31904047-PHILIPS-SoundBar-DVD-Home-Theatre-HTS8140

8/7/2019 31904047-PHILIPS-SoundBar-DVD-Home-Theatre-HTS8140

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Published by LM 0822 V&MA Printed in the Netherlands Subject to modication EN 3139 785 34231

HTS8140/05/12/37/55/75/93/98DVD Home Theater System

1 Technical Specications and Connection

Facilities 2Location of PC Boards 2

Technical Specications 4

2 Measurements Setup, Service Aid &

LeadFreeRequirements 6Service Hints : Replacing Defective Loader 10

Service Hints:

Opening the DVD Door Panel Manually 11

3 Directions For Use 12

4 Dismantling Instructions & Service Positions 16

5 Service Test Program 26

6 Block Diagram and Wiring Diagram 35

Main Unit Block Diagram 35

Power Box Block Diagram 36

Main Unit Wiring Diagram 37

Power Box Wiring Diagram 38

7 Circuit Diagram and PWB Layout 39Main Unit 39

Front Board: Circuit Diagram 39

Front Board PWB Layout: Front Display 41

PWB Layout: Door Control Board 43

MPEG Board: Circuit Diagram (Part 1 to Part 4) 44

Copyright 2008 Philips Consumer E lectronics B.V. Eindhoven, The Netherlands.

All rights reserved. No part of this publication may be reproduced, stored in

a retrieval system or transmitted, in any form or by any means, electronic,

mechanical, photocopying, or otherwise without the prior permission of Philips.

Version 1.1

Contents PageContents Page

PWB Layout: MPEG Board 48

HDMI Board: Circuit Diagram (Part 1 to Part 4) 50

PWB Layout: HDMI Board 54

AVIO Board: Circuit Diagram (Part 1 to Part 2) 56

PWB Layout: AVIO Board 58

DIO Board: Circuit Diagram (Part 1 to Part 3) 59

PWB Layout: DIO Board 62

Subwoofer Total Assy (Power Box) 64

Audio Board: Circuit Diagram (Part 1 to Part 4) 64

PWB Layout: Audio Board 68

AIO Board: Circuit Diagram 70

PWB Layout: AIO Board 71

Speaker Board: Circuit Diagram 72

PWB Layout: Speaker Board 73

8 Exploded View & Spare Parts List 74

Main Unit Exploded View 74

Speaker Box Assembly Exploded View 75

Subwoofer Powerbox Exploded View 76Spare Parts List 78

9 Revision List 81

CLASS 1

LASER PRODUCT


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EN 2 339 785 3423. Technical Specications and Connection Facilities


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EN 3339 785 3423Technical Specications and Connection Facilities .

POWER BOX

AV BOARD

PSU

AMPLIFIER

AIO BOARD

TUNER MODULE

SPEAKER BOARD


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EN 4 339 785 3423. Technical Specications and Connection Facilities

Version Variations

HTS8140

/05 /12 /37 /55 /75 /93 /98

HDMI Out (Rear) x x x x x x xYUV Out (Rear) x x x x x x x

SCART Out (Rear) x x - - - - -

IPOD Dock (Rear) x x x x x x x

TV AUDIO IN Aux 1 (Rear) x x x x x x x

VIDEO OUT (Rear) - - x x x x x

USB (Front) x x x x x x x

MP3 Direct (Front) x x x x x x x

0-27V/220~240V

VOLTAGE SELECTOR switch(Power Box)

- - - - x x x

Inputs/Outputs/Power

Type/Versions

Service Scenario Matrix

Main Unit

HTS8140

/05 /12 /37 /55 /75 /93 /98

Front Board Bd Bd Bd Bd Bd Bd Bd

MPEG Board Bd Bd Bd Bd Bd Bd Bd

HDMI Board Bd Bd Bd Bd Bd Bd BdAVIO Board Bd Bd Bd Bd Bd Bd Bd

DIO Board Bd Bd Bd Bd Bd Bd Bd

HTS8140

/05 /12 /37 /55 /75 /93 /98

Audio Board Bd Bd Bd Bd Bd Bd Bd

AIO Board Bd Bd Bd Bd Bd Bd Bd

Speaker Board Bd Bd Bd Bd Bd Bd Bd

PSU Board Bd Bd Bd Bd Bd Bd Bd

Bd = Board Level Repair

Type/Versions

Board in used

Type/Versions

Board in used


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EN 5339 785 3423Technical Specications and Connection Facilities .

1.Specifcations

1.1 Main uni t:

Dimension (WxHxD) : 1047 x 174 x 155 (mm)

Weight : 8.9 kgCenter speaker:

Speaker impedance : 4 ohm

Speaker drivers : 2x 2.5 woofer + 2 x 2

Soft dome tweeter

Frequency response : 200 Hz - 20 kHz

Left/Right surround speakers:

Speaker impedance : 6 ohm

Speaker drivers : 4x 2.5 full range

Frequency response : 200 Hz - 20 kHz

1.2 Power (Subwoofer):

Power supply (/75/93/98 only) : 110-127V / 220-240V

(selectable by voltage

selector switch),

~50-60 Hz

Power supply (/55 only) : 120~230 V, 50~60 Hz

Power supply (/05/12 only) : 220~240 V, 50 Hz

Power consumption : 120 W

Standby power consumption

(Normal) : < 3.5 W

Standby power consumption

(Low standby) : < 0.27 W

System : Bass Reex Systeml

Impedance : 4 ohm

Speaker driver : 165 mm (6) woofer

Frequency response : 35 Hz - 200 Hz

Dimensions (WxHxD) : 322 x 425 x 322 (mm)

Weight : 12.7 kg

1.3 (a) Radio (/55/75/93/98only ):

Tuning range : FM 87.5-108 MHz

(50/100 kHz),

AM/MW 531-1602 kHz

(9 kHz)

AM/MW 530-1700 kHz

(10 kHz)

26 dB quieting sensitivity : FM 20 dBf, AM 4V/m

IF rejection ratio : FM 60 dB, AM 45 dB

Signal-to-noise ratio : FM 60 dB, AM 40 dB

Harmonic distortion : FM 3%, AM 5%

Frequency response : FM 180 Hz~10 kHz /

6dB

Stereo separation : FM 26 dB (1 kHz)

Stereo Threshold : FM 23.5 dB

1.3 (b) Radio (/05/12 only)::

Tuning range : FM 87.5-108 MHz

(50 kHz)26db quieting sensitivity : FM 20 dBf

IF rejection ratio : FM 60 dB

Signal-to-noise ratio : FM 60 dB

Harmonic distortion : FM 3%

Frequency response : FM 180 Hz - 10 kHz /

6dB

Stereo separation : FM 26 dB (1 kHz)

Stereo Threshold : FM 23.5 dB

1.4 Amplifer:

Total output power (Home Theatre) : 500WFrequency response : 20 Hz - 20 kHz / 3dB

Frequency response : 20 Hz - 20 kHz / 3dB

Signal-to-noise ratio : > 65 dB (CCIR)

Input sensitivity :

AUX AUX SCART (/05/12 only) : 500 mV

AUX 1 : 500 mV

MP3 LINK : 250 mV

1.5 Disc:

Laser Type : Semiconductor

Disc diameter : 12cm / 8cmVideo decording : MPEG1/ MPEG2 / DivX

/ DivX Ultra / WMV9

Video S/N : 56 dB

Audio DAC : 24 bits / 192 kHz

Frequency response : 4 Hz-20 kHz (44.1 kHz)

4 Hz-22 kHz (48 kHz)

4 Hz-44 kHz (96 kHz)

PCM : IEC 60958

Dolby Digital, DTS : IEC60958, IEC61937

Video DAC : 12 bits, 148 MHz

Signal system : PAL / NTSC

1.6 USB:

Compatibility : Hi-Speed USB (2.0)

Class support : UMS (USB Mass

Storage Class), MTP

(Media Transfer

Protocol)

1.7 iPod docking station

Dimensions (WxHxD) : 34.5 x 104 (mm)

Weight : 163.5 g


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EN 3139 785 342312. Measurements Setup, Service Aid & Lead Free Requirements

LF Generatore.g. PM5110

Recorder

Use Universal Test Cassette CrO2 SBC419 4822 397 30069

LEVEL METERe.g. Sennheiser UPM550

with FF-filter

S/N and distortion metere.g. Sound Technology ST1700B

L

R

DUT

or Universal Test Cassette Fe SBC420 4822 397 30071

LEVEL METERe.g. Sennheiser UPM550

with FF-filter


L

R

DUT

CD

Use Audio Signal Disc(replaces test disc 3)

SBC429 4822 397 30184

Bandpass250Hz-15kHz

e.g. 7122 707 48001

LF Voltmetere.g. PM2534DUT


Frame aeriale.g. 7122 707 89001

Tuner AM (MW,LW)

To avoid atmospheric interference all AM-measurements have to be carried out in a Faradays cage.Use a bandpass filter (or at least a high pass filter with 250Hz) to eliminate hum (50Hz, 100Hz).

RF Generatore.g. PM5326

Ri=50

Bandpass250Hz-15kHz

e.g. 7122 707 48001

LF Voltmetere.g. PM2534

DUT

RF Generatore.g. PM5326


Use a bandpass filter to eliminate hum (50Hz, 100Hz) and disturbance from the pilottone (19kHz, 38kHz).

Ri=50

Tuner FM

MEASUREMENT SETUP

2. MeasurementsSetup,ServiceAid&LeadFreeRequirements


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EN 73139 785 34231Measurements Setup, Service Aid & Lead Free Requirements 2.

HANDLING CHIP COMPONENTS

SERVICE AIDS

Service Tools:

Universal Torx driver holder .................................. 4822 395 91019

Torx bit T10 150mm ............................................. 4822 395 50456

Torx driver set T6 - T20 ......................................... 4822 395 50145Torx driver T10 extended ...................................... 4822 395 50423

Compact Disc:

SBC426/426A Test disc 5 + 5A ............................ 4822 397 30096

SBC442 Audio Burn-in Test disc 1kHz ................. 4822 397 30155

SBC429 Audio Signals disc .................................. 4822 397 30184

Dolby Pro-logic Test Disc ...................................... 4822 395 10216


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EN 8 3139 785 342312. Measurements Setup, Service Aid & Lead Free Requirements

GB WARNINGAll ICs and many other semi-conductors areusceptible to electrostatic discharges (ESD).

Careless handling during repair can reduce liferastically.

When repairing, make sure that you are

onnected with the same potential as the mass

f the set via a wrist wrap with resistance.Keep components and tools also at this

otential.

F ATTENTIONTous les IC et beaucoup dautres

emi-conducteurs sont sensibles aux

charges statiques (ESD).eur longvit pourrait tre considrablement

courte par le fait quaucune prcaution nest

rise leur manipulation.ors de rparations, sassurer de bien tre reli

u mme potentiel que la masse de lappareil et

nfiler le bracelet serti dune rsistance decurit.

Veiller ce que les composants ainsi que lesutils que lon utilise soient galement ce

otentiel.

ESD

D WARNUNGAlle ICs und viele andere Halbleiter sind

empfindlich gegenber elektrostatischen

Entladungen (ESD).Unsorgfltige Behandlung im Reparaturfall kan

die Lebensdauer drastisch reduzieren.

Veranlassen Sie, dass Sie im Reparaturfall berein Pulsarmband mit Widerstand verbunden

sind mit dem gleichen Potential wie die Masse

des Gertes.Bauteile und Hilfsmittel auch auf dieses gleiche

Potential halten.

NL WAARSCHUWINGAlle ICs en vele andere halfgeleiders zijn

gevoelig voor electrostatische ontladingen (ESD).Onzorgvuldig behandelen tijdens reparatie kan

de levensduur drastisch doen verminderen.Zorg ervoor dat u tijdens reparatie via een

polsband met weerstand verbonden bent met

hetzelfde potentiaal als de massa van hetapparaat.

Houd componenten en hulpmiddelen ook op

ditzelfde potentiaal.

I AVVERTIMENTOTutti IC e parecchi semi-conduttori sono

sensibili alle scariche statiche (ESD).

La loro longevit potrebbe essere fortementeridatta in caso di non osservazione della pi

grande cauzione alla loro manipolazione.

Durante le riparazioni occorre quindi esserecollegato allo stesso potenziale che quello della

massa dellapparecchio tramite un braccialetto

a resistenza.Assicurarsi che i componenti e anche gli utensili

con quali si lavora siano anche a questo

potenziale.

GB ESD PROTECTION EQUIPMENT:

Complete Kit ESD3 (small tablemat, wristband,connection box, extention cable and earth cable) ........... 4822 310 10671

Wristband tester .................................................................... 4822 344 13999

CLASS 1

LASER PRODUCT

GB Warning !

Invisible laser radiation when open.Avoid direct exposure to beam.

S Varning !

Osynlig laserstrlning nr apparaten r ppnad och sprrenr urkopplad. Betrakta ej strlen.

SF Varoitus !

Avatussa laitteessa ja suojalukituksen ohitettaessa olet alttiinankymttmlle laseristeilylle. l katso steeseen!

DK Advarse !

Usynlig laserstrling ved bning nr sikkerhedsafbrydere erude af funktion. Undg udsaettelse for strling.

F

"Pour votre scurit, ces documents doivent tre utiliss pardes spcialistes agrs, seuls habilits rparer votreappareil en panne".

GB

Safety regulations require that the set be restored to its originalondition and that parts which are identical with those specified,e used

Safety components are marked by the symbol ! .

NL

Veiligheidsbepalingen vereisen, dat het apparaat bij reparatie inijn oorspronkelijke toestand wordt teruggebracht en dat onderdelen,

dentiek aan de gespecificeerde, worden toegepast.

De Veiligheidsonderdelen zijn aangeduid met het symbool !

F

es normes de scurit exigent que lappareil soit remis ltatorigine et que soient utiliss les pices de rechange identiques celles spcifies.

ess composants de scurit sont marqus !

D

Bei jeder Reparatur sind die geltenden Sicherheitsvorschriften zueachten. Der Original zustand des Gerts darf nicht verndert werden;

r Reparaturen sind Original-Ersatzteile zu verwenden.

Sicherheitsbauteile sind durch das Symbol ! markiert.

I

Le norme di sicurezza esigono che lapparecchio venga rimessoelle condizioni originali e che siano utilizzati i pezzi di ricambio

dentici a quelli specificati.

Componenty di sicurezza sono marcati con !

GB

After servicing and before returning set to customer perform a leakageurrent measurement test from all exposed metal parts to earth ground tossure no shock hazard exist. The leakage current must not exceed.5mA.


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2.1 LeadFreeRequirements

Pb(Lead)FreeSolder

Whensoldering,besuretousethepbfreesolder.

INDENTIFICATION:

Regardless of special logo (not always indicated)

one must treat all sets from1Jan2005 onwards, according nextrules:

Important note: In fact also products of year 2004 must be treated inthis way as long as you avoid mixing solder-alloys (leaded/ lead-free).So best to always use SAC305 and the higher temperatures belongto this.

Due to lead-free technology some rules have to be respected by the

workshop during a repair:

Use only lead-free solder alloy Philips SAC305 with ordercode 022 149 0010. If lead-free solder-paste is required,please contact the manufacturer of your solder-equipment. Ingeneral use of solder-paste within workshops should be avoidedbecause paste is not easy to store and to handle.

Use only adequate solder tools applicable for lead-free solderalloy. The solder tool must be able

o To reach at least a solder-temperature of 400C,o To stabilize the adjusted temperature at the solder-tipo To exchange solder-tips for different applications.

Adjust your solder tool so that a temperature around 30C 380C is reached and stabilized at the solder joint. Heating-time of the solder-joint should not exceed ~ 4 sec. Avoid

temperatures above 400C otherwise wear-out of tips will risedrastically and ux-uid will be destroyed. To avoid wear-out of

tips switch off un-used equipment, or reduce heat. Mix of lead-free solder alloy / parts with leaded solder alloy /

parts is possible but PHILIPS recommends strongly to avoidmixed solder alloy types (leaded and lead-free).If one cannot avoid or does not know whether product is lead-free, clean carefully the solder-joint from old solder alloy andre-solder with new solder alloy (SAC305).

Use only original spare-parts listed in the Service-Manuals. Notlisted standard-material (commodities) has to be purchased atexternal companies.

Special information for BGA-ICs:- always use the 12nc-recognizable soldering temperatureprole of the specic BGA (for de-soldering always use the lead-

free temperature prole, in case of doubt)

- lead free BGA-ICs will be delivered in so-called dry-packaging(sealed pack including a silica gel pack) to protect the ICagainst moisture. After opening, dependent of MSL-level seenon indicator-label in the bag, the BGA-IC possibly still has tobe baked dry. (MSL=Moisture Sensitivity Level). This will becommunicated via AYS-website.Do not re-use BGAs at all.

For sets produced before 1.1.2005 (except products of 2004),containing leaded solder-alloy and components, all neededspare-parts will be available till the end of the service-period.For repair of such sets nothing changes.

On our website www.atyourservice.ce.Philips.comyou ndmore information to:

BGA-de-/soldering (+ baking instructions) Heating-proles of BGAs and other ICs used in

Philips-sets

You will nd this and more technical information within the

magazine, chapter workshop news.

For additional questions please contact your local repair-helpdesk.


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EN 10 3139 785 342312. Measurements Setup, Service Aid & Lead Free Requirements

2.2 ServiceHints

2.2.1 ServiceHintsforReplacingDefectiveLoader

CAUTION

CHARGEDCAPACITORSONTHESERVOBOARDMAYDAMAGETHEDRIVEELECTRONICSWHENCONNECTINGANEWDRIVE.THATSWHY,BESIDESTHESAFETYMEASURESLIKE SWITCHOFFPOWERSUPPLY ESDPROTECTIONADDITIONALACTIONSMUSTBETAKENBYTHEREPAIRTECHNICIAN.

Thefollowingstepshavetobedonewhenreplacingthedefectiveloader:

1. Dismantling of the loader to access the ESD protection point if necessary. 2. SoldertheESDprotectionpoint*.

3. Disconnect exfoil cable from the defective loader.

4. Put a paper clip on the exfoil to short-circuit the contacts (g.1)

5. Replace the defective loader with a new loader.6. Remove paperclip from the exfoil and connect it to the new loader.

7. Remove solder joint on the ESD protection point.

ATTENTION: The laser diode of this loader is protected against ESD by a solder joint which shortcircuits the laserdiode to ground.For proper functionality of the loader this solder joint must be remove after connection loader to the set.

Type 1 Type 2

(ESD protection point is accessible from top of loader) (ESD protection point is accessible from bottom of the loader)

*Onlyapplicablefordefectiveloaderneededtobesentbacktosupplierforfailureanalysisandtosupportbackcharging evidence.Thisisalsoapplicableforallpartnershipworkshops.


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ServiceHint:OpeningtheDVDDoorPanelmanually

1. Find a big paper clip, straighten it and mark at 3 cm from the tip as shown in the gure 1.

Figure 1

2. Remove the stand assembly 155 (see section 4.1.1 in chapter 4 for details). There willbe a small hole at the bottom of the cabinet. Put the straightened part of the clip into thehole until the mark reaches just above the surface of the cabinet. When the tip of thestraightened paper clip touches the interlock inside, it will release the door. Press andhold the paper clip and pull out the door gently in the direction as shown in gure 2.

Mark


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16/81

EN 16 3139 785 342304. Dismantling Instructions & Service Positions

4. Remove 2 screws (pos 278) and 2 more screws (pos 277 &Pos 276) to dismantle the DIO board (pos 1040) as shown ingure 4.

Figure 4

5. Remove 2 screws at position 279 on one side of the AVIOBoard as shown in gure 5-a. Then remove 1 more screw (if

the set is for /37/55/75/93/98) or 2 more screws (if the set isfor /05/12) on the other side of the AVIO Board as shown ingure 5-b to dismantle the AVIO Board (pos 1030).

Figure 5-a

Figure 5-b (/05/12)

Figure 5-b (/37/55/75/93/98)

Note: Beware of how and where the FFC cables are attached to theRear Bracket by double sided tape while dismantling them sothat they could be re-assembled properly after repair.

4. DismantlingInstructions

4.1 DismantlingoftheMainUnit

Notes:

The position numbers described with asterisk * refer toexploded view drawing Breakdown of item 101 (see section

8.2). The position numbers without asterisk refer to Main Unit

Exploded View drawing (see section 8.1).

Follow the ow chart as described in Summary of dismantling

instructions for easy removal for PCBAs and Sub-assembly

modules in Main Unit.

4.1.1. DismantlingofHDMIBoard,DIOBoardandAVIOBoard

1. After releasing the locking tab and removing the cable cover(Pos 0039*), remove 2 screws (pos 288) to dismantle the

Stand Assembly (pos 155) as shown in gure 1.

Figure 1

2. Remove 4 more screws (pos 286) on the Rear Cover (Pos0038*). Remove the rubber pads (pos 154) to see 4 more

screws (pos 287) beneath them. Then remove the screws

(pos 287) and dismantle the Rear Cover as shown in gure 2.

Figure 2

3. Remove 3 screws (pos 275). to remove HDMI Shield (pos160) and then remove 2 more screws (pos 273 & Pos 274) todismantle the HDMI board (pos 1060) as shown in gure 3.

Figure 3


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EN 173139 785 34230Dismantling Instructions & Service Positions 4.

4.1.3. DismantlingofMPEGBoard

1. Remove the Rear Bracket with the PCBs on it. (Refer to 4.2).Unscrew 4 screws to remove the MPEG Board (pos 1010) as

and MPEG Shield (pos 159) beneath it shown in gure 8.

Figure 8

4.1.4. DismantlingofRearFrame

1. Remove the Rear Bracket with the PCBs on it (refer to 4.2).Disconnect the cables shown in the gure 9. Remove the

MPEG Board (refer to 4.3). Remove the tapes and loosen the

FFC cables to dismantle from the Rear Frame (pos 149) asshown in gure 10.

Figure 9

Figure 10

Note: Pay attention to how and where the FFC cables and the tapesare attached to the Rear Frame for proper re-assembly after

repair.

4.1.2. DismantlingofthewholeassemblyoftheRearBracket andPCBsonit

Note: If it is necessary to dismantle any part below the RearBracket (Pos 150), the Rear Bracket and all the PCBs on

the rear bracket (pos:150 +1030 + 152 + 151+ 1040 + 153 +273 + 274 + 275 + 276 + 277 + 278 + 279 + 280) should beremoved from the main unit rst.

1. Remove 12 screws; 4 screws at pos 282, 4 screws at Pos

283, and 4 more screws at Pos 284 as shown in gure 6.

Figure 6

2. Remove the HDMI Board to see the short FFC cable below it.

Disconnect the cable from the HDMI board and take the cable

out from the Rear Bracket as shown in gure 7 and dismantle

the Rear Bracket with the PCBs on it.

Figure 7

Note: Pay attention to how and where the FFC cables are attachedto the Rear Bracket by double sided tape for proper re-

assembly after repair.


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2. Unscrew 4 screws as shown in gure 11 and dismantle the

rear frame.

Figure 11

4.1.5. DismantlingofDVDMechanism

1. Remove the Rear Bracket with PCBs on it (refer to 4.2).Remove the MPEG Board and Rear Frame. (Refer to 4.3 and

4.4). Unscrew 4 screws (pos 269) and remove the assembly

of DVD Mechanism 1080 and Bracket Traverse pre-assemblyP003 as shown in gure 12.

Figure 12

2. Flip over the DVD Assembly and unscrew 4 more screws(pos 268) and remove the DVD Mechanism 1080 from the

assembly as shown in gure 13.

Figure 13

4.1.6. DismantlingofDoorControl BoardandFrontDisplay Board

1. Remove the Rear Bracket with PCBs on it (refer to 4.2).Remove the MPEG Board and Rear Frame. (Refer to 4.3 and

4.4).

2. Remove 4 screws (pos 260) as shown in gure 14 to remove

the assembly that includes positions: 1050-1052, 255, 1090,116, 1070, 123, 122, 290, 259, 121, 118, 257, 120, 256, 119,

117, and 258.

Figure 14

3. Unscrew 1 screw (pos 255) to dismantle the Door Control

Board 1050-1052 from the assembly.

4. Unscrew 3 screws (pos 254) to remove the Front Display

Board 1050-1051 as shown in gure 15.

Figure 15


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4.1.7. DismantlingofTouchPanelassembly

1. Remove the Stand Assembly. (Refer to 4.1)

2. Unscrew 2 screws (pos 261) as shown in gure 16 to

dismantle the Touch Panel

Figure 16

Note: Beware that there is a FFC Cable from Touch Panel attached

to the Disc Compartment by double sided tape. Lift up theTouch Panel gently and remove the FFC Cable below the

Touch Panel carefully as shown in gure 17. Then detach the

Touch Panel from the Door Frame Pre-assembly P004.

Figure 17

4.1.8. DismantlingoftheDoorFramePreAssembly

1. Refer to 4.2, 4.3, 4.4, 4.5 and 4.6 to remove the Rear Bracket

(pos 150), Rear Frame (pos 149), the PCBs on Rear Bracket

and the MPEG Board.

2. Remove Touch Panel Assembly (refer to 4.7) to see 6 screws

(pos 252) below it. Unscrew the screws as shown in gure 18

Figure 18

3. Remove 6 more screws (pos 253) on the other side as shownin gure 19. Take out the Door Frame Pre Assembly P004

together with Door Control Board Assembly (that includespositions: 1050-1052, 255, 1090, 116, 1070, 123, 122, 290,

259, 121, 118, 257, 120, 256, 119, 117, and 258.) and the

Front Display Board 1050-1051. Then remove the screws

at positions: 254 and 260 respectively (refer to 4.6) to takeapart the Door Control Board Assembly and the Front DisplayBoard from the Door Frame Pre Assembly.

Figure 19


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4.1.9. DismantlingofLeftandRightSpeakerGrillsandHolders

1) Remove the PCBAs, the Brackets covering the screws for

Speaker Grills and Holders. The Door Frame Pre-assembly

P004 should also be removed (see section 4.1.1 to 4.1.8).

2) Remove 4 screw for the Left Speaker Grill and Holder (pos

SPK1*), and 5 screws for the Right Speaker Grill and Holder

(pos SPK2*) as shown gure 20 and gure 21. Force out theSpeaker Grill and Holder Assembly from the Front Cabinet in

the direction as shown in gure 22.

Figure 20

Figure 21

Figure 22

Notes:

1) Forcing out the Speaker Grill and Holders, care should be

taken that it should not damage or deform the Grills and the

Grill Holders.

2) The double side pastes (DST 12NC 9965 100 13557) sealing

the Speaker Grill Holder to the Front Cabinet (pos 0005*) will

be damaged when they are dismantled form the front cabinet.To assemble back the Speaker Grills and Holder to the Front

Cabinet, put the double side pastes at the positions shown by

the arrows in gure 23.

3) It must be checked and made sure that the speakers do notrattle after repair.

Figure 23


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4.1.10. Dismant lingoftheSpeakers,Front Cabinet,Flareand MP3Line-inBoard

1) Remove all the PCBAs, Brackets and the Door Frame Pre-

assembly. (see section 4.1.1 to 4.1.8)

2) Remove the Speaker Grills and Holders (see section 4.1.9)

to see the speakers as shown in gure 24 and gure 25.

Remove the screws, S1 (4 screws), S2 (4 screws), S3 (4screws), and S4 (3 screws), as shown in gure 24 and gure

25) to dismantle the Surround, Main and Center speakers

units (pos 0007*, 0009*, and 0010*), and the Soft Dome

Tweeter Assembly (pos SPK3*).

Figure 24

Figure 25

3) Remove the Grommets (pos 0004*), remove 16 screws (S6

in gure 24 and gure 25) from one side side, and remove 10

screws from the other side as shown in gure 26 to dismantle

the Front Cabinet (pos 0005*).

Figure 26

4) Remove the Front Cabinet (pos 0005*) to see 16 screws as

shown in gure 27, and remove them to dismantle the Flare

(pos 0008*).

Figure 27

S4S3S2S1

S5

S5

S5

S4 S3 S2S1

S5

5) Remove the USB Receptacle (pos 0016*) by unscrewing one

screw as shown in gure 28-a. Then Remove 3 more screws

as shown in gure 28-b to dismantle the Metal Frame (pos

0019*) together with MP3 Line-in Board (pos 0018*) and USB

Grounding Plate (pos 0017*) from the Rear Cabinet (pos

0013*). Remove one more screw as shown in gure 28-c to

dismantle the MP3 Line-in Board (pos 0018*) from the Metal

Frame (pos 0019*).

Figure 28-a

Figure 28-b

Figure 28-c


22/81


SummaryofDismantlingInstructi onsforMainUnit(section4.1.1to4.1.10)

Summary of Dismantling instruction s for Main Unit (section 4.1.1 to 4.1.10)

Note:

* Breakdown of position 101exploded view

)1.1.4ees(revoCelbaC*9300sopweivdedolpxetinuniaM**

pos 155** Stand Assembly (see 4.1.1)

pos 0038* Rear Cover (see 4.1.1)

pos 1030** AVIO Board (see

4.1.1)

pos 160** HDMI Shield and pos

1060** HDMI Board (see 4.1.1)

pos 1040** DIO Board (see

4.1.1)

pos P007** Touch

Panel Assembly (see

4.1.7)

pos 1010** MPEG Board and pos

159** MPEG Shield (see 4.1.3)

pos 149** Rear Frame (see 4.1.4)

P004** Door Frame Pre-

assembly (see 4.1.8).

pos 1050-

1052**+255**+1090**+116**+

1070**+123**+122**+290**+

259**+ 121**+118**+257**+

120**+ 256**+119**+117**+

258**, Door Control Assembly

(see 4.1.6)

Pos P003** + 1080**+ 146** +

268** DVD Assembly (see

4.1.5)

pos SPK1* and SPK2*

Speaker Grilles and Holders

(see 4.1.9)

Pos 1050-1051** Front DisplayBoard (see 4.1.6)

Pos 1080** DVD Mechanism

(see 4.1.5)

pos SPK3*, 0007*,

0009* and

0010*Speakers (see

4.1.10)

pos 0005* Front Cabinet (see 4.1.10)

pos 0008*Flare (see 4.1.10)pos 0016* USB Receptacle (see

4.1.10)

0019* the Metal Frame and pos

0017* USB Grounding Plate (see

4.1.10)

pos 0018* MP3 Line-in board (see

4.1.10)

Assembly [pos 150** +1030** + 152**

+ 151**+ 1040** + 153** + 273** +

274** + 275** + 276** + 277** + 278**

+ 279** + 280**], the Rear Bracket

and all the PCBAs on it . (see 4.1.2)

Note: RemoveThe Door Frame Pre

Assembly + Door Control

Assembly + Front Display Board

altogether for further dismantling o

the Speaker Box Assembly (see

section 4.1.8)


23/81


4.2. DismantlingofActiveSubwooferPowerBox Module

Note: The position numbers refer to Active Subwoofer Power Box

Exploded View drawing. (See section 8.2)

4.2.1. DismantlingofPowerBoxModulefromSubwooferTotal

Assembly

1) Loosen 5 screws at the base of the Subwoofer as shown ingure 29. Remove 3 screws on the Rear Plate 230 as shown

in gure 30. Then pull out the Power Box Assembly in the

direction as shown in gure 31.

Figure 29

Figure 30

Figure 31

4.2.2. DismantlingofTunerModule,SpeakerBoard,andAIO Board

1) Remove 1 screw (S1 in gure 32) on the Rear Plate 230 to

dismantle the Tuner Module 1020.

2) Remove 3 screws (S2 in gure 32) on the Rear Plate 230 to

dismantle the Speaker Board 1060.

3) Remove 2 screws (S3 in gure 32) on the Rear Plate 230 todismantle the AIO Board 1050.

Figure 32

4.2.3. DismantlingofAVBoardandAmplierBoard

1) Remove 1 screw (S1 in gure 32) and remove the Tuner

Module 1020.

2) Remove 1 screw (S4 in gure 32) on the Rear Plate 230.

Then remove 2 more screws on the Bracket 236 (S8 in gure

33) to dismantle the AV Board 1040.

3) Remove 4 screws on the Bracket 236 (S9 in gure 33) to

dismantle the Amplier Board 1010.

Figure 33

S8

S9

S3

S1

S4

S2

S7

S6

S5


24/81


4.2.4. DismantlingofPSUBoard

1) Remove 4 screws on the Rear Plate 230 from positions S4,

S5, S6 and S7 as described in gure 32.

2) Remove 3 more screws, 1 screws on one side of the Bracket

236 and 2 screws on the other side of the Bracket 236 asshown in gure 34.

3) Disconnect the 3 cables from the PSU Board 1030 as shownin gure 35. Release the catches of the Bracket 236 from the

Bottom Plate 161. Disconnect all the cables also from theSpeaker and AIO Boards on the Rear Plate 230 to the AVBoard and Amplier Board on the Bracket 236.Then remove

the Bracket 236, AV Board 1040 and Amplier Board 1010.

4) After removing the Bracket, AV Board and Amplier Board,

remove 4 screws as shown in gure 36 to dismantle the PSU

Board 1030 from the Bottom Plate 161.

Figure 34-a

Figure 34-b

Figure 35

Figure 36

Note: For APAC sets, remove 2 more screws on the Rear

Plate 230 to dismantle the voltage selector switch rst. Then

remove the screws from Bottom Plate 161 and dismantle thePSU Board.


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ServicePosi tion3(powerbox)

Figure 39

Hint: Dismantle AV Board and Amplier Board and PSU Board.Remove the Bracket leaving only the PCBAs dismantled.

ServicePosi tion4(powerbox)

Figure 40

Hint: Dismantle AV Board and Amplier Board and PSU Board.

Remove the Bracket leaving only the PCBAs dismantled.

Amplier Board

Insulation Sheet

AV Board

PSU Board

Insulation Sheet

4.3. ServicePosit ions

ServicePosi tion1(mainuni t)

Figure 37

Hint: Dismantle the HDMI Board from the Rear Bracket. Dismantlethe Rear Bracket together with AIO Board, and DIO Board

from the Main Unit. Dismantle the MPEG Board. (Refer to

section 4.1 for details)

ServicePosi tion2(mainuni t)

Figure 38

Hint: Dismantle the HDMI Board, the Rear Bracket together withAIO Board and DIO Board, and the MPEG Board. Remove

the Rear Bracket. Dismantle the Front Board and DoorControl Assembly. (Refer to section 4.1 for details.)

Insulation Sheet

AVIO Board

MPEG Board

HDMI Board

Door Control Board

Insulation

SheetFront Board

MPEG Board


26/81

EN 26 3139 785 342315. Service Test Program

5. Service Test Program

To start Service Test Program,power up the set, open the tray

with remote control or frontpanel key and press 2,5,8 on the

remote control. The tray will closeby itself and the set will displayS-Vxx-yy.

Display showsSERVICE

followed by ROM versionS-Vxx-yy

S refers to Service ModeV refers to Versionxx refers to Software version number of BEA

(counting up from 01 to 99)

yy refers to Software version number of Front uP(counting up from 01 to 99)

5.1 Disp lay Test

Purpose:This test is used to check the driving circuits, the display and whether there areany short -circuits , open-circuit s or any other defects.

Display test key =

Player:Following display patterns are used to test the display and its connections to P.

Pattern 1: Default: All display control pins are ON. All LEDs are ON including sourceicons

- to check the open-circuits

Pattern 2: Alternate display control pins are on (Test Pattern: 0x55)- to check the short-circuits on Data port

5.2 How to exit Service Test Program

Disconnect power cable from the AC mains.

key

"DisplayTest"

triggered?

n

y

Activate and display

"Pattern1"

key

"DisplayTest"triggered?

n

y

Activate and display

"Pattern2"

Main Menu

Display Test

key

" "

triggered?

n

y


27/81

EN 273139 785 34231Service Test Program 5.

5.3. Procedure to check software version

HTS8140 has the following upgradable types of software:

Backend (BEA) software Servo software IPOD Software (Active Subwoofer) Power Box Software, and

CEC SoftwareFollow the procedure below to check the software versions ofthe set:

1) Power up the set and select DISC source.2) Open the DVD Door with remote control or front panel

key.3) Press INFO button on the Remote Control.4) The TV Screen will show:

MPEG Vxx 8140-zz d yyServo:aaaaaaaa Reg:DFyy Pbb IPcc CECnn

Where:xx = Backend (BEA) software versionzz = Stoke versiond = Default stroke version regionyy = Front software versionaaaaaaaa = Servo software versionD = User set regionbb = (Active Subwoofer) Power Box software

versioncc = IPOD software versionnn = CEC software version

For example, HTS8140/12 set having Backend (BEA)software version 17, Servo software version D1640000, IPODsoftware version 20, Power Box software version 10 and CECsoftware version 08 will display as follows:

MPEG V17 8140-12 2 14Servo: D1640000 Reg:2

F14 P10 IP20 CEC08

Firmware Upgrading

The following methods are supported for rmware upgrading:

1. Normal Upgrade Process via CD upgrade disc forupgrading:

Backend (BEA) and servo software2. Special Upgrade Process downloading software to target

module from Service PC via Programming InterfaceBoard for upgrading:

IPOD software Subwoofer Power Box Software, and CEC Software

5.4. Normal Upgrade Process (via CD upgrade disc )

5.4.1. Burningofrmware

1) Download the latest software release package (BEA andServo software) and extract the les from ZIP archive.

2) Start the CD burning software and create a new CDProject (Data disc) with the following settings:

a. File System: ISO9660b. Format: MODE 2/XAc. Recording format: Single Session (Track at

once), Finalized CD3) Place the extracted content of the zip-archive into the root

directory of the new CD project.4) Burn the data onto a blank CDR or CDRW.

Note: ISO9660 is mandatory, UDF discs are notsupported!The nal CDROM must not contain any other data

except the le from the zip-archive.

5.4.2. ProceduretoupgradethermwareviaCDupgradedisc

1) Power up the set and open the DVD Door.2) Insert the prepared upgrade CDROM and close the DVD

Door.3) The OSD will display:

Upgrade le detected

File Copying->Upgrading

4) The DVD Door will then open automatically to allow theupgrade disc to be taken out.

5) Take out the upgrade disc. It may take one or two minutesto complete the ERASE and WRITE process.

6) When the upgrade process is successfully completed,the DVD Door will automatically close and the set will goto standby mode.

5.5. Special Upgrade Process (via programminginterface board to target module)

5.5.1. Preparing Hardware and Software Interface Components

A. Required Hardware

The general block diagram for hardware setup is shown ingure 1.

USB Port inService PC

Programming

Interface board

Target module

(MPEGBoard, HDMI

Board orSubwoofer

Power Box)

USBCable

6 pin FFC Cable,or 13 Pin interface

cable of SubwooferPower Box

Figure 1 Hardware Setup Block Diagram

The required hardware interface components are:

Service PC with One free USB port USB A to B Cable* (see gure 1) Programming interface board (12NC 9965 200 34643) 6 pin FFC Cable (see gure 2)

* The USB cable is desirable to be version 2.0 and supporthigh-speed data transfer rates.

Figure 1 USB Cable

Type Aplug forService

PC

Type B plug forProgramming

Interface Board


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Figure 2 6-pin FFC cable

Programming Interface Board

Figure 3 Programming Interface Board Layout

DIP Switch Settings

DIP Switch 1102 in Programming Interface Board shouldbe used to congure hardware settings for special upgrade

process.The On position is marked as shown in gure 4. The Off position is usually the opposite of the On position. Use ascrewdriver with a small head, or a pair of tweezers to movethe switch into the On or Off position.

Figure 4 DIP Switch 1102 (All Off position)

13 pinconnector 1103

Resetbutton

6 pin Connector 1109

DIP Switch 1102

USB type Breceptacle

1106

Jumperheader 1110

Refer to table 1 in next coming section 5.5.3 for differentsettings of the DIP switch for IPOD, HDMI CEC and PowerBox Software Upgrade Processes.

Jumper Header settings and cable connections

Programming Interface Board has 3-Pin Jumper Header 1110for supplying +3V, +5V or no power to the target module in

Special Software Upgrade Process.

For IPOD Software Upgrade to MPEG Board and CECSoftware upgrade to HDMI Board, +5 V pin and the middlepin of the jumper header 1100 must be shorted by a jumperas shown in gure 5.

Figure 5

Note: Active Subwoofer Power Box will use its own powersupply while upgrading power box software. So the jumperheader 1100 should be left open without any jumper. (Seegure 6)

Figure 6

Refer to table 2 in next coming section 5.5.3 for differentsettings of the Jumpers and cable connections for IPOD,HDMI CEC and Power Box Software Upgrade Processes

+5 Vpin

+5 Vpin


29/81


B. Required Software in service PC

The following application and driver software are required tobe congured and installed in service PC:

1) Flash Programmer (Flash MCU ProgrammingSoftware)

2) PL-2303 USB-to-Serial Driver

Notes: The Flash Programmer, Flash MCU Programming

Software, is used as a terminal program to download thesoftware to the target module via interface programmingboard.

To run the Flash Programmer on the Service PC, theservice PC should be IPM PC/AT or PC/AT compatiblewith OS: Microsoft Windows 2000 or Windows XP.

As the Flash Programmer software uses serial COM Portconguration for communicating to programming interface

board, a USB-to-Serial Driver must be installed for theprogramming interface board. After installing the USB-to-Serial Driver, the programming interface board connectedto service PC via USB cable will appear as a Prolic

USB-to-Serial Comm Port (COMx) in service PC.

Use le The Flash Programming Software Kit 9965 100

17380.zip (See gure 7) for the preparation of required

software in service PC.

Figure 7

Installing USB-to-Serial Driver in service PC

1) Extract PL-2303 Driver Installer from FlashProgramming Software Kit.zip into a destination folder in

service PC. PL-2303 Driver should appear as an icon indestination folder as shown in gure 8-a.

Figure 8-a

2) Double-click the icon to run the InstallShield Wizard andfollow the on-screen instructions then to install the driver.

3) When the driver installation is completed, go to Control

Panel -> System -> Hardware tab -> Device Manager-> Ports (COM & LPT). If the interface programminginterface board is connected to service PC via USB cable,it should appear as Prolic USB-to-Serial Comm Port

(COMx) in Device Manager (see gure 8-b).

Figure 8-b

4) Take note of the COM Port number to use it for settingthe Flash Programmer Communication conguration

which will be described in next section.Note: the USB-to-Serial Comm Port will not show up in

Device Manager if the programming interface board is notconnected to service PC via USB cable.

Preparing Flash Programmer Software

1) Open zip le Flash Programmer.zip from Flash

Programming Software Kit.zip and extract all the les

as shown in gure 9. A folder Flash Programmer and

8 setup les should appear in the destination folder as

shown in gure 10.

Figure 9

Figure 10

Take noteof COM port

number

Extract all les

Choose Destination

Set up les


30/81


2) The required program, FlashProg.exe should be foundin Flash Programmer folder as shown in gure 11.

Figure 11

5.5.2. Preparing the Flash Programmer

1) Conguringtheworkenvironmentfeatures

To use the ash programmer application to download the

software upgrade to the target board, the following workenvironment features must be congured:

The setup le to be used

The target device name The COM port and data transfer rate

Follow the procedure below to congure the work

environment features:

1) Run the ash programmerFlashProg.exe. The Flash

Programmer main window will appear. Go to Setup ->Setup File as shown in gure 12.

Figure 12

2) Setup dialog box will then pop up. Go to Setup File tab,Browse the folder that contains the setup les as shown

in gure 13. Locate appropriate setup le for the target

module as described in table 3 (in next coming section5.5.3).

Figure 13 locate setup le

For example, if the target board is MPEG Board fordownloading the IPOD software, then the setup le should be

HTS8140_IPOD_V1.0.ini.

3) Go to Device tab as shown in gure 14. Choose the MCU

series and type for the target module as described in totable 3 (in next coming section 5.5.3). Click Apply toconrm selection. The MCU type will appear in Chosen

Device box.

Figure 14 Select Series and Device

For example, if the target board is MPEG Board fordownloading the IPOD software, then the target device isTMP91FW60 in series 900/L1. After clicking Apply button,the chosen device TMP91FW60 should appear in the ChosenDevice box.

4) Go to communication tab as shown in gure 15. Choose

the USB-to-Serial COM Port number from the COM portdrop down list.

Figure 15 Choose COM Port and Data Rate

For example if the target module is MPEG board fordownloading IPOD software, then the data rate should be19200 bps

Note: The COM port number for USB-to-Serial COM Port willnot appear in the drop down list in the Communication tab ofthe Setup dialog box if the programming interface board is notconnected to service PC via USB cable.

5) Select the Data Rate as described in table 3 (in nextcoming section 5.5.3).

The chosen deviceshould appear here

Select series and device, and click Apply


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5.5.3. ProceduretoupgradethermwareviaProgrammingInterface Board

1) Download the software upgrade le into service PC. The

software upgrade les should be placed into the same

folder as the setup les (*.ini) to make it easier to locate in

Flash Programmer software for downloading them to thetarget module.

2) Connect the programming interface board to the ServicePC via USB Cable.

3) Connect the target module to the programming interfaceboard. Congure DIP switching settings, and jumper

settings (see Figure 16-a, 16-b and 16-c;see)4) Run the Flash programmer application and congure

work environment features. (see section 5.5.2 for details)

MPEG Board Download Setup

Figure 16-a MPEG Board download set up (IPOD softwareupgrade)

Hints: Dismantle the Main Unit, and take out the MPEG Board

1010 (see dismantling instructions in chapter 4) Connect 6-pin cable from connector 1109 on

Programming Interface Board to connector 1300 onMPEG Board,

Set DIP switch pin 2 (Boot) = ON (refer to table 1), Connect jumper to apply +5 V to target module (refer to

table 2).

HDMI Board down load setup

Figure 16-b HDMI Board download set up (HDMI CEC

software upgrade)

DIP Switch Pin 2 = ON

Jumper for +5V supply

Connector 1109

Connector 1300

6 pincable

MPEG Board

Service PC

Jumper for +5V supply

Connector 1201

Connector 1109

6 pin cable

Service PC

HDMI Board

DIP Switch Pin 1 = ON

Hints: Dismantle the Main Unit, and take out the HDMI Board

1060 (see dismantling instructions in chapter 4) Connect 6-pin cable from connector 1109 on

Programming Interface Board to connector 1201 onHDMI Board,

Set DIP switch pin 1 (Boot) = ON (refer to table 1), Connect jumper to apply +5 V to target module (refer to

table 2).

Subwoofer Power Box Module Download Setup

Figure 16-c Subwoofer Power box download set up(Subwoofer Power Box software upgrade)

Hints:

Supply AC Mains to the Active Subwoofer Power Box Connect 13 pin cable from the Subwoofer Power Box to

the connector 1103 on Programming Interface Board Set DIP switch pin 2 (Boot) = ON, pin 4 (CU_DET) = ON,

pin 6 (M_CTR) = ON (refer to table 1)

13 pininterface cable

Service PC

DIP Switch Pin 2, 4, 6 = ON

Power Cablefrom AC Mains


32/81


DIP Switch Description

Switch Position

IPOD SWupgrade

HDMI CECSW upgrade

Power Box SW upgrade

1 Boot OFF ON OFF

2 Boot ON OFF ON

3 CU_DET OFF OFF OFF

4 CU_DET OFF OFF ON

5 CU_DET OFF OFF OFF

6 M_CTR OFF OFF ON

Table 1 DIP Switch Settings

Software Target Module Jumper Setting type of cables needed

IPOD MPEG Board 1010Connect jumper tosupply +5V

6 pin cable

HDMI CEC HDMI Board 1060

Power Box Active Subwoofer Power Box no jumper 13 pin interface cable

Table 2 Jumper Settings and Cables needed

Software Target Module Setup le Series Device Data Rate

IPODMPEG Board1010

HTS8140_IPOD_V1.0.ini 900/L1TMP91FW60

19200 bps

HDMI CECHDMI Board1060 HTS8140_CEC_v1.0.ini 870/C

TMP86FH92 9600 bps

Power BoxActiveSubwooferPower Box

HTS8140_PWRBOX_FRONT_V1.0.ini 900/L1TMP91FY42

115200 bps

Table 3 Flash Programmer Work Environment Conguration

5) Go to the Object File tab in Setup Dialog box of Flash Programmer. Browse and locate the software upgrade le as shown in gure

17-a and 17-b.

Figure 17-a Example: Locating the IPOD and Power Box software upgrade les (Motorola S Format *.s32)

IPOD Software

Power Box Software


33/81


Figure 17-b Example: Locating the HDMI CEC softwareupgrade le (iHEX format *.h20)

6) After locating the software upgrade le, click OK in Object

File tab of Setup Dialog Box. The Setup Dialog Box willdisappear.

Note: If communication between the devices is not ready, theerror message as described in gure 18 might appear. Just

click OK to make it disappear.

Figure 18

7) Press the Reset button (the white button) on the

Programming Interface Board.

8) When the devices (programming interface board andtarget module) are ready, there will be indicated asConnected in status bar at the bottom of the FlashProgrammer Main Window as shown in gure 19-a. Erase

all data in the target module as shown in gure 19-b or

19-c.

Figure 19-a

Figure 19-b Message box asking for erasing all data in targetdevice will pop up as shown in gure 19. Click Yes Button to

ease all data.

Figure 19-c In case the message box for chip erasing doesnot pop up automatically, click E (Erase Button) to erase alldata in target device. Chip Erase message will then pop up asshown in gure 19-b. Click Yes to erase all data.

9) When all data in the target module has been erased, themessage box as shown in gure 20 will pop up.

Figure 20

10) After the chip erasing has been completed, click P(program) button. This will download the software into thetarget module as shown in gure 21. When the software

upgraded is completed the message box as shown ingure 22 will appear.

HDMI CEC Software

Status bar will show Connected when the devices are ready

Chip Erase button


34/81


Figure 21

Figure 22

11) Check the software version of the target module toconrm that it has been upgraded. (Refer to section 5.3

for details).

5.6. Reprogramming of DVD Version Matrix

After repair, the customer setting and region code may belost. Reprogramming will put the set back in the state whichit has left the factory, i.e. with the default setting and theallowed region code.

Model Region RegionCode

TV Type

HTS8140/05/12 EUROPE 2 PAL

HTS8140/37 NAFATA 1 NTSC

HTS8140/55 LATAM 4 NTSC

HTS8140/75 AUSTRALIA 4 PAL

HTS8140/93 CHINA 6 PAL

HTS8140/98 APAC 3 MUTLI

To reprogram, do as follows:1) Power up the set and select DISC source2) Open the tray with remote control or front panel key3) Press the following buttons on the Remote Control

for HTS8140/05/12 for HTS8140/37 for HTS8140/55 for HTS8140/98 for HTS8140/93 for HTS8140/75

4) The display shows YYYY-ZZ and the tray will close

YYYY = model number (e.g. 8100, 8140, 6600, etc.)ZZ = stroke version (e.g. 12, 37, 59, etc.)

5.7. Trade Mode

Trade mode is a feature that will block all set keys whenenabled. It is for dealers to prevent customers from movingdisc, changing source etc. using the set keys on the touchpanel. Rotary and Remote Control (RC) keys are still allowedin Trade Mode.

To acti vate Trade Mode:

1) Power up the set and select DISC source.2) Open DVD Door by pressing OPEN/CLOSE button on

Remote Control.3) Then press buttons on the RC.4) The TV Screen will show TRA ON and the DVD Door will

close.Trade Mode is then enabled.

To deactivate Trade Mode:

1) Power up the set and select DISC source.2) Open DVD Door by pressing OPEN/CLOSE button on

Remote Control.

3) Then press buttons on the RC.4) The display will show TRA OFF and the tray will close.Trade Mode is then disabled.

5.8 How to change tuning grid (/55/75/93/98 only )

In some countries, the frequency step betweenadjacent channels in FM band is 50 kHz or100 kHz (AM/MW band is 9 kHz or 10 kHz).

1 Press RADIO repeatedly to select FM orAM/MW band.

2 Press x .3 Press and holdu until GRID 9 or

GRID 10 is displayed.GRID 9 for FM 50 kHz (or AM 9 kHz)and GRID 10 for FM 100 kHz (or AM 10 kHz).

NoteThis feature only applicable for certain region.Change tuning grid erases all preset radio stations.

Chip Programbutton


35/81

EN 353139 785 34231 6.Block Diagram, Wiring Diagram

Main Unit Block Diagram

Main Unit_block_3139 249 45871-130-a3.pdf_26 May 2008


36/81


37/81


Main Unit Wiring Diagram

1402

8006

Mpeg

80058010

1100

8009DIO

Front

Touch Panel

AVIO

HDMI

1102 1104

1302

10041200

1401

1102

1101

1100

1203

1202

1102 1101

1400

1103

1202 1101 1201

1203

USB

Traverse

Solenoid

M

8011

8004

8007

8008

8003

8002

8001

OPU

Main Unit_Wiring_3139 249 45881-132-01_a3.pdf_26 May 2008


38/81

EN 383139 785 34231

Power Box Wiring Diagram

To mainssocket

8009 onlyforEu and AP

1308 1402

10P FFC 1.25 BD 10P FFC 1.25 BD 5P M 2.50 Vertical 5P EH VERTICAL

1 PORT_S 1 P OR T_ SE L 1204 1 +5VL 1 +5VL 1 MAINS

2 SCL 2 SCL 9P M2.50 Vertical LV21+2LV21+2 2 MAINS

3 SDA 3 SDA 1 WakeUp 3 GND 3 GND

4 T U_ TU NE D 4 TU_TUNED 2 IRQ 4 +5VSTBY 4 +5VSTBY

5 TU_L 5 TU_L 3 SCL 5 -33V 5 -33V 1 SELECTOR

6 TU_STEREO 6 TU_STEREO 4 SDA 2 SELECTOR

7 TU_R 7 TU_R 5 Cu_det 1404 12P EH VERTICAL 3 SELECTOR

8 NC/RDS 8 NC/RDS 6 -33V 12P M2.50 Vertical 1 +5VL

9 VCC 9 VCC 7 +5VSTBY 1 +5VL 2 GND

10 GND 10 GND 8 +12V 2 GND 3 +5VL

9 GND 3 +5VL 4 +5VL

1408 4 +5VL 5 GND

3P M2.50 Vertical 5 GND 6 +12VA 8P EH Vertical

1 O N_ MO DE L ED 6 +12VA 7 CCV+1A_DNG

2 GND 7 GND_A 8 CCV+2AV21-

3 S TB Y_ LE D 8 -12VA 9 CCV+3PMAYBTS

9 STBY AMP 10 A_DNG4ND_RWP

10 PWR_DN 11 A_DNG5LV21+

11 +12VL 12 A_DNG6DNG

12 GND 7 +12VL

8 +5VL

1202

20P 1.25 FFC AD

1307 20 GND

SOC MDIN H 8P FTCS7927 1 9 I 2S _S CL K

1 +5V (900mA) 18 GND

2 +5V_EN 17 I2S_LRCK

3 SR_TX 16 GND

4 GND 15 I2S_MLK

5 SR_R 14 GND 1.25 FFC AD

6 SR_RX 13 I2S_FLR 20 GND 8P EH Vertical

7 GND_A 12 GND CCV+1KLCS_S2I91

8 SR_L 11 I2S_CSW CCV+2DNG81

9 GND 10 GND CCV+3KCRL_S2I71

10 GND 9 I2S_RLR A_DNG4DNG61

11 GND 8 GND A_DNG5KLM_S2I51

SIRIUS 7 SDA A_DNG6DNG41

6 SCL LV21+7RLF_S2I31

5 GND LV5+8DNG21

4 AMP_RST 11 I2S_CSW

3 ERR 10 GND

1205 2 NTC 9 I2S RLR

7P M2.0 Vertical 1 FREQ_HOP 8 G ND

1 TXD 7 SDA

2 RXD 1200 6 SCL

3 VCC 4P FFC 1.25 5 GND

4 VSS 1 FRONT 4 AMP_RST

5 RESET 2 SUR 3 ERR

6 BOOT 3 CEN 2 NTC

7 MODE_CTR 4 GND 1 FREQ_HOP

1310

8P FFC 1.25

1 GND

2 SPDIF_IN1 12P EH Vertical

3 GND 1 SR-

4 SPDIF_IN0 2 SR+

1101 5 GND 3 SL-

8P FFC 1.25 6 SPDIF_OPT 4 SL+

1 GND 7 GND 5 FR-

2 SPDIF_IN1 8 +5VL 6 FR+

3 GND 7 FL-

4 S PD IF _I N0 1203 8 FL+

5 GND -RTC9lacitreV05.2MP2 4P EH Vertical

6 SPDIF_OPT 1 FAN -BUS1-RTC01

7 GND 2 GND -BUS2+RTC11

8 +5VL +BUS3+RTC21

4 SUB+

2P M2.50 Vertical 1102 To 8140 sub woofer

1 S PD IF _I N12 GND

12P M 2.50 Horizontal 12P F 2.50 DIPMATE Vertical

1 SR- 1 SR-

2 SR+ 4P FFC 1.25 2 SR+

-LS3TNORF1-LS3

+LS4RUS2+LS4

-RF5NEC3-RF5

To8140 speaker +RF6DNG4+RF6

7 FL- 1402 7 FL-

FromCenterunit-13P min din cable Combined with 13P min din cable 8 FL+ 8 FL+

9 CTR- 9 CTR-

10 CTR- 10 CTR-

11 CTR+ 11 CTR+

12 CTR+ 12 CTR+

1401 1403

AUDIOBOARD (APB)CLASS-6 Wave/reflow

PSU Module

TIAMPLIFIER

Module

TUNER

Module

8140 SPEAKER PCB

AIOB PCB

coaxial

Optical

1100

7100

8000

8003

8004

8006

8005

8008

8007

8002

TOFan

To powerbox LED

(Only forDevelopmen t

purposes).

Sirius receiver

FromCenterunit-13P min din cable

Power Box_Wiring_3139 249 45791-132-01_a3.pdf_26 May 2008

6.Block Diagram, Wiring Diagram


39/81


Main UnitFront Board: Circu it Diagram (Part 1)

RESET

VASS

INT3

INT2

INT4

INT5

XTIN

XTOUT

SCLV

P9

V

SO1

5

6

7

6

5

4

3

2

2928

27

26

25

24

2

3

4

TC1

SCK0

0

1

2

3

45

6

SI1

SCK1

DVO

TEST

VKKVDDVAREF

14

1312

11

10

98

SDA

22

TC3

P1

STOP

P2

SI0

SO0

P3

AIN

31

30

P5

PD

V3

P6

V

P7

V

P8

23

16

21

20

19

1817

P4

AIN

1

0

15

VSS

PDO

2

1

XTAL

P0

PPG

PWM

TC4

13

12

11

10

7

INT0

INT1

TC2

MPEG_ERR

DSP_WAKEUP

DSP_RESET

NC

NC

NC

SCL_0SDA_0

T135 H2T136 H2T137 H2

T138 H2T139 H2T140 B11T141 B13T142 F11

T104 A2T105 A2T106 A2T107 A2T108 A2T109 B2

T110 B2T111 B2

T150 H9T151 I9

T152 I9T160 C6T161 C6

T133 H2T134 H2

+5VL

T123 E2T124 E2

SCL_2

Eco_STBY

GND

T125 E2T126 E2T130 G2

T131 H2T132 H2

Ext_WakeUp

NC

6100 A76101 H56103 I107100 C6

T100 A2T101 A2

FRONT_IRQ

MPEG_RESET

T103 A2

-27V

UART0_EN

3139 C13

T112 B2T113 B2T114 B2T115 B2T116 B2

T120 D2T121 E2T122 E2

3151 E53152 G6

CEC_WAKEUP

To/FrmA

nalogboard

+5VL

NC

NC

+5VL

Active_STBY

3123 I10

3124 H103125 H133126 I13

3127 H143128 F11

7101 I57102 C47103 I67105 H97106 F117107 F117108 F127109 H13

3137 B133138 C13

PBox_IRQ

NC

BTSEL_0_1

NC

GND

NC

SCL_4

SDA_4

STBY_CTRL0SDA_2

3102 A73103 F33104 F33105 F33108 D4

3109 D43110 C63111 C6

3141 D53142 F53143 F63145 I63147 I43148 I53149 I6

3150 G2

3121 D53122 H9

NCNC

NC

2160 B22161 B3

2162 B32163 B32164 B3

2165 B32166 B32167 B3

3129 F113130 F123131 F133132 E123133 E12

3134 C103135 C103136 B10

2178 E32179 E3

NC

QST_IRQ

+12V

NC

2180 E32181 H22182 H22183 H3

2136 F112137 E112138 E112140 F132141 F132142 F132143 E13

2144 E13

3112 C53113 F6

3114 F63115 G5

3116 G53117 G43118 G43120 D5

2153 D132154 D13

4.2V

GND

GND

2155 D13

2106 H32107 H32108 G3

2109 G32110 G32111 I5

2112 G32117 C4

2168 B42169 B42170 B42171 B4

2172 B42175 E22176 E22177 E2

2131 I102132 H12

1.8V SUPPLY

+5VSTBY

+5VSTBY

To/FrmD

igitalboard

RESET

+5VL

2.5V

2133 H122134 G11

2135 F13

* PROVISION

14

A

B

C

D

E

2145 E132146 E132147 E132148 E132149 E132150 D13

2151 D132152 D13

E

F

2105 A6

1102

NC

2422 025 17856 HLW18R-2C7HTS8140i

HTS8140

2118 D42119 D52120 D52123 I52124 C7

2125 C82129 H102130 H10

12 13

IR

GND

1 2 3 4 5 6 7

F

G

H

I

A

B

C

D

2 3 4

NC

G

H

5 6 7 8 9 10 11

2102 H32103 A62104 A6

*

To/FrmF

rontTouchPanel

GND

*

NC

Front Display

2422 025 18497 HLW13R-2C7

Item

8 9 10 11 12 13 14

1

T150

NC

I

1100 D21102 A21103 A21104 G21106 C61108 A112101 H2

3124

10K

100p

12K

3116

330R

2146

3133

470p

2181

T111

T130

2102

100n

8

9

T139

16

1718

2

3

4

5

6

7

HLW18R-2C7

1102

1

10

11

12

1314

15T113

T137

3111

10R

2152 100p

3141

2168

470p

10K

2172

470p

1n0

2118

2120

1n0

470p

2175

2142 100p

33p

2180

4

5

6

7

8

9

HLW9R-2C7LF

1100

1

2

3

330R

3132

100n

2104

2178

33p

10K

3151

3126

47K

4K7

3148

+5V_IR

470p

2164

1K0

3108

T120

7108

BC847BW

35V

22u

2134

16V

47u2

106

T131

47p

2103

T138

T142

T106

100n

2177

100n

2107

2

125

+5VSTBY

47n

T103

T105

T115

T134

T123

T160

3 11 3 1 0R

7106

T109

BC337-25

10K

3152

10K

3117

10K

3143

10K

3130

22p

2135

1106

8M0

2129

100n

T100

2161

33p

3138

2R2

2132

100n

VFIL_DC

PDZ5.6-B

6103

6101

BAT760

4R7

3149

100p2141

330R

3128 4

K7

3131

470p

2171

2170

470p

2154 100p

3103

T125

10K

100p2149

2n2

2131

3136

2R2

T114

T110

2140 100p

3121

22K

7101BC857B

7103BC847BW

100p2153

2K7

3102

2163

470p

P9

45

+5V_IR

P15

7

P2

38

P3

39

P4

40

P5

41

P6

42

P7

43

P8

44

IC1

4

IC2

49

P1

37

P10

46

P11

47

P12

48

5

P13

P14

6

F13

52

F14

51

F21

26

25

F22

F23

28

F24

27

4G

20

5G

19

6G

18

7G

17

8G

16

9G

151

F11

F12

2

12G

12

13G

11

14G

10

15G

9

16G

8

1G

23

2G

22

3G

21

16-BT-146GN1108

10G

14

11G

13

3137

2R2

LCD

+5VSTBY

PDZ5.6-B

6100

3134

330R

3129

47p

2109

2162

GND2

OUT1

VS3

33p

TSOP34836YA1

7105

2R2

3135

100u

2130

47p

2112

10K

3127

T126

7102BC847BW

BC327-25

7107

22K

3120

470p

2169

2144 100p

2182

470p

1K0

3123

T116

10K

3109

T135

T133

2137

33n

2101

47u

16V

T140

100p2145

1K0

3112

2150 100p

3114

4

5

6

7

8

9

10R

1

1011

12

2

3

HLW12R-2C7LF1104

47p

100p2147

35V

2108

2105 2

2u

3150

3K3

100p2143

470p

2167

3122

100R

470p

2

124

1

00n

2160

2123

100u

10V

3139

4R7

3145

13

39

38

40

78

7

9

8

68

69

7071

72

73

7475

76

77

10

58

59

60

61

62

63

64

65

66

67

48

49

50

51

52

53

54

55

56

57

34

35

3637

41

4243

44

45

46

47

24

25

26

27

28

29

30

3132

33

16

17

18

19

20

21

22

14

12

11

23

79

80

12

3

4

56

15

MICROPROCESSOR

TMP87PM74ZFG7100

T161

T141

T124

3104

10K

2110

47p

4u7

2133

470p

2166

22u2

138 3

5V

T121

2165

470p

2179

33p

3147

4K7

T107

T152

T151

100p2155

T108

10K

3118

2117

2176

100n

2u2

10R

T132

3110

2148 100p

2183

100n

22K

3115

10K

3142

3105

T104

3K3

2136

22u 35V

T101

7109

BC847BW

2119

+12V

3

4

5

6

7

8

9

33n

HLW13R-2C7LF

1103

1

10

11

12

13

2

T112

100p2151

3125

1K2

T136

T122

2111

100n

Eco_STBY

MPEG_RESET

+5VL

1V8_DET

SDA_0

SCL_0

Front_IRQ

RC6

-27V

-27V

IO_New

BTSEL_0_1UART0_EN

MPEG_ERR

DSP_WAKEUP

DSP_RESET

+ 5V L + 5V ST BY

CEC_WAKEUP

Active_STBY

P15

P2

P3

P4

P5

P6

P7

P8

P9

+5VSTBY

QST_IRQSDA_4

SCL_4

+5VSTBY

+5VL

QST_RESET

IO_New

SDA_2

Front_IRQ

+5VSTBYSCL_2

SDA_4

SCL_4

SCL_0

SDA_0

+5VL

MPEG_ERR

+5VSTBY

+5VSTBY

+5VSTBY

P1

P10

P11

P12

P13

P14

PBox_IRQ

UART0_EN

+12V+5VSTBY

Ext_WakeUp

+12V

+5VSTBYPBox_IRQ

STBY_CTRL0

STBY_CTRL0

IR

DSP_RESET

QST_IRQ

Ext_WakeUp

SCL_2

SDA_2

QST_RESET

DSP_WAKEUP

1V8_DET

-27V

-27V

G1

G10

G11

G12

G13

G14

G15

G16

G2

G3

G4

G5

G6

G7

G8

G9

RC6

CEC_WAKEUP

FIL1

FIL2

FIL2

G1

G2

G3

G4

G5

G6

G7

G8

G9

G10

G11

G12

G13

G14

G15

G16

P12

P11

P10

P9

P8

P7P6

P5

P4

P3

P2

P1

VFIL_DC

FIL1

40kHz

IR

Eco_STBY

Active_STBY

BTSEL_0_1

MPEG_RESET

40kHz

IR

G1G2

G3

G4

G5G6

G7

G8

G9

G10

G11

G12

G13

G14

G15

G16

P15

P14

P13

Front_Circuit Diagram_3139 243 38530_sh1.pdf_26 May 2008


40/81


Front Board: Circuit Diagram

* PROVISION

TRIN

1 2 3

*

1 2 3

A

B

C

A

B

C

1200 B1

1201 A1

1203 B3

1204 C2

1205 B2

2200 A2

2201 C2

4201 B2

4202 B2

4203 B2

4204 B2

T200 B3

T201 B3

T202 B3

T203 B3

T204 C2

T205 C2

T206 C3

TROUT

OPEN

CLOSE

LOAD-

GND

*

LOAD-

LOAD+

LOAD+

GND

T200

T201

4203

4204

4202

4201

2201

1u

0

T203

1u0

2200

T202

T204

T206

T205

1

2

3

4

5

6

7

1

2

HLW7S-2C7

1203

319804000020

1204

1201

SPVF

1

2

4

3

1

2

4

3

SPVF

1200

1

2

319804000020

1205

Front_Circuit Diagram_3139 243 38530_sh2.pdf_26 May 2008


41/81


Front BoardPWB Layout: Front Display (Top view)

Front_Layout_38393_top.pdf_26 May 2008


42/81


Front BoardPWB Layout: Front Display (Bottom view)

Front_Layout_38393_bot.pdf_26 May 2008


43/81


Front BoardPWB Layout: Door Control Board (Top view)

Front BoardPWB Layout: Door Control Board (Bottom v iew)

DoorCtrl_Layout_38493_top.pdf_26 May 2008 DoorCtrl_Layout_38493_bot.pdf_26 May 2008


44/81


MPEG Board: Circuit Diagram (Part 1)

VINFC

VINSL+

VINLD

VINTK

VTCL

FWD

REV

1

2

BIAS

MUTE

NC

PGNDGND

TRB

2

1

+

VCC

-VOFC

-

+VOSL

-

+VOLD

-

+VOTK

-

+VOTR

REGO

NC

GNDRST

IN

CD

FS

VREF

C

DVDD1V8

B

CH8CH7

CENTER

ALSAL

ARARS

LFE

APLLVSS

DVSS18

2

DVSS3V3

YC

CVBS

BGR

CBA

1

3

3

1

DACVDD

DACVSS

ADACVDD

ADACVSS

POWER

VIDEO

AUDIO

AVCM

APLLCAP

APLLVDD

A

2

DVDD3V3

7

TS_VALIDTS_CLK

P

2AGND1V8_TX

0AGND3V3_TX

AGND3V3_VPLL

PAD_VRT

USB_DM

543210

EXT_CAP

EXT_RES

10AVDD3V3_TX

AVDD3V3_VPLL

VDD1V8_USB

1AVDD1V8_TX

TS_DATA

TXO

TX0

TX1

TX2

USB

GPIO

HDMI

6

VDD3V3_USBVSS1V8_USBVSS3V3_USB

TS_SYNCTS_ERRORTS_PWM

USB_DP

NPNPNPN

IOA3IOA4IOA5IOA6IOA7HIGHA0

MISC

MICROCONTROL

DATA

01

3

5

7

2

4

IOA19IOA20

AVDD18_DMPLL

XTALI

XTALO

IR

6ADRESS

ADRESS

UP1

UP3

5|TXD4|RXD

10

SDASCL

VSDAVSTBVSCK

AGND18_DMPLL

URDUWRALE

IOCSIOWRIOOE

PRST

ICE

IOA0IOA1IOA2

HIGHA1HIGHA2HIGHA3HIGHA4HIGHA5HIGHA6HIGHA7A16A17IOA18

IREF

RFGC

LPFIP

JITFN

PLLVDD3V3

HRFZC

RFVDD1V8AVDD3V3

RF

ALPC

ANALOGMONITOR

SERVO

PLL

REFERENCE VOLTAGE

ANALOG

RFDATA

DRIVERACTUATORMOTOR AND

ADC FOR SACD

LPFIN

OP_INPOP_INN

OSN

PWMOUT1|V_ADIN0

SVDD3V3

RFLVL|RFONTEZISLV

RFVDD3

RFRPAC

OSP

AGND3V3RFGND1V8

VREF1V4VREF2V8VREF2V0

TROPENPWM

FOOTROFMODMO

OP_OUT

LPFOP

LPFON

JITFO

PLLVSS3V3

CRTPLP

RFRPDC

RFGND

TEOFEO

CSO|RFOP

SGND3V3

SADCVSS1V8ADCVSS3V3

LDO2LDO1

DVDADVDBDVDCDVDD

DVDRFIP

MAMBMCMD

SASBSC|TN1SD|TP1

MDI1MDI2

ADCVDD3V3SADCVDD1V8

EN

CKERCLK

RWECASRASRCS

10

10

RD

2

8

12

10

6

4

0

14

3

9

13

11

7

5

1

15

RA

0

2

4

6

8

10

1

3

5

7

9

11

DQM

BA

5123 I12

5124 E4

4110 F2

4111 G5

4112 G5

4113 E4

T119 D1

5125 E4

5126 E4

6101 E3

7101 B4

7102 B3

7113 G7

7115 H8

T139 A13

7112 F7

3907 H10

3908 I10

3909 I10

3910 I10

5104 B2

5105 D10

F105 C8

F106 C8

T130 F1

T131 E3

T177 A9

T179 D6

T180 G7T181 G4

T110 C1

T111 C1

T113 C1

T114 C1

T115 C1

T116 D1

T117 D1

T118 D1

#11

4108 E2

4109 I8

3172-3 F10

3172-4 F10

3173-1 F10

3173-2 F10

4114 E4

4115 E4

7104 D3

7105 E5

T120 D1

T121 D1

7103 G2

7116 D13

7117 G9

F101 B6

F102 B6

F103 C6

F104 C8

7111 I8

3905 H10

3906 H10

3148 B13

3151 B13

3154 B12

3156 B12

3911 I10

3912 I10

5106 B2

5107 B2

T101 B1

T102 B1

T132 E3

T133 E3

T134 E3

T135 E3

T136 A13

T137 A13

T138 A13

4107 E2

3172-2 F10

3124 F1

3125 F1

3126 F2

3127 F1

3173-3 F10

3173-4 F10

4116 E4

4117 E4

7106 F5

7107 C3

T122 D1

T123 D1

T125 E1

T126 F1

T127 F1

T128 F1

T129 F1

#11

#11

3904 H10

3143 B10

3145 B12

3102 A2

3103 A2

3104 B3

3105 B4

3157 B12

3158 B12

3913 I10

3914 I10

5108 B9

5109 C4

T103 C1

T104 C1

T105 C1

T106 C1

T107 C1

T108 E3

T109 C1

#11

#22

4105 G8

4106 E2

#22

3122 D2

3123 F1

2178 C9

2179 G4

2180 C12

2181 G3

3128 H1

3129 H1

3174 D5

3175 G8

4118 I8

4119 G2

7108 C2

7109 H8

7110-1 F6

7110-2 G11

7110-3 A7

7110-4 D11

7110-5 A11

#22

3901 H10

3902 H10

3903 H10

3142 I7

3100 A2

3101 A2

2159 G6

2160 D5

2161 A10

2162 A9

3106 C2

3107 C3

3159 B12

3160 B12

3915 I10

3916 I10

5110 B5

5112 C5

5113 B1

5114 D3

5115 D11

5117 D4

5122 G3

#22 KHM313AAM/D (HTS9810)

3121 C2

2176 B9

2177 B9

2139 A5

2140 B5

2141 C5

2142 C5

2182 F8

2183 A9

3130 H1

3131 I1

3191 I12

3192 F12

4120 I8

4122 I8

4123 H7

4124 E5

4125 E5

5101 F5

5103 A9

#22

#22

2199 B8

2156 G4

2157 F8

2124 F1

2125 F3

2126 F3

#11

2163 A9

2164 A9

3108 I7

3109 C3

3161 B12

3162 C12

3917 C12

3919 G13

3920 D12

4101 I5

4102 I5

4103 F12

4104 F12

3119 D13

3120 C2

2137 A6

2138 A6

2104 A3

2105 A3

2106 A4

2143 C6

2144 C6

2184 A10

2185 A9

3132 D3

3133 E3

3193 H1

3194 H10

3195 H10

3196 H10

3197 H10

3198 H10

3199 H10

ForHTS8140,use 7P

2197 B8

2198 B8

#22

2122 G3

2123 A10

6 7 8

2165 G4

2166 A9

3110 F13

3111 C3

3163 F13

3164 C12

3165 F13

3169 D12

3170 F10

3171 F10

3172-1 F10

#11

2102 A2

2103 A2

I

1100 B1

1101 E1

2145 C5

2146 D6

2186 B8

2187 D11

3134 A8

3135 C5

3136 C8

3137 D8

3138 G4

3139 G5

3141 I7

#11 KHM313AHC/D (HT8140)

2121 D5

4 5

2127 F4

2167 A9

2168 A9

3112 C13

3113 D5

3114 E5

3115 E5

3116 I7

3117 I7

3118 D13

2101 A6

G

HH

I

A

B

2147 D6

2148 A8

2188 D11

2189 D10

2190 D10

2192 G9

2193 E10

2195 E10

2196 E10

2115 D2

2116 H8

2117 B5

2118 B1

2119 D4

2120 D4

3 12 13

A

B

9

2128 F4

2129 F4

2169 A9

2170 B10

2171 A8

2172 A8

2173 B9

2174 B8

2175 B9

1102 E3

1105 G4

1109 I9

1110 E2

1111 E2

2100 A1

1 2 3

C

D

2149 A8

2150 C8

2151 C8

2152 C7

2153 D8

2154 D8

2155 G4

2109 A4

2110 B1

2111 B2

2112 B3

2113 B4

2114 C2

10 11 12 13

1 2

D

10 11

ForHTS9810, use 5P

E

2130 G2

2131 I2

2132 A1

2133 A5

2134 A6

2135 A6

2136 A6

F

G

E

F

2107 A4

2108 A4

4 5 6 7 8 9

C

PDTC124EU7113

60R5106BLM18P

100n

2183

T136

D

391947R

4118

100R3909

4R7

3193

T114

T138

12345

1111

SFW5S-2STE1

100u

2110

3125

150K

100n

2199100n

2198

10

9

21

4

26

14

13

17

18

11

12

15

16

29

30

5

3

7

2

25

8 19

1

23

MOTOR DRIVER

7103AM5888S

27

6

22

28

20

24

2100

330p

100n2155

BLM18P5117

60R

3151

75R

1234567 8

1101B6B-PH-SM4-TBT(LF)

100n

2182

4113

3148

75R

T103

T102

5 12 3 6 00 R

100R3107

100n2197

2n2

2160

1

3 2

7101BC807-25

2120

100n

2180 100n

2181

47u

16V

3 11 6 4 K7

5125 60R

2111

100n

4109

2154

47R

100n

3163

T134

3109

100n

2122

100K

60R

5115

1 8 33R3173-1

4115

3128

10K

2103

15n

3118

100n2175

1234567

1102

HFW7S-2STE1

100R3915

12p

2156

3 19 9 1 00 R1 2

4107

4116

2

4

1

7112

NCP303LSN23

5

3

100n

2123

100n

2184

6.3

V

47u2

113

560R 3143

3139

4K7

4R73105

3 10 8 2 2R

510410u

311033R2124

22p

100n2141

4114

T128

3 14 2 2 2R

100n

2166

22p

2127

4K73117

100n

2 7

2162

3172-2 33R

T179

60R5 1 10 BL M1 8 P

T177

191

31324K7

81

90148

193

185

221

182

215SPDIF|GPIO23

194

93142160212

6596118131145156207

231230

187186190195

184188192

55

225226

217

216

218

223222

224

183

189

227

AUDIO &

229228233

220219232

VIDEO &POWER

MT1389FXE/S7110-5

100K

3136

13

2

T104

7104BC817-25W

100K

3138

T130

100n

2169

T101

3103 10K

3 91 6 1 00 R

1 83172-1 33R

22p 2150

4108

2135 1u0

2143 100n

T113

2112

47u

6.3

V

510710u

2179 4u7

2188

1n0

100u

2119

47R

3920

T125

100n

2161

5122

12345

6 7

50R

1110

S5B-PH-SM4-TB

100n

2187

10u

2174

3

1

2

2125

15n

BSH1037108

21532n2

3137680K

315947R

3115

1K0

47u

2106

2165

12p

1105 27M0

60R

5105

5103

60R

T133

21511n0

T110T109

D

1n0

T127

2145

100n

T126

2170

4K7 3133

4R73104

3114

47K

D

2142 100n

100n

2114

1u02136

100n 2193

60R5112BLM18P

D

4110

3 90 8 1 00 R

120p2139

F101F102

3119

T111

27K3100

PDTC114EU7106

23

3132

40

38

2827

29

252 251

237

250

15

234 235

161718

26

33

1256

243 242

39

2

255

236

25

244

247

11121314

1920

3435

FG|GPIO1653

37

41

253

3

241 240

2221

246

245

54

254

24

36

6789

10

30

7110-3MT1389FXE/S

INTERFACE

248 249

102

103104105106

9594

239

238

61

76

7866

109

108

UP1_2|GPIO19979899

100101

64

56

75

IOA21|GPIO1787

IOA22|GPIO1854

57585960

74737271706968

107

9277

63

80828384858689

42

88

43

62

7110-1MT1389FXE/S

CONTROL

6791

79

234

56

B4B-P

H-S

M4-T

BT(LF)

1109

1

F104

4111

454452

USB_XTALI|GPIO14

USB_XTALO|GPIO1551

4946

5047

209

206

204

173174

176177

179180

170171

205

196197198199200201202203

208

GPIO12214

GPIO4157

GPIO5158

GPIO6_DDC_DA159161

GPIO7_DDC_CLKGPIO8_HPLG

162

GPIO9210

48

168

163

178172

166

165

167

164

GPIO10211

GPIO11213

USB_HDMI_GPIO

7110-4MT1389FXE/S

181175169

391747R

33n2152

3154

75R

3120100R

150K

3126

PBSS5220T

7105

2147

D

47n

F106

100n

2126

33R3 17 3- 2 2 7

T120

3165

10K3122

2109

47R

100n

22R3141

10K

3111

4102

4101

100n

2167

47n

10u

2189

2146

3 17 4 7 50 K

3164

3 17 3- 4 4 5

47R

33R

316247R

100n

2105

47u

2104

5114

600R

T129

100R3196

4112

T116

315847R

T115

1n0

2190

D

100n

2164

F105

2129

22p

T105

2128

22p

10K

3129

3169

5K1

2R23123

100K

3121

3 19 2 1 00 R

2138 1u0

2102

100n

3 90 6 1 00 R

T117

2101100n

3 91 4 1 00 R

2196100n

100n

2195

3 63173-3 33R

1n0

2192

6R83135

33R3171

T132

3 91 0 1 00 R

3 90 1 1 00 R

100R3907

T107

BLM18P5113

60R

2130

100n

2107

100n

BAT760

6101

3102 15K

100n

2163

100n

2131

T106

100R3911

2137 1u0

4119

4104

T135

100R3905

T108

4106

5101

60R

217110u16V

T121

100R3903

1u02134

2140 100n

100n2133

T181

100n

2168

5124 60R

3 2

2115

22p

7102BC807-251

F103

100R3194

3191

3912 47R

100R

10K

3106390R

3127

2149100n

15K 3134

1n0

2159

3170 33R

4122

5108

T137

600R

2172 100n

4103

4123

100R3198

BSN207109

24

3456789

2526

141516171819

2

20212223

SFV24R-2STE1-LF1100

31904047-PHILIPS-SoundBar-DVD-Home-Theatre-HTS8140

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Transcript of 31904047-PHILIPS-SoundBar-DVD-Home-Theatre-HTS8140