panels MPC5645S-DEMO-V2 output from MPC5645S · The MPC5645S-DEMO-V2 comes configured for use with...

1 IntroductionThe MPC5645S-DEMO-V2 features the MPC5645S 32-bitmicrocontroller targeting single-chip automotive instrumentcluster applications. MPC5645S devices are part of theMPC56xxS family of Power Architecture™-based devices.This family has been designed with an emphasis on providingcost-effective and high quality graphics capabilities to satisfythe increasing market demand for color Thin Film Transistor(TFT) displays within the vehicle cockpit. Traditional clusterfunctions, such as gauge drive, real time counter, and soundgeneration are also integrated on each device. The boardsimplifies the development of applications for the MPC5645Smicrocontroller by providing the most commonly usedexternal peripherals on a single PCB. Specifically the boardfeatures:

• Connections for 2 x SHARP LQ043T1DG01 touchscreen LCD TFT panels or LQ043T1DG02 LCD TFTpanels (DCU and DCULite)

• General purpose MICTOR connector for connection ofyour own panels

• Two DVI outputs for connection of desktop TFT LCDpanels

• Headphone amplifier and 3.5 mm stereo jacks for soundoutput from MPC5645S

• Video in port and video ADC supporting compositevideo connected to the VIU module

• 64 MB of serial flash in two 32 MB chips connected inparallel to QuadSPI ports

• 64 MB of mobile LPDDR memory in two 32 MB chips

Freescale Semiconductor Document Number:MPC5645SDEMOUG

User Guide Rev. 0,09/2012

MPC5645S-DEMO-V2

© 2012 Freescale Semiconductor, Inc.

Contents

1 Introduction................................................................1

2 Initial Setup...............................................................2

3 On-board memory.....................................................4

4 Application Configuration........................................4

5 Index of MCU pin usage.........................................11

6 Project Examples.....................................................13

• 1 x CAN and 1 x LIN serial interfaces with physical interfaces• USB port for connection to UART or SPI interfaces• Nexus interfaces on MICTOR connector and JTAG connector and embedded USB debug connection

2 Initial SetupThe MPC5645S-DEMO-V2 comes configured for use with the most common settings. You can change the configuration ofthe board by configuring jumpers as described below.

NOTEIn all cases remove power from the board before changing any jumper configurations.

2.1 Power supplyThe board operates from a +12 V, 1 A supply provided on a barrel jack, centre positive, at P1. The board is protected by a 20mm cartridge fuse F1 and a value of 1 A is recommended for this. Note that the board includes protection for reverse polarityconnection.

The +12 V supply to the board is enabled by switch SW1.

The board generates further voltages from this initial supply. It is recommended that these are always enabled for normaloperation but they can be disabled or disconnected by connecting or removing jumpers as follows:

• +5 V switching regulator — Disable fit J40• +3.3 V switching regulator — Disable fit J35• +1.8 V switching regulator — Disable fit J36

It is possible to isolate the MCU from its power supplies for measurement purposes or to change the supply voltage bycutting traces on the PCB and providing jumpers to replace the connections.

NOTETake extreme care to avoid unintentionally disconnecting the MCU from its powersupplies.

Jumper Description Cut link

J38 Analog 5 V supply SH4

J39 MCU stepper motor +5 V supply SH5

J37 MCU 3V3 supply SH3

By default the VDDR supply for the MCU is configured to operate from +5 V but this can be changed by cutting a link andconnecting a jumper.

Jumper Description Cut link

J11 1-2 MCU VDDR operates from +5 V SH1

J11 2-3 MCU VDDR operates from +3.3 V

2.2 OscillatorThe MCU operates from an 8 MHz crystal.

Initial Setup

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2 Freescale Semiconductor, Inc.

A second auxiliary 32 kHz crystal is directly connected to port pins PC14 and PC15. This means that these pins cannot alsobe used for other functions.

2.3 ResetThe board includes an external low-voltage reset controller that pulls reset on the part when the +5 V regulator drops belowapproximately 2.6 V. A reset button SW6 is also supplied to force the MCU reset line low. LED D9 will be active when theMCU reset line is active.

2.4 Development toolsSeveral suppliers provide development and debugging support for the MPC5645S. Freescale provides the CodeWarriorDevelopment Studio, this is a complete integrated Development Environment (IDE) that provides a highly visual andautomated framework to accelerate the development of the most complex embedded applications. An evaluation license isavailable from freescale.com.

2.5 Debug interfacesThere are three debug interfaces available on the board:

• Integrated OSBDM debug interface on J2• JTAG 14-pin universal debug connector on P1• Nexus trace debug connector on P3

The USB connector J2 allows connection of the MPC5645S-DEMO-V2 directly to a PC with the CodeWarrior DevelopmentStudio for the MPC56xx. The debug software provided with this package recognizes the attached hardware as a developmenttool and attempts to connect. Depending on the version of the tool in use it may be necessary to select the MPC5645S as thetarget processor. The MPC5645S-DEMO-V2 does not take any power from the connected USB cable and so the primary 12V power supply must always be provided even when using the integrated debugger.

The P1 and P3 connectors allow connection of any compatible debugger. Refer to freescale.com for information aboutsuppliers of these debuggers

The choice of a debug interface in use is made using jumper J12. Fit jumpers to J12 to enable the integrated OSBDMdebugger.

Header Description

J12 1-2 Enable the integrated debugger option

12 3-4, 5-6 Enable the integrated debugger to reset the MPC5645S MCU

If using an external debugger then there is an option to place the TDO pin in a known default state. Jumper J8 provides anoptional pull-up on the TDO pin.

Header Description

J8 Provides 10k pull up on JTAG TDO pin

Header J10 is provided to reprogram the integrated MC9S08JM60 device if required.

Initial Setup

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2.6 Starting up the boardFollow these steps when starting the board:

• Install the required development software include any additional software required for your debugger of choice• Ensure switch SW1 is in the OFF position. It connects the supplied +12 V power supply from connector P2• Select the debugger option required using jumpers on J12• Connect the debugger or USB cable• If any change has been made to the default power supply cut-links then ensure that a suitable jumper is in place (see

section 2.1)• Apply power to the board by setting SW1 to the ON position.• If the integrated OSBDM debugger is in use then the host PC recognizes a USB connection and may require new

drivers to be installed. Install the required drivers.• Run your debug software and the MPC5645S MCU will be visible and ready for development

Note that the OSBDM connection requires a delay of 200 ms after reset for correct connection.

3 On-board memoryThere are two external memory systems available on the MPC5645S and both are supported on the MPC5645S-DEMO-V2.

• 2 x Micron MT46H16M16LFBF-6 (256 Mb) LPDDR memories providing a 32-bit interface to the MPC5645S for atotal of 32 MB of SDRAM

• 2 x Spansion S25FL256P (256 Mb) serial QuadSPI flashes providing a dual QuadSPI serial flash interface to theMPC5645S for a total of 32 MB of serial flash

The LPDDR memory uses the dedicated SDRAM interface on the MPC5645S and requires no GPIO for this function. Theserial flash uses 12 GPIO pins.

There is no hardware configuration required to use these on-board memories.

Both memory systems require software configuration before they can be used. See Section 6 for how to obtain exampleconfigurations provided by Freescale.

4 Application ConfigurationThis section includes a description of the interfaces provided on the board and how to configure them.

NOTEIn all cases remove power from the board before changing any jumper configurations orconnecting any external hardware.

4.1 LCD TFT panelsThe board contains direct connections for two independent TFT panels. These are connected to the DCU and the DCULiteinterfaces and each provides a choice of three connection possibilities:

• 2 x Sharp LQ043T1DG01 touch screen LCD TFT panels or LQ043T1DG02 LCD TFT panels• General purpose MICTOR connector for connection of your own panel• DVI to video monitor

On-board memory

MPC5645S-DEMO-V2 , Rev. 0,09/2012


The panels can be configured independently from each other, but only one option should be used at a time for each of theDCU or DCULite.

4.2 Configuring touch screen panelsFit the Sharp LQ043T1DG01 touch screen panels by connecting the panel FFCs to J42, J44, and J46 for the DCU and J41,J43, J45 for the DCULite.

When using the Sharp LQ043T1DG01 touch screen LCD TFT panels a backlight voltage of +30 V is provided.

4.3 Using an alternate panelIt is possible to connect a different panel to the board by using the general purpose connectors P9 for the DCU and P8 for theDCULite. These are industry-standard 38-pin MICTOR connectors.

4.4 DVI connectionIt is also possible to connect the board to external TFT panels via DVI (Digital Video Interface) connectors P10 and P11. Toenable the DVI output, configure the DCU or DCULite to a suitable panel format (normally VGA or higher) then connect ajumper at J14 1-2 for the DCU and J14 3-4 for the DCULite. Any timing skew on the panel can be corrected by adjusting theswitches at SW5. The status of the connection may be monitored at J14 pin 5 for the DCU or J14 pin 6 for the DCULite; alow signal on these pins indicates a panel has been connected.

NOTEThe default connection on the board assumes that four ADC pins will be used onconnectors P8 and P9 for resistive touch screen operation. Since the connector alsoallows an I2C interface on these pins the factory configuration connects the followingpins directly to each other: PC0=PC4=PK10 and PC1=PC5=PK11. If these pins are to beused independently then it is necessary to cut links SH6, SH7, SH9, and SH10.

Table 5. DCU connections on connector P9

Pin no RGB Digital RSDS Pin no RGB Digital RSDS

1 R0 RSDS0P 2 B0 RSDS8P

3 R1 RSDS0M 4 B1 RSDS8M







17 G0 RSDS4P 18 +3.3 V

19 G1 RSDS4M 20 +3.3 V

21 G2 RSDS5P 22 VSYNC —

23 G3 RSDS5M 24 HSYNC —

25 G4 RSDS6P 26 DE/ENABLE RSDCLKM

Table continues on the next page...

Application Configuration

MPC5645S-DEMO-V2 , Rev. 0,09/2012


Table 5. DCU connections on connector P9 (continued)

Pin no RGB Digital RSDS Pin no RGB Digital RSDS

27 G5 RSDS6M 28 CLK RSDSCLKP

29 G6 RSDS7P 30 +5 V

31 G7 RSDS7M 32 +5 V

33 Y down 34 Y up1

35 X right 36 X left 2

37 +12 V 38 +12 V

1. Optional I2C SDA_1 function on PK10 by link at SH102. Optional I2C SCK_1 function on PK11 by link at SH9

Table 6. DCULite connections on connector P8

Pin no RGB Digital Pin no RGB Digital

1 R0 2 B0

3 R1 4 B1

5 R2 6 B2

7 R3 8 B3

9 R4 10 B4

11 R5 12 B5

13 R6 14 B6

15 R7 16 B7

17 G0 18 +3.3 V

19 G1 20 +3.3 V

21 G2 22 VSYNC

23 G3 24 HSYNC

25 G4 26 DE/ENABLE

27 G5 28 CLK

29 G6 30 +5 V

31 G7 32 +5 V

33 Y down 34 Y up1

35 X right 36 X left 2

37 +12 V 38 +12 V

1. Optional I2C SDA_1 function on PK10 by link at SH72. Optional I2C SCK_1 function on PK11 by link at SH6

4.5 SoundThe board contains a Freescale sound codec and headphone amplifier SGTL5000 connected to the MCU. This codec canprovide headphone and line out levels from either the I2S or the PWM output of the MCU’s Sound Generation Module(SGM).


MPC5645S-DEMO-V2 , Rev. 0,09/2012


The choice of output between the PWM and I2S is controlled in software by registers in the SGM. The board is configuredsuch that the I2S DO pin is connected to PB8, and the PWMO pin is connected to PB10. Therefore, for PWM output thesoftware must configure the MCU to use PB10 and for I2S output the software must configure the MCU to use PB8.

The sound output is available to directly connect headphones at connector J30. A line-level output is also provided atconnector J34.

4.6 PWM OutputThe PWM output is filtered by a 8 kHz low pass 4th order Bessel filter and fed to the left Line-in pin of the SGTL5000. Anunfiltered version is fed to the right Line-in pin. This allows comparison of the sound quality of filtered and unfiltered PWMunder software control.

4.7 I2S OutputThe SGTL5000 codec is configured using I2C_1 on pins PF4 and PF7. Refer to the documentation of the codec forconfiguration options.

4.8 VideoThe board allows connection of two types of video input. Connector J24 allows input of an analogue composite video signal(either PAL or NTSC) and connector P4 allows connection of a digital RGB or YUV bus.

The composite signal conversion is performed by an Analog Devices video DAC ADV7180. This device is configured usingI2C_0 on pins PF8 and PF9 and controlled by MCU I/O PM0, PM1, PJ3, and PF2.

MCU port MCU Function Comment

PF8 SDA_0 I2C_0 bus

PF9 SCL_0

PM0 Output pin Video DAC reset input pin (active low)

PM1 Output pin Video DAC power down pin (active low)

PF2 Input pin Video DAC interrupt request pin (activelow)

The digital input signals are connected such that the VIU or PDI inputs can be used. Note that I2C_0 is also used as theconfiguration bus for peripherals connected to this connector.

Table 8. Pinout for P4

Pin no Signal Pin no Signal

1 VIU0 (PK2) 2 PDI0 (PJ4)




9 VIU4 (PK6) 10 PDI4 (PJ8)

11 VIU5 (PL4) 12 PDI5 (PJ9)



MPC5645S-DEMO-V2 , Rev. 0,09/2012


Table 8. Pinout for P4 (continued)

Pin no Signal Pin no Signal

13 VIU6 (PL5) 14 PDI6 (PJ10)

15 VIU7 (PL6) 16 PDI7 (PJ11)

17 VIU8 (PL7) 18 +3.3 V

19 VIU9 (PL8) 20 +3.3 V

21 — 22 PDI_VSYNC (PJ2)

23 — 24 PDI_HSYNC (PJ1)

25 — 26 PDI_DE/ENABLE (PG12)

27 VIU CLK (PJ3) 28 PDI_CLK (PL9)

29 — 30 +5 V

31 — 32 +5 V

33 — 34 SDA_0 (PF8)

35 — 36 SCL_0 (PF9)

37 +12 V 38 +12 V

4.9 CAN InterfaceThe board implements a physical interface (TJA1041T) on one of the MCU FlexCAN busses: FlexCAN0 is connected to J5.

It is possible to supply the physical interface from an external power supply. The physical interface enable and inhibit signalsare brought out to headers to allow connection of additional control signals from the CPU. However, jumper J13 providessimple connections to the STB and EN pins to allow the interface to be operated with the addition of two jumpers.

Connector Description

J20 Vbat supply for physical interface for FlexCAN0, fit jumper to use on-board +12 V supply

J16 – 1 FlexCAN0 Physical interface INH pin

J16 – 2 FlexCAN0 Physical interface ERR pin

J13 – 1 FlexCAN0 Physical interface WAKE pin

J13 – 4 FlexCAN0 Physical interface EN pin — jumper to pin 2 for pull to +5 V, jumper to pin 6 for software controlvia PM4

J13 – 5 FlexCAN0 Physical interface STB pin — jumper to pin 3 for pull to +5 V, jumper to pin 6 for software controlvia PM4

4.10 Serial Boot mode supportFlexCAN0 uses MCU pins PB0 and PB1 for compatibility with serial boot mode support on the MPC5645S. To configurethe device to perform FlexCAN serial boot mode place jumpers on J13 pin 2-4 and pin 3-5, then select CAN boot mode byplacing jumpers on J23 pin 9-10 (no jumper on J23 pin 11-12).


MPC5645S-DEMO-V2 , Rev. 0,09/2012


4.11 LIN InterfaceThe board implements a physical interface (MCZ33661EF) on one of the MCU LINFlex buses: LINFlex1 is connected to J3.

It is possible to pull up the LIN bus from an external power supply.

Connector Description

J7 Diode and 1k pull up enabled between Vsup and LIN bus

4.12 Serial Boot mode supportSee Section 3.6.1 for details.

4.13 USB adapterThere are two options for serial connection to a host computer over USB. The UART function of LINFlex0 can be routedthrough the integrated OSBDM debug connector at J2 or to a dedicated connector at J1.

• The use of the serial channel on J2 requires suitable software for the OSBDM interface.• The J1 connector provides a high-speed interface to the MCU via a dedicated USB adapter (FT2232D). The USB

adapter supports the USB serial port format and is recognized automatically by a host computer, however, you mayneed to install drivers to use the port. The drivers are available from http://www.ftdichip.com/FTDrivers.htm. Select thedrivers that support FT2232D interface IC.

Select the required USB interface by setting jumpers on J17.

Header USB Port MCU pin/port

J17 – 1-3 FT2232D BDBUS0 PB3

J17 – 2-4 FT2232D BDBUS1 PB2

J17 – 3-5 OSBDM Rx PB3

J17 – 4-6 OSBDM Tx PB2

The USB converter IC has six spare pins on port A. These are available on header J6.

Header FT2232D Port MCU pin/port

J6 – 1 ADBUS0 —

J6 – 2 ADBUS4 —

J6 – 3 ADBUS1 —

J6 – 4 ADBUS5 —

J6 – 5 ADBUS2 —

J6 – 6 ADBUS6 —


MPC5645S-DEMO-V2 , Rev. 0,09/2012


4.14 Serial Boot mode supportThe LinFlex0 (UART) function uses MCU pins PB2 and PB3 for compatibility with serial boot mode support on theMPC5645S. To configure the device to perform LINFlex serial boot mode place jumpers on J23 pin 9-10 and pin 11-12 andJ17 pins 1-3 and 2-4.

4.15 Stepper Motor and ADC portsThe board provides two connectors that simplify stepper motor connections to the board. Each port also includes four ADCpins to allow other analog feedback and measurement if required.

These pins may be used as general purpose I/O as required.

Connector pin Description Connector pin Description

P6 — 1 PC10 (ANS10) P6 — 2 PD4 (M1C0M)

P6 — 3 PL0 (ANS19) P6 — 4 PD5 (M1C0P)

P6 — 5 GND P6 — 6 PD6 (M1C1M)

P6 —7 PD3 (M0C1M) P6 — 8 PD7 (M1C1P)

P6 — 9 PD2 (M0C1P) P6 — 10 +5 V

P6 — 11 PD1 (M0C0M) P6 — 12 PL1 (ANS18)

P6 — 13 PD0 (M0C0P) P6 — 14 PC11 (ANS11)

P5 — 1 PD11 (M2C1P) P5 — 2 PL3 (ANS16)

P5 — 3 PD10 (M2C1M) P5 — 4 PC13 (ANS13)

P5 — 5 PD9 (M2C0P) P5 — 6 +5 V

P5 — 7 PD8 (M2C0M) P5 — 8 PD12 (M3C0M)

P5 — 9 GND P5 — 10 PD13 (M3C0P)

P5 — 11 PC12 (ANS12) P5 — 12 PD14 (M3C1M)

P5 — 13 PL2 (ANS17) P5 –—14 PD15 (M3C1P)

4.16 General purpose I/O interfacesTo simplify hardware debug the board provides some basic I/O functions on the remaining unused MCU pins. These pinsmay be connected to external hardware or jumpered to the on-board functions.

Connector MCU Port Hardware function Recommended function

J32 1-2 PK0 Red LED: anode connected via 100R to +3.3V

eMIOS[18]

J32 3-4 PF0 Green LED: anode connected via 100R to+3.3 V

eMIOS1[19]

J32 5-6 PF1 Push switch of thumbwheel SW9 EIF8 (SIU interrupt)

J32 7-8 PF3 Push switch of thumbwheel SW8 WKUP10

J32 9-10 PL10 A pin of thumbwheel SW8 eMIOS1[10:11] in quadrature mode

J32 10-12 PL11 B pin of thumbwheel SW8



MPC5645S-DEMO-V2 , Rev. 0,09/2012


Connector MCU Port Hardware function Recommended function

J32 13-14 PL12 A pin of thumbwheel SW9 eMIOS1[12:13] in quadrature mode

J32 15-16 PL13 B pin of thumbwheel SW9

J23 1-2 PK7 DIP switch 1 GPIO



J23 7-8 PB4 None

J23 9-10 PB5 Pull up to 3.3 V FABM serial boot mode

J23 11-12 PB6 Pull down to GND ABS serial boot select

J23 13-14 PH4 None

J23 15-16 PJ12 DIP switch 4 GPIO

J47 1 PE0 None High drive GPIO / Stepper








J48 1 PC8 None ADC

J48 3 PC9 None ADC

5 Index of MCU pin usageTo optimize function and performance most of the MCU I/O pins are pre-configured for specific uses on the board. This tablesummarizes where the I/O pins are used and for what function.

Table 15. I/O pins

MCU Port Connected to Recommended function

PA[0:15] DCU display connectors DCU

PB[0:1] FlexCAN0 Interface FlexCAN0

PB[2:3] USB Interface or OSBDM DebugInterface

LINFlex0 (UART mode)

PB[4:6] J23 GPIO/DPSI/Alternate boot function

PB7 SCK function of Sound codec SGM (I2S)

PB8 DO function of Sound codec SGM (I2S)

PB9 FS function of Sound codec SGM (I2S)

PB10 PWM function of Sound codec SGM (PWM)

PB11 MCLK function of Sound codec SGM

PB[12:13] LINFlex1 Interface LINFlex1


Index of MCU pin usage

MPC5645S-DEMO-V2 , Rev. 0,09/2012


Table 15. I/O pins (continued)


PC[0:3] Touch screen for DCU ADC

PC[4:7] Touch screen for DCULite ADC

PC[8:9] J48 ADC / GPIO

PC[10:11] P6 ADC / GPIO

PC[12:13] P5 ADC / GPIO

PC[14:15] 32 kHz crystal SXOSC (32 kHz oscillator)

PD[0:7] P6 SMC / SSD / GPIO

PD[8:15] P5 SMC / SSD / GPIO

PE[0:7] J47 SMC / SSD / GPIO

PF0 J32 or Green LED GPIO / eMIOS1[19]

PF1 J32 or thumbwheel switch on SW9 GPIO / EIF[8] / eMIOS1[20]

PF2 Video ADC interrupt WKUP9 or NMI

PF3 J32 or thumbwheel switch on SW8 GPIO / WKUP10] / eMIOS1[21]

PF4 I2C for sound codec I2C_1

PF5 I/O for QuadSPI1 QuadSPI

PF6 I/O for QuadSPI1 QuadSPI

PF7 I2C for sound codec I2C_1

PF[8:9] I2C for video ADC and video input port I2C_0

PF[10:15] Serial flash U18 (QuadSPI0) QuadSPI

PG[0:11] DCU display connectors DCU

PG12 P4 Camera input port PDI

PH[0:3] P1 and P3 debug connectors JTAG

PH4 J23 GPIO / eMIOS1[21]

PJ0 DCULite display connectors DCULite

PJ[1:2] P4 Camera input port VIU/PDI

PJ3 Video clock in on video ADC andcamera input port

VIU

PJ[4:11] P4 camera input port PDI

PJ12 J23 or DIP switch GPIO

PJ[13:15] Serial flash U21 (QuadSPI1) QuadSPI

PK0 J32 or Red LED GPIO / eMIOS1[18]

PK1 I/O for QuadSPI1 QuadSPI

PK[2:6] P4 camera input port VIU

PK[7:9] J23 or DIP switch GPIO / LINFlex2 / SGM (PWM)

PK[10:11] Optional I2C interface for DCU adapterand DCULite adapter (fit SH6, SH7,SH10, SH11)

PL[0:1] P6 ADC / FlexCAN1

PL[2:3] P5 ADC / eMIOS1[22:23]

PL[4:9] P4 Camera input port VIU


Index of MCU pin usage

MPC5645S-DEMO-V2 , Rev. 0,09/2012


Table 15. I/O pins (continued)


PL[10:11] J32 and thumbwheel encoder GPIO / eMIOS1[10:11]

PL[12:13] J32 and thumbwheel encoder GPIO / eMIOS1[12:13]

PM[0:1] Reset and power down for video ADCand 10k pull down

PM2 DCULite display connectors DCULite

PM3 LIN enable GPIO

PM4 J13 or FlexCAN0 enable GPIO

PM[12:13] DCULite display connectors DCULite

PN[0:15] DCULite display connectors DCULite

PP[0:7] DCULite display connectors DCULite

6 Project ExamplesFreescale provides CodeWarrior Development Studio projects to assist in the development of software. These softwareprojects initialize the MPC5645S-DEMO-V2 hardware and provide simple examples of how the hardware may be used. Seefreescale.com for the latest version.

Project Examples

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Table of Contents

Power supply2 Notes3

RevisionsRev Description

X1 FirstproductionMPC5645S board

Approved

S.McAslan

Date

05August11

456789101112

MPC5645S PowerDecouplingMPC5645S PeripheralsDisplaysMemoryAudio and motorsSerial InterfaceVideo InputDebug

X2

1. Capacitors C2, C31, C23, C26 changed to higher voltage rating

2.Capacitor C201 moved from VDD_30V to P12V

3.Capacitors C215,C216 added to VDD_30V

4.Capacitors C217,C218, C219,C220 added to DM_VTT_DDR2 power

5.Capacitor C37 added to P12V

18August11 S.McAslan

X3

S.McAslan23August11

1.Capacitor C38 & C39 filtering added to USB nets and made as DNP.

2.Net names added before and after FB in power and regulator sections.

3.Differential clock nets suitably appended with _P/_N

4. U14 updated to 344-01142

X41. Header J31 rotated per Alberto request.

2. IC U4, LIN Transceiver changed from 312-76816 to TMP-WF-15527 (TJA1020T from NXP) S.McAslan26August11

3. Decaps added to U19,U20 and U22

X5

1. Pullup resistor added to PF8 (SDA_0), PF9(SCL_0) PF4 (SDA_1) and PF7(SCL_0) and made as DNP

30August11 S.McAslan

2. Netname between U25 and P11 changed from DCU_* to DCUL_*

X605Sep11 S.McAslan

1. DDR series termination resistor's package changed from 0603 to 0402

X7

1. DDR series termination resistors RN5 and RN6 package changed to individual 0402 package to aid routing.

2. Capacitor C38 & C39 filtering added to USB nets JM_USB_N/P and made as DNP.

06Sep11 S.McAslan

X8 1. CAN-DB9 pinouts changed to standard connection.07Sep11 S.McAslan

S.McAslan19Sep11A A085 Release

AX1 A070 Release - J41,J42 connector pin outs reversed17Nov11 S.McAslan

R89 removed from U12- pin no 3

R23 value changed from 100ohms to 470ohms

U12 - pin 4 is supply changed from 5V_SR to 3.3V_SR

– J12 pin 4 is connected with U12- pin 3 ( Net name JM_RST_B)

18Nov11

B

A085 Release

S.McAslan21Nov11

1 Revision History & TOC

R89(DNP) added at U12- pin no 3, connected to 3.3V_SR

MKT part number updated as MPC5645S-DEMO-V2 23Nov11

Board ID, Board Revision are Hard wired. 29Nov11

1Dec11

Drawing Title:

Size Document Number Rev

Date: Sheet of

Page Title:

Designer:

Drawn by:

Approved:

Microcontroller Solutions Group

6501 William Cannon Drive WestAustin, TX 78735-8598

This document contains information proprietary to Freescale Semiconductor and shall not be used forengineering design, procurement or manufacture in whole or in part without the express written permissionof Freescale Semiconductor.

ICAP Classification: FCP: FIUO: PUBI:

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B B

A A

1. Unless Otherwise Specified:

All resistors are in ohms, 5%, 1/8 Watt

All capacitors are in uF, 20%, 50V

All voltages are DC

All polarized capacitors are aluminum electrolytic

2. Interrupted lines coded with the same letter or letter combinations are electrically connected.

3. Device type number is for reference only. The number varies with the manufacturer.

4. Special signal usage:

_B Denotes - Active-Low Signal

<> or [] Denotes - Vectored Signals

5. Interpret diagram in accordance with American National Standards Institute specifications, current revision, with the exception of logic block symbology.

Drawing Title:


Date: Sheet of

Page Title:


SCH-27293 PDF: SPF-27293 B

MPC5645S-DEMO-V2

C


NOTES

2 12

___ ___XDrawing Title:


Date: Sheet of

Page Title:


SCH-27293 PDF: SPF-27293 B

MPC5645S-DEMO-V2

C


NOTES

2 12



Date: Sheet of

Page Title:


SCH-27293 PDF: SPF-27293 B

MPC5645S-DEMO-V2

C


NOTES

2 12

___ ___X

5

5

4

4

3

3

2

2

1

1

D D

C C

B B

A A

Vout = 1.21(1 + R2/R1)

1.8V Switching Regulator (@0.75A)

Main Power-In

GND Test Points

Switching Regulators

3.3V Switching Regulator (@1A)

Nexus ConnectorPower Monitor

5V Switching Regulator (@1A)

2.1mm BarrelConnector

POWER SWITCH

Power supply input and filter

Test and reference points

Power 1: Input and Switchers

Vout = 1.21(1 + 487/1000) = 1.80 V

1.8V_SR_EN 1.8V_SR_L

1.8V_SR_FB

5.0V_SR_L

3.3V_SR_L

VSwitched VFused12V-IN

5.0V_SR_EN

3.3V_SR_EN

GND

1.8V_SR

GND

GND

P12V

5.0V_SR

GND

P12V_R

GND

3.3V_SR

GND

GND

P12V

Drawing Title:


Date: Sheet of

Page Title:


SCH-27293 PDF: SPF-27293 B

MPC5645S-DEMO-V2

C


Power Supply

3 12



Date: Sheet of

Page Title:


SCH-27293 PDF: SPF-27293 B

MPC5645S-DEMO-V2

C


Power Supply

3 12



Date: Sheet of

Page Title:


SCH-27293 PDF: SPF-27293 B

MPC5645S-DEMO-V2

C


Power Supply

3 12

___ ___X

R108

560

U15

LM2676S-ADJ

INPUT2

SW_OUT1

C_BOOST3

GN

D4

TA

B8

FEEDBACK6

ON/OFF7

NC5

L9 68UH

D14

LED GREEN

AC

C2

0.1UF

TP9

1

D5

B130LB-13

AC

+

C202

68UF

+

C199

220uF

+

C4

1000UF

C200 0.01uF

L5 47UH1 2

+

C32

10UF

D10

LED GREEN

AC

D8

B340A

AC

TP3

1

TP14

1

P2

12V_DC

123

R102

270

TP19

1

U16

LM2676S-5.0

INPUT2

SW_OUT1

C_BOOST3

GN

D4

TA

B8

FEEDBACK6

ON/OFF7

NC5R59 100

C26

0.1UF

L7 47UH1 2

C1

1000PF

J40

HDR 1X2

5V disable

12

TP16

1

F1

Fuse Holder

1 2

D11

B130LB-13

AC

TP18

1

+

C21

10UF

J36

HDR 1X2

1.8V disable

12

R28 487.0

TP2

1

C28

1UF

TP15

1

SW1

G-107-0513

OFF ON

1 34 2

5

TP23

1

+

C65

68UF

R29 1.0K

L6 47UH1 2

TP1

1

U13

LM2676S-3.3

INPUT2

SW_OUT1

C_BOOST3

GN

D4

TA

B8

FEEDBACK6

ON/OFF7

NC5

C23

0.1UF

C27

1UF

C116 0.01uF

J35

HDR 1X2

3.3V disable

12

TP17

1

TP20

1

TP22

1

C184 0.01uF

D12

B130LB-13

AC

C31

0.1UF

TP13

1

+

C149

100uF

5

5

4

4

3

3

2

2

1

1

D D

C C

B B

A A

Do not fit jumpers

MCU POWER

VSSAGND

5.0V_SR

V_REG

V_AN5.0V_SR

SMD_5V5.0V_SR

MCU_3V33.3V_SR

3.3V_SR

MCU_3V3

V_AN

SMD_5V

VDD12

VDDAV_AN

1.8V_SR

MCU_3V3

VDD12

VSSA

GND

GND

V_REG

Drawing Title:


Date: Sheet of

Page Title:


SCH-27293 PDF: SPF-27293 B

MPC5645S-DEMO-V2

C


MPC5645 Power

4 12



Date: Sheet of

Page Title:


SCH-27293 PDF: SPF-27293 B

MPC5645S-DEMO-V2

C


MPC5645 Power

4 12



Date: Sheet of

Page Title:


SCH-27293 PDF: SPF-27293 B

MPC5645S-DEMO-V2

C


MPC5645 Power

4 12

___ ___X

SH2 0

SH3 0

L8

BLM31AJ601SN1L

1 2

SH1 0

J38

HDR 1X2

1 2

J11

HDR TH 1X3

1 2 3

SH4 0

J39

HDR 1X2

1 2

J37

HDR 1X2

1 2

MPC5645S 416BGAPOWER SIGNALS

U14C

MPC5645S-416PKG

VDD12_1K10

VDD12_2M10

VDD12_3P10

VDD12_4T10

VDD12_5L11

VDD12_6N11

VDD12_7R11

VDD12_8U11

VDD12_9K12

VDD12_10T12

VDD12_11L13

VDD12_12U13

VDD12_13K14

VDD12_14T14

VDD12_15L15

VDD12_16U15

VDD12_17K16

VDD12_18M16

VDD12_19P16

VDD12_20T16

VDD12_21L17

VDD12_22N17

VDD12_23R17

VDD12_24U17

VDD33_DDR_1F4

VDD33_DDR_2R4

VDD33_DDR_3D6

VDD33_DDR_4D12

VDDAAC22

VDDEH_ADCAD23

VDDM_SMD_1W24

VDDM_SMD_2U25

VDDM_SMD_3AA25

VDDPLLAB4

VDDREGAA4

VSS_1Y1

VSS_2B2

VSS_3E2

VSS_4H2

VSS_5L2

VSS_6P2

VSS_7V2

VSS_8AE2

VSS_9C3

VSS_10F3

VSS_11J3

VSS_12M3

VSS_13R3

VSS_14AB3

VSS_15AD4

VSS_16B5

VSS_17C6

VSS_18AE7

VSS_19B8

VSS_20C9

VSS_21L10

VSS_22N10

VSS_23R10

VSS_24U10

VSS_25AD10

VSS_26B11

VSS_27K11

VSS_28M11

VSS_29P11

VSS_30T11

VSS_31C12

VSS_32L12

VSS_33M12

VSS_34N12

VSS_35P12

VSS_36R12

VSS_37U12

VSS_38K13

VSS_39M13

VSS_40N13

VSS_41P13

VSS_42R13

VSS_43T13

VSS_44AE13

VSS_45B14

VSS_46L14

VSS_47M14

VSS_48N14

VSS_49P14

VSS_50R14

VSS_51U14

VSS_52C15

VSS_53K15

VSS_54M15

VSS_55N15

VSS_56P15

VSS_57R15

VSS_58T15

VSS_59L16

VSS_60N16

VSS_61R16

VSS_62U16

VSS_63AD16

VSS_64C17

VSS_65K17

VSS_66M17

VSS_67P17

VSS_68T17

VSS_69B19

VSS_70AE19

VSS_71C21

VSS_72E24

VSS_73K24

VSS_74B25

VSS_75H25

VSSAAD22

VSSM_SMD_2AA24

VSSM_SMD_3W25

VSSEH_ADCAC23

VSSM_SMD_1U24

VSS_76P25

VDDE_DDR_1C2

VDDE_DDR_2E3

VDDE_DDR_3H3

VDDE_DDR_4L3

VDDE_DDR_5N3

VDDE_DDR_6T3

VDDE_DDR_7C5

VDDE_DDR_8C8

VDDE_DDR_9C11

VDDE_DDR_10C14

VDDE_1AD2

VDDE_2W3

VDDE_3AE4

VDDE_4AD7

VDDE_5AE10

VDDE_6AD13

VDDE_7AE16

VDDE_8B17

VDDE_9C19

VDDE_10AD19

VDDE_11B21

VDDE_12B24

VDDE_13H24

VDDE_14N24

VDDE_15E25

VDDE_16L25

R103 0

5

5

4

4

3

3

2

2

1

1

D D

C C

B B

A A

Decoupling Caps

Place decoupling on MCU VDDM pins

Place decoupling on MCU VDDE_DDR pins - 10 in total, 0.1 and 470pF in a pair

Place decoupling on MCU VDDPLL pin

Place decoupling on MCU VDDR pin

Place decoupling on MCU VDDE and VDD33_DR pins - 20 in total, 0.1 and 470pF in a pair

Place decoupling close to MCU VDDE_A pins

Place close to emitter of Q1

VSSA

VDDA

VDD12 VDD12VDD12

GND

GND

GND

VDD12

GND GNDGND

GND

GND

GND

GND

MCU_3V3

MCU_3V3

V_AN

SMD_5V

V_REG

1.8V_SR

Drawing Title:


Date: Sheet of

Page Title:


SCH-27293 PDF: SPF-27293 B

MPC5645S-DEMO-V2

C


Decoupling

5 12



Date: Sheet of

Page Title:


SCH-27293 PDF: SPF-27293 B

MPC5645S-DEMO-V2

C


Decoupling

5 12



Date: Sheet of

Page Title:


SCH-27293 PDF: SPF-27293 B

MPC5645S-DEMO-V2

C


Decoupling

5 12

___ ___X

C161

0.1UF

C170

470pF

C115

0.1UF

C190

470pF

C168

0.1UF

C122

470pF

C191

0.1UF

C145

470pF

C128

470pF

C154

470pF

C138

470pF

C179

470pF

C178

0.1UF

C96

0.1UF

C106

0.1UF

C130

0.1UF

C189

0.1UF

C165

470pF

C141

0.1UF

C124

0.1UF

C114

0.1UF

C123

0.1UF

C182

1uF

C186

470pF

C188

470pF

C160

470pF

C144

0.1UF

C100

0.1UF

C104

0.1UF

C110

470pF

C120

0.1UF

C171

0.1UF

C119

470pF

C166

0.1UF

C140

0.1UF

C136

0.1UF

C174

470pF

+

C89

10UF

C92

1uF

+

C67

10UF

C158

0.1UF

C159

470pF

C132

0.1UF

C169

10nF

C113

470pF

C196

1uF

C180

0.1UF

C94

10nF

C137

470pF

C117

0.1UF

C155

470pF

C125

0.1UF

C111

0.1UF

C84

10UFDNP

C150

470pF

C193

0.1UF

C134

470pF

+

C82

10UF

C118

0.1UF

C177

470pF

C152

0.1UF

C95

470pF

C164

0.1UF

C172

470pF

C3

10UF

C126

470pF

C187

0.1UF

C109

0.1UF

C135

0.1UF

C101

470pF

C192

470pF

C129

470pF

C98

0.1UF

+

C5

10UF

C102

0.1UF

C112

470pF

C86

10UFDNP

C105

470pF

C103

470pF

C97

470pF

C162

0.047UF

C173

0.1UF

C121

0.1UF

C107

470pF

C175

0.1UF

C176

0.1UF

C99

470pF

C163

470pF

C153

0.1UF

C127

0.1UF

C151

0.1UF

C93

0.1UF

5

5

4

4

3

3

2

2

1

1

D D

C C

B B

A A

Need clock and Reset ccts

Loop Controlled PierceOscillator Circuit

Loop Controlled PierceOscillator Circuit

RESET Button

V_RESET

V_PWR

(DE)

(B7)

(PCLK)

(HSYNC)

(VSYNC)

(R0)

(R1)

(R2)

(R3)

(R4)

(R5)

(R6)

(R7)

(G5)

(G3)

(G4)

(G2)

(G1)

(G0)

(B1)

(B0)

(G7)

(G6)

(B5)

(B4)

(B3)

(B2)

(B6)

(PDI HSYNC/VIU9)

(PDI VSYNC/VIU8)

V_CLK

(PDI0)

(PDI1)

(PDI2)

(PDI3)

(PDI4)

(PDI5)

(PDI6)

(PDI7)

To QuadSPI1

(IO3)

(CLK)

(CS)

(IO2) To QuadSPI1(VIU0)

(VIU3)

(VIU2)

(VIU1)

(VIU4)

(PDI_CLK)

TCK

TDI

TDO

TMS

(B0)

(B1)

(B2)

(B3)

(B4)

(B5)

(B6)

(B7)

(VSYNC)

(HSYNC)

(DE)

(PCLK)

(PDI DE)

(R0)

(R1)

(R2)

(R3)

(R4)

(R5)

(R6)

(R7)

(G0)

(G1)

(G2)

(G3)

(G4)

(G5)

(G6)

(G7)

(CANTX_0)

(CANRX_0)

(TXD_0)

(RXD_0)

(DO)

(FS)

(DO)

(SCK)

(SYS_MCLK)

(RXD_1)

(TXD_1)

DCU_YU

DCU_XL

DCU_YD

DCU_XR

DCUL_XR

DCUL_YD

DCUL_XL

DCUL_YU

(M0C0P)

(M0C0M)

(M0C1P)

(M0C1M)

(M1C0M)

(M1C1P)

(M1C1M)

(M1C0P)

(M2C1P)

(M2C1M)

(M2C0P)

(M2C0M)

(M3C1P)

(M3C1M)

(M3C0P)

(M3C0M)

(M4C1M)

(M4C0P)

(M4C0M)

(M5C1P)

(M5C1M)

(M5C0P)

(M5C0M)

(M4C1P)

(INTRQ_B)

(SDA_1)

(SCL_1)

(IO1)

(IO0)To QuadSPI1

(SDA_0)

(SCL_0)

(CLK)

(IO1)

(IO0)

(IO3)

(IO2)

(CS)

To QuadSPI0

CLK_XTAL32K_PC15

CLK_EXTAL32K_PC14

CLK_XTAL8

CLK_EXTAL8

RESET_B

PA0PA1PA2PA3PA4PA5PA6PA7PA8PA9PA10PA11PA12PA13PA14PA15

PA

[0..

15]

PB

[0..

13]

PB0PB1PB2PB3PB4PB5PB6PB7PB8PB9PB10PB11PB12PB13

PC

[0..

13]

PC0PC1PC2PC3PC4PC5PC6PC7PC8PC9PC10PC11PC12PC13

CLK_EXTAL32K_PC14CLK_XTAL32K_PC15

PD

[0..

15]

PD0PD1PD2PD3PD4PD5PD6PD7PD8PD9PD10PD11PD12PD13PD14PD15

PE3PE4PE5PE6PE7

PE

[0..

7]

PE0PE1PE2

PF0PF1PF2PF3PF4PF5PF6PF7PF8PF9PF10PF11PF12PF13PF14PF15

PF

[0..

15]

CLK_XTAL8CLK_EXTAL8

RESET_B

MDO11MDO10MDO9MDO8MDO7MDO6MDO5MDO4MDO3MDO2MDO1MDO0

MD

O[0

..11]

PG

[0..1

2]

PG0PG1

PG3PG4

PG6

PG2

PG7

PG9

PG11PG12

PG10

PG8

PG5

PH

[0..4

]

PH0PH1PH2PH3

PJ[0

..15]

PJ0PJ1PJ2PJ3PJ4PJ5PJ6PJ7PJ8PJ9PJ10PJ11PJ12PJ13PJ14PJ15

PK

[0..1

1]

PK0PK1PK2PK3PK4PK5PK6PK7PK8

PK10PK9

PL12PL13

PL[0

..13]

PL0PL1PL2PL3PL4PL5PL6PL7PL8

PL10PL9

PL11

PM0PM1PM2PM3PM4PM12PM13

PN0PN1PN2PN3PN4PN5PN6PN7PN8PN9PN10PN11PN12PN13PN14PN15

PN

[0..1

5]

PP0PP1PP2PP3PP4PP5PP6PP7

PP

[0..7

]

PH4

PK11

JM_RST_B

GND

3.3V_SR

GND

GND

3.3V_SR3.3V_SR

GND GND

3.3V_SR

PA[0..15]{7}

PB[0..13]{9,10,12}

PC[0..13]{7,9,12}

PD[0..15]{9}

PE[0..7]{12}

PF[0..15]{8,9,11,12}

RESET_B{12}

MDO[0..11]{12}EVTI_B{12}EVTO_B{12}MCKO{12}

MSEO_B{12}MSEO2_B{12}

PG[0..12] {7,11}

PH[0..4] {12}

PJ[0..15] {7,8,11,12}

PK[0..11] {7,8,11,12}

PL[0..13] {9,11,12}

PM0 {11}PM1 {11}PM2 {7}PM3 {10}PM4 {10}PM12 {7}PM13 {7} PN[0..15] {7}

PP[0..7] {7}

JM_RST_B

{12}

Drawing Title:


Date: Sheet of

Page Title:


SCH-27293 PDF: SPF-27293 B

MPC5645S-DEMO-V2

C


MCU Peripherals

6 12



Date: Sheet of

Page Title:


SCH-27293 PDF: SPF-27293 B

MPC5645S-DEMO-V2

C


MCU Peripherals

6 12



Date: Sheet of

Page Title:


SCH-27293 PDF: SPF-27293 B

MPC5645S-DEMO-V2

C


MCU Peripherals

6 12

___ ___X

C29 12PF

C22

0.1UF

U12

STM6315RDW13F

VCC4

RST2

VSS1

MR3

SW6

PTS645

MCU_RST

12

34

R26

10.0K

R23

470

C24 12PF

C25 12PF

C30 12PF

R89

10.0K

DNP

MPC5645S 416BGASIGNALS

U14B

MPC5645S-416PKG

PA0/DCU_R0/SDA_B/EMIOS0_18/RSDS0_PK26

PA1/DCU_R1/SCL_B/EMIOS0_17/RSDS0_NK25

PA10/DCU_G2/RSDS5_PH23

PA11/DCU_G3/RSDS5_NG23

PA12/DCU_G4/RSDS6_PF26

PA13/DCU_G5/RSDS6_NF25

PA14/DCU_G6/RSDS7_PF24

PA15/DCU_G7/RSDS7_NF23

PA2/DCU_R2/RSDS1_PK23

PA3/DCU_R3/RSRS1_NJ23

PA4/DCU_R4/RSDS2_PJ26

PA5/DCU_R5/RSDS2_NJ25

PA6/DCU_R6/RSRS3_PH26

PA7/DCU_R7/RSDS3_NG26

PA8/DCU_G0/SCL_C/EMIOS0_20/RSDS4_PG25

PA9/DCU_G1/SDA_C/EMIOS0_19/RSDS4_NG24

PB0/CNTX_A/TXD_AW4

PB1/CNRX_A/RXD_AV1

PB10/CNRX_B/I2S_DOW2

PB11/CNTX_B/SGM_MCLKY4

PB12/RXD_B/EMIOS1_10/PCS_A2AF7

PB13/TXD_B/EMIOS1_11Q/PCS_A1AC8

PB2/TXD_AD21

PB3/RXD_AA22

PB4/SCK_B/MA0AF15

PB5/SOUT_B/MA1/FABMAC16

PB6/SIN_B/MA2/ABS[0]AF16

PB7/SIN_A/EMIOS1_20/I2S_SCKAC14

PB8/SOUT_A/EMIOS1_19Q/I2S_DOAF13

PB9/SCK_A/EMIOS1_18/I2S_FSAC13

PC0/AN0AC21

PC1/AN1AC25

PC10/AN10(MUX)/I2S_DOAE23

PC11/AN11/MA0/PCS_B2AE24

PC12/AN12/MA1/PCS_B1AF26

PC13/AN13/MA2/PCS_B0AF25

PC14/AN14/EXTAL32AF24

PC15/AN15/XTAL32AF23

PC2/AN2AC26

PC3/AN3AC24

PC4/AN4AD24

PC5/AN5AD26

PC6/AN6AD21

PC7/AN7AD25

PC8/AN8AE26

PC9/AN9AE25

PD0/M0C0M/SSD0_0/EMIOS1_8AB26

PD1/M0C0P/SSD0_1/EMIOS1_16AB25

PD10/M2C1M/SSD2_2/EMIOS0_10W26

PD11/M2C1P/SSD2_3/EMIOS0_11W23

PD2/M0C1M/SSD0_2/EMIOS1_23AB24

PD3/M0C1P/SSD0_3/EMIOS0_9AB23

PD4/M1C0M/SSD1_0/EMIOS0_8AA26

PD5/M1C0P/SSD1_1/EMIOS0_16AA23

PD6/M1C1M/SSD1_2/EMIOS0_23Y26

PD7/M1C1P/SSD1_3Y25

PD8/M2C0M/SSD2_0Y24

PD9/M2C0P/SSD2_1/EMIOS0_9Y23

PD12/M3C0M/SSD3_0/EMIOS0_12V26

PD13/M3C0P/SSD3_1/EMIOS0_13V25

PD14/M3C1M/SSD3_2/EMIOS0_14V24

PD15/M3C1P/SSD3_3/EMIOS0_15V23

PE0/M4C0M/SSD4_0U26

PE1/M4C0P/SSD4_1U23

PE2/M4C1M/SSD4_2T26

PE3/M4C1P/SSD4_3T25

PE4/M5C0M/SSD5_0T24

PE5/M5C0P/SSD5_1T23

PE6/M5C1M/SSD5_2R24

PE7/M5C1P/SSD5_3R23

PF0/EMIOS1_19Q/EVTO/DCULITE_B2C20

PF1/EMIOS1_20/MSEO/DCULITE_B3B20

PF3/EMIOS1_21Q/MSEO2/DCULITE_B4A20

PF4/EMIOS1_14/SDA_B/DCULITE_B5D19

PF5/QSPI_IO1_B/EMIOS1_15/PDI16_(VIU8)A19

PF6/QSPI_IO0_B/EMIOS1_16/PDI17_(VIU9)D18

PF7/EMIOS1_15/SCL_B/DCULITE_B6C18

PF8/SDA_A/PCS_B2/RXD_BA18

PF9/SCL_A/PCS_B1/TXD_BD17

PF12/QSPI_IO3_A/MDO1C16 PF11/QSPI_IO2_A/MDO0D16

PF15/QSPI_CLK_A/CLKOUT/MCKOB18

PF13/QSPI_IO0_A/MDO2B16

PF10/QSPI_PCS_A/EVTIA17

PF2/NMIAC7

PF14/QSPI_IO1_A/MDO3A16

PG0/DCU_B0/SCL_D/EMIOS0_21/RSDS8_PE26

PG1/DCU_B1/SDA_D/EMIOS0_22/RSDS8_ND26

PG10/DCU_DE/TCON3T1

PG11/DCU_PCLK/RSDSLCK_PE23

PG12/PCS_B0/PDI_DE/DCULITE_B7A15

PG2/DCU_B2/RSDS9_PD25

PG3/DCU_B3/RSDS9_NC25

PG4/DCU_B4/RSDS10_PC26

PG5/DCU_B5/RSDS10_NB26

PG6/DCU_B6/RSDS11_PA26

PG7/DCU_B7/RSDS11_NA25

PG8/DCU_VSYNC/TCON2T4

PG9/DCU_HSYNC/TCON1T2

PJ0/DCULITE_B6/I2S_DOL26

PJ1/VIU1/PDI_HSYNC/EMIOS1_9/EMIOS0_8U4

PJ12/DCU_TAG/TCON0/DCULITE_G6A23

PJ13/QSPI_PCS_B/EMIOS1_8/PDI13_(VIU5)D22

PJ14/QSPI_CLK_B/EMIOS1_17/PDI_PCLKC22

PJ15/QSPI_IO3_B/EMIOS1_9/PDI14_(VIU6)B22

PJ2/VIU0/PDI_VSYNC/EMIOS1_14/EMIOS0_9U3

PJ3/VIU_PCLK/EMIOS0_22/PDI_DEAD15

PJ4/VIU2_PDI0/EMIOS0_21/EMIOS0_23AD14

PJ5/VIU3_PDI1/EMIOS0_20/EMIOS0_16AE14

PJ6/VIU4_PDI2/EMIOS0_19/EMIOS0_15AF14

PJ7/VIU5_PDI3/EMIOS0_18/EMIOS0_14AC15

PJ8/VIU6_PDI4/EMIOS0_17/EMIOS0_13U2

PJ9/VIU7_PDI5/EMIOS1_22/EMIOS0_12U1

PJ10/VIU8_PDI6/EMIOS1_17/EMIOS0_11V4

PJ11/VIU9_PDI7/EMIOS1_15/EMIOS0_10V3

PK0/EMIOS1_18/DCULITE_G7A21

PK1/QSPI_IO2_B/EMIOS1_14/PDI15_(VIU7)D20

PK10/SDA_B/EMIOS1_12/DCULITE_TAGAF8

PK11/SCL_B/EMIOS1_13Q/DCU_TAG/TCON0AC9

PK2/PDI8_(VIU0)/EMIOS1_10/DCULITE_TAGAE3

PK3/PDI9_(VIU1)/EMIOS1_11Q/DCULITE_DEAF3

PK4/PDI10_(VIU2)/EMIOS1_12/DCULITE_HSYNCAC4

PK5/PDI11_(VIU3)/EMIOS1_13Q/DCULITE_VSYNCAF4

PK6/PDI12_(VIU4)/EMIOS1_9/DCULITE_PCLKAC5

PK7/RXD_C/DCULITE_R2/TCON8AD5

PK8/TXD_C/DCULITE_R3/TCON9AE5

PK9/I2S_DO/DCULITE_R4/TCON10AF5

PL0/AN19/CNRX_B/SDA_BAE22

PL1/AN18/CNTX_B/SCL_BAE21

PL10/EMIOS1_10/DCULITE_G2C24

PL11/EMIOS1_11Q/DCULITE_G3A24

PL12/EMIOS1_12/DCULITE_G4C23

PL13/EMIOS1_13Q/DCULITE_G5B23

PL2/AN17/CNRX_A/EMIOS1_22AF22

PL3/AN16/CNTX_A/EMIOS1_23AF21

PL4/PCS_C2/PDI13_(VIU5)/TCON6AB2

PL5/PCS_C1/PDI14_(VIU6)/TCON7AC2

PL6/PCS_C0/PDI15_(VIU7)/EMIOS1_18AD1

PL7/SIN_C/PDI16_(VIU8)/EMIOS1_19QAE1

PL8/SOUT_C/PDI17_(VIU9)/EMIOS1_20AF1

PL9/SCK_C/PDI_PCLK/EMIOS1_21QAF2

PM0/I2S_SCK/DCULITE_R5/TCON11AE9

PM1/I2S_FS/DCULITE_R6AF9

PM12/DCULITE_B7/I2S_SCKL24

PM13/DCULITE_PCLK/SGM_MCLKL23

PM2/EMIOS1_17/DCULITE_R7/DCULITE_DE/RSDSLCK_ND23

PM3/CNRX_C/RXD_D/TCON4Y3

PM4/CNTX_C/TXD_D/TCON5Y2

PN0/DCULITE_HSYNC/TCON4AC3

PN1/DCULITE_VSYNC/TCON5AD3

PN10/DCULITE_G0/RXD_D/PDI10_(VIU2)AE12

PN11/DCULITE_G1/TXD_D/PDI11_(VIU3)AF12

PN12/DCULITE_G2/EMIOS0_17R26

PN13/DCULITE_G3/EMIOS0_18R25

PN14/DCULITE_G4/EMIOS0_19P26

PN15/DCULITE_G5/EMIOS0_20P24

PN2/DCULITE_R0/RXD_C/PDI8_(VIU0)AC10

PN3/DCULITE_R1/TXD_C/PDI9_(VIU1)AF10

PN4/DCULITE_R2/TCON6AC11

PN5/DCULITE_R3/TCON7AD11

PN6/DCULITE_R4/TCON8AE11

PN7/DCULITE_R5/TCON9AF11

PN8/DCULITE_R6/TCON10AC12

PN9/DCULITE_R7/TCON11AD12

PP0/DCULITE_G6/EMIOS0_21P23

PP1/DCULITE_G7/EMIOS0_22N26

PP2/DCULITE_B0/CNRX_C/PDI12_(VIU4)N25

PP3/DCULITE_B1/CNTX_C/PDI_DEN23

PP4/DCULITE_B2/EMIOS0_11M26



PP7/DCULITE_B5/I2S_FSM23

PH0/TCKAC6

PH1/TDIAD6

PH2/TDOAE6

PH3/TMSAF6

PH4/PCS_A0/EMIOS1_21Q/DCULITE_G6AE15

EVTIAD8

EVTOAE8

MCKOAC17

MDO11AF19

MDO10AC19

MDO9AF18

MDO8AE18

MDO7AD18

MDO6AC18

MDO5AF17

MDO4AE17

MDO3AF20

MDO2AE20

MDO1AD20

MDO0AC20

MSEOAD9

MSEO2AD17

EXTALAB1

XTALAA1

RESETW1

R24

1.0M

DNP

Y2

8MHz

12

D9LED RED

AC

R27

1.0M

DNP

Y3

32.768KHZ12

5

5

4

4

3

3

2

2

1

1

D D

C C

B B

A A

(R0)

(R1)

(R2)

(R3)

(R4)

(R5)

(R6)

(R7)

(G0)

(G1)

(G2)

(G3)

(G4)

(G5)

(G6)

(G7)

(B0)

(B1)

(B2)

(B3)

(B4)

(B5)

(B6)

(B7)

(VSYNC)

(HSYNC)

(DE)

(PCLK)

(R0)

(R1)

(R2)

(R3)

(R4)

(R5)

(R6)

(R7)

(G0)

(G1)

(G2)

(G3)

(G4)

(G5)

(G6)

(G7)

(B0)

(B1)

(B2)

(B3)

(B4)

(B5)

(B6)

(B7)

(VSYNC)

(HSYNC)

(DE)

(PCLK)

Sharp LQ043

Sharp LQ043

(VSYNC)

(HSYNC)

(DE)

(PCLK)

(R0)

(R1)

(R2)

(R3)

(R4)

(R5)

(R6)

(R7)

(G0)

(G1)

(G2)

(G3)

(G4)

(G5)

(G6)

(G7)

(B0)

(B1)

(B2)

(B3)

(B4)

(B5)

(B6)

(B7)

(PCLK)

(DE)

(HSYNC)

(VSYNC)

(R0)

(R1)

(R2)

(R3)

(R4)

(R5)

(R6)

(R7)

(G0)

(G1)

(G2)

(G3)

(G4)

(G5)

(G6)

(G7)

(B0)

(B1)

(B2)

(B3)

(B4)

(B5)

(B6)

(B7)

DVI ConfigDESKEW

Decoupling for U25

Decoupling for U24

(DE)

(DE)

(HSYNC)

(VSYNC)

(PCLK)

(PCLK)

(HSYNC)

DCU_YU

DCU_XL

DCU_YD

DCU_XR

DCUL_XR

DCUL_YD

DCUL_XL

DCUL_YU

PA0PA1PA2PA3PA4PA5PA6PA7PA8PA9PA10PA11PA12PA13PA14PA15

PG0PG1PG2PG3PG4PG5PG6PG7

PG8PG9PG10PG11

PN0PN1PN2PN3PN4PN5PN6PN7

PP4PP5PP6PP7

PP0PP1PP2PP3

PN12PN13PN14PN15

PN8PN9PN10PN11

PM12

PM13

PJ0

PM2

PC0PC1PC2PC3PC4PC5PC6PC7

DCU_YDDCU_XR

DCU_XLDCU_YU

DCUL_YDDCUL_XR

DCUL_XLDCUL_YU


PG8PG9PG10PG11

PP2PP3PP4PP5PP6PP7PJ0PM12

PN1PN0PM2PM13

DCU_XRDCU_YD

DCU_XLDCU_YU

DCUL_XR DCUL_XLDCUL_YUDCUL_YD

PK10PK11

DCU_YDDCU_XR

VDD_30V_J42

PG10PG11

PG9PG8

DCUL_YDDCUL_XR

VDD_30V_J41

PM2PM13

PN0PN1

PN2PN3PN4PN5PN6PN7

PN10PN11PN12PN13PN14PN15

PP2PP3PP4PP5PP6PP7

PN8PN9

PP0PP1

PJ0PM12

DCUL_YUDCUL_XL

DCU_YUDCU_XL

PK10PK11

PK10PK11

VDD_30V_IPKVDD_30V_DRVC

VDD_30V_SWCVDD_30V_FB

VDD_30V_TCAP

PG0PG1PG2PG3PG4PG5PG6PG7PA8PA9PA10PA11PA12PA13PA14PA15PA0PA1PA2PA3PA4PA5PA6PA7

PG11

PG10PG9PG8

DCU_TX0PDCU_TX0M

DCU_TX1PDCU_TX1M

DCU_TX2PDCU_TX2M

DCU_TXCMDCU_TXCP

DSK_ENDSK_CTL3DSK_CTL2DSK_CTL1

DSK_CTL3DSK_CTL2DSK_CTL1

DSK_CTL3DSK_CTL2DSK_CTL1

DCUL_TX0PDCUL_TX0M

DCUL_TX1PDCUL_TX1M

DCUL_TX2PDCUL_TX2M

DCUL_TXCMDCUL_TXCP

DSK_EN

DSK_EN

PM2PN0PN1

PM13

PP4PP5PP6PP7

PP2PP3

PJ0

DCU_MSEN

DCUL_MSEN


PA10

PA1

PA9

PA7

PA0

PA13

PA6

PA14

PA12

PA5

PA3

PA15

PA11

PA4

PA2

PA8

DCU_PD

DCUL_PD

DCU_PDDCUL_PD

DCU_MSEN DCUL_MSEN

PN10

PP1PP0PN15

PN13PN14

PN12PN11

PN5PN4PN3

PN6

PN2

PN8PN9

PN7

PM12

GNDGND

GNDGND

3.3V_SR3.3V_SR

5.0V_SR5.0V_SR

5.0V_SR5.0V_SR

3.3V_SR3.3V_SR

P12V P12V

P12VP12V

GND

GNDGND

GND

GND

GND

GND

GND

GND

GNDGND

GND

3.3V_SR3.3V_SR

5.0V_SR5.0V_SR

GND

GND

VDD_30V

5.0V_SR5.0V_SR

GND

GND

VDD_30V

P12V

GND

GND

GND

VDD_30V

GND

GND

GNDGNDGNDGND

GNDGNDGND

3.3V_SR3.3V_SR3.3V_SR

3.3V_SR

3.3V_SR3.3V_SR

3.3V_SR

3.3V_SR

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GNDGNDGNDGND

GNDGNDGND

GNDGND

3.3V_SR3.3V_SR3.3V_SR

3.3V_SR

3.3V_SR3.3V_SR

3.3V_SR

3.3V_SR

3.3V_SR

3.3V_SR

3.3V_SR3.3V_SR

GND

GNDGND

3.3V_SR3.3V_SR

3.3V_SR 3.3V_SR

GNDGND

3.3V_SR3.3V_SR3.3V_SR3.3V_SR

GND

3.3V_SR

GND

3.3V_SR

GND

PA[0..15]{6}

PG[0..12]{6,11}

PN[0..15]{6}

PP[0..7]{6}

PM12{6}

PM13{6}

PJ[0..15]{6,8,11,12}

PM2{6}

PC[0..13]{6,9,12}

PK[0..11]{6,8,11,12}

Drawing Title:


Date: Sheet of

Page Title:


SCH-27293 PDF: SPF-27293 B

MPC5645S-DEMO-V2

C


Displays

7 12

___ ___X

Drawing Title:


Date: Sheet of

Page Title:


SCH-27293 PDF: SPF-27293 B

MPC5645S-DEMO-V2

C


Displays

7 12

___ ___X

Drawing Title:


Date: Sheet of

Page Title:


SCH-27293 PDF: SPF-27293 B

MPC5645S-DEMO-V2

C


Displays

7 12

___ ___X

+

C201

100uF

R41560

R113 10.0K

TP26

R32 560

TP31

R39 0

J43

CONN FPC/FFC 40

123456789

10111213141516171819202122232425262728293031323334353637383940

DV

I-I

P10

DVI-I_Dual_29

analog BLUEC3

analog GRNC2

analog REDC1

analog H-SYNCC4

TX2-1

SHELL1S1

SHELL2S2

analog RTN2C5_2

TX2+2 TX2/4 Shld3 TX4-4 TX4+5 DDC CLK6 DDC DATA7 analog V-SYNC8 TX1-9 TX1+

10 TX1/3 Shld11 TX3-12 TX3+13 +5V14 GND15 HP detect16 TX0-17 TX0+18 TX0/5 Shld19 TX5-20 TX5+21 TXC Shld22 TXC+23 TXC-24

analog RTN1C5_1

C212

0.1UF

R110 10.0K

C210

0.1UF

C206

0.1UF

TP27

D13

1N5819

AC

TP28

U24

TFP410PAP

TGND232

TGND126

TGND020

TXC+22

TX2-30TX2+31

TX1+28

TX1-27

NC49

RESERVED34

HSYNC4 DE2

IDCK-56

IDCK+57

DATA1841

DATA1940

DATA2039

DATA2138

DATA1643

DATA1742

DATA1346

DATA1544

DATA063

DATA162

DATA261

DATA360

DATA459

DATA558

DATA655

DATA754

DATA853

DATA952

DATA1051

DATA1150

DATA1247

DATA1445

DATA2237

DATA2336

TX0+25

TX0-24

PGND17DGND264DGND148

TXC-21

BSEL/SCL15

DVDD112DVDD01

VSYNC5

CTL3/A3/DK36

CTL2/A2/DK27

CTL1/A1/DK18

ISEL/RST13

VREF3

PD10

DSEL/SDA14

EDGE/HTPLG9

DKEN35

DGND016

TVDD129TVDD023

PVDD18

DVDD233

MSEN/PO111TFADJ19

EX_PAD65

C207

0.1UF

R30180

U25

TFP410PAP

TGND232

TGND126

TGND020

TXC+22

TX2-30TX2+31

TX1+28

TX1-27

NC49

RESERVED34

HSYNC4 DE2

IDCK-56

IDCK+57

DATA1841

DATA1940

DATA2039

DATA2138

DATA1643

DATA1742

DATA1346

DATA1544

DATA063

DATA162

DATA261

DATA360

DATA459

DATA558

DATA655

DATA754

DATA853

DATA952

DATA1051

DATA1150

DATA1247

DATA1445

DATA2237

DATA2336

TX0+25

TX0-24

PGND17DGND264DGND148

TXC-21

BSEL/SCL15

DVDD112DVDD01

VSYNC5

CTL3/A3/DK36

CTL2/A2/DK27

CTL1/A1/DK18

ISEL/RST13

VREF3

PD10

DSEL/SDA14

EDGE/HTPLG9

DKEN35

DGND016

TVDD129TVDD023

PVDD18

DVDD233

MSEN/PO111TFADJ19

EX_PAD65

J44

CONN FPC/FFC 40

123456789

10111213141516171819202122232425262728293031323334353637383940

SH10 0

R106

51.1K

R109 10.0K

J45

CON 1X4

11

22

33

44

GND1M1

GND2M2

DV

I-I

P11

DVI-I_Dual_29

analog BLUEC3

analog GRNC2

analog REDC1

analog H-SYNCC4

TX2-1

SHELL1S1

SHELL2S2

analog RTN2C5_2

TX2+2 TX2/4 Shld3 TX4-4 TX4+5 DDC CLK6 DDC DATA7 analog V-SYNC8 TX1-9 TX1+

10 TX1/3 Shld11 TX3-12 TX3+13 +5V14 GND15 HP detect16 TX0-17 TX0+18 TX0/5 Shld19 TX5-20 TX5+21 TXC Shld22 TXC+23 TXC-24

analog RTN1C5_1

TP21

1

C214

0.1UF

J14

HDR 2X3

DVI ENABLE

1 23 4

65

SH7 0

P9

HDR_2X19_F

DCU

11

22

33

44

55

66

77

88

99

1010

1111

1212

1313

1414

1515

1616

1717

1818

1919

2020

2121

2222

2323

2424

2525

2626

2727

2828

2929

3030

3131

3232

3333

3434

3535

3636

3737

3838

G341

G442

G543

G139

G240

+

C215

100uF

TP29

J42

CON FPC/FFC 4

1234

J46

CON 1X4

11

22

33

44

GND1M1

GND2M2

C216

0.1uF

R53 10.0K

SH8 0

R35 0

C213

0.1UF

SH11

0

P8

HDR_2X19_F

DCULITE

11

22

33

44

55

66

77

88

99

1010

1111

1212

1313

1414

1515

1616

1717

1818

1919

2020

2121

2222

2323

2424

2525

2626

2727

2828

2929

3030

3131

3232

3333

3434

3535

3636

3737

3838

G341

G442

G543

G139

G240

SH5 0

J41

CON FPC/FFC 4

1234

R34 0

C211

0.1UF

C204

0.1UF

R115 10.0K

R36 560

R114 10.0K

C208

0.1UF

R43560

R111 10.0K

C209

0.1UF

C205

0.1UF

U17

MC33063ADG

COMP5

TCAP3

VCC6

GN

D4

DRVC8

IPK7

SWC1

SWE2

TP30

SH12

0

SH9 0

SW5

SW_DIP-4/SM

1234 5

876

TP24

C33

1500PF

L10

270UH

12

C37

0.1UF

R38 0

R31

1.5 OHM

R112 10.0KR33 560

R1072.21K

C203

0.1UF

R37 560

SH6 0

TP25

5

5

4

4

3

3

2

2

1

1

D D

C C

B B

A A

To QuadSPI0

To QuadSPI1

(CS)

(IO2)

(IO3)

(IO0)

(IO1)

(CLK)

(CS)

(IO3)

(IO0)

(IO1)

(CLK)

Place all resistors close to MCU


Ensure length ofeach address andcontrol line is thesame after thetrace split

Place capacitors close to corners of DRAM


Pull downrecommended for1st silicon

(IO2)

A0A1A2A3A4A5A6A7A8A9A10A11A12


A[0..12]

BA0BA1

D0D1D2D3D4D5D6D7D8D9D10D11D12

D16D17D18D19D20D21D22D23D24D25D26D27D28

D13D14D15

D29D30D31

D[0..31]

DR_CLK_PDR_CLK_N

DR_CSDR_RASDR_CASDR_WEBDR_CKEDR_DM1DR_DM0

DR_DM3DR_DM2DR_DQ3DR_DQ2

PF5PF6

PF10PF11PF12PF13PF14PF15

PJ14PJ15

PJ13

PF13PF14PF11PF12

PF10PF15

DR_DQ1

D0 R_D0D1 R_D1D2 R_D2D3 R_D3D4 R_D4D5 R_D5D6 R_D6D7 R_D7D8 R_D8D9 R_D9D10 R_D10D11 R_D11D12 R_D12D13 R_D13D14 R_D14D15 R_D15D16 R_D16D17 R_D17D18 R_D18D19 R_D19D20 R_D20D21 R_D21D22 R_D22D23 R_D23D24 R_D24D25 R_D25D26 R_D26D27 R_D27D28 R_D28D29 R_D29D30 R_D30D31 R_D31

DR_CASDR_WEBDR_CKE

BA0BA1

DR_CLK_PDR_CLK_N

DR_CSDR_RAS

DR_DQ0


R_A4

R_A9

R_A6

R_A1

R_A12

R_A8

R_A3

R_A5

R_A0

R_A10R_A11

R_A7

R_A2

BA0BA1

DR_DQ1DR_DQ2

DR_DM3

DR_DQ0

DR_DM2

DR_DM0DR_DM1

DR_DQ3

DR_RASDR_WEB

DR_CS

DR_CAS

DR_CKE

DR_CLK_P

DR_CLK_N

PF6PF5PK1PJ15

PJ13PJ14

DM_VTT_SD_B

BCP68_BASEVRC_CTRL

VPP

PJ1PJ2

PJ4PJ3

PJ6

PJ8PJ7

PJ5

PJ10

PJ12PJ11

PJ9

PJ0

PK1

GND

1.8V_SR

GND

1.8V_SR

GND

1.8V_SR

GND

1.8V_SR

GND

1.8V_SR

GND

1.8V_SR

GND

GND

3.3V_SR

GND

DM_VTT_DDR2

DM_VREF

GND

3.3V_SR

GND

1.8V_SR

3.3V_SR

DM_VREF

GNDGNDGND GND GND

DM_VTT_DDR2

VDD12

V_REG

GND

GND

GND GND

GNDGND

DM_VTT_DDR2

GND

PF[0..15]{6,9,11,12}

PJ[0..15]{6,7,11,12}

PK[0..11]{6,7,11,12}

Drawing Title:


Date: Sheet of

Page Title:


SCH-27293 PDF: SPF-27293 B

MPC5645S-DEMO-V2

C


Memory

8 12



Date: Sheet of

Page Title:


SCH-27293 PDF: SPF-27293 B

MPC5645S-DEMO-V2

C


Memory

8 12



Date: Sheet of

Page Title:


SCH-27293 PDF: SPF-27293 B

MPC5645S-DEMO-V2

C


Memory

8 12

___ ___X

C195

0.047UF

R16 20

RN3E 225 12

RN1E 225 12

C73

0.1UF

R69 20

C72

0.1UF

R73 20

RN3C 223 14

MPC5645S 416BGADDRSIGNALS

U14A

MPC5645S-416PKG

DDR_DQ[26]A1

DDR_ADDRESS[0]A10

DDR_ADDRESS[1]B10

DDR_ADDRESS[10]C13

DDR_ADDRESS[11]D13

DDR_ADDRESS[12]A14

DDR_ADDRESS[13]D14

DDR_ADDRESS[14]D15

DDR_ADDRESS[15]B15

DDR_ADDRESS[2]C10

DDR_ADDRESS[3]D10

DDR_ADDRESS[4]A11

DDR_ADDRESS[5]D11

DDR_ADDRESS[6]A12

DDR_ADDRESS[7]B12

DDR_ADDRESS[8]A13

DDR_ADDRESS[9]B13

DDR_BA[0]A7

DDR_BA[1]A8

DDR_BA[2]A9

DDR_CASB6

DDR_CKED8

DDR_CSD9

DDR_DM[0]P3

DDR_DM[1]K3

DDR_DM[2]G3

DDR_DM[3]B4

DDR_DQ[0]R1

DDR_DQ[1]P1

DDR_DQ[10]K4

DDR_DQ[11]J1

DDR_DQ[12]H4

DDR_DQ[13]H1

DDR_DQ[14]G4

DDR_DQ[15]G1

DDR_DQ[16]F1

DDR_DQ[17]E1

DDR_DQ[18]E4

DDR_DQ[19]D1

DDR_DQ[2]P4

DDR_DQ[20]D2

DDR_DQ[21]D3

DDR_DQ[22]D4

DDR_DQ[23]C1

DDR_DQ[24]C4

DDR_DQ[25]B1

DDR_DQ[27]A2

DDR_DQ[28]A3

DDR_DQ[29]A4

DDR_DQ[3]N1

DDR_DQ[30]A5

DDR_DQ[31]A6

DDR_DQ[4]N4

DDR_DQ[5]M1

DDR_DQ[6]M4

DDR_DQ[7]L4

DDR_DQ[8]L1

DDR_DQ[9]K1

DDR_DQS[0]N2

DDR_DQS[1]K2

DDR_DQS[2]G2

DDR_DQS[3]B3

DDR_DRAM_CLKC7

DDR_DRAM_CLKD7

DDR_ODTD5

DDR_RASB7

DDR_WEB9

MVREFJ4

MVTT0R2

MVTT1M2

MVTT2J2

MVTT3F2

VRC_CTRLAA3

VREF_RSDS1J24

VREF_RSDS2D24

VREG_BYPASSAA2

VSUP_TESTAC1

C78

0.1UF

+

C183

220uF

C83

3300PF

C220

0.1UF

R74 20

RN3A 221 16

C68

0.1UF

C76

0.1UF

RN2H 228 9

C218

0.1UF

R13 20

RN1D 224 13

R19 20

RN4G 227 10

RN1H 228 9

R62

10.0K

RN4E 225 12

R128 22

R125 22

R122 22

R119 22

C70

0.1UF

C198

0.01uF

R129 22

R126 22

R123 22

R120 22

S25FL064P

U21

HOLD/IO31

CS7

SO/IO18

W/ACC/IO29

SI/IO015

SCK16

DNC33

DNC44

DNC55

DNC66

DNC1111

DNC1212

DNC1313

DNC1414

VC

C2

GN

D10

RN2F 226 11

R130 22

R127 22

R124 22

R121 22

R118 22

RN2D 224 13

RN4C 223 14

R80 0.51%

C62

0.1UF

RN2B 222 15

RN4A 221 16

C75

0.1UF

C91

0.1UF

RN1C 223 14

R18 20

U23

LP2997MR

Vref4

Vtt8

GN

D1

1

Vddq5

PVin7 Vsense

3

SD2

AVin6

GN

D2

9

RN3H 228 9

R12 20R11 20

RN3F 226 11

R105

10.0K

C79

0.1UF

RN1B 222 15

U7

MT46H16M16LFBF-6

CKG2

UDMF2

DQ0A8

DQ1B7

DQ2B8

DQ3C7

CSH7

A0J8

A1J9

A2K7

A3K8

A4K2

A5K3

A6J1

A7J2

A8J3

A9H1

A10J7

CKEG1 WEG7

RASG9

CASG8

VDD_3K9

VDD_1A9

VDDQ_2B1

VDDQ_3C9

VDDQ_4D1

VDDQ_5E9

TESTD9

VSSQ_4E1VSSQ_3C1VSSQ_2B9

DQ4C8

DQ5D7

DQ6D8

DQ7E7

A11H2

A12H3

BA0H8

BA1H9

VDD_2F9

VSS_1A1

VSS_2F1

VSS_3K1

DQ8E3

DQ9D2

DQ10D3

DQ11C2

DQ12C3

DQ13B2

DQ14B3

DQ15A2

LDMF8

NC_1F3

CKG3

VDDQ_1A7

VSSQ_1A3

UDQSE2

LDQSE8

NC_2F7

RN3D 224 13

R75 20

C139

0.1UF

RN3B 222 15

C63

0.1UF

R17 20

RN1G 227 10

C219

0.1UF

RN4H 228 9

RN4F 226 11

RN1A 221 16

C194

0.047UF

C69

0.1UF

RN2G 227 10

C217

0.1UF

C74

0.1UF

R70 20

RN4D 224 13

U8

MT46H16M16LFBF-6

CKG2

UDMF2

DQ0A8

DQ1B7

DQ2B8

DQ3C7

CSH7

A0J8

A1J9

A2K7

A3K8

A4K2

A5K3

A6J1

A7J2

A8J3

A9H1

A10J7

CKEG1 WEG7

RASG9

CASG8

VDD_3K9

VDD_1A9

VDDQ_2B1

VDDQ_3C9

VDDQ_4D1

VDDQ_5E9

TESTD9

VSSQ_4E1VSSQ_3C1VSSQ_2B9

DQ4C8

DQ5D7

DQ6D8

DQ7E7

A11H2

A12H3

BA0H8

BA1H9

VDD_2F9

VSS_1A1

VSS_2F1

VSS_3K1

DQ8E3

DQ9D2

DQ10D3

DQ11C2

DQ12C3

DQ13B2

DQ14B3

DQ15A2

LDMF8

NC_1F3

CKG3

VDDQ_1A7

VSSQ_1A3

UDQSE2

LDQSE8

NC_2F7

C66

0.1UF

C80

0.1UF

R81

0

RN2E 225 12

RN2C 223 14

RN4B 222 15

RN1F 226 11

R82

0

R20

100

EB

CQ1BCP68

1

32 4

S25FL064P

U18

HOLD/IO31

CS7

SO/IO18

W/ACC/IO29

SI/IO015

SCK16

DNC33

DNC44

DNC55

DNC66

DNC1111

DNC1212

DNC1313

DNC1414

VC

C2

GN

D10

RN2A 221 16

C77

0.1UF

C81

0.1UF

RN3G 227 10

R14 20

R72 20

C197

0.1UF

+C185

47UF

R71 20

5

5

4

4

3

3

2

2

1

1

D D

C C

B B

A A

(M0C0M)

(M0C0P)

(M0C1M)

(M0C1P)

(M1C0M)

(M1C0P)

(M1C1M)

(M1C1P)

(M2C0M)

(M2C0P)

(M2C1M)

(M2C1P)

(M3C0M)

(M3C0P)

(M3C1M)

(M3C1P)

(SCK)

(DO)

(FS)

(M0C1P)

(M0C1M)

(M0C0P)

(M0C0M)

(M1C0M)

(M1C0P)

(M1C1M)

(M1C1P)

(M2C1P)

(M2C1M)

(M2C0P)

(M2C0M) (M3C0M)

(M3C0P)

(M3C1M)

(M3C1P)

External amplifier connection

Star wire grounds to singlethen connect to plane

(SDA_1)

(SCL_1)

Headphone connection

Place jack connectorsbeside each other

(DO)

Decapfor U20

Decapfor U22

I2S_DIN

PD0PD1PD2PD3PD4PD5PD6PD7PD8PD9PD10PD11PD12PD13PD14PD15

PB[0..13]

PB7

PB9

PD3PD2PD1PD0

PD4PD5PD6PD7

PD11PD10PD9PD8 PD12

PD13PD14PD15

PC12PC11PC10

PC13

PC10

PC11

PC12

PC13

PL0

PL1

PL3

PL2

HP_VGND

PB8

PB11

PB10

PL0PL1PL2PL3

PB0PB1PB2PB3PB4PB5

PB12PB6

PB13

PF[0..15]

PF1PF2PF3PF5PF6PF8

PF10PF9

PF13PF12PF11

PF14PF15

PF4

PF7

GND

5.0V_SR

5.0V_SR

GND

GND

3.3V_SR 3.3V_SR

GNDGND

GNDGNDGNDGNDGNDGND

V_AN

GND

V_AN

GND

GND

V_AN

GND

V_AN

GND

3.3V_SR

PD[0..15]{6}

PC[0..13]{6,7,12}

PF[0..15]{6,8,9,11,12}

PB[0..13]{6,9,10,12}

PL[0..13]{6,11,12}

PB[0..13]{6,9,10,12}

PF[0..15]{6,8,9,11,12}

Drawing Title:


Date: Sheet of

Page Title:


SCH-27293 PDF: SPF-27293 B

MPC5645S-DEMO-V2

C


Audio and Motors

9 12



Date: Sheet of

Page Title:


SCH-27293 PDF: SPF-27293 B

MPC5645S-DEMO-V2

C


Audio and Motors

9 12



Date: Sheet of

Page Title:


SCH-27293 PDF: SPF-27293 B

MPC5645S-DEMO-V2

C


Audio and Motors

9 12

___ ___X

R99 15.4K

U20

LMH6645MF

+IN3

-IN4

VOUT1

V-

2V

+5

R98

43K

R

L

J30

AUD 4

AUDIO OUT

1

2

3

4

C131

0.1UF

R116 4.70K DNP

R93 27K

U11

SGTL5000 32QFN

I2S_SCLK24

NC522

LINEIN_L14

CPFILT18

VD

DIO

20

NC419

SYS_MCLK21

I2S_DOUT25

I2S_DIN26

HP_L6

CTRL_DATA27

NC628

CTRL_CLK29

GN

D1

1

NC18

HP_R2

GN

D2

3

VD

DA

5

LINEOUT_L12

LINEOUT_R11

MIC15

NC317

LINEIN_R13

AG

ND

7

I2S_LRCLK23

VD

DD

30

CT

RL_A

DR

0_C

S31

CT

RL_M

OD

E32

HP_VGND4

NC29

VAG10

MIC_BIAS16

GN

D3-P

AD

33

C133

0.1UF

R

L

J34

AUD 4

LINE OUT

1

2

3

4

R92

12.1K

R95

19.6K

C156

1000PF

C157

1000PF

C142 1UF

R97

10.0K

R104

1.0K

C181 10nF

C222

0.1UF

C143

0.1UF

R90 32.4K

C167 1UF

R96 15.8K

C146

1000PF

R91

1.0K

P5

CON_2X7

1 23 4

657 89 10

11 1213 14

R100 15.4K

P6

CON_2X7

1 23 4

657 89 10

11 1213 14

U22

LMH6645MF

+IN3

-IN4

VOUT1

V-

2V

+5

R94 27K

C148 10nF

C223

0.1UF

R117 4.70K DNP

C147

1000PF

R101

1.62K

5

5

4

4

3

3

2

2

1

1

D D

C C

B B

A A

CAN, LIN, UART, USB/SPIUART PK7, PK8

(RXD_0)

(RXD_1)

CAN0

(CANTX_0)

(CANRX_0)

LIN Molex Connector

(RXD_1)

One cap per power pin

(CANTX_0)

(CANRX_0)

(TXD_0)

(TXD_1)

(TXD_1)

PB3PB2

CAN0-CANH

C0_EN

C0_STBC0_WAKE

CAN0-CANL

C0_INHC0_ERR_B

PB0PB1

PB12

USB_RNUSB_P USB_RP

USB_RXD_0USB_TXD_0CLK_XTIN_6M

CLK_XTOUT_6M

USB_N

USB_RXD_0 USB_TXD_0

DBG_RXD_0

DBG_TXD_0

PB0PB1PB12PB13

PM3PM4

PM4

BUS0BUS1BUS2BUS3BUS4BUS5

PM3

PB13

GND

CAN-12V

P12V

GND

GND

GND

GND

GND

5.0V_SR

GND

GND

GND

GND

3.3V_SR

GND

GND

5.0V_SR

GND GND

3.3V_SR

3.3V_SR

GND

GND

GND

5.0V_SR

5.0V_SR

3.3V_SR

GND

GND

GND

GND

3.3V_SR

3.3V_SR

GND

GND

GND

PB[0..13]{6,9,12}

DBG_RXD_0{12}

DBG_TXD_0{12}

PM3{6}PM4{6}

Drawing Title:


Date: Sheet of

Page Title:


SCH-27293 PDF: SPF-27293 B

MPC5645S-DEMO-V2

C


Serial Interface

10 12



Date: Sheet of

Page Title:


SCH-27293 PDF: SPF-27293 B

MPC5645S-DEMO-V2

C


Serial Interface

10 12



Date: Sheet of

Page Title:


SCH-27293 PDF: SPF-27293 B

MPC5645S-DEMO-V2

C


Serial Interface

10 12

___ ___X

U2

TJA1041T

INH7

WAKE9

STB14

EN6

TXD1

ERR8

RXD4

GN

D2

SPLIT11

CANH13

CANL12

VI/O

5

VB

AT

10

VC

C3

C48

0.1UF

C43

1000PF

C59

0.1UFC64

0.1UF

C55 0.033UF

U5

FT2232D

ADBUS024

ADBUS123

ADBUS222

ADBUS321

ADBUS420

ADBUS519

ADBUS617

ADBUS716

ACBUS015

ACBUS113

ACBUS212

ACBUS311

SI/WUA10

BCBUS030

BCBUS129

BCBUS228

BCBUS327

SI/WUB26

PWREN#41

3V3OUT6

USBDM8

USBDP7

RSTOUT#5

RESET#4

XTIN43

XTOUT44

EECS48

EESK1

EEDATA2

TEST47

AV

CC

46

VC

C1

3

VC

C2

42

VC

CIO

A14

VC

CIO

B31

GN

D1

9

GN

D2

18

GN

D3

25

GN

D4

34

AG

ND

45

BDBUS040

BDBUS139

BDBUS238

BDBUS337

BDBUS436

BDBUS535

BDBUS633

BDBUS732

L1470OHMDNP

12

X16 MHZ

13

2

J5

DB9

CAN_0

594837261

M2

M1R8 27

J17

HDR 2X3

1 23 4

65

R7 27

R42

60.4

C50

0.1UF

R2

4.70K

R47

1.5K

J6

HDR 2X3

1 23 4

65

C56

1000PF

C38

47PFDNP

R9

1.0

M

U4

TJA1020T

RXD1

SLP2

WAKE3

TXD4

GN

D5

LIN6

BA

T7

INH8

R10 10.0K

J3

CON PLUG 4

LIN_1

1234

C49

0.1UF

R49

10.0K

J20

HDR 1X2

CAN_12V

1 2

C36

0.01uF

J7

HDR 1X2Master Mode Pullup

1 2

C39

47PFDNP

C51

1000PF

C57

0.1UF

R45

60.4

R46 10.0K

12 3

4

+D

-D

G

V

J1

USB_TYPE_B

USB/Serial Interface

1

234

S1

S2

R48 10.0K

J13

HDR 2X3

1 23 4

65

C41

0.1UFD2

D3D4

D1

D3

BGX50A

1

2

3

4

R15

10.0K

C58

0.1UF

R40 1.0K

C54

0.1UF

J16

HDR 1X2 12

R1

10.0K

+

C44

10UF

L3470OHMDNP

12

D1

GF1A

A C

C45

1000PF

R50

470

5

5

4

4

3

3

2

2

1

1

D D

C C

B B

A A

KEEP VREFN AND VREFP CAPACITORS AS CLOSEASPOSSIBLE TO THE ADV7180 AND ON THE SAMESIDEOF THE PCB AS THE ADV7180

KEEP CLOSE TO THEADV7180 AND ONTHE SAMESIDE OF PCB AS THEADV7180.

V_RESET

V_PWR

(SCL_0)

(SDA_0)

(VIU9)

(VIU0)

(VIU1)

(VIU2)

(VIU3)

(VIU4)

(VIU5)

(VIU6)

(VIU7)

(PDI0)

(PDI1)

(PDI2)

(PDI3)

(PDI4)

(VIU CLK)

(PDI5)

(PDI6)

(PDI7)

(PDI_CLK)

(PDI DE)

Place close to MCU

(PDI HSYNC/VIU9)

(PDI VSYNC/VIU8)

(VIU8)

(SCL_0)

(SDA_0)

V_CLK

V_CLK

V_RESET

V_PWR

PF9PF8

COMP_IN

PF9_RPF8_R

PJ3

PK4PK5PK6PL4

PL7PL8

PL5PL6PM1

PM0

PM0PM1

PJ3

VIN_FVIN_VSVIN_HS

PL8

PK2PK3PK4PK5PK6PL4PL5PL6

PJ4PJ5PJ6PJ7PJ8

PJ3

PJ9PJ10PJ11

PL9PG12PJ1

PJ2

PL7

PF9

PF2PF2PF8PF9

PF8

GND

GND

GND

GND

GND

3.3V_SR

GND GNDGND GND

GND GND GND GND GND GND

GND GND

GNDGND

GNDGNDGNDGNDGND

GND

1.8V_SR

1.8V_SR

GNDGND

3.3V_SR3.3V_SR

5.0V_SR5.0V_SR

P12VP12V

3.3V_SR

PJ[0..15] {6,7,8,12}

PM0{6}PM1{6}

PK[0..11] {6,7,8,12}

PL[0..13] {6,9,12}

PG[0..12] {6,7}

PF[0..15] {6,8,9,12}

Drawing Title:


Date: Sheet of

Page Title:


SCH-27293 PDF: SPF-27293 B

MPC5645S-DEMO-V2

C


Video Input

11 12



Date: Sheet of

Page Title:


SCH-27293 PDF: SPF-27293 B

MPC5645S-DEMO-V2

C


Video Input

11 12



Date: Sheet of

Page Title:


SCH-27293 PDF: SPF-27293 B

MPC5645S-DEMO-V2

C


Video Input

11 12

___ ___X

R25 4.70K DNP

C20

10nF

R76 33

C8

10nF

P4

HDR_2X19_F

Camera input port

11

22

33

44

55

66

77

88

99

1010

1111

1212

1313

1414

1515

1616

1717

1818

1919

2020

2121

2222

2323

2424

2525

2626

2727

2828

2929

3030

3131

3232

3333

3434

3535

3636

3737

3838

G341

G442

G543

G139

G240

TVS10402ESDA-MLP

12

R65 10.0K

C108 47PF

R22

1.0M

R61 36

C9

0.1UF

R66 10.0K

J31

HDR TH 1X3

DNP123

GN

D2

GN

D1

Y1

28.63636MHZ

12 3

4

R85 33

C85 0.1UF

R67

39.0

J24

CONN RCA 4

VIDEO IN

2

1_11_21_3

C11

0.082UF

R44 4.70K DNP

C6

0.1UF

R68 10.0K

TP12

C10 0.1UF

C12

10nF

C90 47PF

C14

10nF

C19

10nF

R79 33

R77

10.0K

C16

0.1UF

C13

10nF

U9

ADV7180

AIN135

AIN236

AIN346

AIN447

AIN548

AIN649

SDATA53

SCLK54

ALSB52

ELPF30

SFL9

LLC20

XTAL122

XTAL221

NC127

NC228

NC333

NC441

NC542

NC644

NC745

NC850

AGND132

AGND237

AGND343

TEST_034

DGND13

DGND210

DGND324

DGND457

P026

P125

P219

P318

P417

P516

P615

P714

P88

P97

P106

P115

P1262

P1361

P1460

HS2

VS64

FIELD63

INTRQ_B1

GPO013

GPO112

GPO256

GPO355

VREFP38

VREFN39

PVDD31

AVDD40

DVDD123

DVDD258

DVDDIO211DVDDIO14

P1559

PWRDWN_B29

RESET_B51

TP11

R63 10.0K

R78

10.0K

R21

1.69K

R83 33

C15

0.1UF

C18

0.1UF

C17

0.1UF

R64 10.0K

C7

0.1UF

5

5

4

4

3

3

2

2

1

1

D D

C C

B B

A A

(Tool I/O 3)

(Vendor I/O 2)

UBATT

VALTREF

UBATT

(Tool I/O 0)

(RDY)

(CLKOUT)

VREF

(RDY)

G1..G5 = MICTORCentre Ground Pins

(Tool I/O 2)

(Tool I/O 1)

Place CAPS as close toconnector pins

NEXUS Conenctor (MICTOR)

(TRST)

(N/C)

(VSS)

(VSS)

(VSS)

(VSS)TDI

TDO

TCK

TMS

TDO

TCK

TMS

TDI

TMS

eMIOS1[18]eMIOS1[19]

EIF8

TDO pull up

(PF15 CLKOUT)Driver MUST keep USBVREN bit OFF

LINFlex3 to USB

USB Debug Interface

MSEO[1]

MSEO[0]

Jog Encoder

WKUP10

(M4C0M)

(M4C0P)

(M4C1M)

(M4C1P)

(M5C0M)

(M5C0P)

(M5C1M)

(M5C1P)

Jog Encoder

External Debugger Interface

General Purpose I/O Interfaces

Decapfor U19

MDO1MDO2MDO3MDO4MDO5MDO6MDO7

PF15

MDO10

MDO8

PH3

EVTI_B

MDO9

PH1

EVTI_B

JCOMP

JCOMP

RESET_B

MCKOEVTO_B

MDO11

RESET_B

MDO0

DBG_RXD_0DBG_TXD_0

JM60_EXTAL

JM60_XTAL

JM_USB_RN

BRD_ID1

BRD_REV0

JM_USB_RP

BRD_REV1

JM_EN

JM_TCK1JM_TDOJM_TDIJM_TCK2

JM_TMS

JM_RSTOUT

JM_RSTIN

JM_TCK2JM_TCK1

JM_TDIJM_TMS

PH2 JM_TDOPH1PH3PH0

JM_RSTOUTRESET_B

SW_PF1SW_PF0SW_PK0

DBG_RXD_0

DBG_TXD_0

SW_PF3

PK0

PF0PF1PF3

PL11PL12PL13

PL10 SW_PL10SW_PL11

PH4PJ12

PK7PK8PK9PB4PB5PB6

SW_PK7SW_PK8SW_PK9

PE0PE1PE2PE3PE4PE5PE6PE7

PC8

PC9

SW_PJ12

SW_PL12SW_PL13

JM_EN

JM_RSTINJM_RST_B

PH2PH0

JM_USB_PJM_USB_N

BRD_REV2

BRD_ID0

GND

3.3V_SR3.3V_SR

P12V_R

GND

GNDGND

3.3V_SR

GND

3.3V_SR 3.3V_SR

3.3V_SR

GNDGND

3.3V_SR

GND

GND

GND

3.3V_SR

GND

3.3V_SR

GND

GND

5.0V_SR

GND

3.3V_SR

GND

3.3V_SR

3.3V_SR

GND

GND

3.3V_SRGND

GND

GND

3.3V_SR

GND

GNDGND

3.3V_SR3.3V_SR

GNDGND

EVTI_B {6}EVTO_B {6}MCKO {6}MSEO2_B {6}

MDO[0..11] {6}

MSEO_B {6}

PH[0..4]{6,12}

RESET_B{6}

PF[0..15]{6,8,9,11,12}

PK[0..11]{6,7,8,11}

PF[0..15] {6,8,9,11,12}

DBG_RXD_0{10}

DBG_TXD_0{10}

PL[0..13]{6,9,11}

PH[0..4]{6,12}

PJ[0..15]{6,7,8,11}

PB[0..13]{6,9,10}

PE[0..7]{6}

PC[0..13]{6,7,9}

JM_RST_B {6}

Drawing Title:


Date: Sheet of

Page Title:


SCH-27293 PDF: SPF-27293 B

MPC5645S-DEMO-V2

C


Debug

12 12



Date: Sheet of

Page Title:


SCH-27293 PDF: SPF-27293 B

MPC5645S-DEMO-V2

C


Debug

12 12



Date: Sheet of

Page Title:


SCH-27293 PDF: SPF-27293 B

MPC5645S-DEMO-V2

C


Debug

12 12

___ ___X

R6010M

U19

MC74HC245ADT

A02

A24

A46

A68

B711

B513

B315

B117

DIR1

OE19

B018

B216

B414

B612

A79

A57

A35

A13

VCC20

GND10

L2470OHMDNP

12

R56

10.0K

12 3

4

+D

-D

G

V

J2

USB_TYPE_B

USB_OSBDM

1

234

S1

S2

Y4XTAL 4MHZ HCM49

12

TP4

C221

0.1UF

R57

10.0K

J23

HDR_2X8

1 23 4

657 89 10

11 1213 1415 16

P3

HDR_2X19_F

NEXUS

11

22

33

44

55

66

77

88

99

1010

1111

1212

1313

1414

1515

1616

1717

1818

1919

2020

2121

2222

2323

2424

2525

2626

2727

2828

2929

3030

3131

3232

3333

3434

3535

3636

3737

3838

G341

G442

G543

G139

G240

J48

HDR TH 1X3

123

C35 47PF

DNP

D2

D3D4

D1

D4

BGX50A

1

2

3

4

TP7

R51 10.0K

R87 4.70K

C34 47PF

DNP

R5

15.4K

D6

LED RED

AC

U6

MC9S08JM60CLD

PTC41

IRQ/TPMCLK2

RESET3

PTF0/TPM1CH24

PTF1/TPM1CH35

PTF4/TPM2CH06

PTF5/TPM2CH17

PTE0/TxD18

PTE1/RxD19

PTE2/TPM1CH010

PTE3/TPM1CH111

PTE4/MISO112

PTE5/MOSI113

PTE6/SPSCK114

PTE7/SS115

VD

D1

16

VS

S1

17

USBDN18

USBDP19

VUSB3320

PTG0/KBIP021

PTG1/KBIP122

PTB0/MISO2/ADP023

PTB1/MOSI2/ADP124

PTB2/SPSCK2/ADP225

PTB3/SS2/ADP326

PTB4/KBIP4/ADP427

PTB5/KBIP5/ADP528

PTD0/ADP8/ACMP+29

PTD1/ADP9/ACMP-30

VD

DA

D/V

RE

FH

31

VS

SA

D/V

RE

FL

32

PTD2/KBIP2/ACMPO33

PTG2/KBIP634

PTG3/KBIP735

BKGD/MS36

PTG4/XTAL37

PTG5/EXTAL38

VS

SO

SC

39

PTC0/SCL40

PTC1/SDA41

PTC242

PTC3/TxD243

PTC5/RxD244

R133

0

R3 27

SW8

EVQ-WKA001

SW1_55

B2

SW13

SW24

NC11

COM6

A7

NC28

R6 10.0K

TP8

J47

HDR_2X8

1 23 4

657 89 10

11 1213 1415 16

TP5

C42

47PFDNP

J8

HDR 1X2

12

J32

HDR_2X8

1 23 4

657 89 10

11 1213 1415 16

R52

10.0K

R84

100

J10

HDR 2X3

JM60_BDM

1 23 4

65

R88

10.0K

R55

10.0K

R131

10.0K

SW9

EVQ-WKA001

SW1_55

B2

SW13

SW24

NC11

COM6

A7

NC28

R54

10.0K

SW4

SW_DIP-4/SM

1234 5

876

R134

18K

C71

0.1UF

P1

CON_2X7

JTAG

1 23 4

657 89 10

11 1213 14

TP6

TP10

J12

HDR 2X3

1 23 4

65

C60

0.1UF

C61

10nF

R86

100

R58

10.0K

D7

LED GREEN

AC

R4 27

C87 18pF

R132

10.0K

C88 18pF

C40

47PFDNP

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Document Number: MPC5645SDEMOUGRev. 0,09/2012

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