G.RESISTOR 560 1/16W

R136 NRSA63J-103X M.G.RESISTOR 10k 1/16WR137 NRSA63J-224X M.G.RESISTOR 220k 1/16WR138 NRSA63J-224X M.G.RESISTOR 220k 1/16WR139 NRSA63J-105X M.G.RESISTOR 1M 1/16WR140 NRSA63J-0R0X M.G.RESISTOR 0 1/16WR141 NRSA63J-222X M.G.RESISTOR 2.2k 1/16WR142 NRSA63J-0R0X M.G.RESISTOR 0 1/16WR151 NRSA63J-101X M.G.RESISTOR 100 1/16WR152 NRSA63J-101X M.G.RESISTOR 100 1/16WR165 NRSA63J-105X M.G.RESISTOR 1M 1/16W

R166 NRSA63J-0R0X M.G.RESISTOR 0 1/16WR175 NRSA63J-103X M.G.RESISTOR 10k 1/16WR178 NRSA63J-0R0X M.G.RESISTOR 0 1/16WR182 NRSA63J-220X M.G.RESISTOR 22 1/16WR183 NRSA63J-220X M.G.RESISTOR 22 1/16WR185 NRSA63J-0R0X M.G.RESISTOR 0 1/16WR186 NRSA63J-473X M.G.RESISTOR 47k 1/16WR187 NRSA63J-473X M.G.RESISTOR 47k 1/16WR192 NRSA63J-0R0X M.G.RESISTOR 0 1/16WR196 NRSA63J-0R0X M.G.RESISTOR 0 1/16W

R410 NRSA63J-223X M.G.RESISTOR 22k 1/16WR414 NRSA63J-0R0X M.G.RESISTOR 0 1/16W (U)R419 NRSA63J-0R0X M.G.RESISTOR 0 1/16WR424 NRSA63J-331X M.G.RESISTOR 330 1/16WR425 NRSA63J-331X M.G.RESISTOR 330 1/16WR426 NRSA63J-101X M.G.RESISTOR 100 1/16WR427 NRSA63J-101X M.G.RESISTOR 100 1/16WR428 NRSA63J-223X M.G.RESISTOR 22k 1/16WR449 NRSA63J-0R0X M.G.RESISTOR 0 1/16WR450 NRSA63J-0R0X M.G.RESISTOR 0 1/16W

R451 NRSA63J-223X M.G.RESISTOR 22k 1/16WR452 NRSA63J-223X M.G.RESISTOR 22k 1/16WR453 NRSA63J-223X M.G.RESISTOR 22k 1/16WR454 NRSA63J-0R0X M.G.RESISTOR 0 1/16WR461 NRSA63J-0R0X M.G.RESISTOR 0 1/16WR462 NRSA63J-0R0X M.G.RESISTOR 0 1/16WR464 NRSA63J-0R0X M.G.RESISTOR 0 1/16WR465 NRSA63J-0R0X M.G.RESISTOR 0 1/16WR468 NRSA63J-103X M.G.RESISTOR 10k 1/16WR469 NRSA63J-103X M.G.RESISTOR 10k 1/16W

R470 NRSA63J-103X M.G.RESISTOR 10k 1/16WR471 NRSA63J-103X M.G.RESISTOR 10k 1/16WR472 NRSA63J-223X M.G.RESISTOR 22k 1/16WR475 NRSA63J-223X M.G.RESISTOR 22k 1/16WR476 NRSA63J-103X M.G.RESISTOR 10k 1/16WR477 NRSA63J-223X M.G.RESISTOR 22k 1/16WR478 NRSA63J-223X M.G.RESISTOR 22k 1/16WR479 NRSA63J-223X M.G.RESISTOR 22k 1/16WR480 NRSA63J-223X M.G.RESISTOR 22k 1/16WR483 NRSA63J-223X M.G.RESISTOR 22k 1/16W

R484 NRSA63J-101X M.G.RESISTOR 100 1/16WR485 NRSA63J-101X M.G.RESISTOR 100 1/16WR486 NRSA63J-101X M.G.RESISTOR 100 1/16WR487 NRSA63J-101X M.G.RESISTOR 100 1/16WR488 NRSA63J-101X M.G.RESISTOR 100 1/16WR489 NRSA63J-101X M.G.RESISTOR 100 1/16WR515 NRSA63J-100X M.G.RESISTOR 10 1/16W



6-4

R516 NRSA63J-100X M.G.RESISTOR 10 1/16WR517 NRSA63J-100X M.G.RESISTOR 10 1/16WR518 NRSA63J-100X M.G.RESISTOR 10 1/16W

R519 NRSA63J-100X M.G.RESISTOR 10 1/16WR520 NRSA63J-100X M.G.RESISTOR 10 1/16WR521 NRSA63J-100X M.G.RESISTOR 10 1/16WR522 NRSA63J-0R0X M.G.RESISTOR 0 1/16WR523 NRSA63J-0R0X M.G.RESISTOR 0 1/16WR524 NRSA63J-0R0X M.G.RESISTOR 0 1/16WR525 NRSA63J-0R0X M.G.RESISTOR 0 1/16WR527 NRSA63J-0R0X M.G.RESISTOR 0 1/16WR528 NRSA63J-0R0X M.G.RESISTOR 0 1/16WR529 NRSA63J-0R0X M.G.RESISTOR 0 1/16W

R530 NRSA63J-0R0X M.G.RESISTOR 0 1/16WR531 NRSA63J-0R0X M.G.RESISTOR 0 1/16WR532 NRSA63J-0R0X M.G.RESISTOR 0 1/16WR533 NRSA63J-330X M.G.RESISTOR 33 1/16WR534 NRSA63J-100X M.G.RESISTOR 10 1/16WR535 NRSA63J-100X M.G.RESISTOR 10 1/16WR536 NRSA63J-820X M.G.RESISTOR 82 1/16WR537 NRSA63J-820X M.G.RESISTOR 82 1/16WR538 NRSA63J-820X M.G.RESISTOR 82 1/16WR540 NRSA63J-104X M.G.RESISTOR 100k 1/16W

R541 NRSA63J-821X M.G.RESISTOR 820 1/16WR542 NRSA63J-104X M.G.RESISTOR 100k 1/16WR543 NRSA63J-821X M.G.RESISTOR 820 1/16WR544 NRSA63J-104X M.G.RESISTOR 100k 1/16WR545 NRSA63J-821X M.G.RESISTOR 820 1/16WR547 NRSA63J-100X M.G.RESISTOR 10 1/16WR548 NRSA63J-100X M.G.RESISTOR 10 1/16WR550 NRSA63J-100X M.G.RESISTOR 10 1/16WR552 NRSA63J-100X M.G.RESISTOR 10 1/16WR554 NRSA63J-0R0X M.G.RESISTOR 0 1/16W

R555 NRSA63J-0R0X M.G.RESISTOR 0 1/16WR557 NRSA63J-0R0X M.G.RESISTOR 0 1/16WR558 NRSA63J-0R0X M.G.RESISTOR 0 1/16WR559 NRSA63J-0R0X M.G.RESISTOR 0 1/16WR560 NRSA63J-100X M.G.RESISTOR 10 1/16WR561 NRSA63J-222X M.G.RESISTOR 2.2k 1/16WR562 NRSA63J-471X M.G.RESISTOR 470 1/16WR563 NRSA63J-220X M.G.RESISTOR 22 1/16WR566 NRSA63J-0R0X M.G.RESISTOR 0 1/16WR569 NRSA63J-220X M.G.RESISTOR 22 1/16W

R573 NRSA63J-103X M.G.RESISTOR 10k 1/16WR575 NRSA63J-220X M.G.RESISTOR 22 1/16WR576 NRSA63J-101X M.G.RESISTOR 100 1/16WR577 NRSA63J-102X M.G.RESISTOR 1k 1/16WR578 NRSA63J-102X M.G.RESISTOR 1k 1/16WR579 NRSA63J-0R0X M.G.RESISTOR 0 1/16WR580 NRSA63J-103X M.G.RESISTOR 10k 1/16WR583 NRSA63J-0R0X M.G.RESISTOR 0 1/16WR584 NRSA63J-0R0X M.G.RESISTOR 0 1/16WR585 NRSA63J-220X M.G.RESISTOR 22 1/16W

R586 NRSA63J-220X M.G.RESISTOR 22 1/16WR587 NRSA63J-0R0X M.G.RESISTOR 0 1/16WR589 NRSA63J-0R0X M.G.RESISTOR 0 1/16WR590 NRSA63J-103X M.G.RESISTOR 10k 1/16WR593 NRSA63J-103X M.G.RESISTOR 10k 1/16WR594 NRSA63J-103X M.G.RESISTOR 10k 1/16WR596 NRSA63J-220X M.G.RESISTOR 22 1/16WR597 NRSA63J-220X M.G.RESISTOR 22 1/16WR598 NRSA63J-220X M.G.RESISTOR 22 1/16WR599 NRSA63J-220X M.G.RESISTOR 22 1/16W

R600 NRSA63J-101X M.G.RESISTOR 100 1/16WR601 NRSA63J-101X M.G.RESISTOR 100 1/16WR602 NRSA63J-101X M.G.RESISTOR 100 1/16WR603 NRSA63J-102X M.G.RESISTOR 1k 1/16WR604 NRSA63J-220X M.G.RESISTOR 22 1/16WR605 NRSA63J-103X M.G.RESISTOR 10k 1/16WR606 NRSA63J-103X M.G.RESISTOR 10k 1/16WR607 NRSA63J-103X M.G.RESISTOR 10k 1/16WR610 NRSA63J-101X M.G.RESISTOR 100 1/16WR611 NQR0269-022X FERRITE BEADS

R613 NRSA63J-0R0X M.G.RESISTOR 0 1/16WR616 NRSA63J-102X M.G.RESISTOR 1k 1/16WR617 NRSA63J-102X M.G.RESISTOR 1k 1/16WR619 NRSA63J-102X M.G.RESISTOR 1k 1/16WR621 NRSA63J-472X M.G.RESISTOR 4.7k 1/16WR622 NRSA63J-472X M.G.RESISTOR 4.7k 1/16WR623 NRSA63J-472X M.G.RESISTOR 4.7k 1/16WR624 NRSA63J-472X M.G.RESISTOR 4.7k 1/16WR625 NRSA63J-472X M.G.RESISTOR 4.7k 1/16WR626 NRSA63J-472X M.G.RESISTOR 4.7k 1/16W

R627 NRSA63J-472X M.G.RESISTOR 4.7k 1/16WR628 NRSA63J-472X M.G.RESISTOR 4.7k 1/16WR629 NRSA63J-472X M.G.RESISTOR 4.7k 1/16WR630 NRSA63J-472X M.G.RESISTOR 4.7k 1/16WR631 NRSA63J-103X M.G.RESISTOR 10k 1/16WR632 NRSA63J-472X M.G.RESISTOR 4.7k 1/16WR633 NRSA63J-472X M.G.RESISTOR 4.7k 1/16WR634 NRSA63J-472X M.G.RESISTOR 4.7k 1/16WR635 NRSA63J-0R0X M.G.RESISTOR 0 1/16WR636 NRSA63J-220X M.G.RESISTOR 22 1/16W

R637 NRSA63J-0R0X M.G.RESISTOR 0 1/16WR639 NRSA63J-102X M.G.RESISTOR 1k 1/16WR640 NRSA63J-0R0X M.G.RESISTOR 0 1/16WR641 NRSA63J-220X M.G.RESISTOR 22 1/16WR642 NRSA63J-0R0X M.G.RESISTOR 0 1/16WR643 NRSA63J-472X M.G.RESISTOR 4.7k 1/16WR646 NRSA63J-331X M.G.RESISTOR 330 1/16WR647 NRSA63J-680X M.G.RESISTOR 68 1/16WR648 NRSA63J-820X M.G.RESISTOR 82 1/16WR649 NRSA63J-152X M.G.RESISTOR 1.5k 1/16W

R650 NRSA63J-101X M.G.RESISTOR 100 1/16WR651 NRSA63J-103X M.G.RESISTOR 10k 1/16WR652 NRSA63J-182X M.G.RESISTOR 1.8k 1/16WR653 NRSA63J-472X M.G.RESISTOR 4.7k 1/16WR654 NRSA63J-220X M.G.RESISTOR 22 1/16WR655 NRSA63J-472X M.G.RESISTOR 4.7k 1/16WR656 NRSA63J-391X M.G.RESISTOR 390 1/16WR659 NRSA63J-271X M.G.RESISTOR 270 1/16W (U)

NRSA63J-331X M.G.RESISTOR 330 1/16W (E)R665 NRSA63J-101X M.G.RESISTOR 100 1/16WR670 NRSA63J-103X M.G.RESISTOR 10k 1/16W

R671 NRSA63J-103X M.G.RESISTOR 10k 1/16WR672 NRSA63J-225X M.G.RESISTOR 2.2M 1/16WR673 NRSA63J-103X M.G.RESISTOR 10k 1/16WR674 NRSA63J-121X M.G.RESISTOR 120 1/16WR675 NRSA63J-391X M.G.RESISTOR 390 1/16WR676 NRSA63J-391X M.G.RESISTOR 390 1/16WR677 NRSA63J-121X M.G.RESISTOR 120 1/16WR678 NRSA63J-103X M.G.RESISTOR 10k 1/16WR679 NRSA63J-224X M.G.RESISTOR 220k 1/16WR680 NRSA63J-223X M.G.RESISTOR 22k 1/16W

R681 NRSA63J-153X M.G.RESISTOR 15k 1/16WR682 NRSA63J-472X M.G.RESISTOR 4.7k 1/16WR683 NRSA63J-472X M.G.RESISTOR 4.7k 1/16WR684 NRSA63J-472X M.G.RESISTOR 4.7k 1/16WR685 NRSA63J-220X M.G.RESISTOR 22 1/16WR686 NRSA63J-102X M.G.RESISTOR 1k 1/16WR687 NRSA63J-220X M.G.RESISTOR 22 1/16WR688 NRSA63J-102X M.G.RESISTOR 1k 1/16WR689 NRSA63J-472X M.G.RESISTOR 4.7k 1/16WR690 NRSA63J-152X M.G.RESISTOR 1.5k 1/16W

R691 NRSA63J-472X M.G.RESISTOR 4.7k 1/16WR692 NRSA63J-472X M.G.RESISTOR 4.7k 1/16WR693 NRSA63J-472X M.G.RESISTOR 4.7k 1/16WR694 NRSA63J-102X M.G.RESISTOR 1k 1/16WR696 NRSA63J-472X M.G.RESISTOR 4.7k 1/16WR697 NRSA63J-472X M.G.RESISTOR 4.7k 1/16WR701 NRSA63J-0R0X M.G.RESISTOR 0 1/16WR702 NRSA63J-0R0X M.G.RESISTOR 0 1/16WR703 NRSA63J-0R0X M.G.RESISTOR 0 1/16WR704 NRSA63J-0R0X M.G.RESISTOR 0 1/16W

R729 NQR0269-014X FERRITE BEADSR730 NQR0269-014X FERRITE BEADS

[MAIN]



6-5

R731 NQR0269-014X FERRITE BEADSR732 NQR0269-014X FERRITE BEADSR733 NQR0269-014X FERRITE BEADSR734 NQR0269-014X FERRITE BEADSR755 NRSA63J-103X M.G.RESISTOR 10k 1/16WR756 NRSA63J-103X M.G.RESISTOR 10k 1/16WR757 NRSA63J-103X M.G.RESISTOR 10k 1/16WR760 NRSA63J-100X M.G.RESISTOR 10 1/16W

R761 NRSA63J-100X M.G.RESISTOR 10 1/16WR762 NRSA63J-100X M.G.RESISTOR 10 1/16WR763 NRSA63J-100X M.G.RESISTOR 10 1/16WR764 NRSA63J-100X M.G.RESISTOR 10 1/16WR862 NRSA63J-0R0X M.G.RESISTOR 0 1/16WR863 NRSA63J-223X M.G.RESISTOR 22k 1/16WR864 NRSA63J-223X M.G.RESISTOR 22k 1/16WR865 NRSA63J-332X M.G.RESISTOR 3.3k 1/16WR869 NRSA63J-332X M.G.RESISTOR 3.3k 1/16WR870 NRSA63J-0R0X M.G.RESISTOR 0 1/16W

R872 NRSA63J-223X M.G.RESISTOR 22k 1/16WR873 NRSA63J-223X M.G.RESISTOR 22k 1/16WR874 NRSA63J-223X M.G.RESISTOR 22k 1/16WR875 NRSA63J-223X M.G.RESISTOR 22k 1/16WR876 NRSA63J-223X M.G.RESISTOR 22k 1/16WR901 NRSA63J-2R2X M.G.RESISTOR 2.2 1/16WR902 NRSA63J-2R2X M.G.RESISTOR 2.2 1/16WR903 NRSA63J-4R7X M.G.RESISTOR 4.7 1/16WR904 NRSA63J-470X M.G.RESISTOR 47 1/16WR905 NRSA63J-473X M.G.RESISTOR 47k 1/16W

R906 NRSA63J-472X M.G.RESISTOR 4.7k 1/16WR907 NRSA63J-473X M.G.RESISTOR 47k 1/16WR908 NRSA63J-333X M.G.RESISTOR 33k 1/16WR909 NRSA63J-472X M.G.RESISTOR 4.7k 1/16WR910 NRSA63J-333X M.G.RESISTOR 33k 1/16WR911 NRSA63J-473X M.G.RESISTOR 47k 1/16WR912 NRSA63J-472X M.G.RESISTOR 4.7k 1/16WR914 NRSA63J-473X M.G.RESISTOR 47k 1/16WR915 NRSA63J-272X M.G.RESISTOR 2.7k 1/16WR916 NRSA63J-103X M.G.RESISTOR 10k 1/16W

R917 NRSA63J-473X M.G.RESISTOR 47k 1/16WR918 NRSA63J-272X M.G.RESISTOR 2.7k 1/16WR919 NRSA63J-272X M.G.RESISTOR 2.7k 1/16WR920 NRSA63J-103X M.G.RESISTOR 10k 1/16WR921 NRSA63J-392X M.G.RESISTOR 3.9k 1/16WR922 NRSA63J-392X M.G.RESISTOR 3.9k 1/16WR923 NRZ0073-472X M.G.RESISTOR 4.7kR924 NRZ0073-472X M.G.RESISTOR 4.7kR925 NRSA63J-101X M.G.RESISTOR 100 1/16WR926 NRSA63J-103X M.G.RESISTOR 10k 1/16W

R929 NRSA63J-333X M.G.RESISTOR 33k 1/16WR930 NRSA63J-333X M.G.RESISTOR 33k 1/16WR931 NRSA63J-101X M.G.RESISTOR 100 1/16WR932 NRSA63J-472X M.G.RESISTOR 4.7k 1/16WR933 NRSA63J-472X M.G.RESISTOR 4.7k 1/16WR934 NRSA63J-333X M.G.RESISTOR 33k 1/16WR935 NRSA63J-333X M.G.RESISTOR 33k 1/16WR936 NRSA63J-101X M.G.RESISTOR 100 1/16WR937 NRSA63J-473X M.G.RESISTOR 47k 1/16WR938 NRSA63J-473X M.G.RESISTOR 47k 1/16W

R939 NRSA63J-223X M.G.RESISTOR 22k 1/16WR940 NRSA63J-473X M.G.RESISTOR 47k 1/16WR941 NRSA63J-473X M.G.RESISTOR 47k 1/16WR942 NRSA63J-182X M.G.RESISTOR 1.8k 1/16WR943 NRSA63J-393X M.G.RESISTOR 39k 1/16WR944 NRSA63J-473X M.G.RESISTOR 47k 1/16WR945 NRSA63J-273X M.G.RESISTOR 27k 1/16WR946 NRSA63J-103X M.G.RESISTOR 10k 1/16WR947 NRSA63J-103X M.G.RESISTOR 10k 1/16WR948 NRSA63J-223X M.G.RESISTOR 22k 1/16W

R949 NRSA63J-473X M.G.RESISTOR 47k 1/16WR950 NRSA63J-473X M.G.RESISTOR 47k 1/16WR951 NRSA63J-473X M.G.RESISTOR 47k 1/16WR952 NRSA63J-473X M.G.RESISTOR 47k 1/16WR953 NRSA63J-393X M.G.RESISTOR 39k 1/16W

R954 NRSA63J-333X M.G.RESISTOR 33k 1/16WR955 NRSA63J-182X M.G.RESISTOR 1.8k 1/16WR956 NRSA63J-473X M.G.RESISTOR 47k 1/16WR957 NRSA63J-3R3X M.G.RESISTOR 3.3 1/16WR958 NRSA63J-3R3X M.G.RESISTOR 3.3 1/16W

R961 NRSA63J-0R0X M.G.RESISTOR 0 1/16WR962 NRSA63J-0R0X M.G.RESISTOR 0 1/16WR967 NRSA63J-102X M.G.RESISTOR 1k 1/16WR969 NRSA63J-103X M.G.RESISTOR 10k 1/16WR970 NRSA63J-103X M.G.RESISTOR 10k 1/16WR971 NRSA63J-223X M.G.RESISTOR 22k 1/16WR972 NRSA63J-223X M.G.RESISTOR 22k 1/16WR973 NRSA63J-223X M.G.RESISTOR 22k 1/16WR974 NRSA63J-223X M.G.RESISTOR 22k 1/16WR975 NRSA63J-223X M.G.RESISTOR 22k 1/16W

R978 NRSA63J-0R0X M.G.RESISTOR 0 1/16WR981 NRSA63J-102X M.G.RESISTOR 1k 1/16WR982 NRSA63J-333X M.G.RESISTOR 33k 1/16WR983 NRSA63J-102X M.G.RESISTOR 1k 1/16WR984 NRSA63J-333X M.G.RESISTOR 33k 1/16WR985 NRSA63J-101X M.G.RESISTOR 100 1/16WR986 NRSA63J-332X M.G.RESISTOR 3.3k 1/16WR987 NRSA63J-682X M.G.RESISTOR 6.8k 1/16WR988 NRSA63J-473X M.G.RESISTOR 47k 1/16WR989 NRSA63J-473X M.G.RESISTOR 47k 1/16W

R991 NRSA63J-333X M.G.RESISTOR 33k 1/16WR992 NRSA63J-223X M.G.RESISTOR 22k 1/16WR993 NRSA63J-102X M.G.RESISTOR 1k 1/16WR994 NRSA63J-103X M.G.RESISTOR 10k 1/16WR995 NRSA63J-154X M.G.RESISTOR 150k 1/16WR996 NRSA63J-223X M.G.RESISTOR 22k 1/16WR997 NRSA63J-223X M.G.RESISTOR 22k 1/16WR998 NRSA63J-103X M.G.RESISTOR 10k 1/16WR999 NRSA63J-103X M.G.RESISTOR 10k 1/16WR1000 NRSA63J-472X M.G.RESISTOR 4.7k 1/16W

R1001 NRSA63J-224X M.G.RESISTOR 220k 1/16WR1003 NRSA63J-564X M.G.RESISTOR 560k 1/16WR1004 NRSA63J-472X M.G.RESISTOR 4.7k 1/16WR1005 NRSA63J-472X M.G.RESISTOR 4.7k 1/16WR1007 NRSA63J-472X M.G.RESISTOR 4.7k 1/16WR1008 NRSA63J-474X M.G.RESISTOR 470k 1/16WR1009 NRSA63J-104X M.G.RESISTOR 100k 1/16WR1010 NRSA63J-562X M.G.RESISTOR 5.6k 1/16WR1011 NRSA63J-103X M.G.RESISTOR 10k 1/16WR1012 NRSA63J-103X M.G.RESISTOR 10k 1/16W

R1013 NRSA63J-474X M.G.RESISTOR 470k 1/16WR1014 NRSA63J-474X M.G.RESISTOR 470k 1/16WR1015 NRSA63J-474X M.G.RESISTOR 470k 1/16WR1016 NRSA63J-474X M.G.RESISTOR 470k 1/16WR1017 NRSA63D-472X M.G.RESISTOR 4.7k 1/16WR1019 NRSA63J-274X M.G.RESISTOR 270k 1/16WR1020 NRSA63J-274X M.G.RESISTOR 270k 1/16WR1021 NRSA63D-472X M.G.RESISTOR 4.7k 1/16WR1023 NRSA63J-0R0X M.G.RESISTOR 0 1/16WR1024 NRSA63J-0R0X M.G.RESISTOR 0 1/16W

R1025 NRSA63J-473X M.G.RESISTOR 47k 1/16WR1026 NRSA63J-473X M.G.RESISTOR 47k 1/16WR1027 NRSA63J-473X M.G.RESISTOR 47k 1/16WR1028 NRSA63J-473X M.G.RESISTOR 47k 1/16WR1029 NRSA63J-0R0X M.G.RESISTOR 0 1/16WR1030 NRSA63J-0R0X M.G.RESISTOR 0 1/16WR1031 NRSA63J-0R0X M.G.RESISTOR 0 1/16WR1032 NRSA63D-133X M.G.RESISTOR 13k 1/16WR1033 NRSA63D-153X M.G.RESISTOR 15k 1/16WR1034 NRSA63J-0R0X M.G.RESISTOR 0 1/16W

R1035 NRSA63J-472X M.G.RESISTOR 4.7k 1/16WR1036 NRSA63J-223X M.G.RESISTOR 22k 1/16WR1037 NRSA63J-4R7X M.G.RESISTOR 4.7 1/16WR1038 NRSA63J-4R7X M.G.RESISTOR 4.7 1/16WR1039 NRSA63J-4R7X M.G.RESISTOR 4.7 1/16WR1040 NRSA63J-333X M.G.RESISTOR 33k 1/16WR1041 NRSA63J-223X M.G.RESISTOR 22k 1/16WR1042 NRSA63J-272X M.G.RESISTOR 2.7k 1/16W



6-6

R1043 NRSA63J-272X M.G.RESISTOR 2.7k 1/16WR1044 NRSA63J-473X M.G.RESISTOR 47k 1/16W

R1045 NRSA63J-101X M.G.RESISTOR 100 1/16WR1049 NRSA63J-473X M.G.RESISTOR 47k 1/16WR1050 NRSA63J-472X M.G.RESISTOR 4.7k 1/16WR1051 NRSA63J-272X M.G.RESISTOR 2.7k 1/16W

RA1 NRZ0015-103X RESISTOR ARRAY 10kRA2 NRZ0015-473X RESISTOR ARRAY 47kRA3 NRZ0015-220X RESISTOR ARRAY 22RA4 NRZ0015-102X RESISTOR ARRAY 1kRA5 NRZ0015-102X RESISTOR ARRAY 1kRA6 NRZ0015-473X RESISTOR ARRAY 47kRA7 NRZ0015-473X RESISTOR ARRAY 47kRA8 NRZ0015-102X RESISTOR ARRAY 1kRA9 NRZ0015-332X RESISTOR ARRAY 3.3kRA10 NRZ0015-473X RESISTOR ARRAY 47k

RA11 NRZ0015-102X RESISTOR ARRAY 1kRA12 NRZ0015-101X RESISTOR ARRAY 100RA13 NRZ0015-101X RESISTOR ARRAY 100RA16 NRZ0015-220X RESISTOR ARRAY 22RA17 NRZ0015-220X RESISTOR ARRAY 22RA561 NRZ0015-331X RESISTOR ARRAY 330RA562 NRZ0015-331X RESISTOR ARRAY 330RA563 NRZ0015-331X RESISTOR ARRAY 330RA564 NQR0320-007X FERRITE BEADSRA565 NQR0320-007X FERRITE BEADS

RA568 NRZ0015-101X RESISTOR ARRAY 100RA569 NRZ0015-101X RESISTOR ARRAY 100RA570 NRZ0015-101X RESISTOR ARRAY 100RA571 NRZ0015-101X RESISTOR ARRAY 100RA572 NRZ0015-101X RESISTOR ARRAY 100RA573 NRZ0015-472X RESISTOR ARRAY 4.7kRA901 NRZ0015-0R0X RESISTOR ARRAY 0

C1 NCB31CK-104X CER.CAPACITOR 0.1 16VC2 NCB31CK-104X CER.CAPACITOR 0.1 16VC3 NCB31CK-104X CER.CAPACITOR 0.1 16VC4 NCB31CK-104X CER.CAPACITOR 0.1 16VC5 NCB31EK-473X CER.CAPACITOR 0.047 25VC6 NCB31CK-104X CER.CAPACITOR 0.1 16VC7 NCB31EK-223X CER.CAPACITOR 0.022 25VC8 NCB31CK-104X CER.CAPACITOR 0.1 16VC9 NCB31CK-104X CER.CAPACITOR 0.1 16VC10 NBE21AM-106X TAN.CAPACITOR 10 10V

C11 NCB31CK-104X CER.CAPACITOR 0.1 16VC12 NCB31CK-104X CER.CAPACITOR 0.1 16VC13 NBE21AM-106X TAN.CAPACITOR 10 10VC14 NCB31CK-104X CER.CAPACITOR 0.1 16VC15 NCB31CK-104X CER.CAPACITOR 0.1 16VC16 NBE41CM-106X TAN.CAPACITOR 10 16VC17 NCB11CK-475X CER.CAPACITOR 4.7 16VC18 NCB31CK-104X CER.CAPACITOR 0.1 16VC19 NCB31CK-104X CER.CAPACITOR 0.1 16VC20 NCB11CK-475X CER.CAPACITOR 4.7 16V

C21 NCB31CK-104X CER.CAPACITOR 0.1 16VC22 NCB31CK-104X CER.CAPACITOR 0.1 16VC23 NDC31HJ-102X CER.CAPACITOR 1000p 50VC24 NCB31CK-104X CER.CAPACITOR 0.1 16VC25 NDC31HJ-221X CER.CAPACITOR 220p 50VC26 NCB31CK-104X CER.CAPACITOR 0.1 16VC27 NCB31CK-104X CER.CAPACITOR 0.1 16VC28 NCB31CK-104X CER.CAPACITOR 0.1 16VC29 NBE41CM-106X TAN.CAPACITOR 10 16VC30 NCB31EK-473X CER.CAPACITOR 0.047 25V

C31 NCB31EK-473X CER.CAPACITOR 0.047 25VC32 NCB31EK-473X CER.CAPACITOR 0.047 25VC33 NCB31CK-104X CER.CAPACITOR 0.1 16VC34 NCB31CK-104X CER.CAPACITOR 0.1 16VC35 NCB31CK-104X CER.CAPACITOR 0.1 16VC36 NCB31CK-104X CER.CAPACITOR 0.1 16VC37 NCB31EK-223X CER.CAPACITOR 0.022 25V

C38 NCB31EK-223X CER.CAPACITOR 0.022 25VC39 NCB31EK-223X CER.CAPACITOR 0.022 25VC40 NCB31EK-223X CER.CAPACITOR 0.022 25V

C41 NCB31CK-104X CER.CAPACITOR 0.1 16VC42 NCB31CK-104X CER.CAPACITOR 0.1 16VC43 NCB31CK-104X CER.CAPACITOR 0.1 16VC44 NCB31CK-104X CER.CAPACITOR 0.1 16VC45 NCB31EK-103X CER.CAPACITOR 0.01 25VC46 NCB31HK-102X CER.CAPACITOR 1000p 50VC47 NCB31HK-102X CER.CAPACITOR 1000p 50VC48 NCB31CK-104X CER.CAPACITOR 0.1 16VC49 NBE21AM-106X TAN.CAPACITOR 10 10VC50 NBE21AM-106X TAN.CAPACITOR 10 10V

C51 NCB31CK-104X CER.CAPACITOR 0.1 16VC52 NCB31CK-104X CER.CAPACITOR 0.1 16VC53 NCB31CK-104X CER.CAPACITOR 0.1 16VC54 NCB31CK-104X CER.CAPACITOR 0.1 16VC55 NCB31CK-104X CER.CAPACITOR 0.1 16VC56 NCB31CK-104X CER.CAPACITOR 0.1 16VC57 NCB31CK-104X CER.CAPACITOR 0.1 16VC58 NCB31CK-104X CER.CAPACITOR 0.1 16VC59 NCB31CK-104X CER.CAPACITOR 0.1 16VC60 NCB31CK-104X CER.CAPACITOR 0.1 16V

C61 NBE21AM-106X TAN.CAPACITOR 10 10VC62 NCB31CK-104X CER.CAPACITOR 0.1 16VC63 NBE21AM-106X TAN.CAPACITOR 10 10VC64 NCB31CK-104X CER.CAPACITOR 0.1 16VC65 NBE41CM-106X TAN.CAPACITOR 10 16VC66 NCB31CK-104X CER.CAPACITOR 0.1 16VC69 NBE21AM-106X TAN.CAPACITOR 10 10VC70 NCB31CK-104X CER.CAPACITOR 0.1 16VC71 NCB11CK-105X CER.CAPACITOR 1 16VC72 NCB31EK-103X CER.CAPACITOR 0.01 25V

C73 NCB11CK-105X CER.CAPACITOR 1 16VC74 NBE21AM-106X TAN.CAPACITOR 10 10VC79 NCB11CK-105X CER.CAPACITOR 1 16VC80 NBE21AM-106X TAN.CAPACITOR 10 10VC81 NBE21AM-106X TAN.CAPACITOR 10 10VC82 NCB11AK-225X CER.CAPACITOR 2.2 10VC83 NBE21AM-106X TAN.CAPACITOR 10 10VC84 NCB31CK-104X CER.CAPACITOR 0.1 16VC85 NBE21AM-106X TAN.CAPACITOR 10 10VC86 NCB31CK-104X CER.CAPACITOR 0.1 16V

C87 NCB31CK-104X CER.CAPACITOR 0.1 16VC88 NCB31CK-104X CER.CAPACITOR 0.1 16VC89 NCB31CK-104X CER.CAPACITOR 0.1 16VC90 NCB31CK-104X CER.CAPACITOR 0.1 16VC91 NCB31CK-104X CER.CAPACITOR 0.1 16VC92 NCB31CK-104X CER.CAPACITOR 0.1 16VC93 NDC31HJ-120X CER.CAPACITOR 12p 50VC94 NDC31HJ-120X CER.CAPACITOR 12p 50VC95 NCB31CK-104X CER.CAPACITOR 0.1 16VC96 NCB31CK-104X CER.CAPACITOR 0.1 16V

C97 NDC31HJ-390X CER.CAPACITOR 39p 50VC98 NDC31HJ-102X CER.CAPACITOR 1000p 50VC99 NCB31CK-104X CER.CAPACITOR 0.1 16VC100 NCB31CK-104X CER.CAPACITOR 0.1 16VC101 NCB11CK-105X CER.CAPACITOR 1 16VC103 NDC31HJ-271X CER.CAPACITOR 270p 50VC104 NCB31EK-103X CER.CAPACITOR 0.01 25VC105 NCB31CK-104X CER.CAPACITOR 0.1 16VC106 NCB31CK-104X CER.CAPACITOR 0.1 16VC107 NBE21AM-106X TAN.CAPACITOR 10 10V

C108 NCB31CK-104X CER.CAPACITOR 0.1 16VC110 NDC31HJ-151X CER.CAPACITOR 150p 50VC111 NCB31EK-473X CER.CAPACITOR 0.047 25VC116 NCB31CK-104X CER.CAPACITOR 0.1 16VC117 NCB31CK-104X CER.CAPACITOR 0.1 16VC118 NCB31EK-103X CER.CAPACITOR 0.01 25VC119 NCB31CK-104X CER.CAPACITOR 0.1 16VC120 NCB31CK-104X CER.CAPACITOR 0.1 16VC121 NDC31HJ-102X CER.CAPACITOR 1000p 50VC122 NDC31HJ-390X CER.CAPACITOR 39p 50V

[MAIN]



6-7

C123 NDC31HJ-102X CER.CAPACITOR 1000p 50VC124 NDC31HJ-330X CER.CAPACITOR 33p 50VC125 NDC31HJ-6R0X CER.CAPACITOR 6p 50VC126 NDC31HJ-6R0X CER.CAPACITOR 6p 50VC127 NCB31CK-104X CER.CAPACITOR 0.1 16VC128 NCB31CK-104X CER.CAPACITOR 0.1 16VC129 NCB31CK-104X CER.CAPACITOR 0.1 16VC130 NCB31CK-104X CER.CAPACITOR 0.1 16VC131 NCB31CK-104X CER.CAPACITOR 0.1 16VC132 NCB31CK-104X CER.CAPACITOR 0.1 16V

C133 NCB31HK-472X CER.CAPACITOR 4700p 50VC412 NCB31CK-104X CER.CAPACITOR 0.1 16VC420 NBE21AM-106X TAN.CAPACITOR 10 10VC421 NCB31CK-104X CER.CAPACITOR 0.1 16VC437 NCB31CK-104X CER.CAPACITOR 0.1 16VC439 NCB31CK-104X CER.CAPACITOR 0.1 16VC443 NCB31CK-104X CER.CAPACITOR 0.1 16VC446 NCB31CK-104X CER.CAPACITOR 0.1 16VC447 NCB31CK-104X CER.CAPACITOR 0.1 16VC448 NCB31HK-103X CER.CAPACITOR 0.01 50V

C449 NCB31HK-103X CER.CAPACITOR 0.01 50VC450 NCB31HK-103X CER.CAPACITOR 0.01 50VC451 NCB31CK-104X CER.CAPACITOR 0.1 16VC453 NBE21AM-106X TAN.CAPACITOR 10 10VC454 NCB31CK-104X CER.CAPACITOR 0.1 16VC455 NCB31CK-104X CER.CAPACITOR 0.1 16VC501 NBE71VM-106X TAN.CAPACITOR 10 35VC502 NBE71VM-106X TAN.CAPACITOR 10 35VC503 NCB11AK-106X CER.CAPACITOR 10 10VC504 NCB11AK-106X CER.CAPACITOR 10 10V

C505 NCB11AK-106X CER.CAPACITOR 10 10VC506 NCB11AK-106X CER.CAPACITOR 10 10VC507 NBE21AM-106X TAN.CAPACITOR 10 10VC508 NBE21AM-106X TAN.CAPACITOR 10 10VC509 NBE91CM-105X TAN.CAPACITOR 1 16VC510 NCB31CK-104X CER.CAPACITOR 0.1 16VC511 NCB31CK-104X CER.CAPACITOR 0.1 16VC512 NCB31CK-104X CER.CAPACITOR 0.1 16VC513 NCB31CK-104X CER.CAPACITOR 0.1 16VC514 NCB31CK-104X CER.CAPACITOR 0.1 16V

C515 NCB31CK-104X CER.CAPACITOR 0.1 16VC516 NCB31CK-104X CER.CAPACITOR 0.1 16VC517 NBE91CM-105X TAN.CAPACITOR 1 16VC518 NBE91CM-105X TAN.CAPACITOR 1 16VC519 NCB31CK-104X CER.CAPACITOR 0.1 16VC520 NCB31CK-104X CER.CAPACITOR 0.1 16VC521 NCB31CK-104X CER.CAPACITOR 0.1 16VC522 NCB31CK-104X CER.CAPACITOR 0.1 16VC523 NCB31CK-104X CER.CAPACITOR 0.1 16VC524 NCB31CK-104X CER.CAPACITOR 0.1 16V

C525 NCB31CK-104X CER.CAPACITOR 0.1 16VC526 NCB31CK-104X CER.CAPACITOR 0.1 16VC527 NCB31CK-104X CER.CAPACITOR 0.1 16VC528 NCB31CK-104X CER.CAPACITOR 0.1 16VC529 NBE91CM-105X TAN.CAPACITOR 1 16VC530 NBE91CM-105X TAN.CAPACITOR 1 16VC531 NCB31CK-104X CER.CAPACITOR 0.1 16VC532 NCB31CK-104X CER.CAPACITOR 0.1 16VC533 NCB31CK-104X CER.CAPACITOR 0.1 16VC534 NCB31CK-104X CER.CAPACITOR 0.1 16V

C535 NCB31CK-104X CER.CAPACITOR 0.1 16VC536 NCB31CK-104X CER.CAPACITOR 0.1 16VC537 NCB31CK-104X CER.CAPACITOR 0.1 16VC538 NCB31CK-104X CER.CAPACITOR 0.1 16VC539 NCB31CK-104X CER.CAPACITOR 0.1 16VC540 NCB31CK-104X CER.CAPACITOR 0.1 16VC541 NBE91CM-105X TAN.CAPACITOR 1 16VC542 NBE91CM-105X TAN.CAPACITOR 1 16VC543 NCB31CK-104X CER.CAPACITOR 0.1 16VC544 NCB31CK-104X CER.CAPACITOR 0.1 16V

C545 NCB31CK-104X CER.CAPACITOR 0.1 16VC547 NCB11AK-106X CER.CAPACITOR 10 10V

C548 NCB31CK-104X CER.CAPACITOR 0.1 16VC549 NCB31EK-473X CER.CAPACITOR 0.047 25VC551 NCB11EK-105X CER.CAPACITOR 1 25VC552 NBE41VM-335X TAN.CAPACITOR 3.3 35VC554 NCB11AK-106X CER.CAPACITOR 10 10VC555 NCB31CK-104X CER.CAPACITOR 0.1 16VC556 NCB31EK-473X CER.CAPACITOR 0.047 25VC558 NCB11EK-105X CER.CAPACITOR 1 25V

C559 NBE41VM-335X TAN.CAPACITOR 3.3 35VC560 NBE91CM-105X TAN.CAPACITOR 1 16VC561 NCB31CK-104X CER.CAPACITOR 0.1 16VC562 NBE21AM-106X TAN.CAPACITOR 10 10VC563 NBE21AM-106X TAN.CAPACITOR 10 10VC564 NCB31CK-104X CER.CAPACITOR 0.1 16VC565 NCB31CK-104X CER.CAPACITOR 0.1 16VC566 NCB31CK-104X CER.CAPACITOR 0.1 16VC567 NCB31CK-104X CER.CAPACITOR 0.1 16VC568 NCB31CK-104X CER.CAPACITOR 0.1 16V



C589 NCB11AK-106X CER.CAPACITOR 10 10VC590 NBE21AM-106X TAN.CAPACITOR 10 10VC591 NCB31CK-104X CER.CAPACITOR 0.1 16VC592 NCB31CK-104X CER.CAPACITOR 0.1 16VC593 NCB31CK-104X CER.CAPACITOR 0.1 16VC594 NCB31CK-104X CER.CAPACITOR 0.1 16VC595 NCB31CK-104X CER.CAPACITOR 0.1 16VC596 NBE91CM-105X TAN.CAPACITOR 1 16VC598 NBE91CM-105X TAN.CAPACITOR 1 16VC599 NBE91CM-105X TAN.CAPACITOR 1 16V

C600 NBE91CM-105X TAN.CAPACITOR 1 16VC601 NBE91CM-105X TAN.CAPACITOR 1 16VC603 NCB11AK-106X CER.CAPACITOR 10 10VC604 NCB31CK-104X CER.CAPACITOR 0.1 16VC605 NCB31EK-473X CER.CAPACITOR 0.047 25VC607 NCB11EK-105X CER.CAPACITOR 1 25VC608 NBE41VM-335X TAN.CAPACITOR 3.3 35VC609 NCB31CK-104X CER.CAPACITOR 0.1 16VC610 NCB31CK-104X CER.CAPACITOR 0.1 16VC611 NBE21AM-106X TAN.CAPACITOR 10 10V

C612 NBE21AM-106X TAN.CAPACITOR 10 10VC613 NBE21AM-106X TAN.CAPACITOR 10 10VC614 NCB11AK-106X CER.CAPACITOR 10 10VC615 NCB11AK-106X CER.CAPACITOR 10 10VC616 NBE90JM-105X TAN.CAPACITOR 1 6.3VC617 NBE90JM-105X TAN.CAPACITOR 1 6.3VC618 NCB11AK-106X CER.CAPACITOR 10 10VC619 NCB11AK-106X CER.CAPACITOR 10 10VC620 NCB31CK-104X CER.CAPACITOR 0.1 16VC621 NCB31CK-104X CER.CAPACITOR 0.1 16V

C622 NCB31CK-104X CER.CAPACITOR 0.1 16VC623 NBE41AM-336X TAN.CAPACITOR 33 10VC624 NCB31CK-104X CER.CAPACITOR 0.1 16VC625 NBE91CM-105X TAN.CAPACITOR 1 16VC626 NBE90JM-105X TAN.CAPACITOR 1 6.3V



6-8

C627 NCB31CK-104X CER.CAPACITOR 0.1 16VC628 NCB31CK-104X CER.CAPACITOR 0.1 16VC629 NCB31CK-104X CER.CAPACITOR 0.1 16VC630 NCB31CK-104X CER.CAPACITOR 0.1 16VC631 NCB31CK-104X CER.CAPACITOR 0.1 16V




C662 NCB31CK-104X CER.CAPACITOR 0.1 16VC663 NCB31CK-104X CER.CAPACITOR 0.1 16VC664 NCB31CK-104X CER.CAPACITOR 0.1 16VC665 NCB31CK-104X CER.CAPACITOR 0.1 16VC666 NCB31CK-104X CER.CAPACITOR 0.1 16VC667 NCB31CK-104X CER.CAPACITOR 0.1 16VC668 NCB31CK-104X CER.CAPACITOR 0.1 16VC669 NDC31HJ-120X CER.CAPACITOR 12p 50VC670 NDC31HJ-120X CER.CAPACITOR 12p 50VC671 NCB31CK-104X CER.CAPACITOR 0.1 16V

C672 NBE21AM-106X TAN.CAPACITOR 10 10VC674 NCB31CK-104X CER.CAPACITOR 0.1 16VC675 NBE41AM-226X TAN.CAPACITOR 22 10VC676 NCB11AK-106X CER.CAPACITOR 10 10VC678 NCB31CK-104X CER.CAPACITOR 0.1 16VC679 NCB31CK-104X CER.CAPACITOR 0.1 16VC680 NCB31CK-104X CER.CAPACITOR 0.1 16VC681 NCB31CK-104X CER.CAPACITOR 0.1 16VC682 NCB31CK-104X CER.CAPACITOR 0.1 16VC683 NCB31CK-104X CER.CAPACITOR 0.1 16V

C684 NCB31CK-104X CER.CAPACITOR 0.1 16VC685 NCB31CK-104X CER.CAPACITOR 0.1 16VC686 NCB11AK-106X CER.CAPACITOR 10 10VC687 NCB31CK-104X CER.CAPACITOR 0.1 16VC688 NCB11AK-106X CER.CAPACITOR 10 10VC689 NCB11AK-106X CER.CAPACITOR 10 10VC690 NCB31CK-104X CER.CAPACITOR 0.1 16VC691 NCB31CK-104X CER.CAPACITOR 0.1 16VC692 NCB31CK-104X CER.CAPACITOR 0.1 16VC693 NCB31CK-104X CER.CAPACITOR 0.1 16V

C694 NCB31CK-104X CER.CAPACITOR 0.1 16VC695 NCB11AK-106X CER.CAPACITOR 10 10VC696 NBE41AM-226X TAN.CAPACITOR 22 10VC697 NBE41CM-226X TAN.CAPACITOR 22 16VC698 NCB11AK-106X CER.CAPACITOR 10 10VC699 NCB11AK-106X CER.CAPACITOR 10 10VC701 NCB31CK-104X CER.CAPACITOR 0.1 16VC702 NCB31CK-104X CER.CAPACITOR 0.1 16V

C703 NCB11CK-475X CER.CAPACITOR 4.7 16VC704 NCB31CK-104X CER.CAPACITOR 0.1 16V

C705 NCB31CK-104X CER.CAPACITOR 0.1 16VC706 NCB11CK-475X CER.CAPACITOR 4.7 16VC751 NCB31CK-104X CER.CAPACITOR 0.1 16VC752 NCB31CK-104X CER.CAPACITOR 0.1 16VC753 NCB31CK-104X CER.CAPACITOR 0.1 16VC754 NCB31CK-104X CER.CAPACITOR 0.1 16VC755 NBE51CM-336X TAN.CAPACITOR 33 16VC756 NCB31CK-104X CER.CAPACITOR 0.1 16VC757 NCB11CK-105X CER.CAPACITOR 1 16VC758 NCB11CK-105X CER.CAPACITOR 1 16V

C759 NCB31CK-104X CER.CAPACITOR 0.1 16VC760 NBE21AM-106X TAN.CAPACITOR 10 10VC761 NCB31HK-103X CER.CAPACITOR 0.01 50VC762 NCB31HK-103X CER.CAPACITOR 0.01 50VC763 NCB31HK-103X CER.CAPACITOR 0.01 50VC901 NCB31CK-104X CER.CAPACITOR 0.1 16VC902 NCB11CK-105X CER.CAPACITOR 1 16VC903 NCB11CK-105X CER.CAPACITOR 1 16VC904 NCB31HK-103X CER.CAPACITOR 0.01 50VC905 NCB31HK-103X CER.CAPACITOR 0.01 50V

C906 NCB31HK-222X CER.CAPACITOR 2200p 50VC907 NCB31HK-222X CER.CAPACITOR 2200p 50VC908 NCB31HK-103X CER.CAPACITOR 0.01 50VC909 NCB31HK-222X CER.CAPACITOR 2200p 50VC910 NDC31HJ-390X CER.CAPACITOR 39p 50VC911 NCB31EK-822X CER.CAPACITOR 8200p 25VC912 NCB31HK-102X CER.CAPACITOR 1000p 50VC913 NCB11CK-105X CER.CAPACITOR 1 16VC914 NCB11CK-105X CER.CAPACITOR 1 16VC915 NBE41AM-336X TAN.CAPACITOR 33 10V

C916 NCB11CK-105X CER.CAPACITOR 1 16VC917 NCB31HK-102X CER.CAPACITOR 1000p 50VC918 NCB31HK-102X CER.CAPACITOR 1000p 50VC919 NCB31HK-103X CER.CAPACITOR 0.01 50VC920 NCB11CK-105X CER.CAPACITOR 1 16VC921 NBE41CM-106X TAN.CAPACITOR 10 16VC922 NCB31HK-102X CER.CAPACITOR 1000p 50VC923 NCB31HK-102X CER.CAPACITOR 1000p 50VC924 NCB31HK-103X CER.CAPACITOR 0.01 50VC925 NCB31CK-104X CER.CAPACITOR 0.1 16V

C926 NCB31HK-392X CER.CAPACITOR 3900p 50VC927 NCB31CK-104X CER.CAPACITOR 0.1 16VC928 NCB31CK-683X CER.CAPACITOR 0.068 16VC931 NCB11CK-105X CER.CAPACITOR 1 16VC932 NCB31EK-223X CER.CAPACITOR 0.022 25VC933 NCB31HK-392X CER.CAPACITOR 3900p 50VC934 NCB31CK-104X CER.CAPACITOR 0.1 16VC935 NCB31CK-104X CER.CAPACITOR 0.1 16VC936 NCB31CK-683X CER.CAPACITOR 0.068 16VC937 NCB31HK-471X CER.CAPACITOR 470p 50V

C938 NBE41AM-336X TAN.CAPACITOR 33 10VC939 NCB11CK-105X CER.CAPACITOR 1 16VC941 NBE21AM-106X TAN.CAPACITOR 10 10VC942 NCB31CK-104X CER.CAPACITOR 0.1 16VC943 NCB31HK-103X CER.CAPACITOR 0.01 50VC944 NCB31HK-103X CER.CAPACITOR 0.01 50VC945 NBE21AM-106X TAN.CAPACITOR 10 10VC946 NCB31CK-104X CER.CAPACITOR 0.1 16VC947 NCB11CK-105X CER.CAPACITOR 1 16VC948 NCB31CK-104X CER.CAPACITOR 0.1 16V

C951 NCB11CK-105X CER.CAPACITOR 1 16VC952 NCB31CK-104X CER.CAPACITOR 0.1 16VC953 NCB31HK-471X CER.CAPACITOR 470p 50VC954 NCB31EK-473X CER.CAPACITOR 0.047 25VC955 NCB31HK-102X CER.CAPACITOR 1000p 50VC956 NCB31HK-471X CER.CAPACITOR 470p 50VC957 NCB31HK-472X CER.CAPACITOR 4700p 50VC958 NCB31HK-103X CER.CAPACITOR 0.01 50VC959 NCB11AK-106X CER.CAPACITOR 10 10VC960 NCB11AK-106X CER.CAPACITOR 10 10V

[MAIN]



6-9

C961 NCB11AK-106X CER.CAPACITOR 10 10VC962 NCB11AK-106X CER.CAPACITOR 10 10VC963 NCB31CK-104X CER.CAPACITOR 0.1 16VC964 NCB31HK-471X CER.CAPACITOR 470p 50VC967 NCB31HK-471X CER.CAPACITOR 470p 50VC969 NCB31HK-471X CER.CAPACITOR 470p 50VC970 NCB31HK-471X CER.CAPACITOR 470p 50VC972 NCB11CK-105X CER.CAPACITOR 1 16VC973 NCB31CK-104X CER.CAPACITOR 0.1 16VC974 NCB31HK-103X CER.CAPACITOR 0.01 50V

C976 NCB31HK-222X CER.CAPACITOR 2200p 50VC977 NCB31HK-103X CER.CAPACITOR 0.01 50VC978 NCB31HK-222X CER.CAPACITOR 2200p 50VC980 NBE21CM-475X TAN.CAPACITOR 4.7 16VC981 NCB31EK-223X CER.CAPACITOR 0.022 25VC982 NCB31CK-104X CER.CAPACITOR 0.1 16V

L1 NQL044K-100X COIL 10uHL2 NQL044K-100X COIL 10uHL3 NQL044K-100X COIL 10uHL4 NQL044K-100X COIL 10uHL6 NQL044K-100X COIL 10uHL7 NQL044K-100X COIL 10uHL9 NQL044K-100X COIL 10uHL10 NQL044K-100X COIL 10uHL11 NQL024J-2R2X COIL 2.2uHL12 NQR0276-001X COIL

L13 NQL024J-120X COIL 12uHL14 NQL024J-100X COIL 10uHL622 NQL044K-100X COIL 10uHL623 NQL044K-100X COIL 10uHL901 NQL054K-101X COIL 100uHL903 NQL114K-100X COIL 10uHL905 NQL114K-100X COIL 10uHL906 NQL114K-100X COIL 10uHL907 NQL114K-100X COIL 10uHL909 NQL114K-100X COIL 10uH

LC1 PGZ01972Z LC FILTERLC2 PGZ01972Z LC FILTERLC3 PGZ01972Z LC FILTERLC4 PGZ01972Z LC FILTERLC501 EXC-CET471U LC FILTERLC502 EXC-CET471U LC FILTERLC503 EXC-CET471U LC FILTERLC504 EXC-CET471U LC FILTERLC505 EXC-CET471U LC FILTERLC561 EXC-CET471U LC FILTER

LC562 EXC-CET471U LC FILTERLC621 EXC-CET471U LC FILTERLC623 EXC-CET471U LC FILTER

X1 NAX0141-001X CRYSTAL 41.850MHzX2 NAX0206-001X CRYSTAL 24.576MHzX404 NAX0536-001X CRYSTAL 13.5MHzX621 NAX0394-001X CRYSTAL 13.5MHz

CN1 QGF0517F1-08X CONNECTOR 8PINCN2 QGF0508F1-20X CONNECTOR 20PINCN3 QGF0503C1-15V CONNECTOR 15PINCN5 QGA1201F2-02X CONNECTOR 2PINCN6 QGA1201C2-10X CONNECTOR 10PINCN7 QGA1201C2-14X CONNECTOR 14PINCN8 QGB0505L1-C0X CONNECTOR 120PINCN9 QGF0508F1-20X CONNECTOR 20PINCN10 QGB0809J1-50 CONNECTOR 50PINCN501 QGB0502L1-40X CONNECTOR 40PIN

CN561 QGA1201C2-06X CONNECTOR 6PINCN901 QGF0301F1-57X CONNECTOR 57PIN

TP1 NNZ0009-001X TEST POINT

TP2 NNZ0009-001X TEST POINTTP3 NNZ0071-001X TEST POINTTP4 NNZ0071-001X TEST POINTTP5 NNZ0071-001X TEST POINT

K1 NQR0269-004X FERRITE BEADSK3 NQR0269-004X FERRITE BEADSK5 NQR0269-004X FERRITE BEADSK401 NQR0265-001X FERAITE BEADSK402 NQR0265-001X FERAITE BEADSK554 NRSA63J-0R0X M.G.RESISTOR 0 1/16WK555 NRSA63J-0R0X M.G.RESISTOR 0 1/16WK561 NQR0269-004X FERRITE BEADSK562 NQR0269-004X FERRITE BEADSK621 NQR0269-004X FERRITE BEADS

K622 NQR0269-004X FERRITE BEADSK623 NQR0269-004X FERRITE BEADSK624 NQR0269-004X FERRITE BEADSK701 NRSA63J-0R0X M.G.RESISTOR 0 1/16WK702 NRSA63J-0R0X M.G.RESISTOR 0 1/16WK901 NQR0022-005X FERRITE BEADS

VA401 NAF0008-171X VARISTORVA402 NAF0008-171X VARISTORVA403 NAF0008-171X VARISTORVA404 NAF0008-171X VARISTORVA561 NAF0008-171X VARISTORVA562 NAF0008-171X VARISTORVA563 NAF0008-171X VARISTORVA564 NAF0008-171X VARISTORVA565 NAF0008-171X VARISTORVA566 NAF0008-171X VARISTOR

VA567 NAF0008-171X VARISTORVA568 NAF0008-171X VARISTORVA569 NAF0008-171X VARISTORVA570 NAF0008-171X VARISTORVA571 NAF0008-171X VARISTORVA572 NAF0008-171X VARISTORVA573 NAF0008-171X VARISTORVA574 NAF0008-171X VARISTOR



6-10

6.3 A/L/S BOARD ASSEMBLY PARTS LIST 03CK267001A1 03``````

IC301 CXA3503R-B I.C.(M) SONYIC302 CXA3268AR-B I.C.(M) SONYIC401 PLSC1401-V2 I.C.(M) HD64F2238RFA13IC404 UPD6467GR-519-X I.C.(M) NECIC405 RS5C314-X I.C.(M) RICOHIC406 M95320-WMN6-X I.C.(M) MITSUBISHIIC408 BU4094BCFV-X I.C.(M) ROHMIC409 BU4094BCFV-X I.C.(M) ROHMIC413 NJU7222U30-X I.C.(M) JRCIC414 SN74LV126ADGV-X I.C.(M) TEXAS

IC418 SN74AHC1G14K-X I.C.(M) TEXASIC419 SN74AHC1G14K-X I.C.(M) TEXASIC422 SN74AHC2G74U-X I.C.(M) TEXASIC428 SN74LV165ADGV-X I.C.(M) TEXASIC429 SN74LV165ADGV-X I.C.(M) TEXASIC430 SN74AHC1G32K-X I.C.(M) TEXASIC701 NJM2068M-D-XE I.C.(M) JRCIC702 NJM2068M-D-XE I.C.(M) JRCIC703 NJM2068M-D-XE I.C.(M) JRCIC705 NJM2068M-D-XE I.C.(M) JRC

IC706 BA3314F-X I.C.(M) ROHMIC707 BA3314F-X I.C.(M) ROHMIC708 CD4053BPW-X I.C.(M) RCAIC709 CD4053BPW-X I.C.(M) RCAIC710 CD4053BPW-X I.C.(M) RCAIC711 AK4560AVQ I.C.(M) ASAHI KASEIIC713 M5218AFP-X I.C.(M) MITSUBISHI

Q303 2SA1790/BC/-X TRANSISTOR MATSUSHITAQ304 2SC4626/BC/-X TRANSISTOR MATSUSHITAQ305 2SC4626/BC/-X TRANSISTOR MATSUSHITAQ313 DTC144EUA-X TRANSISTOR ROHMQ316 2SA1790/BC/-X TRANSISTOR MATSUSHITAQ323 2SA1790/BC/-X TRANSISTOR MATSUSHITAQ403 DTC124EUA-X TRANSISTOR ROHMQ404 DTC124EUA-X TRANSISTOR ROHMQ701 2SB1463/RST/-X TRANSISTOR MATSUSHITAQ702 2SB1463/RST/-X TRANSISTOR MATSUSHITA

Q703 DTC144EUA-X TRANSISTOR ROHMQ704 DTC144EUA-X TRANSISTOR ROHMQ705 DTC323TU-X TRANSISTOR ROHMQ706 DTC323TU-X TRANSISTOR ROHMQ707 DTC323TU-X TRANSISTOR ROHMQ708 DTC144EUA-X TRANSISTOR ROHMQ709 DTA144EUA-X TRANSISTOR ROHMQ710 DTC144EUA-X TRANSISTOR ROHMQ711 DTA144EUA-X TRANSISTOR ROHMQ712 2SD2240/RS/-X TRANSISTOR MATSUSHITA

Q713 2SD2240/RS/-X TRANSISTOR MATSUSHITA

D301 MA365-X DIODE MATSUSHITAD302 MA365-X DIODE MATSUSHITAD303 HZM3.0NB1-X ZENER DIODE HITACHID304 HZM3.9NB2-X ZENER DIODE HITACHID401 MA741WK-X DIODE MATSUSHITAD402 MA741WK-X DIODE MATSUSHITAD701 DA204U-X DIODE ROHMD702 DA204U-X DIODE ROHMD703 DA204U-X DIODE ROHMD704 DA204U-X DIODE ROHM

D705 MA142A-X DIODE MATSUSHITAD706 MA142A-X DIODE MATSUSHITAD709 MA142A-X DIODE MATSUSHITAD710 MA142A-X DIODE MATSUSHITAD711 MA142A-X DIODE MATSUSHITAD712 MA142A-X DIODE MATSUSHITA

R301 NRSA63J-100X M.G.RESISTOR 10 1/16WR302 NRSA63J-100X M.G.RESISTOR 10 1/16WR303 NRSA63J-100X M.G.RESISTOR 10 1/16WR304 NRSA63J-102X M.G.RESISTOR 1k 1/16WR305 NRSA63J-333X M.G.RESISTOR 33k 1/16W

R306 NRSA63J-103X M.G.RESISTOR 10k 1/16WR307 NRSA63J-563X M.G.RESISTOR 56k 1/16WR308 NRSA63J-0R0X M.G.RESISTOR 0 1/16WR309 NRSA63J-103X M.G.RESISTOR 10k 1/16WR310 NRSA63J-153X M.G.RESISTOR 15k 1/16W

R311 NRSA63J-333X M.G.RESISTOR 33k 1/16WR312 NRSA63J-102X M.G.RESISTOR 1k 1/16WR313 NRSA63J-271X M.G.RESISTOR 270 1/16WR316 NRSA63J-0R0X M.G.RESISTOR 0 1/16WR317 NRSA63J-0R0X M.G.RESISTOR 0 1/16WR319 NRSA63J-0R0X M.G.RESISTOR 0 1/16WR320 NRSA63J-0R0X M.G.RESISTOR 0 1/16WR321 NRSA63J-100X M.G.RESISTOR 10 1/16WR322 NRSA63J-100X M.G.RESISTOR 10 1/16WR323 NRSA63J-100X M.G.RESISTOR 10 1/16W

R324 NRSA63J-102X M.G.RESISTOR 1k 1/16WR325 NRSA63J-103X M.G.RESISTOR 10k 1/16WR326 NRSA63J-333X M.G.RESISTOR 33k 1/16WR327 NRSA63J-103X M.G.RESISTOR 10k 1/16WR328 NRSA63J-473X M.G.RESISTOR 47k 1/16WR329 NRSA63J-0R0X M.G.RESISTOR 0 1/16WR330 NRSA63J-153X M.G.RESISTOR 15k 1/16WR331 NRSA63J-333X M.G.RESISTOR 33k 1/16WR332 NRSA63J-102X M.G.RESISTOR 1k 1/16WR333 NRSA63J-271X M.G.RESISTOR 270 1/16W

R334 NRSA63J-103X M.G.RESISTOR 10k 1/16WR335 NRSA63J-223X M.G.RESISTOR 22k 1/16WR336 NRSA63J-100X M.G.RESISTOR 10 1/16WR337 NRSA63J-223X M.G.RESISTOR 22k 1/16WR338 NRSA63J-223X M.G.RESISTOR 22k 1/16WR339 NRSA63J-103X M.G.RESISTOR 10k 1/16WR350 NRSA63J-0R0X M.G.RESISTOR 0 1/16WR351 NRSA63J-0R0X M.G.RESISTOR 0 1/16WR370 NRSA63J-820X M.G.RESISTOR 82 1/16WR372 NRSA63J-680X M.G.RESISTOR 68 1/16W

R401 NRSA63J-223X M.G.RESISTOR 22k 1/16WR402 NRSA63J-103X M.G.RESISTOR 10k 1/16WR403 NRSA63J-103X M.G.RESISTOR 10k 1/16WR404 NRSA63J-103X M.G.RESISTOR 10k 1/16WR405 NRSA63J-103X M.G.RESISTOR 10k 1/16WR406 NRSA63J-101X M.G.RESISTOR 100 1/16WR408 NRSA63J-223X M.G.RESISTOR 22k 1/16WR409 NRSA63J-223X M.G.RESISTOR 22k 1/16WR411 NRSA63J-223X M.G.RESISTOR 22k 1/16WR412 NRSA63J-223X M.G.RESISTOR 22k 1/16W

R413 NRSA63J-223X M.G.RESISTOR 22k 1/16WR416 NRSA63J-223X M.G.RESISTOR 22k 1/16WR420 NRSA63J-0R0X M.G.RESISTOR 0 1/16WR421 NRSA63J-101X M.G.RESISTOR 100 1/16WR422 NRSA63J-101X M.G.RESISTOR 100 1/16WR423 NRSA63J-223X M.G.RESISTOR 22k 1/16WR429 NRSA63D-823X M.G.RESISTOR 82k 1/16WR430 NRSA63D-223X M.G.RESISTOR 22k 1/16WR431 NRSA63J-102X M.G.RESISTOR 1k 1/16WR432 NRSA63J-223X M.G.RESISTOR 22k 1/16W

R434 NRSA63J-223X M.G.RESISTOR 22k 1/16WR435 NRSA63J-471X M.G.RESISTOR 470 1/16WR436 NRSA63J-102X M.G.RESISTOR 1k 1/16WR437 NRSA63J-223X M.G.RESISTOR 22k 1/16WR438 NRSA63J-0R0X M.G.RESISTOR 0 1/16WR439 NRSA63J-0R0X M.G.RESISTOR 0 1/16WR440 NRSA63J-223X M.G.RESISTOR 22k 1/16WR441 NRSA63J-223X M.G.RESISTOR 22k 1/16WR442 NRSA63J-223X M.G.RESISTOR 22k 1/16WR443 NRSA63J-223X M.G.RESISTOR 22k 1/16W

R446 NRSA63J-0R0X M.G.RESISTOR 0 1/16WR448 NRSA63J-474X M.G.RESISTOR 470k 1/16WR450 NRSA63J-223X M.G.RESISTOR 22k 1/16WR451 NRSA63J-223X M.G.RESISTOR 22k 1/16WR452 NRSA63J-223X M.G.RESISTOR 22k 1/16WR456 NRSA63J-101X M.G.RESISTOR 100 1/16WR457 NRSA63J-0R0X M.G.RESISTOR 0 1/16WR458 NRSA63J-332X M.G.RESISTOR 3.3k 1/16W



6-11

R459 NRSA63J-332X M.G.RESISTOR 3.3k 1/16WR468 NRSA63J-332X M.G.RESISTOR 3.3k 1/16W

R469 NRSA63J-332X M.G.RESISTOR 3.3k 1/16WR471 NRSA63J-223X M.G.RESISTOR 22k 1/16WR472 NRSA63J-223X M.G.RESISTOR 22k 1/16WR473 NRSA63J-223X M.G.RESISTOR 22k 1/16WR474 NRSA63J-223X M.G.RESISTOR 22k 1/16WR475 NRSA63J-223X M.G.RESISTOR 22k 1/16WR477 NRSA63J-223X M.G.RESISTOR 22k 1/16WR481 NRSA63J-223X M.G.RESISTOR 22k 1/16WR482 NRSA63J-223X M.G.RESISTOR 22k 1/16WR483 NRSA63J-221X M.G.RESISTOR 220 1/16W

R484 NRSA63J-221X M.G.RESISTOR 220 1/16WR485 NRSA63J-221X M.G.RESISTOR 220 1/16WR486 NRSA63J-221X M.G.RESISTOR 220 1/16WR490 NRSA63J-101X M.G.RESISTOR 100 1/16WR491 NRSA63J-101X M.G.RESISTOR 100 1/16WR492 NRSA63J-101X M.G.RESISTOR 100 1/16WR493 NRSA63J-101X M.G.RESISTOR 100 1/16WR494 NRSA63J-101X M.G.RESISTOR 100 1/16WR495 NRSA63J-101X M.G.RESISTOR 100 1/16WR496 NRSA63J-102X M.G.RESISTOR 1k 1/16W

R497 NRSA63J-473X M.G.RESISTOR 47k 1/16WR498 NRSA63J-0R0X M.G.RESISTOR 0 1/16WR701 NRSA63J-682X M.G.RESISTOR 6.8k 1/16WR702 NRSA63J-561X M.G.RESISTOR 560 1/16WR703 NRSA63J-104X M.G.RESISTOR 100k 1/16WR704 NRSA63J-222X M.G.RESISTOR 2.2k 1/16WR705 NRSA63J-823X M.G.RESISTOR 82k 1/16WR706 NRSA63J-333X M.G.RESISTOR 33k 1/16WR707 NRSA63J-333X M.G.RESISTOR 33k 1/16WR711 NRSA63J-682X M.G.RESISTOR 6.8k 1/16W

R712 NRSA63J-682X M.G.RESISTOR 6.8k 1/16WR713 NRSA63J-682X M.G.RESISTOR 6.8k 1/16WR714 NRSA63J-682X M.G.RESISTOR 6.8k 1/16WR715 NRSA63J-682X M.G.RESISTOR 6.8k 1/16WR716 NRSA63J-682X M.G.RESISTOR 6.8k 1/16WR717 NRSA63J-682X M.G.RESISTOR 6.8k 1/16WR718 NRSA63J-682X M.G.RESISTOR 6.8k 1/16WR719 NRSA63J-682X M.G.RESISTOR 6.8k 1/16WR720 NRSA63J-682X M.G.RESISTOR 6.8k 1/16WR721 NRSA63J-682X M.G.RESISTOR 6.8k 1/16W

R722 NRSA63J-682X M.G.RESISTOR 6.8k 1/16WR723 NRSA63J-682X M.G.RESISTOR 6.8k 1/16WR724 NRSA63J-682X M.G.RESISTOR 6.8k 1/16WR725 NRSA63J-682X M.G.RESISTOR 6.8k 1/16WR726 NRSA63J-682X M.G.RESISTOR 6.8k 1/16WR727 NRSA63J-332X M.G.RESISTOR 3.3k 1/16WR728 NRSA63J-332X M.G.RESISTOR 3.3k 1/16WR729 NRSA63J-104X M.G.RESISTOR 100k 1/16WR730 NRSA63J-104X M.G.RESISTOR 100k 1/16WR731 NRSA63J-104X M.G.RESISTOR 100k 1/16W

R732 NRSA63J-104X M.G.RESISTOR 100k 1/16WR733 NRSA63J-470X M.G.RESISTOR 47 1/16WR734 NRSA63J-470X M.G.RESISTOR 47 1/16WR735 NRSA63J-151X M.G.RESISTOR 150 1/16WR736 NRSA63J-151X M.G.RESISTOR 150 1/16WR737 NRSA63J-332X M.G.RESISTOR 3.3k 1/16WR738 NRSA63J-332X M.G.RESISTOR 3.3k 1/16WR739 NRSA63J-332X M.G.RESISTOR 3.3k 1/16WR740 NRSA63J-332X M.G.RESISTOR 3.3k 1/16WR741 NRSA63D-153X M.G.RESISTOR 15k 1/16W

R742 NRSA63D-153X M.G.RESISTOR 15k 1/16WR743 NRSA63D-153X M.G.RESISTOR 15k 1/16WR744 NRSA63D-153X M.G.RESISTOR 15k 1/16WR745 NRSA63D-153X M.G.RESISTOR 15k 1/16WR746 NRSA63D-153X M.G.RESISTOR 15k 1/16WR747 NRSA63D-153X M.G.RESISTOR 15k 1/16WR748 NRSA63D-153X M.G.RESISTOR 15k 1/16WR753 NRSA63J-123X M.G.RESISTOR 12k 1/16WR754 NRSA63J-123X M.G.RESISTOR 12k 1/16WR755 NRSA63J-392X M.G.RESISTOR 3.9k 1/16W

R756 NRSA63J-392X M.G.RESISTOR 3.9k 1/16WR757 NRSA63J-152X M.G.RESISTOR 1.5k 1/16WR758 NRSA63J-152X M.G.RESISTOR 1.5k 1/16WR759 NRSA63J-182X M.G.RESISTOR 1.8k 1/16WR760 NRSA63J-182X M.G.RESISTOR 1.8k 1/16WR761 NRSA63J-0R0X M.G.RESISTOR 0 1/16WR762 NRSA63J-0R0X M.G.RESISTOR 0 1/16WR763 NRSA63J-514X M.G.RESISTOR 510k 1/16WR764 NRSA63J-514X M.G.RESISTOR 510k 1/16WR765 NRSA63J-274X M.G.RESISTOR 270k 1/16W


R776 NRSA63J-104X M.G.RESISTOR 100k 1/16WR789 NRSA63J-223X M.G.RESISTOR 22k 1/16WR796 NRSA63J-102X M.G.RESISTOR 1k 1/16WR797 NRSA63J-102X M.G.RESISTOR 1k 1/16WR798 NRSA63J-222X M.G.RESISTOR 2.2k 1/16WR799 NRSA63J-222X M.G.RESISTOR 2.2k 1/16WR800 NRSA63J-223X M.G.RESISTOR 22k 1/16WR801 NRSA63J-0R0X M.G.RESISTOR 0 1/16WR802 NRSA63J-223X M.G.RESISTOR 22k 1/16WR803 NRSA63J-102X M.G.RESISTOR 1k 1/16W

R804 NRSA63J-2R7X M.G.RESISTOR 2.7 1/16WR805 NRSA63J-2R7X M.G.RESISTOR 2.7 1/16WR806 NRSA63J-104X M.G.RESISTOR 100k 1/16WR807 NRSA63J-104X M.G.RESISTOR 100k 1/16WR808 NRSA63J-473X M.G.RESISTOR 47k 1/16WR810 NRSA63J-153X M.G.RESISTOR 15k 1/16WR811 NRSA63J-122X M.G.RESISTOR 1.2k 1/16WR812 NRSA63J-122X M.G.RESISTOR 1.2k 1/16WR813 NRSA63J-153X M.G.RESISTOR 15k 1/16WR815 NRSA63J-473X M.G.RESISTOR 47k 1/16W

R816 NRSA63J-104X M.G.RESISTOR 100k 1/16WR817 NRSA63J-100X M.G.RESISTOR 10 1/16WR818 NRSA63J-103X M.G.RESISTOR 10k 1/16WR819 NRSA63J-101X M.G.RESISTOR 100 1/16WR820 NRSA63J-510X M.G.RESISTOR 51 1/16WR821 NRSA63J-510X M.G.RESISTOR 51 1/16WR822 NRSA63J-103X M.G.RESISTOR 10k 1/16WR823 NRSA63J-472X M.G.RESISTOR 4.7k 1/16WR824 NRSA63J-102X M.G.RESISTOR 1k 1/16WR837 NRSA63J-102X M.G.RESISTOR 1k 1/16W


R860 NRSA63J-104X M.G.RESISTOR 100k 1/16WR861 NRSA63J-101X M.G.RESISTOR 100 1/16WR862 NRSA63J-101X M.G.RESISTOR 100 1/16WR870 NRSA63J-0R0X M.G.RESISTOR 0 1/16WR883 NRSA63J-0R0X M.G.RESISTOR 0 1/16WR891 NRSA63J-104X M.G.RESISTOR 100k 1/16WR892 NRSA63J-104X M.G.RESISTOR 100k 1/16WR953 NRSA63J-101X M.G.RESISTOR 100 1/16WR955 NRSA63J-222X M.G.RESISTOR 2.2k 1/16WR956 NRSA63J-222X M.G.RESISTOR 2.2k 1/16W

R957 NRSA63J-222X M.G.RESISTOR 2.2k 1/16WR958 NRSA63J-222X M.G.RESISTOR 2.2k 1/16WR959 NRSA63J-222X M.G.RESISTOR 2.2k 1/16W



6-12

R960 NRSA63J-222X M.G.RESISTOR 2.2k 1/16WR963 NRSA63J-223X M.G.RESISTOR 22k 1/16WR964 NRSA63J-223X M.G.RESISTOR 22k 1/16WR965 NRSA63J-223X M.G.RESISTOR 22k 1/16WR966 NRSA63J-223X M.G.RESISTOR 22k 1/16WR967 NRSA63J-223X M.G.RESISTOR 22k 1/16WR968 NRSA63J-223X M.G.RESISTOR 22k 1/16W


R979 NRSA63J-223X M.G.RESISTOR 22k 1/16WR980 NRSA63J-223X M.G.RESISTOR 22k 1/16W

VR301 NVP1313-503X TRIM.RESISTOR 50kVR302 NVP1313-503X TRIM.RESISTOR 50kVR701 NVQ0004-A53X VAL.RESISTOR 5kVR702 NVQ0004-A53X VAL.RESISTOR 5k

C302 NCB31CK-104X CER.CAPACITOR 0.1 16VC303 NCB31CK-104X CER.CAPACITOR 0.1 16VC304 NBE41CM-106X TAN.CAPACITOR 10 16VC305 NCB11CK-105X CER.CAPACITOR 1 16VC306 NCB11CK-105X CER.CAPACITOR 1 16VC307 NCB11CK-105X CER.CAPACITOR 1 16VC308 NCB31HK-103X CER.CAPACITOR 0.01 50VC309 NCB31HK-103X CER.CAPACITOR 0.01 50VC310 NDC31HJ-221X CER.CAPACITOR 220p 50VC311 NCB31HK-682X CER.CAPACITOR 6800p 50V

C312 NCB11AK-225X CER.CAPACITOR 2.2 10VC313 NCB31HK-103X CER.CAPACITOR 0.01 50VC314 NDC31HJ-390X CER.CAPACITOR 39p 50VC315 NCB31CK-104X CER.CAPACITOR 0.1 16VC316 NBE41AM-226X TAN.CAPACITOR 22 10VC317 NCB11CK-105X CER.CAPACITOR 1 16VC318 NCB11AK-106X CER.CAPACITOR 10 10VC319 NCB31CK-104X CER.CAPACITOR 0.1 16VC320 NCB31CK-104X CER.CAPACITOR 0.1 16VC321 NCB31CK-104X CER.CAPACITOR 0.1 16V

C322 NCB11CK-105X CER.CAPACITOR 1 16VC323 NCB31CK-104X CER.CAPACITOR 0.1 16VC324 NBE41AM-226X TAN.CAPACITOR 22 10VC325 NCB31CK-104X CER.CAPACITOR 0.1 16VC326 NBE41AM-226X TAN.CAPACITOR 22 10VC327 NCB31CK-104X CER.CAPACITOR 0.1 16VC328 NCB31CK-104X CER.CAPACITOR 0.1 16VC329 NEH71CM-106X E.CAPACITOR 10 16VC330 NCB31CK-104X CER.CAPACITOR 0.1 16VC331 NCB11CK-105X CER.CAPACITOR 1 16V

C332 NCB31CK-104X CER.CAPACITOR 0.1 16VC333 NBE41CM-106X TAN.CAPACITOR 10 16VC334 NCB11CK-105X CER.CAPACITOR 1 16VC335 NCB11CK-105X CER.CAPACITOR 1 16VC336 NCB11CK-105X CER.CAPACITOR 1 16VC337 NCB11CK-105X CER.CAPACITOR 1 16VC338 NCB11CK-105X CER.CAPACITOR 1 16VC339 NCB31HK-103X CER.CAPACITOR 0.01 50VC340 NCB31HK-682X CER.CAPACITOR 6800p 50VC341 NCB11AK-225X CER.CAPACITOR 2.2 10V

C342 NCB31HK-103X CER.CAPACITOR 0.01 50VC343 NCB31HK-102X CER.CAPACITOR 1000p 50VC344 NDC31HJ-330X CER.CAPACITOR 33p 50VC345 NCB31CK-104X CER.CAPACITOR 0.1 16VC346 NBE41AM-226X TAN.CAPACITOR 22 10VC347 NCB11CK-105X CER.CAPACITOR 1 16VC348 NCB31CK-104X CER.CAPACITOR 0.1 16V

C349 NCB31CK-104X CER.CAPACITOR 0.1 16VC350 NCB31CK-104X CER.CAPACITOR 0.1 16VC351 NCB11CK-105X CER.CAPACITOR 1 16V

C352 NCB11AK-106X CER.CAPACITOR 10 10VC353 NCB11CK-105X CER.CAPACITOR 1 16VC354 NCB11CK-105X CER.CAPACITOR 1 16VC355 NCB11CK-105X CER.CAPACITOR 1 16VC401 NCB31HK-103X CER.CAPACITOR 0.01 50VC402 NCB31HK-103X CER.CAPACITOR 0.01 50VC403 NCB31CK-473X CER.CAPACITOR 0.047 16VC405 NCB31CK-473X CER.CAPACITOR 0.047 16VC408 NCB31CK-473X CER.CAPACITOR 0.047 16VC410 NCB31CK-473X CER.CAPACITOR 0.047 16V

C411 NCB31CK-473X CER.CAPACITOR 0.047 16VC416 NCB31CK-473X CER.CAPACITOR 0.047 16VC417 NCB31CK-473X CER.CAPACITOR 0.047 16VC418 NCB31HK-103X CER.CAPACITOR 0.01 50VC419 NCB31HK-103X CER.CAPACITOR 0.01 50VC422 NBE21AM-106X TAN.CAPACITOR 10 10VC423 NCB31CK-104X CER.CAPACITOR 0.1 16VC425 NCB31CK-104X CER.CAPACITOR 0.1 16VC426 NCB31CK-473X CER.CAPACITOR 0.047 16VC427 NCB31CK-473X CER.CAPACITOR 0.047 16V

C428 NCB31CK-473X CER.CAPACITOR 0.047 16VC429 NDC31HJ-120X CER.CAPACITOR 12p 50VC430 NCB31HK-103X CER.CAPACITOR 0.01 50VC431 NCB31CK-473X CER.CAPACITOR 0.047 16VC432 NCB31CK-473X CER.CAPACITOR 0.047 16VC435 NDC31HJ-270X CER.CAPACITOR 27p 50VC455 NCB31CK-104X CER.CAPACITOR 0.1 16VC456 NBE21AM-106X TAN.CAPACITOR 10 10VC460 NCB31CK-104X CER.CAPACITOR 0.1 16VC462 NDC31HJ-220X CER.CAPACITOR 22p 50V (C465)

C701 NBE21AM-106X TAN.CAPACITOR 10 10VC702 NCB31CK-104X CER.CAPACITOR 0.1 16VC703 NBE21VM-104X TAN.CAPACITOR 0.1 35VC704 NCB31HK-222X CER.CAPACITOR 2200p 50VC705 NDC31HJ-220X CER.CAPACITOR 22p 50VC706 NCB31CK-104X CER.CAPACITOR 0.1 16VC707 NCB31CK-104X CER.CAPACITOR 0.1 16VC711 NCB31HK-222X CER.CAPACITOR 2200p 50VC712 NCB31HK-222X CER.CAPACITOR 2200p 50VC713 NEH91HM-105X E.CAPACITOR 1 50V

C714 NEH91HM-105X E.CAPACITOR 1 50VC715 NEH91HM-105X E.CAPACITOR 1 50VC716 NEH91HM-105X E.CAPACITOR 1 50VC717 NCB31HK-222X CER.CAPACITOR 2200p 50VC718 NCB31HK-222X CER.CAPACITOR 2200p 50VC719 NCB31HK-222X CER.CAPACITOR 2200p 50VC720 NCB31HK-222X CER.CAPACITOR 2200p 50VC721 NDC31HJ-101X CER.CAPACITOR 100p 50VC722 NDC31HJ-101X CER.CAPACITOR 100p 50VC723 NDC31HJ-101X CER.CAPACITOR 100p 50V

C724 NDC31HJ-101X CER.CAPACITOR 100p 50VC725 NCB31CK-104X CER.CAPACITOR 0.1 16VC726 NCB31CK-104X CER.CAPACITOR 0.1 16VC727 NCB31CK-104X CER.CAPACITOR 0.1 16VC728 NCB31CK-104X CER.CAPACITOR 0.1 16VC729 NDC31HJ-101X CER.CAPACITOR 100p 50VC730 NDC31HJ-101X CER.CAPACITOR 100p 50VC731 NCB41CM-106X CER.CAPACITOR 10 16VC732 NCB41CM-106X CER.CAPACITOR 10 16VC733 NCB31CK-104X CER.CAPACITOR 0.1 16V

C735 NCB31CK-104X CER.CAPACITOR 0.1 16VC751 NCB11EK-105X CER.CAPACITOR 1 25VC752 NCB11EK-105X CER.CAPACITOR 1 25VC753 NEH91CM-106X E.CAPACITOR 10 16VC754 NEH91CM-106X E.CAPACITOR 10 16VC755 NBE21AM-106X TAN.CAPACITOR 10 10VC756 NBE21AM-106X TAN.CAPACITOR 10 10VC757 NEH90GM-476X E.CAPACITOR 47C758 NEH90GM-476X E.CAPACITOR 47C759 NEH91CM-106X E.CAPACITOR 10 16V

[A/L/S]



6-13

C760 NEH91CM-106X E.CAPACITOR 10 16VC762 NCB31CK-104X CER.CAPACITOR 0.1 16VC764 NCB31CK-104X CER.CAPACITOR 0.1 16VC765 NCB31CK-104X CER.CAPACITOR 0.1 16VC767 NCB31CK-104X CER.CAPACITOR 0.1 16VC771 NCB31CK-104X CER.CAPACITOR 0.1 16VC772 NCB31CK-104X CER.CAPACITOR 0.1 16VC773 NEH90JM-336X E.CAPACITOR 33 6.3VC774 NCB31CK-104X CER.CAPACITOR 0.1 16VC775 NCB31CK-104X CER.CAPACITOR 0.1 16V

C776 NBE51CM-476X TAN.CAPACITOR 47 16VC796 NCB31CK-104X CER.CAPACITOR 0.1 16VC797 NCB31CK-104X CER.CAPACITOR 0.1 16VC801 NBE91CM-474X TAN.CAPACITOR 0.47 16VC802 NBE91CM-474X TAN.CAPACITOR 0.47 16VC803 NCB11EK-105X CER.CAPACITOR 1 25VC804 NEH91CM-106X E.CAPACITOR 10 16VC805 NCB31CK-104X CER.CAPACITOR 0.1 16VC806 NCB31CK-104X CER.CAPACITOR 0.1 16VC807 NEH90GM-476X E.CAPACITOR 47

C808 NCB31CK-104X CER.CAPACITOR 0.1 16VC809 NCB31CK-104X CER.CAPACITOR 0.1 16VC810 NCB31CK-104X CER.CAPACITOR 0.1 16VC811 NCB31CK-104X CER.CAPACITOR 0.1 16VC812 NCB31CK-333X CER.CAPACITOR 0.033 16VC813 NCB31EK-153X CER.CAPACITOR 0.015 25VC814 NCB31CK-104X CER.CAPACITOR 0.1 16VC815 NCB31CK-104X CER.CAPACITOR 0.1 16VC816 NCF11CZ-225 CER.CAPACITOR 2.2 16VC817 NEH90JM-336X E.CAPACITOR 33 6.3V

C818 NEH90GM-476X E.CAPACITOR 47C820 NCB31CK-104X CER.CAPACITOR 0.1 16VC821 NCB31CK-104X CER.CAPACITOR 0.1 16VC822 NRSA63J-0R0X M.G.RESISTOR 0pC823 NEH90JM-336X E.CAPACITOR 33 6.3VC824 NEH91CM-106X E.CAPACITOR 10 16VC825 NCB11EK-105X CER.CAPACITOR 1 25VC826 NCB31EK-103X CER.CAPACITOR 0.01 25VC827 NCB31EK-103X CER.CAPACITOR 0.01 25VC829 NEH91CM-106X E.CAPACITOR 10 16V

C832 NEH91CM-106X E.CAPACITOR 10 16VC835 NEH91CM-106X E.CAPACITOR 10 16VC837 NCB31EK-103X CER.CAPACITOR 0.01 25VC838 NCB31EK-103X CER.CAPACITOR 0.01 25VC839 NEH90JM-336X E.CAPACITOR 33 6.3VC840 NEH91CM-106X E.CAPACITOR 10 16VC841 NCB31CK-104X CER.CAPACITOR 0.1 16VC851 NBE91CM-474X TAN.CAPACITOR 0.47 16VC852 NBE91CM-474X TAN.CAPACITOR 0.47 16VC861 NCB31CK-104X CER.CAPACITOR 0.1 16V

C871 NCB11EK-105X CER.CAPACITOR 1 25VC872 NCB11EK-105X CER.CAPACITOR 1 25VC873 NBE21AM-106X TAN.CAPACITOR 10 10VC874 NBE21AM-106X TAN.CAPACITOR 10 10VC876 NCB31CK-104X CER.CAPACITOR 0.1 16VC878 NCB31CK-104X CER.CAPACITOR 0.1 16VC880 NCB21HK-473X CER.CAPACITOR 0.047 50VC881 NCB21HK-473X CER.CAPACITOR 0.047 50VC882 NCB21HK-473X CER.CAPACITOR 0.047 50VC883 NCB21HK-473X CER.CAPACITOR 0.047 50V

C884 NDC31HJ-101X CER.CAPACITOR 100p 50VC885 NDC31HJ-101X CER.CAPACITOR 100p 50VC886 NCB31CK-104X CER.CAPACITOR 0.1 16V

L302 NQL044K-100X COIL 10uHL303 NQL044K-100X COIL 10uHL304 NQL024J-3R9X COIL 3.9uHL306 NQL024J-3R3X COIL 3.3uHL701 NQL024J-100X COIL 10uHL702 NQL024J-100X COIL 10uHL703 NQL024J-100X COIL 10uHL704 NQL024J-100X COIL 10uHL705 NQL024J-100X COIL 10uH

L706 NQL024J-100X COIL 10uH

L707 NQL024J-100X COIL 10uHL708 NQL024J-100X COIL 10uH

X401 NAX0536-001X CRYSTAL 13.5MHzX402 NAX0325-001X CRYSTAL 32KHzX403 NAX0325-001X CRYSTAL 32KHz

CN8 QGB0505M1-C0 CONNECTOR 99PINCN11 QGF0508C1-24W CONNECTOR 24PINCN12 QGA1201C2-06X CONNECTOR 6PINCN14 QGA1201C2-02X CONNECTOR 2PINCN15 QGA1201C2-04X CONNECTOR 4PINCN18 QGA1201C2-03X CONNECTOR 3PINCN19 QGF0508F1-06X CONNECTOR 6PINCN21 QGA1201F2-03X CONNECTOR 3PINCN22 QGA1201C2-03X CONNECTOR 3PINCN23 QGB0502L1-40X CONNECTOR 40PIN

CN31 QGA1201C2-05X CONNECTOR 5PINCN32 QGF0508F1-06X CONNECTOR 6PINCN301 QGF0508F1-20X CONNECTOR 20PINCN303 QGF0508F1-30X CONNECTOR 30PIN

TP302 NNZ0009-001X TEST POINTTP303 NNZ0009-001X TEST POINTTP314 NNZ0009-001X TEST POINTTP315 NNZ0009-001X TEST POINTTP316 NNZ0009-001X TEST POINTTP324 NNZ0009-001X TEST POINTTP710 NNZ0009-001X TEST POINT

BT401 QAB0020-001 LI BATTERY

K402 NQR0265-001X FERRITE BEADSK701 PGZ00627Z FERRITE BEADS



6-14

6.4 MONITOR BL BOARD ASSEMBLY PARTS LIST 04CK267000A2 04``````

Q907 2SC4626/BC/-X TRANSISTOR MATSUSHITAQ908 2SC4626/BC/-X TRANSISTOR MATSUSHITAQ909 2SC4626/BC/-X TRANSISTOR MATSUSHITAQ910 DTA144EUA-X TRANSISTOR ROHMQ911 2SD874/QR/-X TRANSISTOR MATSUSHITAQ912 2SD874/QR/-X TRANSISTOR MATSUSHITA

R901 NRSA63J-471X M.G.RESISTOR 470 1/16WR941 NRSA63J-563X M.G.RESISTOR 56k 1/16WR942 NRSA63J-103X M.G.RESISTOR 10k 1/16WR943 NRSA63J-223X M.G.RESISTOR 22k 1/16WR944 NRSA63J-473X M.G.RESISTOR 47k 1/16WR945 NRSA63J-223X M.G.RESISTOR 22k 1/16WR946 NRSA63J-473X M.G.RESISTOR 47k 1/16WR947 NRSA63J-563X M.G.RESISTOR 56k 1/16WR948 NRSA63J-102X M.G.RESISTOR 1k 1/16WR949 NRSA63J-102X M.G.RESISTOR 1k 1/16W

R950 NRSA63J-102X M.G.RESISTOR 1k 1/16W

C958 NCB31CK-104X CER.CAPACITOR 0.1 16VC959 NCB11CK-105X CER.CAPACITOR 1 16VC960 NDC31HJ-151X CER.CAPACITOR 150p 50VC961 NBE41CM-226X TAN.CAPACITOR 22 16VC962 NCB31HK-103X CER.CAPACITOR 0.01 50VC963 NCB31HK-103X CER.CAPACITOR 0.01 50VC964 NCB31HK-562X CER.CAPACITOR 5600p 50VC965 NFV41HJ-273X FILM CAPACITOR 0.027 50VC966 NCZ1016-150X CER.CAPACITOR 15pC967 NCZ1016-150X CER.CAPACITOR 15p

C968 NCZ1016-150X CER.CAPACITOR 15p

L907 NQLZ010-220X COIL 22uHL908 NQLZ010-220X COIL 22uH

CN902 QGF0517F1-24X CONNECTOR 24PINCN912 QGF0506F2-32X CONNECTOR 32PIN

T901 NQS0037-001X SW TRANS

6.5 INPUT1 BOARD ASSEMBLY PARTS LIST 05CK267000A4 05``````

C1 NDC31HJ-221X CER.CAPACITOR 220p 50VC2 NDC31HJ-221X CER.CAPACITOR 220p 50VC3 NDC31HJ-221X CER.CAPACITOR 220p 50VC4 NDC31HJ-221X CER.CAPACITOR 220p 50V

L1 NQL024J-101X COIL 100uHL2 NQL024J-101X COIL 100uH

CN12 QGA1201C2-03X CONNECTOR 3PIN

JK1 QNZ0013-001 CONNECTOR MIC INPUT

K1 NQR0269-004X FERRITE BEADSK2 NQR0269-004X FERRITE BEADS


6.6 REG BOARD ASSEMBLY PARTS LIST 06CK267200B1 06``````

IC1 MB3782PF-X I.C.(M) FUJITSUIC3 BA9738KV I.C.(M) ROHM

Q1 2SA1577/QR/-X TRANSISTOR ROHMQ2 2SA1577/QR/-X TRANSISTOR ROHMQ3 2SA1577/QR/-X TRANSISTOR ROHMQ4 2SC4097/QR/-X TRANSISTOR ROHMQ5 2SC4097/QR/-X TRANSISTOR ROHMQ6 2SC4097/QR/-X TRANSISTOR ROHMQ7 2SB1302/ST/-X TRANSISTOR SANYOQ8 2SB1302/ST/-X TRANSISTOR SANYOQ10 HN1C01FU/G/-X TRANSISTOR TOSHIBAQ12 2SA1577/QR/-X TRANSISTOR ROHM

Q15 2SC4617/RS/-X TRANSISTOR ROHMQ16 2SB1302/ST/-X TRANSISTOR SANYOQ17 2SB1302/ST/-X TRANSISTOR SANYOQ18 2SJ484WY-X FET HITACHIQ19 2SB1302/ST/-X TRANSISTOR SANYOQ20 2SB1302/ST/-X TRANSISTOR SANYOQ21 DTC144EUA-X TRANSISTOR ROHMQ23 HAT1021R-X TRANSISTOR HITACHIQ24 HAT1021R-X TRANSISTOR HITACHI

D1 SB140L-6395 DIODE SANYOD2 MA736-X DIODE MATSUSHITAD3 MA736-X DIODE MATSUSHITAD4 SFPB-72-W SB DIODE SANKEND5 SB140L-6395 DIODE SANYOD6 1SS306-X DIODE TOSHIBAD8 MA8091/L/-X ZENER DIODE MATSUSHITAD9 DA204U-X DIODE ROHMD10 DAN202U-X DIODE ROHMD11 MA736-X DIODE MATSUSHITA

D12 SFPB-72-W SB DIODE SANKEND13 SFPB-72-W SB DIODE SANKEND14 DA204U-X DIODE ROHMD15 SFPB-72-W SB DIODE SANKEND16 SFPB-72-W SB DIODE SANKEND21 HZM18NB2-X ZENER DIODE HITACHI



6-15

R1 NRSA63J-103X M.G.RESISTOR 10k 1/16WR2 NRSA63J-103X M.G.RESISTOR 10k 1/16WR3 NRSA63J-272X M.G.RESISTOR 2.7k 1/16WR4 NRSA63J-682X M.G.RESISTOR 6.8k 1/16WR5 NRSA63J-223X M.G.RESISTOR 22k 1/16WR6 NRSA63J-102X M.G.RESISTOR 1k 1/16WR8 NRSA63J-0R0X M.G.RESISTOR 0 1/16WR9 NRSA63J-122X M.G.RESISTOR 1.2k 1/16WR10 NRSA63J-223X M.G.RESISTOR 22k 1/16WR11 NRSA63J-682X M.G.RESISTOR 6.8k 1/16W

R12 NRSA63J-272X M.G.RESISTOR 2.7k 1/16WR13 NRSA63J-0R0X M.G.RESISTOR 0 1/16WR14 NRSA63J-102X M.G.RESISTOR 1k 1/16WR15 NRSA63D-243X M.G.RESISTOR 24k 1/16WR16 NRSA63D-103X M.G.RESISTOR 10k 1/16WR17 NRSA63D-153X M.G.RESISTOR 15k 1/16WR18 NRSA63D-224X M.G.RESISTOR 220k 1/16WR19 NRSA63J-123X M.G.RESISTOR 12k 1/16WR20 NRSA63J-223X M.G.RESISTOR 22k 1/16WR21 NRSA63J-0R0X M.G.RESISTOR 0 1/16W

R22 NRSA63J-473X M.G.RESISTOR 47k 1/16WR23 NRSA63J-103X M.G.RESISTOR 10k 1/16WR24 NRSA63D-103X M.G.RESISTOR 10k 1/16WR25 NRSA63D-153X M.G.RESISTOR 15k 1/16WR26 NRSA63J-0R0X M.G.RESISTOR 0 1/16WR27 NRSA63D-103X M.G.RESISTOR 10k 1/16WR28 NRSA63J-103X M.G.RESISTOR 10k 1/16WR29 NRSA63D-103X M.G.RESISTOR 10k 1/16WR30 NRSA63D-104X M.G.RESISTOR 100k 1/16WR31 NRSA63J-0R0X M.G.RESISTOR 0 1/16W

R32 NRSA63J-0R0X M.G.RESISTOR 0 1/16WR33 NRSA63D-153X M.G.RESISTOR 15k 1/16WR34 NRSA63J-103X M.G.RESISTOR 10k 1/16WR35 NRSA63D-103X M.G.RESISTOR 10k 1/16WR36 NRSA63D-124X M.G.RESISTOR 120k 1/16WR37 NRSA63D-113X M.G.RESISTOR 11k 1/16WR38 NRSA63J-472X M.G.RESISTOR 4.7k 1/16WR39 NRSA63J-472X M.G.RESISTOR 4.7k 1/16WR40 NRSA63J-103X M.G.RESISTOR 10k 1/16WR41 NRSA63J-472X M.G.RESISTOR 4.7k 1/16W

R42 NRSA63J-0R0X M.G.RESISTOR 0 1/16WR44 NRSA63D-183X M.G.RESISTOR 18k 1/16WR45 NRSA63J-122X M.G.RESISTOR 1.2k 1/16WR47 NRSA63J-223X M.G.RESISTOR 22k 1/16WR48 NRSA63J-0R0X M.G.RESISTOR 0 1/16WR49 NRSA63J-123X M.G.RESISTOR 12k 1/16WR51 NRSA63J-823X M.G.RESISTOR 82k 1/16WR52 NRSA63J-823X M.G.RESISTOR 82k 1/16WR53 NRSA63J-103X M.G.RESISTOR 10k 1/16WR54 NRSA63J-102X M.G.RESISTOR 1k 1/16W

R56 NRSA63J-0R0X M.G.RESISTOR 0 1/16WR71 NRSA63J-0R0X M.G.RESISTOR 0 1/16WR76 NRSA63J-473X M.G.RESISTOR 47k 1/16WR77 NRSA63J-273X M.G.RESISTOR 27k 1/16WR78 NRSA63J-822X M.G.RESISTOR 8.2k 1/16WR79 NRSA63D-823X M.G.RESISTOR 82k 1/16WR80 NRSA63D-433X M.G.RESISTOR 43k 1/16WR81 NRSA63D-513X M.G.RESISTOR 51k 1/16WR91 NRSA63D-222X M.G.RESISTOR 2.2k 1/16WR101 NRSA63D-332X M.G.RESISTOR 3.3k 1/16W

R102 NRSA63D-153X M.G.RESISTOR 15k 1/16WR103 NRSA63D-682X M.G.RESISTOR 6.8k 1/16WR104 NRSA63J-683X M.G.RESISTOR 68k 1/16WR105 NRSA63D-472X M.G.RESISTOR 4.7k 1/16WR106 NRSA63J-822X M.G.RESISTOR 8.2k 1/16WR107 NRSA63J-154X M.G.RESISTOR 150k 1/16WR108 NRSA63J-472X M.G.RESISTOR 4.7k 1/16WR109 NRSA63J-154X M.G.RESISTOR 150k 1/16WR110 NRSA63D-472X M.G.RESISTOR 4.7k 1/16WR111 NRSA63D-472X M.G.RESISTOR 4.7k 1/16W

R112 NRSA63D-123X M.G.RESISTOR 12k 1/16WR113 NRSA63J-683X M.G.RESISTOR 68k 1/16WR114 NRSA63J-154X M.G.RESISTOR 150k 1/16W

R115 NRSA63D-222X M.G.RESISTOR 2.2k 1/16WR116 NRSA63J-472X M.G.RESISTOR 4.7k 1/16WR117 NRSA63J-154X M.G.RESISTOR 150k 1/16WR118 NRSA63J-154X M.G.RESISTOR 150k 1/16WR119 NRSA63J-472X M.G.RESISTOR 4.7k 1/16WR120 NRSA63D-222X M.G.RESISTOR 2.2k 1/16WR121 NRSA63D-682X M.G.RESISTOR 6.8k 1/16W

R122 NRSA63D-224X M.G.RESISTOR 220k 1/16WR123 NRSA63J-683X M.G.RESISTOR 68k 1/16WR124 NRSA63D-224X M.G.RESISTOR 220k 1/16WR125 NRSA63J-102X M.G.RESISTOR 1k 1/16WR126 NRSA63J-471X M.G.RESISTOR 470 1/16WR127 NRSA63J-100X M.G.RESISTOR 10 1/16WR128 NRSA63J-471X M.G.RESISTOR 470 1/16WR129 NRSA63J-102X M.G.RESISTOR 1k 1/16WR130 NRSA63J-100X M.G.RESISTOR 10 1/16WR131 NRSA63J-471X M.G.RESISTOR 470 1/16W

R132 NRSA63J-102X M.G.RESISTOR 1k 1/16WR134 NRSA63J-100X M.G.RESISTOR 10 1/16WR152 NRSA63J-0R0X M.G.RESISTOR 0 1/16WR154 NRSA63J-0R0X M.G.RESISTOR 0 1/16W

C1 NCB11EK-105X CER.CAPACITOR 1 25VC2 NCB41CM-106X CER.CAPACITOR 10 16VC3 NCB41CM-106X CER.CAPACITOR 10 16VC4 NCB11EK-105X CER.CAPACITOR 1 25VC5 NCB11EK-105X CER.CAPACITOR 1 25VC6 NCB11EK-105X CER.CAPACITOR 1 25VC7 NCB31HK-102X CER.CAPACITOR 1000p 50VC8 NCB31HK-102X CER.CAPACITOR 1000p 50VC9 NCB31HK-102X CER.CAPACITOR 1000p 50VC10 NCB31HK-102X CER.CAPACITOR 1000p 50V

C11 NCB31CK-104X CER.CAPACITOR 0.1 16VC12 NCB31CK-104X CER.CAPACITOR 0.1 16VC13 NCB31CK-104X CER.CAPACITOR 0.1 16VC14 NCB31HK-331X CER.CAPACITOR 330p 50VC15 NDC31HJ-181X CER.CAPACITOR 180p 50VC16 NCB31CK-104X CER.CAPACITOR 0.1 16VC17 NCB31EK-473X CER.CAPACITOR 0.047 25VC18 NCB31CK-104X CER.CAPACITOR 0.1 16VC19 NCB11EK-105X CER.CAPACITOR 1 25VC20 NCB31HK-472X CER.CAPACITOR 4700p 50V

C21 NCB31HK-103X CER.CAPACITOR 0.01 50VC22 NCB31HK-103X CER.CAPACITOR 0.01 50VC24 NCB31HK-102X CER.CAPACITOR 1000p 50VC25 NDC31HJ-101X CER.CAPACITOR 100p 50VC26 NCB31HK-102X CER.CAPACITOR 1000p 50VC27 NCB31HK-102X CER.CAPACITOR 1000p 50VC28 NCB31HK-102X CER.CAPACITOR 1000p 50VC29 NCB31HK-102X CER.CAPACITOR 1000p 50VC30 NCB31HK-102X CER.CAPACITOR 1000p 50VC31 NCB31HK-102X CER.CAPACITOR 1000p 50V

C32 NCB11AK-225X CER.CAPACITOR 2.2 10VC33 NCB11HK-224X CER.CAPACITOR 0.22 50VC51 NCB11EK-105X CER.CAPACITOR 1 25VC52 NCB11AK-475X CER.CAPACITOR 4.7 10VC54 NCB11EK-105X CER.CAPACITOR 1 25VC56 NCB11EK-105X CER.CAPACITOR 1 25VC57 NCB10JK-106X CER.CAPACITOR 10 6.3VC58 NCB10JK-106X CER.CAPACITOR 10 6.3VC59 NCB11EK-105X CER.CAPACITOR 1 25VC60 NCB10JK-106X CER.CAPACITOR 10 6.3V

C61 NCB10JK-106X CER.CAPACITOR 10 6.3VC62 NCB11EK-105X CER.CAPACITOR 1 25VC63 NCB10JK-106X CER.CAPACITOR 10 6.3VC64 NCB10JK-106X CER.CAPACITOR 10 6.3VC65 NCB11EK-105X CER.CAPACITOR 1 25VC68 NCB11EK-105X CER.CAPACITOR 1 25VC69 NCB11EK-105X CER.CAPACITOR 1 25VC71 NCB31HK-103X CER.CAPACITOR 0.01 50VC74 NCB11EK-105X CER.CAPACITOR 1 25VC76 NCB31EK-473X CER.CAPACITOR 0.047 25V



6-16

[REG]

C77 NCB31EK-473X CER.CAPACITOR 0.047 25VC78 NCB31HK-153X CER.CAPACITOR 0.015 50VC79 NCB31HK-153X CER.CAPACITOR 0.015 50VC80 NCB11AK-475X CER.CAPACITOR 4.7 10VC81 NDC31HJ-681X CER.CAPACITOR 680p 50VC82 NCB31CK-104X CER.CAPACITOR 0.1 16VC83 NCB31CK-104X CER.CAPACITOR 0.1 16VC84 NCB31EK-822X CER.CAPACITOR 8200p 25VC85 NCB31CK-104X CER.CAPACITOR 0.1 16VC86 NCB31EK-822X CER.CAPACITOR 8200p 25V

C87 NCB31EK-822X CER.CAPACITOR 8200p 25VC88 NCB31CK-104X CER.CAPACITOR 0.1 16VC101 NCB41CM-106X CER.CAPACITOR 10 16VC102 NCB41CM-106X CER.CAPACITOR 10 16VC103 NBE51CM-476X TAN.CAPACITOR 47 16VC105 NBE51CM-476X TAN.CAPACITOR 47 16VC106 NCB41CM-106X CER.CAPACITOR 10 16VC107 NCB41CM-106X CER.CAPACITOR 10 16VC108 NBE51CM-476X TAN.CAPACITOR 47 16VC110 NBE51CM-476X TAN.CAPACITOR 47 16V

C111 NCB41CM-106X CER.CAPACITOR 10 16VC112 NCB41CM-106X CER.CAPACITOR 10 16VC113 NCB41CM-106X CER.CAPACITOR 10 16VC114 NCB41CM-106X CER.CAPACITOR 10 16VC115 NBE51CM-476X TAN.CAPACITOR 47 16VC120 NBE71VM-106X TAN.CAPACITOR 10 35VC121 NCB31HK-153X CER.CAPACITOR 0.015 50VC122 NCB31HK-153X CER.CAPACITOR 0.015 50VC123 NCB31HK-153X CER.CAPACITOR 0.015 50V

L2 NQL24CN-220X COIL 22uHL3 NQL44CM-470X COIL 47uHL4 NQL44CM-470X COIL 47uHL5 NQL23CM-330X COIL 33uHL6 NQL24CN-220X COIL 22uHL7 NQL35BK-100X COIL 10uHL8 NQL24CN-220X COIL 22uHL9 NQL23CM-330X COIL 33uHL10 NQL42EM-220X COIL 22uHL11 NQL42EM-220X COIL 22uH

L12 NQL42EM-220X COIL 22uHL13 NQL42EM-220X COIL 22uHL14 NQL44CM-470X COIL 47uHL15 NQL44CM-470X COIL 47uHL16 NQL42EM-220X COIL 22uHL17 NQL23CM-330X COIL 33uHL18 NQL23CM-330X COIL 33uHL19 NQL23CM-330X COIL 33uHL20 SSV2810-330V COIL 33uH

!F1 NMFZ011-3R15X-S FUSE 3.15A!F2 NMFZ011-3R15X-S FUSE 3.15A

CN6 QGA1201F2-10X CONNECTOR 10PINCN7 QGA1201F2-14X CONNECTOR 14PINCN27 QGA1201F2-04X CONNECTOR 4PINCN28 QGA1201F2-03X CONNECTOR 3PIN

!CP1 ICP-S2.3-X ICP!CP2 ICP-S2.3-X ICP!CP3 ICP-S2.3-X ICP!CP4 ICP-S0.5-X ICP!CP5 ICP-S1.0-X ICP!CP6 ICP-S1.0-X ICP!CP7 ICP-S0.5-X ICP

!JK1 LY31577-001E JACK DC/BAT.IN

6.7 SWR BOARD ASSEMBLY PARTS LIST 07CK267200B2 07``````

S1 NSW0070-002X SLIDE SWITCH MODE SELS2 NSW0070-002X SLIDE SWITCH MONITOR SELS3 NSW0070-001X SLIDE SWITCH CH1 SELS4 NSW0070-001X SLIDE SWITCH CH2 SELS5 NSW0053-001X TACT SWITCH PLAYS6 NSW0053-001X TACT SWITCH FWD/FFS7 NSW0053-001X TACT SWITCH STOPS8 NSW0053-001X TACT SWITCH REW/REVS9 NSW0005-001X TACT SWITCH SHUTTERS10 NSW0005-001X TACT SWITCH MENU

S11 NSW0005-001X TACT SWITCH GAIN

CN11 QGF0508C1-24W CONNECTOR 24PINCN20 QGA1201F2-05X CONNECTOR 3PINCN24 QGA1201C2-02X CONNECTOR 2PINCN25 QGA1201C2-04X CONNECTOR 4PIN


6.8 TOP ZOOM BOARD ASSEMBLY PARTS LIST 08CK267200A3 08``````

S1 NSW0145-001X TACT SWITCHS2 NSW0145-001X TACT SWITCHS3 NSW0145-001X TACT SWITCH

CN1 QGA1201F2-02X CONNECTOR 2PINCN19 QGF0508F1-06X CONNECTOR 6PIN


6.9 ZOOM BOARD ASSEMBLY PARTS LIST 09CK267200B4 09``````

VR1 NVY0001-Z14X SLIDE RESISTOR




6-17

6.10 FOCUS BOARD ASSEMBLY PARTS LIST 10CK267200A3 10``````

S1 NSW0005-001X TACT SWITCH IRIS AUTOS2 NSW0005-001X TACT SWITCH FOCUS AUTOS3 NSW0070-001X SLIDE SWITCH FOCUS MODE

CN31 QGA1201F2-05X CONNECTOR 5PIN


6.11 M. RELAY BOARD ASSEMBLY PARTS LIST 11CK267200A6 12``````


6.12 TALLY BOARD ASSEMBLY PARTS LIST 12CK267201A7 12``````

S911 NSW0095-001X DETECT SWITCH

CN303 QGF0508F1-30X CONNECTOR 30PINCN911 QGF0305F1-33X CONNECTOR 33PIN

LD1 BR1101F-X L.E.D.LD2 BR1101F-X L.E.D.

R1 NRSA63J-221X M.G.RESISTOR 220 1/16W


6.13 CONNECT BOARD ASSEMBLY PARTS LIST 13CK267400A1 13``````

D1 HZM6.2ZWA-W ZENER DIODE HITACHID2 HZM6.2ZWA-W ZENER DIODE HITACHID3 HZM6.2ZWA-W ZENER DIODE HITACHID4 HZM6.2ZWA-W ZENER DIODE HITACHID5 HZM6.2ZWA-W ZENER DIODE HITACHI

R1 NRSA63J-750X M.G.RESISTOR 75 1/16WR2 NRSA63J-750X M.G.RESISTOR 75 1/16WR3 NRSA63J-750X M.G.RESISTOR 75 1/16WR8 NRSA63J-0R0X M.G.RESISTOR 0 1/16WR9 NRSA63J-0R0X M.G.RESISTOR 0 1/16WR10 NRSA63J-0R0X M.G.RESISTOR 0 1/16WR11 NRSA63J-0R0X M.G.RESISTOR 0 1/16WR12 NRSA63J-0R0X M.G.RESISTOR 0 1/16WR13 NRSA63J-0R0X M.G.RESISTOR 0 1/16WR14 NRSA63J-0R0X M.G.RESISTOR 0 1/16W

C1 NBE60JM-337X TAN.CAPACITOR 330 6.3VC2 NBE60JM-337X TAN.CAPACITOR 330 6.3VC3 NDC31HJ-561X CER.CAPACITOR 560p 50VC4 NDC31HJ-561X CER.CAPACITOR 560p 50VC5 NDC31HJ-181X CER.CAPACITOR 180p 50VC6 NDC31HJ-181X CER.CAPACITOR 180p 50VC7 NDC31HJ-221X CER.CAPACITOR 220p 50VC8 NDC31HJ-221X CER.CAPACITOR 220p 50VC9 NDC31HJ-221X CER.CAPACITOR 220p 50VC10 NDC31HJ-221X CER.CAPACITOR 220p 50V

L1 NRS181J-0R0X M.G.RESISTOR 0 1/8WL2 NRS181J-0R0X M.G.RESISTOR 0 1/8WL3 NQL024J-101X COIL 100uHL4 NQL024J-101X COIL 100uHL5 NQR0276-001X COIL

CN9 QGF0508F2-20X CONNECTOR 20PINCN12 QGA1201C2-03X CONNECTOR 3PIN

JK1 QNZ0013-001 CONNECTOR MIC2 INPUTJK2 QND0001-001 CONNECTOR Y/C OUTPUT

!JK3 LY31356-001A RCA 3P CONNECTRJK4 QNS0203-001 JACK EARPHONEJK5 QNZ0573-001 CONNECTOR DV

K1 NQR0269-004X FERRITE BEADSK2 NQR0269-004X FERRITE BEADS


6.14 P ON BOARD ASSEMBLY PARTS LIST 14CK267400A2 14``````

D1 HZM6C-X ZENER DIODE HITACHI

R1 NRSA63J-222X M.G.RESISTOR 2.2k 1/16W

S1 QSW0048-001 TOGGLE SWITCH




6-18

6.15 JOG BOARD ASSEMBLY PARTS LIST 15CK267400A3 15``````

S1 QSW0603-001 ROTARY SWITCH


IC5501 BA6865KV I.C.(M) ROHMIC5502 BA6417F-X I.C.(M) ROHM

Q5502 2SB1302/ST/-X TRANSISTOR SANYOQ5503 2SB1302/ST/-X TRANSISTOR SANYOQ5504 2SB1302/ST/-X TRANSISTOR SANYOQ5511 2SK665-X FET MATSUSHITA

D5502 DAP222-X DIODE ROHMD5503 DAP222-X DIODE ROHM

R5501 NRSA63J-681X M.G.RESISTOR 680 1/16WR5502 NRSA63J-124X M.G.RESISTOR 120k 1/16WR5503 NRSA63J-472X M.G.RESISTOR 4.7k 1/16WR5504 NRSA63J-104X M.G.RESISTOR 100k 1/16WR5505 NRSA63J-223X M.G.RESISTOR 22k 1/16WR5506 NRV142F-R22X C.M.F.RESISTOR 0.22 1/4WR5509 NRS12BK-R68X M.G.RESISTOR 0.68 1/2WR5510 NRSA63J-102X M.G.RESISTOR 1k 1/16WR5511 NRSA63J-102X M.G.RESISTOR 1k 1/16WR5512 NRSA63J-274X M.G.RESISTOR 270k 1/16W

R5513 NRSA63J-272X M.G.RESISTOR 2.7k 1/16WR5514 NRSA63J-154X M.G.RESISTOR 150k 1/16WR5515 NRSA63J-474X M.G.RESISTOR 470k 1/16WR5516 NRSA63J-202X M.G.RESISTOR 2k 1/16WR5517 NRSA63J-473X M.G.RESISTOR 47k 1/16WR5518 NRSA63J-203X M.G.RESISTOR 20k 1/16WR5519 NRSA63J-393X M.G.RESISTOR 39k 1/16WR5520 NRSA63J-103X M.G.RESISTOR 10k 1/16WR5522 NRSA63J-103X M.G.RESISTOR 10k 1/16WR5523 NRSA63J-103X M.G.RESISTOR 10k 1/16W

R5525 NRSA63J-511X M.G.RESISTOR 510 1/16WR5526 NRSA63J-511X M.G.RESISTOR 510 1/16WR5527 NRSA63J-511X M.G.RESISTOR 510 1/16WR5528 NRSA63J-511X M.G.RESISTOR 510 1/16WR5529 NRSA63J-105X M.G.RESISTOR 1M 1/16WR5537 NRSA63J-103X M.G.RESISTOR 10k 1/16WR5545 NCB31HK-102X CER.CAPACITOR 1000p 50VR5546 NRSA63J-0R0X M.G.RESISTOR 0 1/16WR5561 NRSA63J-103X M.G.RESISTOR 10k 1/16WR5562 NRSA63J-224X M.G.RESISTOR 220k 1/16W

R5563 NRSA63J-0R0X M.G.RESISTOR 0 1/16W

C5501 NCB31EK-103X CER.CAPACITOR 0.01 25VC5502 NEH91CM-106X E.CAPACITOR 10 16VC5503 NBE21AM-106X TAN.CAPACITOR 10 10VC5505 NCB31CK-104X CER.CAPACITOR 0.1 16VC5506 NCB31HK-152X CER.CAPACITOR 1500p 50VC5507 NCB31EK-103X CER.CAPACITOR 0.01 25VC5508 NCB31EK-103X CER.CAPACITOR 0.01 25VC5509 NCB31EK-103X CER.CAPACITOR 0.01 25VC5510 NCB31EK-103X CER.CAPACITOR 0.01 25VC5511 NCB31EK-103X CER.CAPACITOR 0.01 25V

C5512 NCB31EK-103X CER.CAPACITOR 0.01 25VC5513 NCB31EK-103X CER.CAPACITOR 0.01 25VC5514 NEH91CM-106X E.CAPACITOR 10 16VC5515 NCB31CK-104X CER.CAPACITOR 0.1 16VC5516 NCB31CK-104X CER.CAPACITOR 0.1 16VC5517 NCB31CK-104X CER.CAPACITOR 0.1 16VC5518 NCB31EK-223X CER.CAPACITOR 0.022 25VC5519 NCB31EK-223X CER.CAPACITOR 0.022 25VC5520 NCB31EK-223X CER.CAPACITOR 0.022 25VC5521 NCF21CZ-105X CER.CAPACITOR 1 16V

C5522 NCB31CK-104X CER.CAPACITOR 0.1 16VC5523 NCB31CK-104X CER.CAPACITOR 0.1 16VC5525 NCB31CK-104X CER.CAPACITOR 0.1 16VC5526 NCB31EK-223X CER.CAPACITOR 0.022 25VC5527 NCB31CK-473X CER.CAPACITOR 0.047 16VC5528 NCB31CK-104X CER.CAPACITOR 0.1 16VC5531 NCB31CK-104X CER.CAPACITOR 0.1 16VC5532 NEH90JM-226X E.CAPACITOR 22 6.3VC5535 NEH91CM-106X E.CAPACITOR 10 16VC5536 NEH91CM-106X E.CAPACITOR 10 16V

C5537 NEH90JM-226X E.CAPACITOR 22 6.3VC5539 NCB31EK-103X CER.CAPACITOR 0.01 25VC5540 NCB31EK-103X CER.CAPACITOR 0.01 25VC5541 NCB31CK-104X CER.CAPACITOR 0.1 16VC5544 NCB31CK-104X CER.CAPACITOR 0.1 16VC5546 NCB31CK-104X CER.CAPACITOR 0.1 16VC5547 NCB31CK-104X CER.CAPACITOR 0.1 16VC5548 NCF21CZ-224X CER.CAPACITOR 0.22 16VC5549 NCF21CZ-224X CER.CAPACITOR 0.22 16VC5550 NCF21CZ-224X CER.CAPACITOR 0.22 16V

C5551 NCB31EK-103X CER.CAPACITOR 0.01 25VC5552 NEH91CM-106X E.CAPACITOR 10 16V

LC5501 NQR0388-019X LC FILTERLC5502 NQR0388-019X LC FILTERLC5503 NQR0388-019X LC FILTERLC5505 NQR0388-019X LC FILTER

CN5501 QGA2001F2-05V CONNECTOR 5PINCN5502 QGA1201F2-02X CONNECTOR 2PINCN5503 QGF0504C1-11X CONNECTOR 11PINCN5504 QGF0505F2-18X CONNECTOR 18PINCN5505 QGA1201F2-04X CONNECTOR 4PINCN5506 QGF0507F1-20X CONNECTOR 20PINCN5507 QGA1201F2-04X CONNECTOR 4PINCN5508 QGA1201F2-04X CONNECTOR 4PIN

B5503 NRSA63J-0R0X M.G.RESISTOR 0 1/16WB5505 NRSA63J-0R0X M.G.RESISTOR 0 1/16WB5506 NRSA63J-0R0X M.G.RESISTOR 0 1/16W

QA5501 BA6254FS-X TRANSIST.ARRAY


6.16 DV MDA BOARD ASSEMBLY PARTS LIST 16LK2119M0A-H2 16``````



6-19


6.17 REC TRG BOARD ASSEMBLY PARTS LIST 17CK267400A4 17``````


6.18 EJECT1 BOARD ASSEMBLY PARTS LIST 18CK267400A5 18``````

S1 NSW0005-001X TACT SWITCH


6.19 EJECT2 BOARD ASSEMBLY PARTS LIST 19CK267400A6 19``````


6.20 IRIS BOARD ASSEMBLY PARTS LIST 20CK267400A7 20``````


6.22 LOCK BOARD ASSEMBLY PARTS LIST 22CK268000A 22``````

S1 NSW0120-002X PUSH SWITCH




S1 QSW0982-001 SWITCH JOG


6.21 TEMP BOARD ASSEMBLY PARTS LIST 21CK267400A8 21``````

R1 NRSA63J-103X M.G.RESISTOR 10k 1/16W

TH1 NAD0002-103X THERMISTOR 10k



CN32 QGF0508F1-06X CONNECTOR 6PIN

7-1

SECTION 7

PACKING

7.1 PACKING ASSEMBLY M7

CAMERA

FRONT SIDE

PLASTIC BAG

PLASTIC BAG

CUSHION

PLASTIC BAG(UZ only)

DC CABLEQAM0301-001(UZ only)

PLASTIC BAG

CUSHION

PLASTIC BAG

CARTON BOX

CARTON

LABEL

GY-DV300

SUPPLEMENT LWT0044 -001CINSTRUCTION

PLASTIC BAG(U/UZ only)

WARRANTY CARD(U/UZ only)

INSTRUCTIONS LWT0017 (U/UZ only)LWT0018 (E only)

INSTRUCTIONS LWT0033 (UZ only)(AA-P30)

RF FILTER QQR0917-001 x2CLAMP FILTER QQR0491-001

POWER CORDQMPE150-183-K2(UZ only)

AC ADAPTER CHARGERMODEL : AA-P30U(UZ only)

BATTERY PACKMODEL : BN-V428U(UZ only)

CARTON

CARTON

• Factory setting of Swith and VRLeft side

AUDIO LEVEL CH-1/CH-2

ND FILTER

FOCUS

Rear side

POWER

MODE

AUDIO CH-1

AUDIO CH-2

MONITOR

CENTER

OFF

MANU

OFF

CAM-A

MIC1

MIC1

MIX

MAIN BOARD

IS BOARD

IC1

IC4

Q1

Q2

Q3IC3

IC2

IC501

IC502

IC503

IC511

IC504

IC505

IC506

IC512IC510

SECTION 8

DESCRIPTION OF CIRCUITRY

8-1

8.1 CAMERA BLOCK CIRCUIT DESCRIPTION

8.1.1 IS board

The CCDs of 1/3" IT, 380,000-pixel (NTSC), 440,000-pixel (PAL)CCDs. Vsub is adjustment-free.ISB, ISG and ISR are connected through FPCs, which cannot bedisconnected from the circuit boards.The CCDs are soldered directly onto the board. Therefore, sol-dering should be removed when replacing the CCD block as-sembly.

Fig. 8-1-1

The S/H circuit, which in the previous models has been locatedon the IS board, is located in the AFE block on the Main boardthat is located after the IS board. This has resulted in a simplifi-cation of the IS board.

8-2

8.1.2 Main board

The main block can be divided into the three functional compo-nents of the AFE, PLD and DBE blocks.(1) AFE (Analog Front End) block

IC501, 502 and 503 are the CCD signal processor ICs. Theyperform S/H, AGC and A/D conversions. It converts the ana-log output signals from the CCDs (pixel charge signals) into12-bit digital signals and outputs them. The handling dynamicrange is 400%.ICs 504, 505 and 506 form the V-driver circuit, which sup-plies the vertical drive pulses to the CCDs.

Fig. 8-1-2

Input

400%

100%

0%

Graduation

4096 (12bit)

1120

0

128 (8bit)

Y7

Y6

Y5

Y4

MSB

LSB

8bit

4bit

27MHz

Y4

Y4L

13.5MHz

Y3

Y2

Y1

Y0To DVC

Y3/Y7

Y2/Y6

Y1/Y5

Y0/Y4

Y4M

Y3

Y3L Y3M

Y2

Y2L Y2M

Y1

27MHz

13.5MHz

Y1L Y1M

(2) PLD (Program Logic Driver) blockIC561 is the PLD IC, which can be divided functionally intothe AFE-IF, TG, CLK-CTL, ZEBRA-ZONE, DV-REC-IF and DV-PB-IF sections.

1 AFE-IF:The 12-bit RGB digital signals output from the AFE blockare input to the MUX (multiplexer) in this section andoutput to the DBE block by sequential switching usingthe 3x clock (52 MHz). At the same time, this sectionalso generates the Y(AFY) signal for use in the lensautofocusing from the RGB signals, and output the Y(AFY)signal to the lens.The LINE REVERSE circuitry inverts (by mirror image in-version) the Bch signal, which has been inverted by thegapless prism (see section 8.2, “New prism optics”) toreturn it to the normal signal.

2 TG (Timing Generator):This section generates the H-drive pulse and sends it tothe CCDs through ICs 510 and 512 in the AFE block.

3 CLK-CTL:This section switches the 2x and 3x clocks, used in sig-nal processing, based on the 14 MHz reference clock.

4 ZEBRA-ZONE:This section outputs the zebra signal for use in displayon the LCD monitor and viewfinder.

5 DV-REC-IF:The DV-Y (8-bit) and DV-C (8-bit) signals, which are out-put from the DV/IF circuit in IC621 in the DBE block us-

Fig. 8-1-3

ing the 27 MHz clock, are input to the LPF & Down-sam-pling circuit and output from it at 13.5 MHz. This signal isthe Data Formatter (DV) signal. It is output in 4-bit widthsby switching the LSB (4-bit) and MSB (4-bit) using the 2xclock (Fig. 8-1-3), and the signals obtained by this are the4-bit Y and C (Cb/Cr) signals. These signals are sent tothe VCR as the recorded signals.The COLOR-BAR-GEN circuit generates the color bar sig-nal for use in recording. Apart from this, the color bar sig-nal displayed on the LCD monitor and VIDEO output isgenerated by the encoder circuit in the DBE IC (IC621).When “BARS” is selected, both of the color bar signalsare switched ON.

6 DV-PB-IF:The 27 MHz, 4-bit wide Y and C (Cb/Cr) playback signalsfrom the VCR are input to the Data Formatter (DV) cir-cuit, and output as the DV signals including Y: 13.5 MHz,Cb: 6.75 MHz and Cr: 6.75 MHz (this is the reverse op-eration to 5).The Data Formatter (DVE) converts the Y/Cb/Cr signalsrespectively into 8-bit signals, switches them using the3x clock in MUX and sends them to the DBE blockthrough the PB switch. As the interface to the DBE blockhas a width of 12 bits, the signal width is adjusted byadding 4 bits (all “0”) at the top of each 8-bit signal.

Fig

. 8-1

-4

8-3

KA

-D

V30

0

DV

C V

TR

MA

IN B

OA

RD

IC56

3IC

564

IC56

2

IC56

1

sideration of the ease of signal processing and rate con-version, it is more convenient to handle the RGB signalsat the same timing. Therefore, their timing is returned tothe same timing in an early stage in the DSP. It is also inthis stage that the 14 MHz sampled RGB signals areoversampled for their processing in 28 MHz.

d) RGB gamma circuit“RGB Gamma” compresses the dynamic range of thesignals while they are still in the RGB format. The RGBsignals change from 12-bit to 10-bit signals from the out-put of this circuit.The gamma processing method is the “table method”in place of the “polygonal line approximation Method”.The “table method” is also adopted in other circuits suchas “Detail” and “Y-Gamma”. The table data for use inthe processing is handed from the camera’s CPU to theDMA block in the DSP.

e) Y/Cb/Cr conversionThe signals that have been in the RGB format until “RGBGamma” are converted into the Y/Cb/Cr format in thiscircuit block. However, the sampling rate is still 28 MHz(4:4:4) at this stage.

f) Y-gamma processing blockThis circuit block applies gamma processing to the Y signal,which changes from a 10-bit to an 8-bit signal in this stage.(The Cb/Cr signals are still 10-bit signals in this stage.)

(3) DBE (Digital Back End) block1 Circuit blocks in the DBE IC (IC621):

IC621 is composed of the camera DSP and mainly han-dles camera process signals. The DSP IC is adopted forthe first time with this model. Its internal functions areas described below.

a) Input signalsThe 12-bit RGB digital signals, obtained by A/D conversion inthe AFE block, are input to the PLD (IC561), rearranged (us-ing the 3x clock) by the internal MUX (multiplexer) and sentto the DSP.

b) White blemish compensationThis is the first circuit block that the input signals enter.The pixels are corrected in real time “Blemish Compen-sation” in the figure and the blemish is detected by“Blemish Detect” in the next stage.The position data of the detected blemish is stored in-side the EEPROM (IC406), loaded every time the poweris turned on and applied as a correction by “Blemish Com-pensation”.

c) Shifted pixel correctionTo prevent false signals and in consideration of the pro-duction tools, the CCDs are bonded by adopting the 1/2pixel shifting technique. However, the VCR of DVC (4:1:1/NTSC, 4:2:0/PAL ) digital camcorders do not need as highsignal resolution as multipurpose cameras. Also in con-

BlemishCompensation

Half pixelshift

ColorMatrix

RGB Gamma(Table)

RGB toY/Cb/Cr convert(28MHz/4:4:4)

Color Killer

Detail(Table)

Rate convertfrom 28 to 27MHz

Buff

12bit

R,G,B(28MHz)

4:4:4 to 4:2:2CbCr 10 to 8bit

R,G,B(28MHz)12bit

R,G,B(28MHz)10bit

Y/Cb/Cr(28MHz/4:4:4)10bit

Y(8)/Cb(10)/Cr(10)28MHz/4:4:4

BlemishDetect

Composite Video

NTSC/PALENC

(add SYNC)

NTSC/PALGEN.

D/A10bit

Chroma Suppress

Y-Gamma 10 to 8bit

Black Strech/Compress

Knee

Y(8)/Cb(8)/Cr(8)28MHz/4:2:2

DVInter Face

Digital Signal Processor Block Diagram

Y(8)/Cb(8)/Cr(8)27MHz/4:2:2

10bit

Y(8)/Cb(8)/Cr(8)27MHz/4:2:2

Y(8)/Cb(8)/Cr(8)

54MHz

27MHz/4:2:2

LCD Monitor

DVC SectionVideo Out

ZebraArea

InputR,G,B(14MHz)

D M A

CCD error address Datafrom DMA

CCDErrorDataArea

Look UpTableDataArea

SDRAMAREA

Interface

Error Addressto DMA

CameraCPU

(IC402)

MAIN Board IC621

SDRAM

IC622

Fig. 8-1-5 Digital Signal Processor Block Diagram

8-4

Fig. 8-1-6

g) 4:4:4 → 4:2:2 conversionThis circuit block converts the Cb/Cr signals from 14 MHzto 7 MHz (4:4:4 → 4:2:2) and from 10-bit to 8-bit signals.

h) Rate conversion blockWhile the signals have been processed based on the 14MHz and 18 MHz sampling clock rates, this circuit blockconverts them into 27 MHz-based signals.

i) EncoderAfter completion of the camera input signal processing,the signals are divided into those for use by the mainrecording circuitry (those sent to the DVC VCR) and thosefor use by the LCD monitor.This circuit block generates the composite signal usingthe NTSC/PAL timing generator and digital encoder inthe DSP.It is also in this circuit block that the sync signal is added.However, as simple addition of the sync signal causesthe number of bits assigned to the effective video to bereduced, the total number of signal bits is increased to10 bits at the time of sync addition.

(4) Other circuits1 Input to the KA-DV300 network pack:

The input signals from the VCR (PLAYBACK or EE) arebranched on the Main board and output to the KA-DV300based on the drive by ICs 565 and 567. As a result, boththe recorded EE signals and playback signals can be con-verted into MPEG4 by the KA-DV300.

In consequence, the D/A block for the analog output em-ploys a 10-bit encoder.This circuit block also generates the color bar signal foruse in display on the LCD monitor and the viewfinder(the color bar signal for recording is generated in the PLCIC (IC561)).

j) DMA blockThis circuit block mainly handles the data exchange withthe camera CPU and the storage of DSP parameters (ta-ble data).

2 Analog video amplifier:IC625 is the analog video amp. It generates the compos-ite signal and the Y/C signals from the analog Y/C sig-nals, which are output from the encoder of the DBE IC(IC621), and outputs them at the connectors. For the sig-nal level adjustments, the DBE IC adjusts the overall Ysignal level and the analog video amp adjusts the C sig-nal level.

MAIN BOARD

IC622

IC621

IC625

8-5

2 ROM IC:IC562 is the ROM IC storing the program for the PLD(IC561). The program can be rewritten through CN561but this is not done in stores because a special tool isrequired.

8-6

Fig. 8-2-1

As the use of gap-less prism optics results in the impossibil-ity of reflections from the opposite directions inside the prismoptics, the Bch signal is reflected only once (In the previousprism optic systems, a signal corresponding to Rch was re-flected twice by the internal prisms. See Figure 8-2-1). Thismakes the Bch image an inverted one (the left and right ofwhich are inverted like a mirror image). To deal with this, theBch video signal from the CCD is inverted (returned to a

8.2 NEW PRISM OPTICS

The GY-DV300 adopts a new, 1/3" three-CCD prism optics(gapless prism technique) featuring a compact size and lightweight. The new prism optics incorporates new technologiesthat are different from those used in previous models.

(1) Gapless prismsThe light is divided into the three primary colors of light, R, Gand B, by the combination of three color-spectral prisms.Each of these prisms has special surface treatment to re-flect the light of specific wavelengths. These prisms havebeen bonded by reserving air gaps of 2/1000 mm in order toreflect the light using these air gaps. However, the difficultyin combining the prisms by providing these gaps uniformlyand in parallel has become a factor for increasing the pro-duction costs.But the new gapless prism technique makes it possible tocombine the prisms without leaving the air gaps. This hasimproved productivity and decreased the production costs.As this technique also allows the prism size to be reduced,it contributes to a reduction in both size and costs.

Previous prism optics

New gapless prism optics

Fig. 8-2-2 Parts Required in Previous Bonding Techniques

On the other hand, the direct bonding technique of the newoptics bonds the CCD packages and prisms directly using aspecial adhesive agent that hardens under the irradiation ofUV rays. Because of this property, the adhesive agent doesnot harden at the register alignment stage but is hardenedwhen the UV rays are irradiated after the alignment. Theadhesive agent can be used to bond the ceramic-made CCDpackages and glass-made prisms without additional metal-lic parts. This feature makes it possible to implement thewhole CCD block featuring a compact size and a light weight.However, the use of an adhesive agent for bonding the CCDsmakes it impossible to peel the CCDs once they are fixed. Incase of CCD trouble, it is not possible to replace only thefaulty CCD. As a result, the CCD block of this model cannotbe serviced even at the factory. If CCD faults are discoveredduring a store servicing, the whole CCD block assemblyshould be replaced.

normal image) by an electrical circuit. In addition, the arrangement of the RGB colors of the new optics is also differentfrom the previous optics.

(2) Direct bondingPrevious optics attached the CCDs to the prisms by meansof sheet metal soldering technique (solder bonding). As theCCD packages themselves are not made of a soldering-com-patible material (or treatment), each CCD had to be fixed ona sheet metal plate (made of soldering-compatible metallicmaterial), which was then soldered on the soldering section(copper-plated area) of the prism optics. With this technique,the CCDs can be replaced individually because they can beremoved easily by melting the solder. (Nevertheless, bond-ing is possible only in the production line because it requiresspecial tools and technologies for achieving register accu-racy of the micrometric order.)The disadvantages of the previous optics included high costsdue to an increase in the number of parts, such as the sheetmetal plates used in the soldering process. An increase inthe CCD block size for incorporating these parts was also aproblem.

8-7

8.3 LENS CONTROL SYSTEM

OutlineThe lens assembly used with this model incorporates automaticcontrol functions such as autofocusing and OIS (Optical ImageStabilizer) in addition to the auto iris control that has also beenavailable with previous model. In order to provide compatibilitywith them, the Lens CPU (IC905 on the Main board) is providedfor exclusive use in the lens control. This chapter gives a de-scription of this control system.

(1) Autofocusing controlIn general, autofocusing is performed by adopting one ofthe following three techniques.1) Active autofocusing:

Triangulation using IR rays or ultrasound waves2) Passive autofocusing:

Phase error detection using an optical focus sensor.3) TTL (Through The Lens) autofocusing

Electrical signal processing of an image incident throughthe lens

The autofocusing of the lens in this model is controlled withthe TTL method.

The video signals obtained from the three RGB CCDs are A/D converted and input to the PLD (IC561) in the digital signalprocessor block.The PLD generates the 9-bit Y signal for use in autofocusing(AFY) apart from the processing of the signals to be sup-plied to the main camcorder circuitry.The AFY signal data is subjected to the internal computationby the autofocusing DSP (IC906) and the results are sent tothe lens CPU.The lens CPU outputs the data as serial data to the focus/zoom driver IC (IC901) to drive the focusing motor of thelens using the DC voltages output from the D/A output ports.The factors deciding the autofocusing effect is the compu-tation inside the DSP and the program processed by thelens CPU.

Autofocusing control consists of moving the focusing lens alittle beyond the AFY modulation peak and then returning itslightly so that the focusing lens stops at the peak position.The modulation peak point is defined as the optimum focuspoint. Due to the principles themselves, focusing may some-times be difficult when the object has little contrast.

Focusing Lens Control

It goes beyond the peak, goes back to the peak and stops there.

Mod

ulat

ion

Peak point

Fig. 8-3-1

(2) OIS (Optical Image Stabilizer) controlThe lens of this model incorporates the OIS function for cor-recting blurring due to a slight movement of the hands. Theoptical correction employs the shifting technique, the detailof which is described in section 8.4. This section deals onlywith the flow of control signals.Blurring is detected via the information from the gyro sen-sors provided on the lens. Two gyro sensors for horizontaland vertical directions are used to detect the lens blurringdirections. The information output from the gyro sensors isinput to the CAM CPU circuit block on the Main board. Thiscircuit block obtains information such as the displacementand velocity (acceleration) of the lens, detects the blurringsituation based on it, and sends the result signals (GYRO_X,GYRO_Y) to the lens CPU. The CPU performs software-basedcomputations of the optimum correction amount based onthe obtained information and outputs the results to the OISD/A driver IC (IC902) (serial data).The OIS driver IC (IC902) outputs the pulse signal for drivingthe motor of the blurring correction shift lens.One of the important factors deciding the effects of OIS isthe software program. We have performed a large numberof experiments to investigate this point, and the best possi-ble correction program has been developed and incorporatedin the CPU.

(3) Countermeasures against MalfunctionsWith both autofocusing and OIS control, the key is the dig-ital data and the software program incorporated in the lensCPU. Even when the signal lines can be observed in servic-ing, it is difficult to analyze the operations. When analyzingmalfunctions in stores, one should observe the changes inthe analog signals (including voltage) at the input from andthe output to the lens.CN901 is the point of concentration of all information ex-changes between the lens and Main board. To check theoperations and determine their availability, it is necessary toobserve the signal pins of this connector.However, note that the lens is an assembly part. This meansthat it should be replaced as a whole assembly except forsome parts.

8-8

Fig

. 8-3

-2 M

ain

Bo

ard

LE

NS

CT

L B

lock D

iag

ram

Foc

us/Z

oom

Driv

er(I

C90

1)

OIS

Driv

er(I

C90

2)

LEN

S C

PU

(IC

905)

AF

/Zoo

mD

SP

(IC

906)

PLD

(IC

561)

A/D

A/D

A/D

Ana

log

Fro

nt E

nd B

lock

Ana

log

Pro

cess

(Com

para

tor)

FZ

CS

DA

CD

AT

A

DA

TA

SC

K

OIS

CS

AF

Y0:

8)

9bit

G R B

HO

LE O

UT

(-),

HO

LE IN

(-)

HO

LE O

UT

(+),

HO

LE IN

(+)

[Zoo

m] Z

BP

,ZA

P,Z

BN

,ZA

N

XD

R(+

),(-

)Y

DR

(+),

(-)

Cam

era

CP

U(I

C40

2)

MA

IN B

oard

LE

NS

CT

L B

lock

Dia

gram

LEN

S A

SS

'Y

CN

901

AF

DA

TA

(0:8

)P

in(2

1)-(

29)

AF

_H,V

,CLK

AF

E_G

(11:

0)

AF

E_R

(11:

0)

AF

E_B

(11:

0)

(9)

XC

OIL

+(8

) X

CO

IL-

(7)

YC

OIL

+ (6

) Y

CO

IL-

VR

EF

_A,O

UT

_A

VR

EF

_B,O

UT

_B

GY

RO

_XG

YR

O_Y

GY

RO

_SW

MA

D(1

5:0)

LEN

S_T

XLE

NS

_RX

LEN

S_C

SZ

OO

M_M

OD

EIR

IS_C

TL

IRIS

_BIA

ST

OP

ZO

OM

T

ELE

TO

P Z

OO

M

WID

EZ

OO

M

LEN

S_R

XIR

IS_P

OS

I

[Foc

us] F

MT

+,F

MT

-

[IRIS

]

[OIS

]

GY

RO

Sen

sor

8-9

Fig. 8-4-1 Electronic Image Stabilizer System

(In Cases when Camera Shake Occurs)

(3) Optical image stabilizerThe optical image stabilizer device is more complicated thanthe electronic image stabilizer device. However, the advan-tage of the optical technique, which is the absence of reso-lution degradation causes the technique to be applied in high-end type consumer-oriented camcorders as well as inhandheld professional camcorders.

When the camera (the whole camera including the lens) isdeviated from the intended light axis due to a slight move-ment of the hand, optical image stabilizer corrects the lightaxis error optically using the lens. Its correction method canroughly be divided into “shift correction” and VAP (Vari-An-gle Prism)” methods.

The lens used with the GY-DV300 incorporates the opticalimage stabilizer system of the shift correction type.

The shift type image stabilizer corrects the light axis errorfrom the object due to slight movements of hands by dis-placing the position of the built-in correction optics. It is calledthe shift type technique because it shifts the correction op-tics in the up-down and left-right directions.

Image without correction Image after correction

Entire effective image area of CCD

Area usually usedAssuming that the camera is vibrated toward the bottom left of the object, the area capturing the object accurately in the entire imaging area of the CCDs is only the area shown by this figure. Therefore, this area is trimmed and enlarged to correct the image stabilization due to any slight shake of the camera.

The center area of the CCD imaging area is used when camera shake does not occur.Write of the entire image in memory

Trimming and readout

If camera shake occurs, the image data of the area to be corrected is trimmed and enlarged.

Enlargement before the video output resultsin slight graduation in the image resolution.

Enlargement and video output

8.4 CONCEPT OF IMAGE STABILIZER SYSTEM

8.4.1 Image stabilizer system function

The new lens assembly used in this model incorporates an op-tical image stabilizer system. Compared to the electronic imagestabilizer system used frequently in other camcorders that arecommercially available, the system is better suited to lessenthe video quality degradation and is therefore suitable for pro-fessional applications. In the following, the differences betweenelectronic and optical image stabilizer and models of correctionmethod will be described.

8.4.2 Differences between electronic and optical image

stabilizer

(1) Comparison table of electronic and optical techniques

Electronic OpticalCost Low High

Volume Small LargeWeight Light HeavyVideoquality

Mainapplications

(2) Electronic image stabilizerIn general, electronic image stabilizer loads the video sig-nals from the CCDs into memory, compares the current andthe next images and determines whether the camera ispanned/tilted or has been shaken by assessing the qualityof the image. This technique trims the image area to be used(the image containing the intended object) from the originalimage that is captured in a larger size than required. (This ispossible because the CCDs receive the images through thelight reflected from their whole surface). The enlarged im-age is then output (because the trimmed image is slightlysmaller than required).As a result, the image resolution may be degraded slightlycompared to that of the image before trimming.

Thanks to the implementation of corrections using an elec-tronic circuit and control software without the need of ex-pensive, optically complex devices, this technique featureslow cost and compact size, which makes it suitable for usein consumer-oriented camcorders.

Resolution is degradedbecause trimmedimages are enlarged inthe display.Suitable for compactconsumer camcorders.

Little degradation inresolution thanks tooptical correctioninside the lens.Suitable for profes-sional camcorders.

8-10

Fig. 8-4-2 Concept of Shift Correction

For instance, when the lens (and the whole camera) is ori-ented downward by a slight movement of the hands, anerror of the light axis from the object causes the image atthe CCD input to be deviated downward. In this case, thecorrection optics should be shifted downward to refract thelight for returning the object image to the intended position(center). As slight movements in the actual camera opera-tion occur both in the up-down and left-right directions, thecorrection optics should be shifted in parallel in all of the up-down and left-right directions on a plane that is orthogonalto the light axis.

Fig. 8-4-5 Operation When Camera Shake Occurs

When the optics (including the camera) is tilted, the lightaxis is corrected by controlling the prism so that the bellowsstructure is varied and the light axis is refracted in the de-sired direction as shown in Fig. 8-4-5.

The advantage that the VAP method presents is that it doesnot require the space for allowing the correction optics shift-ing (space for the up-down and left-right shifting).It is said that the correction effects of the shift and VAP meth-ods are almost identical. In consequence, they are usuallyselected according to the type of the lenses (optics) in use.

As described above, the optical image stabilizer method cor-rects the light axis errors by refraction in the optical lenses(in a manner than can be called an analog correction). Thus itcan deal with slight movements of a wide range of frequen-cies and uses the entire optical image received by the CCDswithout quality degradation. It is therefore regarded to besuitable for use in professional-oriented cameras.

Fig. 8-4-4 Cross-Section of a Vari-Angle Prism

Fig. 8-4-3

Electronic image stabilizer detects camera shake fromchanges (correlations) in the images written in memory, de-termining the movement direction, movement amount andwhether each change is due to a slight movement of thehands or panning/tilting of the camera. Meanwhile, opticalimage stabilizer uses gyro sensors incorporated in the lensand corrects the changes in the X/Y directions of the imageby controlling two motors for shifting the correction lensesbased on the direction and acceleration information obtainedfrom the gyro sensors.

Another optical correction method, though not employed inthe GY-DV300, is the VAP method. While the shift correc-tion refracts the light axis by shifting the correction optics(lenses), this method refracts and modifies the light axis using

a prism that can vary the refraction direction by varying itsown thickness (vari-angle prism).

The prism thickness is changed instantaneously by a vari-angle prism, in which two sheets of glass are connected bya bellows made of a special film and a high-refractivity fluidis contained inside it.

Focusing lens systemCorrection optics

Other lens systems

Object side

Imaging surface(CCD)

Image stabilizer system block

Camerashake

Control motor

Sheet glass

High-refractivity fluid

Bellows

8-11

8.5.3 Correction

At the moment power is turned on, the blemish position datastored in the EEPROM (IC406) is sent to the blemish correctionblock in the DSP through the SD RAM (IC622) for real-time blem-ish correction.Since blemish correction is performed in the LoLux mode, cor-rection is always applied on a per-pair basis covering two pixelsat a time.As shown in Fig. 8.5.3, for the pixel with blemish (P2) and theadjacent one located at its left or right, the average value of thepixels two positions down of each pixel is calculated and ap-plied as the correction signal to each pixel.

Fig. 8-5-2 Blemish Detection Level

Fig. 8-5-3 2-Pixel Blemish Correction

Blemish position

Detection level

Not detected as blemish

Set as corrected positions

Composite output of 50 mVB

lem

ish

leve

l

8.5 BLEMISH COMPENSATION

8.5.1 Outline

The GY-DV300 adopts a new blemish compensation techniqueto improve the correction accuracy.This function corrects blemish (spots caused by high signal lev-els) produced in CCDs in a digitally, using a memory. This func-tion is used only after replacement of the optical block assem-bly or when a CCD produces new blemish, and is not used usu-ally. Detection of the blemish to be corrected can be performedusing a service menu (see section 1.8).

8.5.2 Detection

Blemish is detected by the DSP (IC621) and PLD (IC561) on theMain board.A pixel on which blemish is produced outputs the signal evenwhen no light is irradiated on it (dark current) so the level of thecorresponding area becomes permanently high. The DSP setsa detection level and corrects the blemish exceeding that level.The maximum number of correctable blemish errors is 32 in-cluding all of the RGB channels (16 in the case where there ismore than one on a single line). Blemish with composite outputlevels higher than 50 mV is corrected in priority.When the detected number exceeds 32, blemish detection isperformed again by setting a higher detection level.The detected positions are reset every time detection is per-formed (ERROR DETECT EXECUTE). The blemish position datais stored in the SDRAM in the DSP and the CPU read in it andstored in the EEPROM (IC406). The CPU sends the addressdata of the positions to the DSP every time the power is turnedon.The blemish detection area is equal to the effective video pixelarea but 8 pixels on the left and right are not corrected with anyline. The correction effect is reduced in the case of successiveblemish (blemish errors on adjacent pixels).

Caution

The camera enters the LoLux mode and the lens iris is forcedto close during detection. If the iris is not closed and light isincident on the CCDs, the message “LENS NOT CLOSED ?”is displayed on the LCD or viewfinder screen and the opera-tion terminates in a detection error.

Fig. 8-5-1 Blemish Detection Flow Chart

Increase in detection level

Max. 128 cycles

If > 32

Video signal(Iris closed)

Detection

Blemish correction

LoLux

Blemishpositions

P0 P1

L1 L2 L2

P2 P3 P4 P5 P6

Blemish pixel

P0 P1

L1 L2 L3

P2 P3 P4 P5 P6

LoLux pairs

Correction of the blemish pixel (P2) and the adjacent pixel on the right (P3)

Detection in the LoLux mode results in the simultaneous detection of 2 pixels as a pair (L1, L2, L3,....).

(P0 + P4)/2

(P1 + P5)/2

LoLux pairs

8-12

Fig. 8-6-1

Fig. 8-6-2

FROMCAMERA

DVIO COMPRESS/AUDIO/SHUFFLE

ECC/DCI/ATF TOPRE/REC

PLL IEEE1394

VIDEO IN

VIDEO OUT

AUDIO IN

AUDIO OUT

DVCNEW IC

REC DATA

RF IN

IEEE1394BUS LINE

DV CPU

8.6 DVC CIRCUIT

8.6.1 DV IC IC5 (JCY0176)

IC5 on MAIN board is the DSP for processing DVC signals. Thefeature of this IC compared to the circuitry of previous modelssuch as the GY-DV500 is the single-chip implementation of thesignal interface (DVIO), compression circuit (COMPRESS), shuf-fling circuit (SHUFFLE), error code correction (ECC), modulation/demodulation (DCI), IEEE1394 interface, PLL circuit, auto track-ing circuit (ATF) and SDRAM function.(1) Previous circuit configuration (GY-DV500)

(2) New, single-chip DV IC (GY-DV300)

8-13

Fig. 8-6-3 DVC DSP Block Diagram

MULTIPLEXBUS

HOST I/F TIMINGCONTROL

VCO

CLKEACH BLOCK

EACH BLOCK

AUX

COMPRESSDECOMPRESS SDRAM VIDEO I/F VIDEO

DATA

AUDIODATA

1394PHYEXT I/F

1394BUSEXT BUS

AUDIO I/F

REC SIGNAL

PLAYSIGNAL

SDRAM5Mbit

ECCFORMATTER

DIGITALEQUALIZERA/D

CLKCNV

REC OUT

RF IN

SUBCODE

(3) Block diagram and signal flowThe video signals input from the camera signal processorare compressed and shuffled. The AUX data and sub-codedata (time codes) are input through the HOST I/F. After addi-tion of error correction codes to all of these signals, they arecoded for tape formatting and recording, and sent as theREC data to the PRE-REC processor (IC1).In tape playback, the played analog signal is input from thePRE-REC amp (IC1) and supplied via the A/D, waveformequalizer, clock reproduction, Viterbi decoding, and then goesthrough the error correction circuits to output the video, au-dio, sub-code, and AUX data. This DSP also has a built-inIEEE1394 bus.The DVC DSP (JCY0176) is composed of the following blocks.Its block diagram is shown in Fig. 8-6-3.

1. Video I/F block: Base-band video signal processing2. Audio I/F block: Audio signal input/output interfacing3. Compressor block: Video signal compression/expansion

processing4. ECC block: Error correction5. Formatter block: Tape formatting6. Digital equalizer block: Waveform equalization, PLL and

Viterbi decoding processing7. Host I/F block: Interfacing with external CPU8. AUX data processor block9. Sub-code processor block10. IEEE1394 I/F block (1394PHY)11. Timing control block12. DRAM I/F block13. EXT I/F block

8-14

Fig. 8-6-5

Fig. 8-6-4

ABCDEFGHJKLMNPRTUVWYAAAB

18.00 1.25

15.75

INDEX

[Mounting height]

0.75

TYP

INDEX

22212019181716151413121110987654321


AAAB

1123456789

101112131415161718192021221

284858687888990919293949596979899

100101102103104232

383

160161162163164165166167168169170171172173174175176177178105243

482

159228229230231232233234235236237238239240241242243244179106254

581

158227288

245180107265

680

157226287

246181108276

779

158225286

247182109287

878

155224285

248183110298

977

154223264

249184111309

1076

153222283

2501851123110

1175

152221282

2511861133211

1274

151220281

2521871143312

1373

150219280

2531881153413

1472

149218279

2541891163514

1571

148217278

2551901173615

1670

147216277

2561911183716

1769

148215278

2571921193817

1868

145214275

2581931203918

1967

1442132742732722712702692682672662652642632622612602591941214019

2066

1432122112102092082072062052042032022012001991981971961951224120

2165

1421411401391381371361351341331321311301291281271261251241234221

226463626160595857565554535251504948474645444322


AAAB

INDEX

Top ViewFJ pin-Ball Correspondence Table

(288 pins)

(4) PackageIC5 is a CSP (Chip Size Package) type IC with 288 pins. TheCSP is an IC package featuring high density and the capabil-ity of wiring via the shortest pathways. It is connected tothe circuit board by means of a solder ball.

Ball pitch: 0.75 mmPackage size: 18 mm x 18 mmBall diameter: 0.45 mm

Fig. 8-6-6

8.6.2 IC1 (JCY0132)

IC1 on the Main board is the recording/playback amp IC.

8-15

8-16

Table 8-6-1

8.6.3 Audio Circuitry

(1) Signal flowThe input microphone signals include the MIC1, MIC2 andbuilt-in MIC. The reference input level of MIC1/MIC2 is -56dBs and built-in MIC is -40 dBs. The MIC1 and MIC2 inputsare phantom microphone compatible so that +48 V DC canbe supplied. The MIC signal inputs are sent to amplifiers forlevel boosting to -25 dB. Then, the built-in MIC and MIC1are input to IC708 to be selected. After this, the signal issent through the channel switch IC708 and input to ALC/VRs 701 and 702. VRs 701 and 702 are audio recording levelcontrols that are effective in Manual mode. ICs 706 and 707are the ALC circuit that are effective in Auto mode. The sig-nal is then sent through the ATT for level attenuation to -32dB, and input to pins 54 and 59 of IC711 (AK4560AVQ), whichamplifies the signal to the reference recording level of -12dB. The signal is then A/D converted and output at pin 29 tobecome the REC DATA signal.In playback, the digital data is input from pin 30, D/A con-verted and output at pins 19 and 21. The signal is then am-plified from -12 dB to -8 dB before going to the camera out-put terminal.IC711 uses MCLK, LRCLK and BCLK as clocks. They are notsynchronized with the video signal so the GY-DV300 doesnot have the audio lock function.

(2) Clock signals for audio data

Sampling frequency

REC

PLAY

DOMCK

MCK (Master Clock)

48kHz

32kHz

48kHz

44.1kHz

32kHz

256fs : 12.288MHz

384fs : 12.288MHz

256fs : 12.288MHz

256fs : 11.2896MHz

256fs : 8.192MHz

Sampling frequency

REC

PLAY

DOBCK

BCK (Serial Clock)

48kHz

32kHz

48kHz

44.1kHz

32kHz

36fs : 1.536MHz

36fs : 1.024MHz

36fs : 1.536MHz

36fs : 1.4112MHz

36fs : 1.024MHz

Sampling frequency

REC

PLAY

DOLRCK

LRCK (LR Clock)

48kHz

32kHz

48kHz

44.1kHz

32kHz

48kHz

32kHz

48kHz

44.1kHz

32kHz

MA

NU

AL

ALC

ATT

MIC

-2(X

LR)

AU

TO

PD

_LB

UZZ

ER

37 14(P

OW

ER

DO

WN

& R

ES

ET)

3331 32

CN

T_D

AT_

IO

CN

T_C

LK_I

CN

T_C

SC

ON

TRO

L D

ATA

INTE

RFA

CE

5954

MC

K36

LRC

K35

BC

K34

RE

C A

DA

TA29

PB

AD

ATA

30

(AU

DIO

DA

TA)

L-C

HR

-CH

4445 11, 1

3

49

HP

F(o

ff)(on)

64

4 5

(on) (o

ff)

(on) (o

ff)A

TT

ATT

AM

P

AM

P

HP

FH

PF

164k

9k

164k

Lch

ALC

AM

PR

chA

LC A

MP

MIC

LIN

E

MIC

LIN

EM

IXM

IX

AD

C

DA

C

(AK

4560

AV

Q)

AO

UT1

AO

UT1

AO

UT0

AO

UT0

SP

EA

KE

R

PH

ON

ES

3.5

φS

TM

UTE

SW

HP

_MU

TE

HP

_DE

T

9k

+6.9

dB

+6.9

dB

1921

(off)

(on)

AM

P

AM

P

+ O

utpu

t P

GA

LOU

TP

SP

PS

HP

BE

EP

S

ALC

S

BE

EP

H

MO

UT

CO

NTR

OL

RE

GIS

TER

I/F

CLO

CK

DR

IVE

R

AU

DIO

I/F

CO

NTR

OLL

ER

AM

P

ALC

ATT

MA

NU

AL

AU

TO

AM

P

MIC

-1(X

LR)

Bui

lt-in

MIC

AM

P

ATT

ATT

+48V

+48V

_ON

+48V

_ON

IC70

5

IC70

1, 7

02

IC70

3, 7

02

XLR

(H)

IC70

8

IC70

6

IC70

7

VR

701

MA

NU

AL(

H)

IC70

8

14TP70

3

MA

NU

AL(

H)

IC70

8

TP70

1

TP70

2

TP70

4

15

14

MIC

2(H

)IC

709

IC70

9M

IC2(

H)

VR

702

ME

TER

OU

T C

H2

ME

TER

OU

T C

H1

TP70

8

TP70

9

HP

F O

N(H

)IC

707

MIX

MIX

(H)

CH

SE

L C

H2(

L)IC

710

IC71

0TP

705

DV

C IC

(IC

5)

IC71

1

AM

P

AM

P

AM

P

AM

P

AM

P

AM

P

AM

P

AM

P

Q70

7, 7

08, 7

09

2538, 4

0

HP

F O

N(H

)IC

709

+

+

HP

F

TRA

P

TO :

SY

SC

ON

CP

U

AU

SIG

CH

-2

AU

SIG

CH

-1

MU

TES

W

Q70

5, 7

06

LIN

E M

UTE

(H)

TP70

6

TP70

7

LIN

E O

UT

8-17

Fig

. 8-6

-7

8-18

(3) Pin functions of IC711 (AK4560AVQ)

Table 8-6-2

No.123456789

10111213141516171819202122232425262728293031323334353637383940414243444546474849505152535455565758596061626364

Pin NameEQ_P_LEQ_O_LHPF_O_LHPF_O_RMIC_IN_LVCOMVREFAGNDVAROUT2OPGRLOUT2OPGLBEEPSHTMOUTMINLINLOUT1RINROUT1HVCMHVDDHPRHPLMUTEVDDGNDMVDDSDTICDTIOCSCCLKBCLKLRCKMCLKPDSP0NDSP1INT EXT DETSVSSSVDDMIC_IN_RHPF_ P_RHPF_ N_REQ_O_REQ_P_REQ_N_RPRE_O_RPRE_N_RMPWREXT_MIC_RINT_MIC_RMRFMVCMMVSSMVDDINT_MIC_LEXT_MIC_LMIC_BPRE_N_LPRE_O_LEQ_N_L

I/OIOIOIOO––OIOIIIOIIOIOO–OOI––OI

I/OIIIIIIOIOI––IOIOIIOOOIIOO––IIIIOI

Lch EQ-Amp Positive Input PinLch EQ-Amp Output PinLch HPF-Amp Positive Input PinLch HPF-Amp Output PinLch MIC Input PinCommon Voltage Output PinADC, DAC Reference LevelAnalog Ground PinAnalog Power Supply Pin, +2.8VRch #2 Line Output PinRch Analog Volume Input PinLch #2 Line Output PinLch Analog Volume Input PinBeep Signal Input PinShutter Signal Input PinAnalog Mixing Output PinALC2 Input PinLch Line Input PinLch #1 Line Output PinRch Line Input PinRch #1 Line Output PinLINEOUT & HP-Amp Common Voltage Output PinLINEOUT & HP-Amp Power Supply Pin, +4.5VRch Headphone-Amp Output PinLch Headphone-Amp Output PinMute Pin, "L": Normal Operation, "H": MuteDigital Power Supply Pin, +2.8VDigital Ground PinAudio Serial Data Output PinAudio Serial Data Input PinControl Data Input/Output PinChip Select PinControl Clock Input PinAudio Serial Data Clock PinInput/Output Channel Clock PinMaster Clock Input PinPower Down & Reset Pin, "L":Power Down & "H": Normal operationSpeaker Amp positive Output PinNoise Decrese Pin, "L": Disable. "H": EnableSpeaker Amp negative Output PinInternal/External MIC Detect Pin, "L": Internal MIC, "H": External MICSpeaker Amp Ground PinSpeaker Amp Power Supply Pin, +4.0VRch MIC Input PinRch HPF-Amp Output PinRch HPF-Amp Positive Input PinRch EQ-Amp Output PinRch EQ-Amp Positive Input PinRch EQ-Amp Negative Input PinRch Pre-Amp Output PinRch Pre-Amp Negative Input PinMIC Power Supply PinExternal MIC Rch Input PinInternal MIC Rch Input PinMIC Power Supply Ripple Filter PinMIC Block Common Voltage Output PinMIC Block Ground PinMIC Block Power Supply PinInternal MIC Lch Input PinExternal MIC Lch Input PinMIC-Amp Bias PinLch Pre-Amp Negative Input PinLch Pre-Amp Output PinLch EQ-Amp Negative Input Pin

Function

8-19

8.7 SYSTEM CONTROL

8.7.1 CPU configuration

The GY-DV300 has four CPUs, which control the functions asdescribed below. Each CPU incorporates flash memory. The pro-gram can be rewritten by a flash programmer under the CPUonto the circuit board.

(1) Sys-Con CPU (A/L/S IC401)16-bit, single-chip microcomputerFunctions

• Video/audio mode control• EEPROM management• RTC (Real Time Clock) control• Operation control• LCD/VF control• NETWORK PACK (KA-DV300 : Optional) control• Power control

(2) Camera CPU (MAIN IC402)16-bit, single-chip microcomputerFunctions

• Camera process circuit control

(3) Lens CPU (MAIN IC905)32-bit microcomputerFunctions

• Focusing/zoom/iris control• OIS (Optical Image Stabilizer) control

(4) MSD CPU (MAIN IC3)32-bit microcomputer.Functions

• Mechanism control/servo control• IEEE1394 interface control

8.8 LCD MONITORING DEVICES

The GY-DV300 provides a color LCD monitor and color LCD view-finder.

8.8.1 LCD monitor

(1) OutlineThe LCD monitor is an active matrix panel with a diagonalsize of 6.2 cm incorporating built-in drivers, made using low-temperature, polycrystalline silicon transistors. It is capableof a full-color display in both NTSC and PAL formats. It em-ploys the delta array and provides even pictures, which donot present fixed color patterns as in other arrangementswith vertical stripe and mosaic pattern.

Features

• 200,000 display dots, diagonal size 6.2 cm (2.5”) • Horizontal resolution 440 lines • Light transmittance 8.2% (typical) • High contrast ratio of 200 (typical) thanks to the normally

white mode • H and V drivers built in (with input level converter circuit, 3

V drive possible) • Smooth pictures with a RGB delta arrangment. • NTSC/PAL compatibility • High picture quality circuit • Up-down and left-right inverted display function • 16:9 wide-screen display function • Surface stain treatment

Device structure

• Active matrix TFT-LCD panel with built-in drivers, usinglow-temperature polycrystalline silicon transistors

• Number of pixelsTotal number of dots : 884(H) x 230(V) = 203,320Number of display dots: 880(H) x 228(V) = 200,640

• Panel dimensionsMax. dimensions : 57.8(W) x 47.85(D) x 2.2(H) mmEffective display dimensions : 49.94(H) x 37.34(V) mm

8-20

Fig

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Fig. 8-8-1

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TLEVEL SHIFTER

BOOST VOLTAGE GENERATORNEGATIVE VOLTAGE GENERATOR

COM ELEC-TRODE

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24

H-LEVEL SHIFTER & SHIFT REGISTER

LCCS

COM

V-S

HIF

T R

EG

IST

ER

(2) LCD MONITOR block diagram and pin functions

8-22

Table 8-8-1

Pin description

Pin No. Symbol Description Pin

No. Symbol Description

1

2

3

4

5

6

7

8

9

10

11

12

TESTL

COM

VST

VCK

EN

DWN

VDD

VSS

VDDG

VSSG

SLVSG

WIDE

Panel test pin output

Common voltage input terminal

Pulse input terminal for V-shift register drive startClock input terminal for V-shift transistor drive

Gate select pulse enable input terminal

Drive direction signal input terminal of V-shift register H : Normal direction, L : Opposite direction

H/V driver power input terminal

H/V driver GND terminal

Terminal for setting power voltage boost for the V driver

Negative power setting terminal V driver

Negative power control terminal.H: Negative power ON. L: Negative power OFF.

16:9 mode pulse input terminal

13

14

15

16

17

18

19

20

21

22

23

24

HST

REF

TESTL

Cext/Rext

HCK2

HCK1

PSIG

GREEN

RED

BLUE

RGT

TESTER

Start pulse input terminal for H-shift register drive Level shifter reference voltage input terminalPanel test terminal output (This should be Open.)Time constant power input terminal for H-shift register driveClock input terminal for H-shift register drive

Clock input terminal for H-shift register drive

Uniformity improvement signal input terminal

Panel video signal (G) input terminal

Panel video signal (R) input terminal

Panel video signal (B) input terminal

Drive direction signal input terminal of H-shift registerH : Normal direction, L : Opposite directionPanel test terminal output (This should be Open when in use.)

8-23

V Circuit Standard Timings

FRP

EN

WIDE

HST

VCK

VST

FRP

EN

HST

VCK

VST

H Circuit Standard Timings

FRP

VCK

EN

HCK2

HCK1

HST5.0µs

1.3µs

2.5µs 3.1µs

1.9µs1.1µs

NTSC 4:3 (Even lines)

NTSC 4:3 (Even fields)

NTSC WIDE (Even fields)

WIDE

WIDE

Fig. 8-8-2 Timing Chart

8-24

Fig. 8-8-3

2 880

884

2

122

8

230

1

Gate SW Gate SW Gate SWGate SWGate SWGate SW

G

R G B R G B R G B R G B R G B

B G B R G B R B R G B R G B R

GR

R

G



GR

R

G



GR

R

G



GR

R

Display area

(3) Operation description1 Color-coding

The color filters are coded in a delta arrengement. Theareas masked in the figure are not displayed.

2 Description of LCD panel Operatins• A vertical driver, which consists of vertical shift regis-

ters, enable-gates and buffers, applies a selected pulseto each of 228 line electrodes sequentially one line elec-trode at a time in a single horizontal scanning period.

• The selected pulse is output when the enable pin goesto high level. PAL signal pulse elimination display and16:9 mode pulse elimination display are possibly by us-ing the enable pin and simultaneously controlling VCK.

• A horizontal driver, which consists of horizontal shiftregisters, gates and CMOS sample-and-hold circuitry,applies selected pulses to each of 880 signal electrodessequentially in a single horizontal scanning period.These pulses are used to supply the sampled videosignal to the row signal lines.

• The scanning direction of the horizontal shift registerscan be switched with the RGT pin. The scanning direc-tion is left to right (right scan) for RGT pin at high level(2.6 to 5.5 V), and right to left (left scan) for RGT pin at

low level (0 V). In addition, the scanning direction ofthe vertical shift registers can be switched with theDWN pin. The scanning direction is top to bottom forDWN pin at high level (2.6 to 5.5 V), and bottom to topfor DWN pin at low level (0 V). (These scanning direc-tions are from a front view.)

• The vertical and horizontal drivers address one pixel,and then thin film transistors (TFTs ; two TFTs for onepixel) turn on to apply a video signal to the pixel. Thesame procedures lead to the entire 228 x 880 pixels todisplay a picture in a signal vertical scanning period.

• Pixel are arranged in a delta pattern, where sets ofRGB pixels are positioned shifted by 1.5 dots againstadjacent horizontal lines. The horizontal driver outputpulse must be shifted by 1.5 dots for each horizontalline against the horizontal sync signal to apply a videosignal to each pixel properly.

• The video signal is input with the polarity-inverted everyhorizontal cycle.

8-25

8.8.2 LCD viewfinder

(1) OutlineThe LCD viewfinder is an active matrix panel with a diagonalsize of 1.1 cm incorporating built-in drivers, which are madeusing polycrystalline silicon thin film transistors. It is capableof full-color display in both NTSC and PAL formats. It em-ploys the delta array and provides even pictures, which donot present fixed color patterns as in the other arrangementsthat use the vertical stripe and mosaic arrangements.

Features

• 180,000 display dots, diagonal size 1.115 cm (0.44”)• Horizontal resolution 400 lines• Light transmittance 4.0% (typical)• High contrast ratio of 200 (typical) thanks to the normally

white mode• H and V drivers built in (with input level converter circuit,

TTL drive possible)• Smooth picture thanks to the RGB delta array• Full-color display• NTSC/PAL compatibility• 4:3 and 16:9 aspect ratio switching function• LCD VF has Up-down and left-right inverted display func-

tion. Those functions, however, are not used with GY-DV300.

Device structure

• Number of pixelsTotal number of dots: 827(H) x 228(V) = 188,556Number of display dots: 800(H) x 225(V) = 180,000

• Active matrix panel with built-in drivers, usingpolycrystalline silicon thin-film transistors

8-26

Fig. 8-8-4

(2) Block diagram and pin functions

12345678910111213141516

H-SHIFT REGISTER

LEVEL SHIFTER

CS LC

COM ELECTRODE

VD

D

VS

S

VS

T

VC

K

ST

B

EN

DW

N

RG

T

HS

T

HC

K2

HC

K1

BLK

BLU

E

RE

D

GR

EE

N

CO

M

LEVEL SHIFTER

TOP/BOTTOM BLK CON-TROLLER

V-S

HIF

T R

EG

IST

ER

Pin No. Symbol Description

1

2

3

4

5

6

7

8

COM

GREEN

RED

BLUE

BLK

HCK1

HCK2

HST

Panel opposed voltage input terminal

Panel video signal (G) input terminal

Panel video signal (R) input terminal

Panel video signal (B) input terminal

Top/bottom black display pulse input terminalClock input terminal for H-shift register drive Clock input terminal for H-shift register drive Start pulse input terminal for H-shift register drive

9

10

11

12

13

14

15

16

RGT

EN

STB

VCK

VST

VSS

VDD

Drive direction signal input terminal for H-shift register H: Normal direction. L: Opposite direction.Drive direction signal input terminal for V-shift register H: Normal direction. L: Opposite direction

Gate select pulse enable input terminal

Input terminal for Power save mode control Clock input terminal for V-shift transistor drive Start pulse input terminal for V-shift register drive

H/V driver GND terminal

H/V driver power input terminal

Pin No. Symbol Description

Table 8-8-2

Pin description

Printed in Japan

VICTOR COMPANY OF JAPAN, LIMITED

GY

-DV

300U/U

Z/E

No

. 60139

JVC GY DV300U UZ E Service Training Manual

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