Kenwood FGZ-000-UF-2 Service manual

7-inch MULTI-DISPLAY

FGZ000UF2

SERVICE MANUAL

SUBARU GENUINE

Destination North America

MODEL

FGZ000UF2 86281XA00A

PANEL (A64-3397-01)

LCD (B38-1100-05)

PARTS No.

FGZ000UF2

BLOCK DIAGRAM

J803 (B/3) 1-16PIN

CAR CONNECTOR

2. +BATT

4. ACC

12. ILLUMI(PWM)

4. CAR SPEED

8. IGNITION

7. PARKING

10. REVERSE

11. ILLUMI (SMALL)

6. CAN-H

5. CAN-L

16. PTT

1. GND

3. GND

15. GND

J800 (C/3)

RCA

1. AUX-V-IN2

2. AUX-DET

3. GND

J806 (C/3)

REAR CAMERA

1. REAR-V-IN3

2. GND

3. GUIDE

(X14- ) (B/3)(C/3)

F800

INPUT PROTECTION

Q803

ACC DET

Q801

DET

Q804

DET

Q800

DET

Q805

DET

Q806

DET

Q806,

810

ILLUMI+B

ILLUMI-V

SYNTHESIZER UNIT (X14- ) (A/3)

Q26,28

+B VOL TAGE DET

REG.

IC20 Q49

DC/DC

Q42 Q47

IC8

CAN TRASCEIVER

P5V

Q63

PTT-SW

ILLUMI PWM DET.

Q62

REAR-SW

P-ON

REG.

Q31

REG.

BU5V

IC17

IE BUS TRASCEIVER

IC18 Q27,30

P5V

P-15.5V

P18.5V P8.5V

IC1

RESET

20MHz MAIN CLOCK

32.768kHz SUB CLOCK

TH800

CONTROL/DATA

IC16

BUFFER

IC22

BU5V

SYSTEM u-COM

ELECTRIC UNIT (X25- )

IC2,3

DOT CLOCK

DATA

SIGNAL GENERATOR

IC19

FLASH ROM

IC12

RESET

SWTCH UNIT (X16- )

ILLUMI-V

I2C BUS I2C BUS

HARD KEY

IC7

E2PROM 8KB

V-SYNC

IC4

P5V

P8.5V

DATA

CONTROL

ADDRESS

GRAPHIC u-COM

TOUCH PANEL

GRAPHIC CONTROL

INT

IC11

RESET

SDRAM (8MB)

MAIN CLOCK

7.08MHz

IC5

VD HD

IC6

RGB

D/A

C-SYNC

J803 (C/3) 17-36PIN

AUDIO UNIT

20. F-BUS+

22. F-BUS-

19. GND

21. GND

23. RESET

24. AUDIO MUTE

26. BUS ON

17. BUS OFF

36. NAVI-AUDIO

J805 (B/3)

NAVI UNIT

10. NAVI-RX

11. NAVI-TX

8. NAVI-A-R

12. NAVI-A-L

7. NAVI-A-GND

1. NAVI-R

5. NAVI-G

9. NAVI-B

13. NAVI-SYNC

2.6. GND

18. +B

MONO

L/R AUDIO-GND

P7.5V

IC800

ISOLATION AMP

MUTE

Q17

VIDEO UNIT (X35- )

V SIGNAL SW

IC200,201 IC203

IC31

+B B/L INV

IC10

L R

MIX

VIDEO SW

IC212

IC211

L35,36

N/A SW

SYNC SW

P5VREG.P7.5V

P3VREG.

VFL H VFL L

IC202

VIDEO SIGNAL PROCESSOR

P18.5V P-15.5V P5V VFL H VFL L

IC205

E2PROM 1KB

RGB

IC102

TIMING

CONTROL

LCD

FGZ000UF2

COMPONENTS DESCRIPTION

● SYNTHESIZER UNIT (X14-9490-10)

Ref. No. Application / Function Operation / Condition / Compatibility

IC1 Reset IC Backup 5V voltage monitoring. Resetting system µ-com at B.U OFF. IC7 E2PROM Memory for reception TV station and touch panel compensation. IC8 CAN transceiver Communication with vehicle unit. IC9 Reset IC Detects 5V power supply ON.

IC10 Ope amp

IC16 Buffer Protects µ-com from communication line of the NAVI unit. IC17 BUS transceiver Communication with the audio unit. IC18 Regulator 5V power supply for system µ-com. IC20 DC/DC controller Power supply in general (Other than system µ-com, key Illumination). IC21 Reset IC Resetting abnormalities of the system µ-com.

IC22 System µ-com

IC23 Buffer Audio unit control. Writing to µ-com. IC800 Isolation amplifier Removing noise from NAVI unit. Q1,17,50,74 Audio mute Mute ON at power supply ON/OFF. Q2,32,34~37, Q39,41,46,53 IC20 power supply is turned OFF, when over current detected with DC/DC output. Q4,31,57,61 Constant voltage power supply When Q61 is ON, outputs +18.5V.

Q6 Temperature detection SW When ACC ON, goes ON and starts temperature detection. Q8~11,55,56,58 Video setting detection SW ON/OFF according to screen mode and adjustment. Q12,15,18 Audio control SW When audio communication ON, Q18 is ON, when OFF, Q15 is ON. Q14,47 Constant voltage power supply -15.5V constant voltage power supply.

Q24

Q26,28 Voltage detection When Q26 is ON, backup power supply voltage detection. Q27,29,30,64 Constant voltage power supply Backup 5V power supply regulator. Q33 Over current detection When detecting 18.5V over current, controller power supply OFF. Q38 Over current detection When detecting 7.5V over current, controller power supply OFF. Q40,42 DC/DC switching Switching of primary-side of transformer. Q43,49 DC/DC switching 5V power supply switching. Q44 Over current detection When detecting -15.5V over current, controller power supply OFF. Q48 Over current detection When detecting 5V over current, controller power supply OFF. Q62 Rear camera control SW ON at adjustment of rear camera and marker. Q66~69 Watchdog timer Q67 is OFF at system µ-com run off.

DC/DC controller power supply

Key Illumination light adjustment detection

Power supply momentary power down detection

Bias power supply for internal audio circuit. Mixing L/Rch of NAVI sound.

Controlling CAN communication and graphic µ-com. Setting video source, screen zooming and brightness. Communication with audio & NA VI units. Monitoring internal power supply and abnormalities power supply and temperature.

When ACC is ON, IC20 power supply is turned ON.

ON when illumination PWM is input.

OFF at backup power supply momentary power down.

FGZ000UF2

COMPONENTS DESCRIPTION

Ref. No. Application / Function Operation / Condition / Compatibility

Q70,71 Low voltage power supply 7.5V power supply SW (ACC : ON). Q700~702 Audio connection detection When audio is connected, Q700 is ON. Q800 Parking detection ON when vehicle is parking. Q801 Vehicle speed detection ON when vehicle speed pulse is input. Q802 Reset input System µ-com is reset when Q802 is ON. Q803 ACC detection ON when vehicle ACC is ON. Q804 Ignition detection ON when vehicle ignition is turned ON. Q805 Reverse detection ON when vehicle is reversed. Q806 Small detection ON when vehicle small light is turned ON.

Q807~811

Key Illumination light adjustment power supply regulator

● ELECTRIC UNIT (X25-9410-11)

Ref. No. Application / Function Operation / Condition / Compatibility

IC2 PLL oscillation IC Clock signal for graphic display. IC3 Inverter Dot clock inverter. IC4 Graphic controller Graphic display control. IC5 Graphic controller work RAM Work area of graphic controller. IC6 Video signal D/A conversion Converts the 8-bit signal from graphic controller to RGB signals. IC7 Inverter DACK signal inverter. IC10 OR gate OR output of 2 write enable signals. IC11 Graphic µ-com work RAM Work area of graphic µ-com. IC12 Graphic µ-com Graphic display control. IC19 IC20 Inverter Synchronization signal inverter. IC22 Inverter Graphic display area inverter. IC23 AND gate Reset timing compensation. IC26 3-terminal regulator Conversion from 8.5V to 5V. IC27 Inverter Synchronization signal inverter. Q2~5 Touch panel voltage detection Voltage detection at touch panel ON.

Display program, display bitmap data

In accordance with PWM duty, Illumination VCC (7V) is output.

Storage of graphic display data and program data.

● VIDEO UNIT (X35-4252-71)

Ref. No. Application / Function Operation / Condition / Compatibility

IC31 Switching regulator For backlight 7.5V power supply. IC101 Ope amp Oscillation circuit low-pass output. IC102 Timing controller LCD driver IC. IC200,201 Video switch Input video signal switching. IC202 Synchronization separation Separation of input video signals into horizontal and vertical synchronization.

FGZ000UF2

COMPONENTS DESCRIPTION

Ref. No. Application / Function Operation / Condition / Compatibility

IC203 IC205 E2PROM I2C memory backup. IC207 Ope amp V-COM buffer. IC209 Buffer with 3 circuits Synchronization signal output buffer. IC211 3V regulator Constant voltage generation IC. IC212 5V regulator Constant voltage generation IC. IC217 Inverter For reversing side-black signal. Q1 ACC ON/OFF SW For backlight power supply. Q2 +B SW For backlight power supply. Q3,4 ACC ON/OFF SW For backlight power supply. Q31,32 SW regulator output buffer For FET drive. Q33 DC/DC converter SW For backlight power supply. Q35,36 Inverter oscillator SW For inverter. Q37~39 Backlight adjustment SW For PWM light adjustment. Q40 Over current protection For over current protection of backlight power supply. Q41 Over current/voltage protection For over current/voltage protection of backlight power supply. Q42,43 Backlight SW For turning backlight ON. Q101 Oscillation circuit For reference oscillation of timing controller. Q102 LCD control reversal For LCD up/down reversal control. Q203,204 V-COM buffer For V-COM buffer. Q205,206 Video signal buffer For viideo signal buffer. Q209,210 Synchronization signal muting For muting at adjustment of timing controller.

X200

X201 Color demodulation 3.58MHz

Chroma decoder gamma compensation

Synchronization separation reference oscillator

Conversion of input video signal into signal suitable for LCD input.

500kHz

FGZ000UF2

MICROCOMPUTER’S TERMINAL DESCRIPTION

● SYSTEM µ-com : IC22 (X14 : SYNTHESIZER UNIT)

Pin No. Pin Name I/O Application Processing Operation Description

1NAVI-TXD O 2NC-Not connected Not used 3 ILL PWM I ILLUMI PWM input (Cycle) PWM input 4 ILL PWM I ILLUMI PWM input (Oscillation width) PWM input 5 E2PSDA I/O IIC clock output (E2PROM) H, L output 6 E2PSCL O IIC data input/output (E2PROM) H, L output 7 SPD I Vehicle speed pulse input H, L input 8 WDP O Watchdog pulse output H, L output 9,10 NC - Not connected Not used 11 TYPE0 I Destination setting input H, L-fixed 12 NC I Not connected H, L-fixed 13 CAN EN O CAN communication enable H, L output 14 CAN STB O CAN communication standby H, L output 15 BYTE - Not used L-fixed

16 CNVSS I 5V at ROM writing

17 XCIN I Sub-clock input H, L input 18 XCOUT O Sub-clock output H, L output 19 RESET I Reset input H, L input, L : RESET 20 XOUT O Main clock input H, L output 21 VSS1 - GND GND 22 XIN I Main clock output H, L input 23 VCC1 - Power supply input VCC5V 24 NMI I NMI interruption input H-fixed 25 CAN ERR I CAN communication condition input H, L input, L : Error 26~29 NC - Not connected Not used 30 CAN IN I CAN reception data input H, L output 31 CAN OUT O CAN reception data output H, L input 32 NC - Not connected Not used 33 BRIGHT O Backlight control output PWM output 34 VMUTE O Video mute control output H, L output, L : MUTE 35 NC - Not connected Not used 36 I2CSCL O IIC clock output (E2PROM) H, L output 37 I2CSDA I/O IIC clock output (E2PROM) H, L input/output 38 TXD1 - Not used Not used 39 VCC2 - Power supply input VCC5V 40 RXD1 - Not used Not used 41 VSS2 - GND GND 42 SCLK - Not used Not used 43 BUSY - Not used Not used 44 SYSDATA O Data output (For video control processing) H, L output 45 SHDATA I Data input (For video control processing) H, L input

Transmission data output for normal NAVI communication

H, L output

H : Microprocessor mode, L : Single chip mode, L : Memory expansion mode

FGZ000UF2

MICROCOMPUTER’S TERMINAL DESCRIPTION

Pin No. Pin Name I/O Application Processing Operation Description

46 SHCLK O Clock output (For video control processing) H, L output 47 SYSCS O 48 SHCS I Clock input (For video control processing) H, L input, L : Transmission request 49 STB O AUDIO BUS communication standby output H, L output, L : Standby 50 SI I AUDIO BUS communication data reception input H, L input 51 SO O AUDIO BUS communication data reception output H, L output 52 REAR GUIDE O Rear camera guide control output H, L output 53 NC - Not used Not used. 54 EMP I ROM write EPM input L-fixed 55 NC - Not used Not used 56 NAVI MUTE O NAVI voice signal output (At startup) H, L output, L : MUTE 57 VSS3 - GND GND 58 AUDIO DET I Audio voltage detection input H, L input, H : IE-BUS used 59 VCC3 - Power supply input VCC5V 60 AUDIO MUTE O AUDIO mute signal output H, L output, L : MUTE 61 NAVI INT O NAVI voice signal output (At output) H : Bch (CODEC AUDIO), L : Ach (NAVI AUDIO)

62 P ON1 O Power supply control output

63 P ON2 O PON7.5V control output

64 P ON3 O PON18.5V control output

65 CE I ROM writing CE input H-fixed 66 PLLCE O Q2i clock generation IC mode output H, L output, H : Program counter used PLL mode 67 PLLSDA O Q2i clock generation IC data output H, L output 68 PLLSCK O Q2i clock generation IC clock output H, L output 69 SHRESET O Graphic µ-com reset output H, L output, L : RESET 70 SHINI O Graphic µ-com initial output H, L output, L : INIT 71 SHRDY I 72 SHSTBY I Graphic µ-com standby transition complete input H, L input, H : Transition complete 73 SHCON O Graphic µ-com standby control output H, L output, L : Standby 74 VCC4 - Power supply input VCC5V 75 SH VMUTE I Graphic µ-com video mute request input H, L output, H : Video mute request 76 VSS4 - GND input GND

77 TOUCH EN O Graphic µ-com touch key analysis permission output

78 TOUCH I Graphic µ-com touch key ON notification input H, L input, H : Touch key ON, L : Touch key OFF 79 PTT O PTT output for telephone H, L output, H : ACTIVE 80 FAULT O FAULT display output H, L output 81 ON REQ - Not used Not used 82 OFF REQ - Not used Not used 83 BUS SYS ON - Not used Not used 84 BUS SYS OFF - Not used Not used

Transmission request output (For video control processing)

Graphic communication enable condition notification input

H, L output, L : Transmission request

H, L output H : Power supply ON, L : Power supply OFF H, L output H : Power supply ON, L : Power supply OFF H, L output H : Power supply ON, L : Power supply OFF

H, L input, H : Communication preparation complete

H, L output H : Analysis prohibited, L : Analysis permitted

FGZ000UF2

MICROCOMPUTER’S TERMINAL DESCRIPTION

Pin No. Pin Name I/O Application Processing Operation Description

85 NAVI ON O NAVI voice MUTE 86 BEEP ON O BEEP sound signal 87 NC - Not connected Not used 88 KEYDET I Key terminal connection detection H, L input, L : Detection 89 NC - Not used Not used 90 BL ON O Backlight switch output H, L output, H : Backlight ON 91 VCC5 - Power supply input VCC5V 92 SYNCMUTE O Video MUTE signal H, L output, H : MUTE 93 VSS5 - GND input GND 94,95 NC - Not connected Not used 96 +BDET I +B voltage detection input 97 TEMPDET I High temperature detection 98 PARKING I Parking detection input H, L input, H : Parking ON, L : Parking OFF 99 REVERSE I Reverse detection input H, L input, H : Reverse OFF, L : Reverse ON 100 IGN I Ignition voltage detection input H, L input 101 ILLSMALL I ILLUMI ON input H, L input, L : ILLUMI ON 102 ACC DET I ACC ON detection H, L input, H : ACC OFF, L : ACC ON 103 BUDET I +B voltage fluctuation detection input H, L input 104 NC - Not connected Not used 105 +BDET SW O +B voltage detection circuit control output H, L output 106 NC - Not connected Not used 107 AUX DET I AUX connection detection H, L input, H : Connection 108 REAR DET I Rear camera connection detection H, L input, L : Connection 109 NC - Not connected Not used 110,111 KEY-IN1,KEY-IN2 I Key input 112~116 NC - Not connected Not used 117,118 SCAN1,SCAN2 O Display mode selection switch output H, L output 119~122 HPOSI1~HPOSI4 O Horizontal position adjustment output H, L output 123 TV/REAR SW O AUX/REAR SW H, L output 124 DVD SW O RSE SW H, L output 125 V/N SW O NAVI SW H, L output 126 GRA SW O GRAPHIC SW H, L output 127~129 NC - Not connected Not used 130 VSS6 - GND input GND 131 NC - Not connected Not used 132 VCC6 - Power supply input VCC5V 133 RSE DET I RSE connection detection 134,135 NC - Not connected Not used 136 DC DC DET I PON5V voltage detection input H, L input 137 NC I Not connected Not used 138 BL DET2 - Backlight voltage detection input Analog input 139 BL DET1 I Backlight voltage detection input H, L input 140 AVSS - GND input GND

FGZ000UF2

MICROCOMPUTER’S TERMINAL DESCRIPTION

Pin No. Pin Name I/O Application Processing Operation Description

141 NC - Not connected Not used 142 VREF I Reference voltage input VCC5V 143 AVCC - Power supply input VCC5V 144 NAVI-RXD I Normal NAVI communication reception data input H, L input

● GRAPHIC µ-com : IC12 (X25 : ELECTRIC UNIT)

Pin No. Pin Name I/O Application Processing Operation Description

1~5 NC - Not connected L-output 6 VSS I Ground input 7A0-Not connected L-output 8~11 A1~A4 O Address bus output H, L-output 12 VCC - Power supply input 13 A5 O Address bus output H, L-output 14 VSS - Ground input 15~25 A6~A16 O Address bus output H, L-output 26 VCC - Power supply input 27 A17 O Address bus output H, L-output 28 VSS - Ground input 29,30 NC - Not connected L-output 31 RAS O DRAM row address strobe output L : Row address strobe 32 CASL O DRAM low-side column address strobe output L : Column address strobe 33 NC - Not connected L-output 34 CASH O DRAM upper-side column address strobe input L : Column address strobe 35 VSS - Ground input 36 RDWR O DRAM write strobe output H : Read, L : Write 37~39 A18~A20 O Address bus output H, L-output 40 VCC - Power supply input

41 A21 - Not connected

42 VSS - Ground input 43 RD O External device read strobe output L : Read strobe 44 NC - Not used 45 SH VMUTE - Not connected L-output 46 NC - Not connected L-output 47 WRH O External device upper-side write output L : Write 48 WRL O External device lower-side write output L : Write 49 CS1 O Chip select output (Q2i internal register) L : Chip select 50 CS0 O Chip select output (Flash ROM) L : Chip select 51~53 NC - Not connected L-output 54 CS2 O Chip select outpout (Q2i UGM) L : Chip select 55 VSS - Ground input 56 ROM RESET - Not connected L-output

Not used since upper address is not used. L-output

FGZ000UF2

MICROCOMPUTER’S TERMINAL DESCRIPTION

Pin No. Pin Name I/O Application Processing Operation Description

57 ROM RY/BY - Not connected L-output 58 NC - Not connected L-output

59 DACK O Q2i DMA transfer strobe output

60 NC - Not connected L-output 61 VSS - Ground input

62 DREQ I Q2i DMA transfer request input

63 VCC - Power supply input 64~68 NC - Not connected L-output

69 SYSCS I

70 IRL I Q2i interruption request input L : Interruption request 71 VSS - Ground input 72 SHCON I Graphic µ-com standby control input L : Standby 73~76 D15~D12 I/O Data bus input/output H, L-input/output 77 VCC - Power supply input 78 D11 I/O Data bus input/output H, L-input/output 79 VSS - Ground input 80~84 D10~D6 I/O Data bus input/output H, L-input/output 85 VCC - Power supply input 86 D5 I/O Data bus input/output H, L-input/output 87 VSS - Ground input 88~92 D4~D0 I/O Data bus input/output H, L-input/output 93 VSS - Ground input 94 XTAL I Crystal oscillator input 95 MD3 I Operation mode setting input H-input 96 EXTAL I Crystal oscillator input 97 MD2 I Operation mode setting input L-input 98 NMI I Non-maskable interruption input L-input 99 VCC - Power supply input 100 NC - Pull-up L-input 101 WAIT I Q2i wait cycle insertion input L : Wait cycle insertion 102,103 MD1, MD0 I Operation mode setting input H or L-input (Normal : L, Write : H) 104 PLLVCC I Power supply input for built-in PLL 105 PLLCAP I Power supply input for built-in PLL 106 PLLVSS I Ground input for built-in PLL 107 NC - Not connected L-output 108 SHRST I Reset input L : Reset 109 NC - Not connected Not used, L-output 110,111 NC - Not connected L-output 112 VCC - Power supply input 113 Y- O Switching output for touch panel input H, L-output

Graphic µ-com transmission request input (System µ-com transmission request output)

H : Not used as transf er strobe is not used. L-output

L : Not used as transfer request is not sued. L-input

L : Transmission request

FGZ000UF2

MICROCOMPUTER’S TERMINAL DESCRIPTION

Pin No. Pin Name I/O Application Processing Operation Description

114 X- O Switching output for touch panel input H, L-output 115 Y+ O Switching output for touch panel input H, L-output 116 X+ O Switching output for touch panel input H, L-output 117 VSS I Ground input 118 KEYDATA1 I Touch panel data input (Y) Analog input 119 KEYDATA2 I Touch panel data input (X) Analog input 120 KEY6 - Not used. L-fixed 121~123 KEY5~KEY3 I Key switch input H, L-input 124 AVSS I Analog ground input 125,126 KEY2, KEY1 I Key switch input H, L-input 127 VREF I Reference voltage input 128 AVCC - Analog power supply input 129 VSS - Ground input 130 SYSDATA I 131 SHDATA O 132 SYSCLK I

133 ROM RXD I Flash ROM write data input

134 ROM TXD O Flash ROM write data output

135 VCC - Power supply input 136 SHSTBY O Graphic µ-com standby transition complete output H : Transition complete

137 TOUCH O

138 SHCS O

139 NC - Not connected L-output

140 SHRDY O

141 VSS - Ground input 142 NC - Not connected L-output

143 TOUCH EN I Graphic µ-com touch key analysis permission input

144 SHINI I Graphic µ-com initial input L : Not used as RESET is not used

Graphic µ-com data input (system µ-com data output) Graphic µ-com data output (system µ-com data input) Graphic µ-com clock input (system µ-com clock output)

Graphic µ-com touch key ON notice output PTT-key ON notice output System µ-com transmission request output (Graphic µ-com transmission request input)

Graphic µ-com communication enable condition notice output

H, L-input H, L-input H, L-input Normally L-input Data input when writing to flash ROM Normally L-output Data output when writing to flash ROM

H : Touch key ON, L : Touch key OFF

L : Transmission request

H : Communication preparation complete

H : Analysis prohibited L : Not used as analysis permission is not used

FGZ000UF2

MICROCOMPUTER’S TERMINAL DESCRIPTION

● GRAPHIC CONTROLLER : IC4 (X25 : ELECTRIC UNIT)

Pin No. Pin Name I/O Processing Operation Description

1 DREQ O DMA request 2, 3 D0, D1 I/O CPU data 4 CVCC1 - Power supply 5D2 I/O CPU data 6 CGND1 - Ground 7~11 D3~D7 I/O CPU data 12 CGND2 - Ground 13~15 D8~D10 I/O CPU data 16 CVCC2 - Power supply 17, 18 D11, D12 I/O CPU data 19 CGND3 - Ground 20~22 D12~D15 I/O CPU data 23 PGND - Ground 24 CAP0 - External volume terminal for communication circuit 25 PVCC - P ower supply 26 CS0 I/O Chip selection 0 (UGM) 27 CS1 I/O Chip selection 1 (Internal register) 28 RD I Read strobe 29 WE0 I Write pulse 0 (lower side) 30 WE1 I Write pulse 1 (upper side) 31 DACK I DMA acknowledge 32 MODE0 I Operation mode terminal 0 33 MODE1 I Operation mode terminal 1 34 MODE2 I Operation mode terminal 2 35 TEST I Test terminal 36 RESET I Reset 37 CLK0 I Q2i operation clock 38 GND1 - Ground 39, 40 A1, A2 I CPU address 41 VCC1 - Power supply 42~49 A3~A10 I CPU address 50 GND2 - Ground 51~60 A11~A20 I CPU address 61, 62 A21, A22 - Not connected 63 GND3 - Ground 64~68 MD0~MD4 I/O Memory data 69 GND4 - Ground 70 MD5 I/O Memory data 71 VCC2 - Power supply 72~78 MD6~MD12 I/O Memory data 79 GND5 - Ground 80, 81 MD13, MD14 I/O Memory data

FGZ000UF2

MICROCOMPUTER’S TERMINAL DESCRIPTION

Pin No. Pin Name I/O Processing Operation Description

82 VCC3 - Power supply 83 MD15 I/O Memory data 84 MWE O Memory write pulse 85, 86 MRAS0, MRAS1 O Lower selection signal 87 MLCAS O Lower column selection signal 88 MUCAS O Lower column selection signal 89 GND6 - Ground 90 MOE O Memory read pulse 91~93 MA0~MA2 O Memory address 94 VCC4 - Power supply 95~98 MA3~MA6 O Memory address 99 GND7 - Ground 100~104 MA7~MA11 O Memory address 105 GND8 - Ground 106 CLK1 I Display dot clock 107 VCC5 - Power supply 108 FCLK O 1/2 display dot clock 109 ODDF I/O Pulse indicating odd number field 110 GND9 - Ground 111 DCLK O Display clock 112 CDE O Color detection 113 VCC6 - Power supply 114 DISP O Display period pulse 115 CSYNC O Composite synchronization signal 116 GND10 - Ground 117 HSYNC O Horizontal synchronization 118 VSYNC O Vertical synchronization 119~121 DD0~DD2 O Display data 122 GND11 - Ground 123~125 DD3~DD5 O Display data 126 VCC7 - Power supply 127, 128 DD6, DD7 O Display data 129 GND12 - Ground 130~134 DD8~DD12 O Display data 135 GND13 - Ground 136 DD13 O Display data 137 VCC8 - Power supply 138~141 DD14~DD17 O Display data 142 CGND4 - Ground 143 IRL O Interruption request 144 WAIT O CPU wait

FGZ000UF2

TEST MODE

Outline

● How to Enter the Test Mode

Turn the power on while pressing on the 2 operation keys of “MENU” and “AUDIO” on FRC000UF2, and the touch panel on FGZ000UF2. After ACC ON, keep on pressing on the 2 keys and the touch panel until the image (Opening Screen) appears on the screen. After the display of opening screen, the screen will display test items.

TEST MODE MENU (KENWOOD)

MODE

Test mode screen

Manufacturing Mode (Screen position adjustment)

● Outline of the Specifications

When the Manufacturing Mode is entered, the Item Selection Screen is displayed and, when a button for a certain item is pressed, the item will be selected. When providing the service, the start position adjustment in the screen display only will be used.

MODE MENU (KENWOOD)

SCREEN(G)

SCREEN(A)

AUX

POSI(NAVI)

POSI(AUX)

Manufacturing mode selection screen

NAVI

NIGHT

SOFT SW

HARD SW

STATUS

REAR

CONNECT

UCOM

TO MENU

● How to Release the Test Mode

The Test Mode is released when the ACC is turned off. When releasing the test mode, the following are the default condition:

• Screen adjustment

• TV NAME

• Maintenance information

● List of Specifications

No. Item Screen Operation Specification Remarks

1 SCREEN (G) NAVI Adjustment (Initial position: center) q The screen is switched depending on

q Brightness adjustment Minimum (0) ↔ Center (10) ↔ Max. (20) destination. w Contrast adjustment w Color bar input when NAVI is used.

2 SCREEN (A) AUX Adjustment (Initial position: center) q White 100% is input by VIDEO input.

q Brightness adjustment Minimum (0) ↔ Center (10) ↔ Max. (20) w Contrast adjustment e Tint r Color depth

3AUX AUX q White 50% is input by AUX input.

q Image stroke (1) No OSD

FGZ000UF2

TEST MODE

No. Item Screen Operation Specification Remarks

4 POSITION (NAVI) NAVI Adjustment (Initial C) q Adjustment screen in input through NAVI

q Screen position Right/Left keys are made with graphics, input.

adjustment which shifts the screen to right and left.

Adjustment range: 0~F.

NAVI

5 POSITION (AUX) AUX Adjustment (Initial D) q Adjustment screen is input through VIDEO

q Screen position Right/Left keys are made with graphics, input. adjustment which shifts the screen to right and left.

Adjustment range: 0~F.

TO MENU

6TVTVAdjustment (Initial: Center) q In order to switch sounds, AUDIO unit is

q Brightness adjustment -1 ↔ Center (14) ↔ +1 required. w Contrast adjustment -1 ↔ Center (14) ↔ +1 e Tint -1 ↔ Center (10) ↔ +1 r Color depth -1 ↔ Center (10) ↔ +1 t Screen size Switching goes in the following order: y Channel u Sound TV sound is switched ON/OFF.

7NAVINAVI (RGB)

q White balance No OSD Contrast → Default w White 50% input w Flicker Tint → Default e White 100% input e Maximum brightness Color depth → Default r Confirmation on the RED, GREEN, and r Brightness line, BLUE luster screens. reduction line t Same as above. t Point missing, y Color bar input line missing u y Screen beat i Color bar input u

Gradation characteristics

i Color reproduction !0 White 50% input o Confirmation on

visionary angle

!0 Screen roughness !1 Image cross-talk (2)

FULL→JUST→ZOOM→NORMAL reception

NAVI screen, with maximum brightness set.

q White 100% input

Confirmation on crush of white and black.

o Color bar input

FGZ000UF2

No. Item Screen Operation Specification Remarks

8 NIGHT NAVI (RGB)

q Night screen No OSD Contrast → Default brightness Tint → Default

9 SOFT SW Graphic Numeric displays on four corners of the

q Touch panel operation screen. When a number is pressed, the

10 HARD SW Graphic q By the switch information correspond-

q Hard switch (Hard switch ing to the external switch, the tint is

confirmation screen) w

11 STATUS Graphic q Displays internal temperature of LCD

q Heater operation w Displays voltage w Confirmation on e Displays version excess current r Displays destination e µ-com version r Destination

12 REAR Rear camera The “marker adjustment signal” is

Rear image confirmation

w Guide line adjustment time the screen is pressed. Using this

13 CONNECT Graphic ● Vehicle unit ● Vehicle Unit (Condition)

q Confirmation on the q Integrated ECU By monitoring the communication condition, vehicle unit w Meter “normal” or “abnormal” is displayed. w Confirmation on the e Air-conditioner Alongside the vehicle unit items, the condi connection unit ● Vehicle unit tions of the CAB BUS line are displayed. e Confirmation on the q Audio (F-BUS) When a line is cut (one line out of two vehicle signal w NA VI communication lines), “abnormal” is displayed. r Confirmation on e Rear camera In other cases, “normal” is displayed. vehicle CAN r TV tuner * When two lines re cut, this cannot be

image connected with the rear camera each

TEST MODE

NAVI screen, with minimum brightness set.

Color depth → Default

pressed number is displayed on the screen in a large size.

switched each time the switch is pressed.

The key illumination is forced to turn on.

the guideline position is adjusted.

t AUX detected and “normal” is displayed.

● Vehicle signal * On the CAN format, the communication is

q Illumination possible with only one communication line. w Illumination PWM This may cause the unit to display “normal”. e IGN ● Vehicle unit (Connection) r Parking The connection condition is monitored and t Vehicle speed y Reverse ● Vehicle signal

q White 100% input, with NAVI (RGB) input.

“connected” and “not connected” are displayed.

The terminal conditions are displayed.

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