Renault LAN5200WR1 Service Manual

MODEL: LAN5200WR1SERVICE MANUAL

SERVICE
MANUAL

CAR NAVIGATION SYSTEM

MODEL: LAN5200WR1

P/NO : AFN72978857 FEBRUARY, 2012

www.electronicsrepair.net

CONTENTS

SECTION 1 SUMMARY

SERVICING PRECAUTIONS .............................................................................................................................1-2

ESD PRECAUTIONS ..........................................................................................................................................1-3

SPECIFICATIONS ..............................................................................................................................................1-4

SECTION 2 ELECTRICAL

ELECTRICAL TROUBLESHOOTING GUIDE ....................................................................................................2-1

1. FRONT PART ............................................................................................................................................2-1

2. AUDIO PART .............................................................................................................................................2-2

3. POWER PART ........................................................................................................................................... 2-6

4. GPS PART ................................................................................................................................................. 2-8

CONNECTOR TERMINAL FUNCTION ............................................................................................................ 2-10

WAVEFORMS ...................................................................................................................................................2-13

CIRCUIT VOLTAGE CHART ............................................................................................................................ 2-15

BLOCK DIAGRAMS .........................................................................................................................................2-33

1. FUNCTION BLOCK DIAGRAM ................................................................................................................2-33

2. H/W BLOCK DIAGRAM ...........................................................................................................................2-35

3. S/W BLOCK DIAGRAM ...........................................................................................................................2-37

4. FRONT BLOCK DIAGRAM ......................................................................................................................2-39

5. AUDIO BLOCK DIAGRAM .......................................................................................................................2-41

6. POWER BLOCK DIAGRAM.....................................................................................................................2-43

7. GPS BLOCK DIAGRAM...........................................................................................................................2-45

CIRCUIT DIAGRAMS .......................................................................................................................................2-47

1. FRONT CIRCUIT DIAGRAM ...................................................................................................................2-47

2. MAIN - POWER + AMPLIFIER CIRCUIT DIAGRAM ..............................................................................2-49

3. MAIN - SINGLE RF TUNER(LEAF DICE) CIRCUIT DIAGRAM ..............................................................2-51

4. MAIN - DSP(DiRaNa2) CIRCUIT DIAGRAM ...........................................................................................2-53

5. MAIN - MICOM + CAN CIRCUIT DIAGRAM ...........................................................................................2-55

6. MAIN - DAB CIRCUIT DIAGRAM ............................................................................................................2-57

7. MAIN - AU1320 LCD & USB & UART CIRCUIT DIAGRAM ....................................................................2-59

8. MAIN - AU1320 BUS & PSC CIRCUIT DIAGRAM .................................................................................. 2-61

9. MAIN - AU1320 VDD & BOOT & RESET / IPOD CP CIRCUIT DIAGRAM ............................................ 2-63

10. MAIN - DDR2 SDRAM CIRCUIT DIAGRAM .........................................................................................2-65

11. MAIN - NOR FLASH & i-NAND CIRCUIT DIAGRAM ............................................................................ 2-67

12. MAIN - VIDEO DECODER & USB CIRCUIT DIAGRAM .......................................................................2-69

13. MAIN - CONNECTOR & DEBUG CIRCUIT DIAGRAM .........................................................................2-71

14. MAIN - GPS CIRCUIT DIAGRAM ..........................................................................................................2-73

PRINTED CIRCUIT BOARD DIAGRAMS ....................................................................................................... 2-75

1. FRONT P.C.BOARD ................................................................................................................................2-75

2. MAIN P.C.BOARD ................................................................................................................................... 2-79

SECTION 3 EXPLODED VIEW

1. CABINET AND MAIN FRAME SECTION .................................................................................................. 3-1

SECTION 4 REPLACEMENT PARTS LIST

1-1

SECTION 1 SUMMARY

SERVICING PRECAUTIONS

1. Always disconnect the power source before:

1) Removing or reinstalling any component, circuit board, module or any other instrument assembly.

2) Disconnecting or reconnecting any instrument electrical plug or other electrical connection.

3) Connecting a test substitute in parallel with an electrolytic capacitor in the instrument.
CAUTION: A wrong part substitution or incorrect polarity installation of electrolytic capacitors may result in an
explosion hazard.

2. Do not defeat any plug/socket B+ voltage interlocks with which instruments covered by this service
manual might be equipped.

3. Do not apply power to this instrument and or any of its electrical assemblies unless all solid-state de­vice heat sinks are correctly installed.

4. Always connect a test instrument’s ground lead to the instrument chassis ground before connecting
the test instrument positive lead. Always remove the test instrument ground lead last.

1) The service precautions are indicated or printed on the cabinet, chassis or components. When servicing,

follow the printed or indicated service precautions and service materials.

2) The Components used in the unit have a specifi ed confl ammability and dielectric strength. When replacing

any components, use components which have the same ratings. Components marked in the circuit diagram
are important for safety or for the characteristics of the unit. Always replace with the exact components.

3) An insulation tube or tape is sometimes used and some components are raised above the printed writing

board for safety. The internal wiring is sometimes clamped to prevent contact with heating components.
Install them as they were.

4) After servicing always check that the removed screws, components and wiring have been installed correctly

and that the portion around the service part has not been damaged. Further check the insulation between
the blades of attachment plug and accessible conductive parts.

1-2

ESD PRECAUTIONS

Electrostatically Sensitive Devices (ESD)

Some semiconductor (solid state) devices can be damaged easily by static electricity. Such components com­monly are called electrostatically sensitive devices (ESD). Examples of typical ESD devices are integrated circuits
and some fi eld-effect transistors and semiconductor chip components. The following techniques should be used
to help reduce the incidence of component damage caused by static electricity.

1. Immediately before handling any semiconductor component or semiconductor-equipped assembly, drain off
any electrostatic charge on your body by touching a know earth ground. Alternatively, obtain and wear a com­mercially available discharging wrist strap device, which should be removed for potential shock reasons prior
to applying power to the unit under test.

2. After removing an electrical assembly equipped with ESD devices, place the assembly on a conductive surface
such as aluminum foil, to prevent electrostatic charge buildup or exposure of the assembly.

3. Use only a grounded-tip soldering iron to solder or unsolder ESD devices.

4. Use only an anti-static solder removal device. Some solder removal devices not classifi ed as “anti-static” can
generate electrical charges suffi cient to damage ESD devices.

5. Do not use freon-propelled chemicals These can generate electrical charges suffi cient to damage ESD de-
vices.

6. Do not remove a replacement ESD device from its protective package until immediately before you are ready to
install it. (Most replacement ESD devices are packaged with leads electrically shorted together by conductive
foam, aluminum foil or comparable conductive materials).

7. Immediately before removing the protective material from the leads of a replacement ESD device, touch the
protective material to the chassis or circuit assembly into which the device will by installed.

CAUTION : BE SURE NO POWER IS APPLIED TO THE CHASSIS OR CIRCUIT, AND OBSERVE ALL
OTHER SAFETY PRECAUTIONS.

8. Minimize bodily motions when handing unpackaged replacement ESD devices. (Otherwise harmless motion
such as the brushing together of your clothes fabric or the lifting of your foot from a carpeted fl oor can generate
static electricity suffi cient to damage an ESD device).

CAUTION. GRAPHIC SYMBOLS

THE LIGHTNING FLASH WITH ARROWHEAD SYMBOL. WITHIN AN EQUILATERAL TRIANGLE,
IS INTENDED TO ALERT THE SERVICE PERSONNEL TO THE PRESENCE OF UNINSULATED
“DANGEROUS VOLTAGE” THAT MAY BE OF SUFFICIENT MAGNITUDE TO CONSTITUTE A
RISK OF ELECTRIC SHOCK.

THE EXCLAMATION POINT WITHIN AN EQUILATERAL TRIANGLE IS INTENED TO ALERT
THE SERVICE PERSONNEL TO THE PRESENCE OF IMPORTANT SAFETY INFORMATION IN
SERVICE LITERATURE.

1-3

SPECIFICATION

GENERAL

Output Power ...................................................................................................................... 47 W x 4 CH (Max.)

Power Source ..................................................................................................................................... DC 13.8 V

Speaker impedance .......................................................................................................................................4 Ω

Ground System .....................................................................................................................................Negative

Dimensions (W x H x D) ........................................................................................ 212.37 x 126.16 x 183.5 mm

Net Weight ................................................................................................................................................. 1.4 kg

DISPLAY

LCD ................................................................................................................. 7 inch touch screen LCD display

Resolution ........................................................................................................................................... 800 x 480

Back Light ............................................................................................................................................. LED type

RADIO SELECTION

FM

Frequency Range ....................................................................................................................... 87.5 - 108 MHz

S/N Ratio ................................................................................................................................................... 57 dB

Distortion ..................................................................................................................................................0.35 %

Usable Sensitivity .................................................................................................................................... 6 dBμV

AM

Frequency Range ...................................................................................................................... 522 - 1,620 kHz

S/N Ratio ................................................................................................................................... 68 dB(MW, LW)

Distortion ........................................................................................................................0.3 %(LW), 0.2 %(MW)

Usable Sensitivity .................................................................................................................................. 20 dBμV

NAVIGATION SELECTION

CPU ........................................................................................................................................................AU1320

OS ......................................................................................................................................................WINCE7.0

SDRAM .................................................................................................................................................. 256 MB

Memory (Map) .................................................................................................... 4 GB NANDrive (NAND Flash)

Memory (OS) ........................................................................................................................ 32 Mbit NOR Flash

GPS .........................................................................................................................................................UBLOX

Map .............................................................................................................................................................NNG

User Interface ................................................................................................................................ Touch screen

1-4

SECTION 2 ELECTRICAL

ELECTRICAL TROUBLESHOOTING GUIDE

1. FRONT PART

• FRONT_LCD ERROR

LCD IS NOT OPERATED.

All POWER CHECK

POWER

YES

BACKLIGHT

YES

BRIGHT

YES

MICOM FLASH RE-DOWNLOAD

(CN400)

• FRONT_TOUCH ERROR

NO

NO

NO

CN2903(LCD_5 V 49, 48, 47PIN CHECK)

AVDD(CN2905 8PIN), DVDD(CN2905 44PIN)

VGH(CN2905 10PIN), VGL(CN2905 9PIN),

VCOM(CN2905 5PIN)

CN2905(47, 48, 49, 50PIN CHECK)

VLED+, VLED- CHECK

VCOM(CN2905) CHECK

TOUCH IS NOT OPERATED.

POWER

YES

OK

NO

CONNECTOER (CN2103) CHECK

IC2603 2PIN CHECK(3.3 V)

2-1

2. AUDIO PART

• AUDIO MICOM OPERATING ERROR

POWER ERROR

RESET

(RECONNECT CN100 AND CN101)

RESET?

YES

MICOM (IC401) INUPUT

VOLTAGE(DC 3.3 V)

(L402 CHECK)

YES

ACC_LEVEL_DETECT INPUT

(DC 3.3 V) OK?
(MICOM PIN50)

YES

MICOM FLASH RE-DOWNLOAD

(CN100)

NO

RESET IC(IC400) CHECK (R401)

NO

IC101 CHECK

NO

ACC CHECK

2-2

• AUDIO OUTPUT ERROR

AUDIO OUTPUT ERROR

CN100 CABLE

CONNECTION OK?

YES

DSP INPUT

VOLTAGE(DC3.3 V) OK?

(IC300 PIN87(R341))

YES

DSP OUTPUT OK?

BIAS 1.8 V, (R365(FL), R366(FR),

R362(RL), R361(RR))

YES

POWER AMP INPUT

VOLTAGE (=13.5 V)

OK? (L100 PIN1)

YES

POWER AMP_STBY

INPUT OK? (Q115 PIN2 (POWER

ON : 0→13.5 V))

YES

NO

NO

NO

NO

NO

CABLE CONNECTION &

CABLE CHECK

LDO IC107 CHECK

OUTPUT SHORT & DSP CLK (C317)

CHECK

∗ CHECK WAVE FORM

Q102, IC104 CHECK

TR CNTL CHECK(Q116 PIN2)

IC401 CHECK

∗ CHECK WAVE FORM

POWER AMP OUTPUT OK?

(PIN 4&6, 8&10, 18&20, 22&24)

YES

CONNECTOR CHECK

OR REBOOTING

NO

IC110(AMP) OUTPUT CHECK

2-3

• AUX SOURCE CHECKING

[AUX source input checking]

1. Check front PCB TP2130 (Detect signal)
→ If it is failed, check AUX connector.

2. Check MAIN PCB. (Detect signal)

3. Check AUX Left, Right signal. (front : TP2168, TP2169 / MAIN : C319, C324)

4. If there are different signals between front & MAIN.
→ Check 40pin cable.

2-4

• USB, IPOD, BLUETOOTH SOURCE CHECKING

[I2S data signal checking]

1. Check Main PCB R349.

→ If it is not failed, check DSP chip.

2. If R349 data is failed,

a. Bluetooth : check Bluetooth chip (PCM, BT_Rx, BT_Tx), 40pin cable and CPU.
b. USB, iPOD : check TP2102, TP2164.

- If it is OK : check 40pin cable and CPU.

- If it is failed : check USB connector

2-5

3. POWER PART

• SET BOOTING ERROR

BOOTING ERROR

CN100 5PIN

13.5 V?

YES

IC101 VOUT

3.3 V?

YES

IC104 3PIN

3.3 V?

YES

IC102 2PIN, 3PIN

3.3 V?

YES

IC108 4PIN

1.8 V?

YES

NO

B+ CABLE CHECK

NO

IC101 CHECK

NO

IC104 CHECK

NO

IC102 CHECK

NO

IC108 CHECK

IC109 4PIN

1.1 V?

YES

IC107 4PIN

3.3 V?

YES

Q2102 2PIN

3.3 V?

YES

OK

NO

IC109 CHECK

NO

IC107 CHECK

NO

Q2102 CHECK

2-6

• ACTIVE ANTENNA NG

ACTIVE ANTENNA NG

IC106 8PIN

5 V?

YES

D116 2PIN

12 V?

YES

OK

NO

IC106 CHECK

NO

IC106 CHECK

2-7

4. GPS PART

• SET BOOTING ERROR

GPS RX ERROR

IC1301_24PIN

3.3 V HIGH?

YES

VDDC_8, 9, 17, 31PIN → 1.3 V?

YES

VDD_15, 25, 28, 29, 42, 50PIN → 3.3 V?

YES

XTAL-49PIN 26 MHz?

YES

UI CHECK

NO

IC1301 CHECK

NO

IC1301 PIN

NO

IC1301 PIN

NO

IC1301- 49PIN PULSE

2-8

• GPS SATELLITE SIGNAL FIX ERROR

GPS SATELLITE SIGNAL FIX ERROR

IC1301_24PIN

3.3 V HIGH?

YES

PIN49_XTAL_I (TCXO)

26 MHz?

YES

PIN_6, 7 RTC XTAL

32.768 kHz?

YES

UART GPS_TX

NMEA DATA?

YES

CHECK GPS ANT

NO

IC1301 CHECK

NO

X1301 3, 4PIN CHECK

NO

X1300 1, 2PIN CHECK

NO

IC1301- 21PIN CHECK

2-9

CONNECTOR TERMINAL FUNCTION

1. 24PIN SIGNAL CONNECTOR

12 11 10 9 8 7 6 5 4 3 2 1

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

No. Signal Name Function

1 ILL Illumination Signal

2 ACC Wake-up Signal

3 REAR GEAR Rear gear engaged

4 N.C N.C

5 N.C N.C

6 N.C N.C

7 MIC_SIG External microphone signal

8 PWR_MIC External microphone supply

9 PWR_CAM Rear camera power supply

10 CAM_IN + Rear camera video signal +

11 AUX2_IN + Line in mono +

12 INFO_AUX2_IN

13 SPEED Vehicle speed

14 IGN Wake-up signal

15 CAN_H CAN High Multimedia

16 CAN_L CAN Low Multimedia

17 N.C N.C

18 N.C N.C

19 MIC_GND External Microphone ground

20 N.C N.C

21 CAN_GND Rear camera ground

22 CAM_IN - Rear camera video signal -

23 AUX2_IN_GND Line in mono -

24 AUX2_IN_SHIELD Line in mono shield

Line in detection

Audio switch function

2-10

2. 12PIN POWER / AUDIO CONNECTOR

No. Signal Name Function

1 HP AR G+ Left rear speaker +

5 4 3 2 1

12 11 10 9 8 7 6

2 HP AV G+ Left front speaker +

3 HP AV D+ Right front speaker +

4 N.C N.C

5 BAT Radio Power Supply

6 HP AR G- Left rear speaker -

7 HP AV G- Left front speaker -

8 HP AV D- Right front speaker -

9 HP AR D+ Right Rear speaker +

10 HP AR D- Right Rear speaker -

11 N.C N.C

12 GND Radio ground

3. 8PIN REMOTE CONTROL CONNECTOR

No. Signal Name Function

1 IN0 Steering wheel remote controller IN0

4321

8765

2 IN1 Steering wheel remote controller IN1

3 IN2 Steering wheel remote controller IN2

4 L0 Steering wheel remote controller L0

5 L1 Steering wheel remote controller L1

6 L2 Steering wheel remote controller L2

7 N.C N.C

8 N.C N.C

2-11

2-12

WAVEFORMS

1. FRONT PART

1)

CN2903 31Pin DHSYNC

3. MAIN PART

7)

[CPU] USBXI – X600, 12 MHz

2)

CN2903 32Pin DVSYNC

8)

[CPU] XTI12 – X702, 12 MHz

3)

CN2903 2Pin DCLK

9)

[CPU] XTI32 – X701, 32.768 kHz

4)

CN2903 33Pin DTVDE

10)

[CPU] PSC2_SYNC1 – X700,

11.2896 MHz

2. AUDIO PART

5)

DSP CLK (C317)

11)

[Decoder] XTI – X1100, 27 MHz

6)

POWER AMP_STBY (off → on)

12)

[DSP] OSC_REF_N– X300,

41.6 MHz

13)

[CPU/LCD] PCLK – L625, 36 MHz

4. GPS PART

16)

IC1301 PIN6_RTC(real time clock)
XTAL_O

14)

[CPU/LCD] LCLK – R624

17)

IC1301 PIN7_RTC XTAL_I

15)

[CPU/LCD] FCLK – R623

18)

IC1301 PIN21_GPS TX(NMEA)

19)

IC1301 PIN39_GPS_TIME PULSE

20)

IC1301 PIN49_XTAL_I (TCXO)

2-142-13

CIRCUIT VOLTAGE CHART

CN2903

Pin# Description Voltage Pin# Description Voltage

1 GND DGND 26 B4 H/L

2 DCLK CLK 27 B5 H/L

3 GND DGND 28 B6 H/L

4 R0 H/L 29 B7 H/L

5 R1 H/L 30 GND DGND

6 R2 H/L 31 DHSYNC CLK

7 R3 H/L 32 DVSYNC CLK

8 R4 H/L 33 DDE CLK

9 R5 H/L 34 GND DGND

10 R6 H/L 35 GND DGND

11 R7 H/L 36 LCD_3.3 V 3.3 V

12 GND DGND 37 LCD_3.3 V 3.3 V

13 G0 H/L 38 LCD_3.3 V 3.3 V

14 G1 H/L 39 GND DGND

15 G2 H/L 40 GND DGND

16 G3 H/L 41 ILL 12 5 V

17 G4 H/L 42 ILL 12.5 V

18 G5 H/L 43 ILL 12.5 V

19 G6 H/L 44 GND DGND

20 G7 H/L 45 GND DGND

21 GND DGND 46 LCD_5V 5 V

22 B0 H/L 47 LCD_5V 5 V

23 B1 H/L 48 LCD_5V 5 V

24 B2 H/L 49 LCD_5V 5 V

25 B3 H/L 50 GND DGND

CN2904

Pin# Description Voltage Pin# Description Voltage

1 AUX_R H/L 21 MODEL_DETECT H/L

2 GND DGND 22 GND DGND

3 AUX_L H/L 23 LCD_PWM H/L

4 GND DGND 24 GND DGND

5 AUX_DETECT H/L 25 AU_I2C_CLK0 CLK

6 GND DGND 26 AU_I2C_DATA0 H/L

7 AU_USB_HM H/L 27 TS_IRQ H/L

8 AU_USB_HP H/L 28 BT_RESET CLK

9 I2C_RESET H/L 29 BT_RX H/L

10 GND DGND 30 BT_TX H/L

11 USB V 5 V 31 PCM_IN H/L

12 USB_5 V 5 V 32 GND DGND

13 USB_5 V 5 V 33 PCM_CLK CLK

14 GND DGND 34 GND DGND

15 FRONT_MIC_GND DGND 35 PCM_SYNC CLK

16 FRONT_MIC_SIG H/L 36 PCM OUT H/L

17 GND DGND 37 GND DGND

18 VOLUME+ H/L 38 BT_3.3 V 3.3 V

19 VOLUME- H/L 39 BT_3.3 V 3.3 V

20 POWER_ON/OFF H/L 40 GND DGND

CN2905

Pin# Description Voltage Pin# Description Voltage

1 NC NC 26 G2 H/L

2 NC NC 27 G3 H/L

3 GND DGND 28 G4 H/L

4 DITHB CLK 29 G5 H/L

5 VCOM_3.8 V 3.8 V 30 G6 H/L

6 NC NC 31 G7 H/L

7 RESET H/L 32 B0 H/L

8 AVDD 10.4 V 10.4 V 33 B1 H/L

9 VGL_-7 V -7 V 34 B2 H/L

10 VGH_16 V 16 V 35 B3 H/L

11 U/D 3.3 V 36 B4 H/L

12 L/R 3.3 V 37 B5 H/L

13 GND DGND 38 B6 H/L

14 DCLK CLK 39 B7 H/L

15 GND DGND 40 HS CLK

16 R0 H/L 41 VS CLK

17 R1 H/L 42 DE H/L

18 R2 H/L 43 MODE H/L

19 R3 H/L 44 DVDD_3.3 V 3.3 V

20 R4 H/L 45 VCOM 3.8 V

21 R5 H/L 46 GND DGND

22 R6 H/L 47 VLED-

23 R7 H/L 48 VLED-

24 G0 H/L 49 VLED+ 10.2 V

25 G1 H/L 50 VLED+ 10.2 V

2-162-15

IC100 (MAX9938FELT+T)

Symbol Pin# Connection

Symbol Pin# Connection

Symbol Pin# Connection

CS_DIS 6 H/L

Symbol Pin# Connection

EUSY0178502

OUT 1 ANALOG

NC 2 -

GND 3 DGND

RS+ 4 5 V

NC 5 -

RS- 6 5 V

IC101 (NCV8664DT33RKG)

EAN62399801

VIN 1 BAT+

GND 2 DGND

VOUT 3 3.3 V

IC104 (VN5E010MHTR-E)

EAN62326701

OUT 1 VCC

GND 2 DGND

IN 3 3.3 V

VCC 4 BAT+

CS 5 ANALOG

OUT 7 VCC

IC106 (SC4501MLTRT)

EAN57246801

COMP 1 ANALOG

FB 2 ANALOG

/SHDN 3 3.3 V

GND 4 DGND
GND 5 DGND

SW 6 ANALOG
SW 7 ANALOG

IN 8 5 V

ROSC 9 ANALOG

SS 10 DGND

IC107 (BD7820FP)

EAN62046601

Symbol Pin# Connection

CTL 1 3.3 V
VCC 2 5.0 V
GND 3 DGND

VOUT 4 3.3 V

ADJ 5 0.73

IC108 (NCV5661DTADJRKG)

EAN36976602

Symbol Pin# Connection

ENABLE 1 3.3 V

VIN 2 3.3 V

GND 3 DGND

VOUT 4 1.8 V

ADJ 5 0.87 V

IC109 (NCV5661DTADJRKG)

EAN36976602

Symbol Pin# Connection

ENABLE 1 3.3 V

VIN 2 3.3 V

GND 3 DGND

VOUT 4 1.1 V

ADJ 5 0.88 V

IC111 (MAX16910CATA9/V+)

EAN62213801

Symbol Pin# Connection

IN 1 12 V

ENABLE 2 3.3 V

SET 3 12 V

/RESET 4 H/L

TIMEOUT 5 H/L

SETOV 6 1.25 V

GND 7 CGND
OUT 8 6 V

IC112 (AAT4610BIJS-1-T1)

EAN62169401

Symbol Pin# Connection

SET 1 DGND
/ON 2 3.3 V

IN 3 5.0 V
IN 4 5.0 V

OUT 5 5.0 V
GND 6 DGND
GND 7 DGND
GND 8 DGND

IC400 (BD5229G)

EAN62046501

Symbol Pin# Connection

VOUT 1 H/L

VDD 2 3.3 V
GND 3 DGND

NC 4 -

CT 5 DGND

IC402 (NLAS4717MR2G)

0IPRP00746A

Symbol Pin# Connection

VCC 1 3.3 V

NO1 2 ANALOG

COM1 3 ANALOG

IN1 4 H/L

NC1 5 ANALOG
GND 6 DGND

NC2 7 ANALOG

IN2 8 H/L

COM2 9 ANALOG

NO2 10 ANALOG

IC404 (TJA1051T/3)

0IPRP00025C

Symbol Pin# Connection

TXD 1 H/L
GND 2 DGND
VCC 3 5.0 V
RXD 4 H/L

VIO 5 3.3 V

CANL 6 H/L

CANH 7 H/L

S 8 H/L

IC800 (TC1270ARVRCTR)

EAN54854501

Symbol Pin# Connection

VSS 1 DGND

/RST 2 H/L

/MR 3 H/L

VDD 4 3.3 V

IC802 (341S2313)

EAN42565607

Symbol Pin# Connection

P4, /IRQ 1 3.3 V

NC 2 -

/RES 3 H/L

VCC 4 3.3 V

VSS 5 DGND
P2, /IRQ 6 CLK
P1, /IRQ 7 H/L
P3, /IRQ 8 3.3 V

IC1100 (XC6221B182NR)

EAN38670901

Symbol Pin# Connection

CE 1 H/L

VSS 2 DGND

VOUT 3 1.8 V

VIN 4 3.3 V

IC1102 (NCV2903DR2G)

0ISTL00114A

Symbol Pin# Connection

OUTPUT A 1 DGND

INPUT A- 2 DGND

INPUT A+ 3 DGND

GND 4 DGND

INPUT B+ 5 H/L

INPUT B- 6 H/L

OUPUT B 7 H/L

VCC 8 5.0 V

IC1201 (LM20BIM7)

0IPRPNS034A

Symbol Pin# Connection

NC 1 -

GND 2 DGND

VO 3 ANALOG

V+ 4 3.3 V

GND 5 DGND

IC2603 (MAX11803ETC+T)

EAN62207901

Symbol Pin# Connection

X+ 1 ANALOG

VDD 2 3.3 V

GND 3 DGND

X- 4 ANALOG
Y- 5 ANALOG

/TIRQ 6 H/L

SDA 7 DATA

SCL 8 CLK

A0 9 DGND
A1 10 DGND

AUX 11 -

Y+ 12 ANALOG

2-182-17

IC102 (MAX15023ETG+T)

EAN36285004

Symbol Pin# Connection Symbol Pin# Connection

FB1 1 0.6 V PGND2 13 DGND
EN1 2 3.3 V DL2 14 H/L
EN2 3 3.3 V PGOOD2 15 -

PGOOD1 4 - VCC 16 5.2 V

DL1 5 H/L FB2 17 0.6 V

PGND1 6 DGND COMP2 18 H/L

LX1 7 5.0 V RT 19 H/L

BST1 8 H/L SGND 20 DGND

DH1 9 H/L IN 21 VCC
DH2 10 H/L LIM2 22 H/L

BST2 11 H/L LIM1 23 H/L

LX2 12 3.3 V COMP1 24 H/L

IC110 (TDF8546)

EAN62086801
Symbol Pin# Connection Symbol Pin# Connection
ADSE1 1 DGND IN4 15 AUDIO(RR)

STB 2 H/L IN3 16 AUDIO(RF)

PGND2 3 DGND AC-GND 17 DGND

OUT2- 4 AUDIO(LF-) OUT3+ 18 AUDIO(RF+)

DIAG 5 - PGND3 19 DGND

OUT2+ 6 AUDIO(LF+) OUT3- 20 AUDIO(RF-)

VP2 7 VCC VP1 21 VCC

OUT1- 8 AUDIO(LR-) OUT4+ 22 AUDIO(RR+)
PGND1 9 DGND SCL 23 CLK
OUT1+ 10 AUDIO(LR+) OUT4- 24 AUDIO(RR-)

SVR 11 DGND PGND4 25 DGND

IN1 12 AUDIO(LR) SDA 26 H/L
IN2 13 AUDIO(LF) TAB 27 DGND

SGND 14 DGND

IC1004 (SN74LVTH574PWR)

0ISTLTI007A

Symbol Pin# Connection Symbol Pin# Connection

/OE 1 DGND CLK 11 CLK

1D 2 H/L 8Q 12 DGND
2D 3 H/L 7Q 13 H/L
3D 4 H/L 6Q 14 H/L
4D 5 H/L 5Q 15 H/L
5D 6 H/L 4Q 16 H/L
6D 7 H/L 3Q 17 H/L
7D 8 H/L 2Q 18 H/L
8D 9 DGND 1Q 19 H/L

GND 10 DGND VCC 20 3.3 V

IC200 (TEF7000HN/V2)

EAN60765801

Symbol Pin# Connection Symbol Pin# Connection

SWPORT1 1 - IC 25 -

WXRFIN1 2 - ADDRESS 26 DGND
WXRFIN2 3 - SWPORT2 27 -

FMRFIN1 4 ANALOG DICE_CLKN 28 CLK
FMRFIN2 5 ANALOG DICE_CLKP 29 CLK

IC 6 H/L GNDDIG 30 DGND

VCCRF 7 5.0 V SDA 31 H/L

GNDRF 8 DGND SCL 32 CLK
AMLNAIN1 9 ANALOG LDI_REQ_IN 33 H/L
AMLNAIN2 10 DGND LDI_CMD_OUT 34 H/L

AMAGCSW 11 DGND HOLD 35 H/L

IC 12 - SAMPLE 36 H/L
AMLNAOUT1 13 ANALOG VREF 37 DGND
AMLNAOUT2 14 ANALOG VCC2V8DEC 38 DGND

IC 15 - VCC5V 39 5.0 V

AMMIXIN2 16 ANALOG GND 40 DGND
AMMIXIN1 17 ANALOG CPOUT2 41 ANALOG

GNDI F 18 DGND CPOUT1 42 ANALOG

TST1 19 - VTUNE 43 ANALOG

TST2 20 - VCCVCODEC 44 ANALOG
IFOUTQ_N 21 ANALOG GNDVCO 45 DGND
IFOUTQ_P 22 ANALOG IC 46 -

IFOUTI_N 23 ANALOG FMANTBUF2 47 ­IFOUTI_P 24 ANALOG FMANTBUF1 48 -

IC1101 (TW9900-NA1-GR)

EAN62215701

Symbol Pin# Connection Symbol Pin# Connection

AVD 1 1.8 V VD4 17 H/L
MUX1 2 H/L VDD33 18 3.3 V
MUX0 3 - VD3 19 H/L
YGND 4 DGND VD2 20 H/L

AVS 5 DGND VD1 21 H/L

CIN0 6 DGND VD0/SIAD 22 H/L
AVDPLL 7 1.8 V VDD 23 1.8 V
AVSPLL 8 DGND VSSPST 24 DGND

VSYNC 9 - XTI 25 CLK (27 MHz)
HSYNC 10 - XTO 26 -

MPOUT 11 - VDD33 27 3.3 V

CLKX2 12 CLK SCLK 28 CLK

VSS 13 DGND SDAT 29 H/L
VD7 14 H/L PDN 30 DGND
VD6 15 H/L RSTB 31 H/L
VD5 16 H/L INTREQ 32 H/L

IC1400 (LBMA-2C66C2-SA)

EAT61553201

Symbol Pin# Connection Symbol Pin# Connection

ANT 1 ANALOG NC 17 -

GND 2 DGND PCM_CLK 18 CLK
PIO(0) 3 - PCM_IN 19 H/L
PIO(1) 4 - UART_RTS 20 ­AIO(0) 5 - UART_TX 21 H/L

VDD_VREGIN 6 3.3 V UART_CTS 22 -

PIO(4) 7 - UART_RX 23 H/L
PIO(5) 8 - RESETB 24 H/L

GND 9 DGND GND 25 DGND
PIO(8) 10 - SPI_CSB 26 -

USB_DP 11 - SPI_CLK 27 ­USB_DN 12 - SPI_MISO 28 -

VDD_1R8V 13 DGND SPI_MOSI 29 -

PCM_OUT 14 H/L PIO(3) 30 -

PCM_SYNC 15 H/L PIO(2) 31 -

GND 16 DGND GND 32 DGND

IC2602 (AAT2823IBK-T1)

EAN61125901

Symbol Pin# Connection Symbol Pin# Connection

WLX 1 5 V COMP 13 DGND

PGND2 2 DGND FB 14 0.6 V

REF 3 0 V N.C 15 ­FBN 4 0 V N.C 16 -

WEN 5 5 V N.C 17 -

DRVN 6 H/L N.C 18 -

VDD 7 10.4 V WCOMP 19 DGND

DRVP 8 H/L WFB 20 H/L

EN 9 5 V OVP 21 10.2 V

FBP 10 0.6 V VIN 22 5 V

PGND1 11 DGND AGND 23 DGND

LX 12 5 V WDIM 24 5 V

2-202-19

IC1003 (MX29LV320ETTI-70G)

Symbol Pin# Connection Symbol Pin# Connection Symbol Pin# Connection Symbol Pin# Connection Symbol Pin# Connection Symbol Pin# Connection

A15 1 H/L A12 9 H/L A17 17 H/L A0 25 H/L Q2 33 H/L Q13 41 H/L

A13 2 H/L A14 10 H/L A7 18 H/L /CE 26 H/L Q10 34 H/L Q6 42 H/L

A8 3 H/L /WE 11 H/L A6 19 H/L GND 27 DGND Q3 35 H/L Q14 43 H/L

A10 4 H/L /RESET 12 H/L A5 20 H/L /OE 28 H/L Q11 36 H/L Q7 44 H/L

A9 5 H/L NC 13 - A4 21 H/L Q0 29 H/L VCC 37 3.3 V Q15/A-1 45 H/L

A11 6 H/L /WP/ACC 14 3.3 V A3 22 H/L Q8 30 H/L Q4 38 H/L GND 46 DGND

A19 7 H/L RY//BY 15 - A2 23 H/L Q1 31 H/L Q12 39 H/L /BYTE 47 3.3 V

A20 8 H/L A18 16 H/L A1 24 H/L Q9 32 H/L Q5 40 H/L A16 48 H/L

Symbol Pin# Connection Symbol Pin# Connection Symbol Pin# Connection Symbol Pin# Connection Symbol Pin# Connection Symbol Pin# Connection

IBIAS 1 DGND PIO22 11 - PIO5 21 H/L VDD_C1 31 1.3 V PIO13 41 - VDD_RF 51 DGND

LNAOUT 2 ANALOG VDD_USB 12 DGND V_TH 22 DGND PIO19 32 - VDD_IO1 42 3.3 V VDD_SYNTH 52 DGND
VDCTEST 3 DGND USB_DP 13 - V_RESET 23 H/L PIO2 33 - CFG_PIN 43 - LDO2_OUT 53 DGND
MIX_IN_P 4 ANALOG USB_DM 14 - PIO4 24 H/L PIO3 34 - PIO7 44 H/L VDD_ANA 54 DGND
MIX_IN_N 5 ANALOG VDD_IO0 15 3.3 V V_DCDC 25 3.3 V PIO14 35 - PIO8 45 - VDD_LNA 55 DGND

RTC_XTAL_I 6 CLK(32.768 kHz) PIO18 16 - DCDC_EN 26 - PIO15 36 - N.C 46 - LNAIN 56 ANALOG

RTC_XTAL_O 7 CLK(32.768 kHz) VDD_C0 17 1.3 V N.C 27 - PIO17 37 - TCXO_POWER 47 ANALOG

VSS_PLL 8 1.3 V PIO20 18 - V_BCKP 28 3.3 V SAFEBOOT_N 38 H/L XTAL_O 48 ­VDD_PLL 9 1.3 V PIO21 19 - V_RUN 29 3.3 V TIMEPULSE 39 H/L XTAL_I 49 CLK(26 MHz)

PIO23 10 - PIO6 20 - VDD_B 30 DGND TCK 40 - VDD_3V 50 3.3 V

Symbol Pin# Connection Symbol Pin# Connection Symbol Pin# Connection Symbol Pin# Connection Symbol Pin# Connection

P153 1 H/L EVSS0 21 DGND P75 41 H/L LTxD0 61 H/L ANI06 81 ANALOG
P152 2 H/L VDD 22 3.3 V P74 42 H/L P12 62 - ANI07 82 ANALOG
P151 3 - EVDD0 23 3.3 V EVSS1 43 DGND P11 63 H/L ANI08 83 ANALOG
P150 4 H/L SCL11 24 CLK CRxD 44 H/L P10 64 H/L P91 84 -

P47 5 - SDA11 25 H/L CTxD 45 H/L P54 65 H/L ANI10 85 ANALOG
P46 6 H/L P62(Nch-OD) 26 H/L P71 46 H/L P55 66 H/L ANI11 86 ANALOG
P45 7 H/L P63(Nch-OD) 27 DGND P70 47 H/L P56 67 - ANI12 87 ANALOG
P44 8 - P64 28 H/L P03 48 H/L TI17 68 H/L ANI13 88 ANALOG

RxD2 9 H/L P65 29 H/L P32 49 H/L P107 69 - P96 89 H/L

TxD2 10 H/L P66 30 H/L P30 50 H/L P106 70 - P97 90 H/L
TOOL1 11 CLK P67 31 H/L P17 51 H/L P105 71 H/L P100 91 H/L
TOOL0 12 H/L P154 32 H/L P16 52 H/L P104 72 H/L P101 92 H/L
RESET 13 H/L P155 33 H/L EVDD1 53 3.3 V AVREF 73 DGND P102 93 H/L

P124 14 DGND P00 34 - P15 54 H/L AVSS 74 DGND P103 94 H/L

P123 15 - P156 35 - P31 55 H/L P80 75 - P02 95 ­FLMD0 16 H/L P157 36 - P50 56 H/L ANI01 76 ANALOG P127 96 H/L

P122 17 CLK P140 37 - P51 57 H/L ANI02 77 ANALOG P126 97 H/L

P121 18 CLK P130 38 - TO22 58 CLK ANI03 78 ANALOG P01 98 H/L

REGC 19 DGND P77 39 H/L TI23 59 H/L ANI04 79 ANALOG P125 99 H/L

VSS 20 DGND P76 40 H/L LRxD0 60 H/L ANI05 80 ANALOG P120 100 H/L

0IMMRMR027G

IC1300 (UBX-G6010-ST)

EAN62215901

IC401 (uPD78F1845GCA-UEU-G)

EAN62233701

2-222-21

IC300 (SAF7741HV_N125)

EAN60763802

Symbol Pin# Connection Symbol Pin# Connection Symbol Pin# Connection Symbol Pin# Connection Symbol Pin# Connection

OSC_REF_N 1 VSS VDD_REG 31 3.3 V WS_IN2 61 H/L T1E_WS 91 DGND VSSS4 121 VSS

OSC_IN 2 ANALOG FEBREG 32 1.8 V SD_IN2 62 H/L T1E_SD_OUT 92 DGND TDO 122 -

OSC_OUT 3 ANALOG CONREG 33 ANALOG BCK_IN3 63 CLK T1E_SD_IN 93 DGND TCK 123 DGND

OSC_REF_P 4 1.8 V GAPREG 34 ANALOG WS_IN3 64 H/L DR_BCK_OUT 94 DGND TRSTN 124 DGND

AIN0_R 5 ANALOG VDDQ1 35 3.3 V SD_IN3 65 H/L DR_WS_OUT 95 DGND IFADI_P1 125 -

AIN0_R_REF 6 DGND VSSQ1 36 DGND BCK_IN4 66 - DR_SD_OUT_I 96 DGND IFADI_N1 126 -

AIN0_L_REF 7 DGND DAC_RR 37 ANALOG WS_IN4 67 - DR_SD_OUT_Q 97 DGND IFADQ_P1 127 -

AIN0_L 8 ANALOG DAC_RL 38 ANALOG SD_IN4 68 - VSSS3_DC 98 VSS IFADQ_N1 128 -

AIN1_R 9 DGND VDACN 39 DGND SD_HOST_IN1 69 - VDDD3 99 1.8 V VDD_IFAD 129 3.3 V

AIN1_L 10 DGND VDACP 40 3.3 V SD_HOST_IN2 70 - TDSP_IOF1 100 - VIFADN 130 DGND

AIN2_R 11 ANALOG VDD_DAC 41 3.3 V SD_HOST_IN3 71 - TDSP_IOF2 101 - VIFADP 131 DGND

AIN2_R_REF 12 DGND DAC_FR 42 ANALOG SD_HOST_IN4 72 - TDSP_IOF3 102 - VSS_IFAD 132 DGND

AIN2_L_REF 13 DGND DAC_FL 43 ANALOG SD_HOST_IN5 73 - TDSP_IOF4 103 - VIFADBG 133 DGND

AIN2_L 14 ANALOG DAC_SUBW 44 ANALOG WS_HOST 74 H/L TDSP_IOF5 104 H/L VDDA_1V8 134 1.8 V

VDDA_1V8_ADC 15 1.8 V DAC_CENTER 45 ANALOG BCK_HOST 75 CLK TDSP_IOF6 105 H/L IFADI_P2 135 ANALOG

VADCN 16 DGND VSSS2 46 VSS SD_HOST_OUT1 76 H/L TDSP_IOF7 106 - IFADI_N2 136 ANALOG
VADCP 17 3.3 V VDDD2 47 1.8 V SD_HOST_OUT2 77 - TDSP_IOF8 107 - IFADQ_P2 137 ANALOG

VREFAD 18 DGND RDS_CLK1 48 - SD_HOST_OUT3 78 - TDSP_IOF9 108 - IFADQ_N2 138 ANALOG

AIN3 19 ANALOG RDS_DATA1 49 H/L SD_HOST_OUT4 79 - TDSP_IOF10 109 - TMS 139 DGND

AIN3_REF 20 DGND RDS_CLK2 50 - ADSP_IOF4 80 - VDD_MEM2 110 1.8 V RGPDAC1 140 -

AIN4 21 ANALOG RDS_DATA2 51 - ADSP_IOF5 81 - VSS_MEM2 111 VSS RGPDAC2 141 ­AIN4_REF 22 DGND RESETN 52 H/L ADSP_IOF6 82 - AGC1_1 112 - TDI 142 DGND
VDD_ADC 23 3.3 V FS_SYS 53 - ADSP_IOF7 83 - AGC1_2 113 - DICE_CLKP 143 CLK

SPDIF_IN1 24 ANALOG VSS_MEM1 54 VSS ADSP_IOF8 84 - AGC2_1 114 ANALOG DICE_CLKN 144 CLK
SPDIF_IN2 25 ANALOG VDD_MEM1 55 1.8 V ADSP_IOF9 85 - AGC2_2 115 ANALOG

VDDD1 26 1.8 V SCL 56 CLK ADSP_IOF10 86 H/L VDDQ4 116 3.3 V

VSSS1 27 VSS SDA 57 H/L ADSP_IOF11 87 H/L VSSQ4 117 VSS

BCK_IN1 28 - VSSQ2 58 VSS VSSQ3 88 VSS SCL_DICE 118 CLK

WS_IN1 29 - VDDQ2 59 3.3 V VDDQ3 89 3.3 V SDA_DICE 119 H/L

SD_IN1 30 - BCK_IN2 60 CLK T1E_BCK 90 DGND VDDD4 120 1.8 V

2-242-23

IC900 (V59C1G01168QBJ25AI) - 64Mx16 DDR2

A

B

C

D

E

F

G

H

J

K

L

M

N

P

R

123789

VDD NC VSS VSSQ /UDQS VDDQ

1.8 V - DGND DGND H/L 1.8 V

DQ14 VSSQ UDM UDQS VSSQ DQ15

H/L DGND H/L H/L H/L H/L

VDDQ DQ9 VDDQ VDDQ DQ8 VDDQ

1.8 V H/L 1.8 V 1.8 V H/L 1.8 V

DQ12 VSSQ DQ11 DQ10 VSSQ DQ13

H/L DGND H/L H/L DGND H/L

VDD NC VSS VSSQ /LDQS VDDQ

1.8 V - DGND DGND H/L 1.8 V
DQ6 VSSQ LDM LDQS VSSQ DQ7

H/L DGND H/L H/L DGND H/L

VDDQ DQ1 VDDQ VDDQ DQ0 VDDQ

1.8 V H/L 1.8 V 1.8 V H/L 1.8 V
DQ4 VSSQ DQ3 DQ2 VSSQ DQ5

H/L DGND H/L H/L DGND H/L

VDDL VREF VSS VSSDL CK VDD

1.8 V 0.9 V DGND 1.8 V H/L 1.8 V

BA2 BA0 BA1 /CAS /CS

H/L H/L H/L H/L H/L

VSS A3 A5 A6 A4

DGND H/L H/L H/L H/L

VDD A12 RFU RFU RFU

1.8 V H/L DGND DGND H/L

EAN61830801 (TOP VIEW: see balls through package)

CKE /WE /RAS /CK ODT

H/L H/L H/L H/L 1.8 V

A10/AP A1 A2 A0 VDD

H/L H/L H/L H/L 1.8 V

A7 A9 A11 A8 VSS

H/L H/L H/L H/L DGND

M

N

R

123789

A

B

C

D

E

F

G

H

J

K

L

P

VDD NC VSS VSSQ /UDQS VDDQ

1.8 V - DGND DGND H/L 1.8 V

DQ14 VSSQ UDM UDQS VSSQ DQ15

H/L DGND H/L H/L H/L H/L

VDDQ DQ9 VDDQ VDDQ DQ8 VDDQ

1.8 V H/L 1.8 V 1.8 V H/L 1.8 V

DQ12 VSSQ DQ11 DQ10 VSSQ DQ13

H/L DGND H/L H/L DGND H/L

VDD NC VSS VSSQ /LDQS VDDQ

1.8 V - DGND DGND H/L 1.8 V
DQ6 VSSQ LDM LDQS VSSQ DQ7

H/L DGND H/L H/L DGND H/L

VDDQ DQ1 VDDQ VDDQ DQ0 VDDQ

1.8 V H/L 1.8 V 1.8 V H/L 1.8 V
DQ4 VSSQ DQ3 DQ2 VSSQ DQ5

H/L DGND H/L H/L DGND H/L

VDDL VREF VSS VSSDL CK VDD

1.8 V 0.9 V DGND 1.8 V H/L 1.8 V

BA2 BA0 BA1 /CAS /CS

H/L H/L H/L H/L H/L

VSS A3 A5 A6 A4

DGND H/L H/L H/L H/L

VDD A12 RFU RFU RFU

1.8 V H/L DGND DGND H/L

IC901 (V59C1G01168QBJ25AI) - 64Mx16 DDR2

EAN61830801 (TOP VIEW: see balls through package)

CKE /WE /RAS /CK ODT

H/L H/L H/L H/L 1.8 V

A10/AP A1 A2 A0 VDD

H/L H/L H/L H/L 1.8 V

A7 A9 A11 A8 VSS

H/L H/L H/L H/L DGND

2-262-25

G

M

IC1002 (SDIN5D2-4G), 153 BALLS

EAN62328201 (TOP VIEW: see balls through package)

1234567891011121314

A

B

C

D

E

F

H

J

K

L

N

P

NC NC DAT0 DAT1 DAT2 NC NC NC NC NC NC NC NC NC

--H/LH/LH/L---------

NC DAT3 DAT4 DAT5 DAT6 DAT7 NC NC NC NC NC NC NC NC

-H/LH/LH/LH/LH/L--------

NC VDDi NC VSSQ NC VCCQ NC NC NC NC NC NC NC NC

- DGND - DGND - 3.3 V - -------

NC NC NC NC NC NC NC NC NC NC NC NC NC NC

--------------

NC NC NC NC NC VCC VSS NC NC NC NC NC NC NC

-----3.3 V DGND -------

NC NC NC NC VCC NC NC NC NC NC NC NC NC NC

- - - - 3.3 V ---------

NC NC NC NC VSS NC NC NC NC NC NC NC NC NC

- - - - DGND ---------

NC NC NC NC NC NC NC NC NC VSS NC NC NC NC

---------DGND - - - -

NC NC NC NC NC NC NC NC NC VCC NC NC NC NC

---------3.3 V - - - -

NC NC NC NC RST_n NC NC VSS VCC NC NC NC NC NC

-------DGND 3.3 V -----

NC NC NC NC NC NC NC NC NC NC NC NC NC NC

--------------

NC NC NC VCCQ CMD CLK NC NC NC NC NC NC NC NC

- - - 3.3 V H/L H/L - -------

NC VSSQ NC VCCQ VSSQ NC NC NC NC NC NC NC NC NC

- DGND - 3.3 V DGND - - -------

NC NC VCCQ VSSQ VCCQ VSSQ NC NC NC NC NC NC NC NC

- - 3.3 V DGND 3.3 V DGND - -------

2-282-27

EAN62229101 (TOP VIEW: see balls through package)

1 2 3 4 5 6 7 8 9 10111213141516171819202122 23 2425

NC

A

SD0_DAT0 VSS GPIO[10] VSS

B

H/L DGND 3.3 V DGND DGND DGND DGND DGND DGND DGND H/L DGND CLK DGND H/L DGND H/L DGND CLK DGND H/L DGND H/L DGND H/L

GPIO[40]/

SD2_DAT2

C

3.3 V H/L H/L H/L H/L DGND 3.3 V H/L DGND DGND H/L H/L CLK 3.3 V H/L H/L CLK H/L H/L H/L H/L H/L 3.3 V H/L H/L

XPWR12

D

1.1 V H/L 3.3 V H/L 3.3 V H/L 3.3 V DGND 3.3 V CLK 3.3 V H/L 3.3 V 3.3 V 3.3 V H/L 3.3 V H/L 3.3 V 3.3 V 3.3 V H/L 3.3 V H/L H/L

XTI12 XTO12

E

CLK

(12 MHz)

XAGND32 VSS XAGND12

F

DGND DGND DGND H/L - DGND 1.1 V DGND 1.1 V DGND 1.1 V DGND 1.1 V DGND 1.1 V DGND 1.1 V DGND 1.1 V DGND H/L H/L 3.3 V DGND 3.3 V

XTO32 XTI32

G

XPWR32 VSS RESETIN#

H

1.1 V 3.3 V 3.3 V H/L 3.3 V CLK - - - - - - - - - - - - - 3.3 V DGND H/L 3.3 V 3.3 V DGND

GPIO[34]/

SD1_DAT2

J

3.3 V 3.3 V 3.3 V 3.3 V H/L 1.1 V - - DGND DGND DGND DGND DGND DGND DGND DGND DGND - - 1.1 V H/L 3.3 V

GPIO[33]/

SD1_DAT1

K

3.3 V DGND 3.3 V H/L 3.3 V DGND - - DGND DGND DGND DGND DGND DGND DGND DGND DGND - - DGND H/L 3.3 V H/L DGND CLK

HD_CS[1]#

L

GPIO[68]/

PREG#

M

3.3 V DGND H/L H/L 3.3 V DGND - - DGND DGND DGND DGND DGND DGND DGND DGND DGND - - DGND DGND 3.3 V DGND DGND CLK

GPIO[70]/

PIOW#

N

H/L 3.3 V - 3.3 V H/L 1.1 V - - DGND DGND DGND DGND DGND DGND DGND DGND DGND - - 1.1 V DGND 3.3 V - H/L H/L

GPIO[7]/

SD0_DAT5

- H/L H/L 3.3 V DGND DGND DGND DGND DGND H/L H/L - - CLK CLK H/L H/L H/L H/L CLK CLK DGND H/L H/L H/L

GPIO[42]/

SD2_CMD

GPIO[39]/

SD2_DAT1

- 3.3 V 3.3 V CLK H/L H/L DGND DGND H/L DGND H/L DGND CLK H/L H/L H/L H/L H/L H/L H/L 3.3 V CLK H/L 3.3 V

-

- H/L H/L 3.3 V - 1.1 V - - DGND DGND DGND DGND DGND DGND DGND DGND DGND - - 1.1 V H/L 3.3 V 3.3 V H/L H/L

CLK

(32.768 kHz)

GPIO[35]/

SD1_DAT3

VSS

GPIO[62]/

PCE[2]#

VSS

GPIO[66]/

PWE#

GPIO[9]/

SD0_DAT7

SD0_DAT1 SD0_DAT2

VDDX SD0_CMD VDDX

GPIO[43]/
SD2_CLK

XAG-

NDAUXPLL

3.3 V 3.3 V 3.3 V 1.1 V - - - - - - - - - - - - - 1.1 V 3.3 V 3.3 V H/L 3.3 V CLK

GPIO[36]/

SD1_CMD

GPIO[37]/
SD1_CLK

GPIO[63]/

PCE[1]#

GPIO[69]/

POE#

RCS[1]# VDDX

GPIO[4]/

EXTCLK0

GPIO[41]/

SD2_DAT3

GPIO[38]/

SD2_DAT0

VDDX XPWRAUXPLL VDDI NC NC NC NC NC NC NC NC NC NC NC NC NC VDDI

XPWRCPU-

PLL

VDDX FWTOY# VDDI NC NC VSS VSS VSS VSS VSS VSS VSS VSS VSS NC NC VDDI

GPIO[32]/

SD1_DAT0

VDDX HD_CS[0]# VDDI NC NC VSS VSS VSS VSS VSS VSS VSS VSS VSS NC NC VDDI

GPIO[65]/

PIOR#

BOOT[1] BOOT[2] TC[0] TC[2] FTM CIM_D[9] CIM_D[5] CIM_D[1] CIM_D[0] TDO TRST# LCD_D[2] LCD_D[3] LCD_D[6] LCD_D[11] LCD_LCLKLCD_PCLK

GPIO[3]/

SLEEPWAKE[3]

GPIO[8]/

SD0_DAT6

SD0_CLK SD0_DAT3

PWR_EN VSS VDDI VSS VDDI VSS VDDI VSS VDDI VSS VDDI VSS VDDI VSS VDDI VSS

XAGND

CPU-PLL

WAKE# VSS NC NC VSS VSS VSS VSS VSS VSS VSS VSS VSS NC NC VSS

GPIO[64]/

PIOS16#

GPIO[67]/

PWAIT#

VSS BOOT[3] VSS TESTEN[0] VSS CIM_D[6] VSS TMS VSS LCD_D[1] VSS LCD_D[7] VSS LCD_BIAS VSS LCD_D[12] VSS LCD_D[23] VSS

GPIO[1]/

SLEEPWAKE[1]

GPIO[6]/

SD0_DAT4

VSS NC NC NC NC NC NC NC NC NC NC NC NC NC VSS

VSS NC NC VSS VSS VSS VSS VSS VSS VSS VSS VSS NC NC VSS FTM_CLK FTM_EN# FTM_DAT VSS

VDDI NC NC VSS VSS VSS VSS VSS VSS VSS VSS VSS NC NC VDDI FTM_PWR VDDX USBATEST USBHM USBHP

GPIO[5]/

EXTCLK1

VDDX BOOT[0] VDDX CIM_CLK VDDX CIM_D[3] VDDX

GPIO[0]/

SLEEPWAKE[0]

RESETOUT# TC[1]

GPIO[2]/

SLEEPWAKE[2]

TC[3] CIM_D[8]

GPIO[72]/

IC600 (AU1320-667MTJ)

CIM_FS

CIM_D[7] CIM_D[2] TCK

GPIO[71]/

CIM_LS

GPIO[29]/

LCD_

PWM0

GPIO[30]/

LCD_

PWM1

CIM_D[4] TESTEN[1] TDI LCD_D[0] LCD_D[5] LCD_D[10] LCD_D[15] LCD_D[20] U0RXD

LCD_D[4] LCD_D[8] LCD_FCLK LCD_D[14] LCD_D[19] LCD_D[22] LCD_D[21]

VDDX LCD_D[9] VDDX LCD_D[16] VDDX

GPIO[24]/

U0DTR#

VDDX

GPIO[27]/

U3RXD

GPIO[26]/

U2TXD

GPIO[11]/

U1RI#

GPIO[58]/

PSC3_

SYNC0

GPIO[56]/
PSC2_D0

GPIO[53]/
PSC1_D1

GPIO[46]/

PSC0_

SYNC0

GPIO[31]/

LCD_

CLKIN

GPIO[22]/

U0CTS#

GPIO[14]/

U1CTS#

GPIO[19]/

U0RI#

GPIO[21]/

U0DSR#

VDDX

GPIO[59]/

PSC3_
SYNC1

VDDX

GPIO[50]/

PSC1_
SYNC0

VDDX

LCD_D[13] LCD_D[17] LCD_D[18]

GPIO[23]/

U0RTS#

VDDX

GPIO[20]/

U0DCD#

GPIO[15]/

U1RTS#

GPIO[60]/
PSC3_D0

GPIO[57]/
PSC2_D1

GPIO[55]/

PSC2_
SYNC1

CLK(11.2896

MHz)

GPIO[51]/

PSC1_
SYNC1

GPIO[47]/

PSC0_
SYNC1

GPIO[17]/

GPIO[25]/

GPIO[18]/

GPIO[61]/
PSC3_D1

GPIO[73]/

PSC2_CLK

GPIO[48]/
PSC0_D0

GPIO[28]/

U1RXD

U2RXD

U1TXD

GPIO[13]/

GPIO[16]/

GPIO[12]/

VSS

GPIO[74]/

PSC3_CLK

GPIO[54]/

VSS

GPIO[52]/
PSC1_D0

H/L H/L

GPIO[45]/

VSS

PSC1_CLK

GPIO[49]/
PSC0_D1

GPIO[44]/

PSC0_CLK

U3TXD

U1DSR#

U0TXD

U1DTR#

U1DCD#

PSC2_
SYNC0

2-302-29

EAN62229101 (TOP VIEW: see balls through package)

1 2 3 4 5 6 7 8 9 10111213141516171819202122 23 2425

RCS[3]# VSS EWAIT# RAD[11] RCS[2]# VSS NC NC VSS VSS VSS VSS VSS VSS VSS VSS VSS NC NC VSS FTM_SEL# USBVDDX USBVDDX VSS

P

- DGND 3.3 V H/L - DGND - - DGND DGND DGND DGND DGND DGND DGND DGND DGND - - DGND 3.3 V 3.3 V 3.3 V DGND DGND

RCS[0]# RAD[10] RAD[13] VDDX RAD[12] VDDI NC NC VSS VSS VSS VSS VSS VSS VSS VSS VSS NC NC USBVDDI USBVDDX USBVDDX VSS USBXO USBXI

R

H/L H/L H/L 3.3 V H/L 1.1 V - - DGND DGND DGND DGND DGND DGND DGND DGND DGND - - 1.1 V 3.3 V 3.3 V DGND

RNB VSS RAD[5] RAD[1] RAD[8] VSS NC NC VSS VSS VSS VSS VSS VSS VSS VSS VSS NC NC VSS USBVDDI USBVDDX USBVDDX USBDP USBDM

T

3.3 V DGND H/L H/L H/L DGND - - DGND DGND DGND DGND DGND DGND DGND DGND DGND - - DGND 1.1 V 3.3 V 3.3 V H/L H/L

RAD[14] RAD[6] RAD[7] VDDX RAD[2] VDDI NC NC VSS VSS VSS VSS VSS VSS VSS VSS VSS NC NC VDDI D1_A[4] USBVDDX VSS USBOTGID USBVBUS

U

H/L H/L H/L 3.3 V H/L 1.1 V - - DGND DGND DGND DGND DGND DGND DGND DGND DGND - - 1.1 V H/L 3.3 V DGND H/L H/L

RAD[9] VSS RBE[0]# RCLK RDMACK# VSS NC NC NC NC NC NC NC NC NC NC NC NC NC VSS USBVDDX D1_A[7] D1_A[6] D1_A[5] D1_A[3]

V

H/L DGND - - - DGND - - -----------DGND 3.3 V H/L H/L H/L H/L

RAD[4] RAD[0] RDMARQ VDDX RD[6] VDDI NC NC NC NC NC NC NC NC NC NC NC NC NC VDDI D1_A[11] VDDY D1_A[10] D1_A[2] D1_A[1]

W

H/L H/L DGND 3.3 V H/L 1.1 V - - -----------1.1 V H/L 1.8 V H/L H/L H/L

RAD[3] VSS ROE# RD[5] RD[2] VSS VDDI VSS VDDI VSS VDDI VSS VDDI VSS VDDI VSS VDDI VSS VDDI VSS D1_RAS# D1_BA[0] D1_A[8] VSS D1_BA[2]

Y

H/L DGND H/L H/L H/L DGND 1.1 V DGND 1.1 V DGND 1.1 V DGND 1.1 V DGND 1.1 V DGND 1.1 V DGND 1.1 V DGND H/L H/L H/L DGND H/L

RBE[1]# RCLE RD[14] RD[3] RD[0] D0_A[4] D0_A[6] D0_A[10] D0_A[11] D0_RAS# D0_WE# D0_DQ[15] D0_DQS[1]

AA

- - H/L H/L H/L H/L H/L H/L H/L H/L H/L H/L H/L H/L H/L H/L H/L H/L H/L 0.9 V H/L 1.8 V H/L H/L H/L

RALE VSS RD[12] RD[1] VDDY D0_A[3] VDDY D0_A[0] VDDY D0_CAS# VDDY D0_DQ[13] VDDY D0_DQ[3] VDDY D0_DQ[8] VDDY D1_DM[1] VDDY D1_DQ[3] VDDY D1_CK D1_CKE VSS D1_A[9]

AB

H/L DGND H/L H/L 1.8 V H/L 1.8 V - 1.8 V H/L 1.8 V H/L 1.8 V H/L 1.8 V H/L 1.8 V H/L 1.8 V H/L 1.8 V H/L H/L DGND H/L

RWE# RD[7] RD[11] RD[8] DDRIVE_PADLO D0_A[5] D0_A[7] D0_BA[1] D0_BA[0] D0_CS# D0_DQ[12] D0_DQ[1] D0_DM[1] D_VREF D0_DQ[0] D0_DM[0] D1_DQ[8] D1_DQ[7] D1_DM[0]

AC

H/L H/L H/L H/L 1.8 V H/L H/L H/L H/L H/L H/L H/L H/L H/L H/L H/L H/L H/L H/L H/L H/L H/L H/L H/L -

RD[15] VSS RD[10] VSS DDRIVE_PADHI VSS D0_BA[2] VSS D0_A[12] VSS D0_DQ[7] VSS D0_DQ[4] VSS D0_DQ[2] VSS D0_CK VSS D1_DQ[2] VSS D1_DQS[1] VSS D1_DQ[6] VDDY D1_CS#

AD

H/L DGND H/L DGND DGND DGND H/L DGND H/L DGND H/L DGND H/L DGND H/L DGND H/L DGND H/L DGND H/L DGND H/L 1.8 V H/L

RD[13] RD[4] RD[9] VDDXOK D0_A[1] D0_A[2] D0_A[8] D0_A[9] D0_A[13] D0_CKE D0_DQ[11] D0_DQ[6] D0_DQ[5]

AE

H/L H/L H/L H/L H/L H/L H/L H/L H/L H/L H/L H/L H/L H/L H/L H/L H/L H/L H/L H/L H/L H/L H/L H/L H/L

IC600 (AU1320-667MTJ)

D0_

DQS[1]#

D0_

DQS[0]#

CLK (12

MHz)

D0_DQ[9] D0_DQ[10] D1_DQ[9] D1_DQ[12] D1_DQ[14] D_VREF D1_WE# VDDY D1_A[12] D1_BA[1] D1_A[0]

D1_

DQS[1]#

D0_DQS[0] D0_DQ[14] D0_CK# D1_DQ[0] D1_DQ[1] D1_DQ[15] D1_DQS[0]

D1_DQ[4] D1_DQ[10] D1_CK# D1_CAS# D1_A[13]

D1_

DQS[0]#

D1_DQ[13] D1_DQ[5] D1_DQ[11]

USB_

RKELVIN

CLK (12

MHz)

2-322-31

BLOCK DIAGRAMS

1. FUNCTION BLOCK DIAGRAM

2-342-33

GPS

2. H/W BLOCK DIAGRAM

FR

Touch

7" LCD

Module

D+/D-

USB

Protector

iNAND

(4 GB)

eMMC

LCD

UART2

USB

UART3

DDR2

(128 MB)

SDRAM

AU1320

(667 MHz)

Local Bus

I2C

DDR2

(128 MB)

2

I

S3

2

S1

I

2

I

S2

UART0

UART1

Debug

decoder

NAVI

MEDIA

Video

DAB

45 W × 4 Ch

I2S

L/R

2

S

I

I2S

UART

Micom 1

Amp

DSP

I2C

2

I

C

IFAD

ADC

AIN

AIN

FL

RR

RL

Tuner

Audio

AUX In

MIC

Remote
Controller

Bluetooth

Module

CP

NOR

Flash

Rear View

Rear View

Camera

GPIO

CAN

CAN

2-362-35

Transceiver

Key function

CAN

3. S/W BLOCK DIAGRAM

Application

Firmware

Functions

Application

Application Firmware

GUI Library App Main

System Mgr

BT App

NAVI App

Firmware

Radio System

Tuner Mgr

RDS Mgr

Functions

Functions

NAVI

NAVI

Eng.(NNG)

3rdparty Solution

USB Driver

(Jungo)

System
Function

Upgrade

Mgr

E/C

(Nuance)

Phone
Calling

Mgr

BT

Phone Mgr

E/C Mgr

Multimedia

USB

Mgr

iPod Mgr

BT Audio

Mgr

FW
Interface

Micom

Mgr

Sound

Audio Mgr

Interface

UART Mgr

Car Interface

DIAG. Mgr

Power Mgr

rd

3

party Solution

Audio DSP

(Arkamys)

rd

3

party Solution

Operating System

Hardware

CAN Mgr

CAN

(Vector)

Antitheft

Mgr

2-382-37

4. FRONT BLOCK DIAGRAM

3.3 V

CPU

AU1320

(NetLogic Microsystems)

SYNC

R

RGB

PWM

P

ART
U

PCM

P

DE,CLK,S

TFT MODULE

7 inch (INNOLUX)

I2C

TOUCH SCREEN IC

MAX11803, MAXIM

TOUCH PANEL

TOUCH PANEL, TRULY

BT MODULE

LBMA-2C66C2

LG INNOTEK

NEC

UPD781845

Flash 256 KB, RAM 16 KB

KEY

(power, volume)

3.3 V

1.5 V

LED

block

ILL

LCD BLU (by LED’s)

LED DRIVER IC

AAT2823, ANAOGIC TECH

,

5 V

SAF7741

(2)

(Dirana2, NXP

BT, MIC

IN PUT

2-402-39

AUX

INPUT

ANT

5. AUDIO BLOCK DIAGRAM

DSP

VCC

CPU

MICOM

5V

DSP 3 3 DiRaNa 1 8

_. _. V

Radio

Antenna

AUX

input

MIC

input

Bluetooth

Antenna

FM

A

M

TUNE

(IC200)

TEF7000HN NXP

Bl h

Bl

mo

LBMA-2C66B

too

ue

d

ule

(IC1400)

th

R

IF

FL

I2C (DICE

,

)

FR

D

(IC300)

SAF7741(DiRaNa) NXP

),

RL

RR

Audio

Power

AMP

(IC110)

TDF8546,

NXP

FL
FR

RL
RR

VDDX( 3 3 V)

VDD ( . )

VDDI ( 1V

DDI (1.1

)

)

S

Media_I2

S

MIC_I2

RST

I2C

USB,iPOD

input

3.3 V_BTR

iPod CP

(IC802)

341S2313 Clsas 4

3.3 V

I

I

2C

2

(IC600)

(IC600)

AU1320,

Netlogic

Microsys tem

Mi t

Y (DD

VDD

R_1.8 V

)

2-422-41

Wake_Up

RST _POR

UART

(IC401)

UPD78F1845,

NEC

MCU_3.3 V

RESET

Reset

(IC400)

BD5229G

MCU_3.3 V

IC

6. POWER BLOCK DIAGRAM

Battery
14 V

RRH140P03TB

FET

High side driver

VN5E010MH-E

BAS21

Battery
Level DET

GF1D

VCC

NCV8664

3.3 V LDO

3.3 V

PWM
CONTROL

5 V

MAX15023
Efficiency : 85 %

MCU_3.3 V

3.3 V

BD7820FP

DDR_1.8 V

NCV5661

1.8 V

1.1 V

NCV5661

LED Driver+DC/DC

AAT2823

DSP_3.3 V

FET

PHK04P02T

VDDI

VDDX

MCU 3.3 V, 0.5 A

DDR2*2EA 1.8 V, 0.6 A

CPU 1.8 V, 0.12 A

CPU 1.1 V, 0.6 A

CPU 3.3 V, 0.065 A

iNAND Flash 3.3 V, 0.2 A

NOR Flash 3.3 V, 0.2 A

B/T 3.3 V, 0.1 A

CP 3.3 V, 0.01 A

Front Backlight, 0.2 A

DiRaNa 3.3 V, 0.09 A

DiRaNa 1.8 V, 0.41 A

TUNER 5 V, 0.274 A

FET Drop : Max. 0.5 V
High Side Driver Drop : Max. 0.2 V

12 V, Step-up

SC4501

1 A, Switch

AAT4610

CAN 5 V, 0.21 A(Vehicle)

GPS 5 V, 50 mA

Mic 5 V, 0.6 mA

CAN Tranceiver 5 V, 70 mA

ANT 12 V, 0.15 A

6 V

MAX16910

PWR_CAM

RVC Power 6 V, 0.2 A

USB 5 V, 1 A

Power Amp, Unclipping Max.

2-442-43

7. GPS BLOCK DIAGRAM

GPS ANTENNA

5 V ANT

LDO

FILTER

SAW Filter

IC1300 – GPS CHIP

UBX-G6010

Integrated LNA

RF Front-End

Fractional

N Synthesizer

TCXO or Crystal Optional RTC Crystal

Digital IF Filter

SRAM

ARM7TDM-S

ROM Code

GPS/GALILEO

Engine

Power MGM

®

Backup RAM

RTC

Interfaces

UART

UART

IC600 – CPU

GPIO

CPU

I2C

AU1320

(NetLogic microsystems)

LCDC

PSC

3.3 V

X1301(26 MHz)

X1300(32.768 kHz)

2-462-45

CIRCUIT DIAGRAMS

1. FRONT CIRCUIT DIAGRAM

1

2

3

4

BT do not operate.

When IC1400 is bad,

5

When IC2602 is bad,

LCD do not operate.

6

7

8

When IC2603 is bad,

Touch do not operate.

FRONT

EAX63325601_16_1.6-SD

2012. 02. 03

ABCDE FGHI JK MNL

2-47 2-48

2. MAIN - POWER + AMPLIFIER CIRCUIT DIAGRAM

1

When IC108 is bad,

Set do not operate.

When CN100 is bad,

Set do not operate.

2

3

4

5

When IC101 is bad,

Set do not operate.

When IC104 is bad,

Set do not operate.

When IC102 is bad,

Set do not operate.

When IC109 is bad,

Set do not operate.

When IC106 is bad,

Antenna do not operate.

6

7

When D116 is bad,

Antenna do not operate.

8

When Q121, 122 is bad,
Antenna do not operate.

MAIN - POWER+AMPLIFIER
EAX64206903_0_1.0-SD(#1)

2012. 02. 03

ABCDE FGHI JK MNL

2-49 2-50

3. MAIN - SINGLE RF TUNER(LEAF DICE) CIRCUIT DIAGRAM

1

2

3

4

5

6

7

8

MAIN - SINGLE RF TUNER(LEAF DICE)

EAX64206903_0_1.0-SD(#2)

2012. 02. 03

ABCDE FGHI JK MNL

2-51 2-52

4. MAIN - DSP(DiRaNa2) CIRCUIT DIAGRAM

1

2

3

4

5

6

7

8

MAIN - DSP (DiRaNa2)

EAX64206903_0_1.0-SD(#3)

2012. 02. 03

ABCDE FGHI JK MNL

2-53 2-54

5. MAIN - MICOM + CAN CIRCUIT DIAGRAM

1

2

3

4

5

6

7

8

MAIN - MICOM+CAN

EAX64206903_0_1.0-SD(#4)

2012. 02. 03

ABCDE FGHI JK MNL

2-562-55

6. MAIN - DAB CIRCUIT DIAGRAM

1

2

3

4

5

6

MAIN - DAB

EAX64206903_0_1.0-SD(#5)

2012. 02. 03

A B C D E F G H I

2-582-57

7. MAIN - AU1320 LCD & USB & UART CIRCUIT DIAGRAM

1

2

3

4

5

6

MAIN - AU1320 LCD & USB & UART

EAX64206903_0_1.0-SD(#6)

2012. 02. 03

A B C D E F G H I

2-602-59

8. MAIN - AU1320 BUS & PSC CIRCUIT DIAGRAM

1

2

3

4

5

6

MAIN - AU1320 BUS & PSC

EAX64206903_0_1.0-SD(#7)

2012. 02. 03

A B C D E F G H I

2-622-61

9. MAIN - AU1320 VDD & BOOT & RESET / IPOD CP CIRCUIT DIAGRAM

1

2

3

4

5

6

MAIN - AU1320 VDD & BOOT & RESET / IPOD CP

EAX64206903_0_1.0-SD(#8)

2012. 02. 03

A B C D E F G H I

2-642-63

10. MAIN - DDR2 SDRAM CIRCUIT DIAGRAM

1

2

3

4

5

6

7

8

MAIN - DDR2 SDRAM

EAX64206903_0_1.0-SD(#9)

2012. 02. 03

ABCDE FGHI JK MNL

2-662-65

11. MAIN - NOR FLASH & i-NAND CIRCUIT DIAGRAM

1

2

3

4

5

6

7

8

MAIN - NOR FLASH & i-NAND

EAX64206903_0_1.0-SD(#10)

2012. 02. 03

ABCDE FGHI JK MNL

2-682-67

12. MAIN - VIDEO DECODER & USB CIRCUIT DIAGRAM

1

2

3

4

5

6

MAIN - VIDEO DECODER & USB

EAX64206903_0_1.0-SD(#11)

2012. 02. 03

A B C D E F G H I

2-702-69

13. MAIN - CONNECTOR & DEBUG CIRCUIT DIAGRAM

1

2

3

4

5

6

MAIN - CONNECTOR & DEBUG

EAX64206903_0_1.0-SD(#12)

2012. 02. 03

A B C D E F G H I

2-722-71

14. MAIN - GPS CIRCUIT DIAGRAM

1

2

3

4

5

6

MAIN - GPS

EAX64206903_0_1.0-SD(#13)

2012. 02. 03

A B C D E F G H I

2-742-73

PRINTED CIRCUIT BOARD DIAGRAMS

1. FRONT P.C.BOARD

(TOP VIEW) (BOTTOM VIEW)

2-75 2-76

2-77 2-78

2. MAIN P.C.BOARD

(TOP VIEW) (BOTTOM VIEW)

2-79 2-80

2-81 2-82

2-83 2-84

SECTION 3 EXPLODED VIEW

1. CABINET AND MAIN FRAME SECTION

471

451

459

264

MIC1

484

260

261

A41

CABLE2

298

A43

459

FRONT

C

D

CABLE1

451

459

262

A

B

451

451

451

263

270

B

A

451

451

273

464

A42

A46

3-1 3-2

MAIN

C

D

272

451

471

299

271