Kenwood DDX-712-HU Service Manual

MONITOR WITH DVD RECEIVER / NAVIGATION SYSTEM

DDX7032/7032M/712 DNX7120/7220/7320

SERVICE MANUAL

Illustrations is DNX7120

NAVIGATION SYSTEM

DNX7120

ANT module(GPS-ANT)* (W02-5305-05)

(5m)

Mounting hardware* (J21-9867-04)

DC cord * (E30-6825-05)

PRK: (2m) REV: (5m)

Remote controller assy (A70-2082-15) RC-DV330 :DNX

(A70-2083-15) RC-DV340 :DDX

DC cord * (E30-6824-05)

Cord with pinplug(AV) (E30-6792-05)

Escutcheon (B07-3224-01)

Cord with pinplug(PRE) (E30-6794-05)

Escutcheon (B07-3172-12)

Screw set (N99-1779-15)

Cord with plug(ipod)* (E30-6785-05)

Mounting hardware assy (J22-0657-03)

Clamper * (J11-0660-05)

(1m)

Adhesive doublecoated tape (H30-0595-04)

Cord with plug(relay) (E30-6786-05)

(1m)

Lever (D10-4589-04) x2

Size AAA battery Not supplied

ILLUSTRATION IS RC-DV340

The IC106 in the Digital I/O unit (X88-2030-11) are not replaceable components. When this IC are defective, replace the whole Digital I/O unit (X88-2030-11).

The IC5,9,21 and IC60 in the DVD unit (X37-1120-06) are not replaceable components. When these ICs are defective, replace the whole DVD mechanism assembly (X92-6180-01). You cannot replace only the board.

* Depends on the models. Refer to the parts list.

This product complies with the

This product uses Lead Free solder.

RoHS directive for the European market.

DDX7032/7032M/712

DNX7120/7220/7320

BLOCK DIAGRAM

(X88- ) (X15- ) (A/2)

USB I/F

CN101

IC106

MEDIA PROCESSOR

HSY

IC302 IC104 IC901

ENC

CSYNCVIDEO GEN

VSY

AUDIO DAC

CN328

CN851

EP xx BT xx

USB L/R

GUI CSYNC

GUI RGB

CN852

DVD SCL/SDA,DISC DET

S/PDIF

DVD MECHA

(X15- ) (B/2)

DISC LED

CN501

A MUTE

SW5V

AUDIO MUTE

IC600

601

RGB SELECT

LED ON

DVD RGB

ROM

CN500

u-COM WRITE

TXD/RXD,SCLK,etc

GUI RGB

IC404

I2C

X34 RGB

BT xx

DVD SCL/SDA,DISC DET,EP

iPod MIC S/PDIF

ISOISO AMP

AMP

DDX8xx/ DDX7xx ONLY

X15 VIDEO

GUI CSYNC

NAVI CSYNC

DVD VIDEO

iPod VIDEO

VIDEO SELECT

X34 VIDEO

SYS xx

IC609

IC500

AOUT SW1/2

AOUT SW3/MUTE

J500 J503J501J502

DDX8xx/ DNX8xx ONLY

BT L/R

iPod L/R

USB L/R

DVD-A L/R

TMOROR M,P

IC606

SYNC SEPA

NAVI TX/RX,etc

RGB SW2/3

SYSTEM u-COM

RGB SW2

ACC DET

SYS RST

KEY3,SRC,LED PWM,etc

IC402

RESET IC

X35 CONT

IC502

AUDIO SELECT

IC505

AUDIO SELECT

MIX REMO INV

X34 VIDEO

X15 VIDEO

W REMO

RESET

ACC RST

BU DET

IC700

MOTOR DRIVER

REMO

KEY RST

SI (3.3V)SI

CN700 CN100

INV PWM,

PWM,etc

MONI VIDEO

MONI RGB

I2C,etc

X35 HD

LED PWM

(X34- )

CN350CN701

ACC DET

NAVI RGB

NAVI SYNC

NAVI TX/RX,etc

S/PDIF

SYS xx

MIX REMO INV

X34 VIDEO

X15 VIDEO

W REMO

RESET

ACC RST

BU DET

BU+14.4V

TILT M+/-

(X35- ) (A/2)

X/YDATA,etc

IC1

INVERTER CIRCUIT

FILTER

Q600

SI (3.3V)

REMO

KEY RST

(X35- ) (B/2)

ACC DET

ACC

DC CN

Q500

TOU CIR

IC3

CN6

TI C VI D G

BLOCK DIAGRAM

DDX7032/7032M/712 DNX7120/7220/7320

DNX8xx/DNX7xx ONLY DDX8xx/DNX8xx ONLY

TV L/R

TV VIDEO

NAVI COMP

X15 MAIN L/R

X15 SUB L/R

(X17- )(X16-636)

IC6 IC7

S/PDIF

CODEC

CODECxx CODECxx,

ADC L/R DAC 6ch

ADC L/R

E-VOL

SUB L/R

MAIN L/R

AV SELECTOR

ISO AMP

DSP

DSPxx

DAC 6ch

IC203

SAT L/R

DSPxx,etc

I2C

DSPxx,etc

CODECxx,

AUDIO u-COM

DDX8xx/

DC CN

SP OUT

IC704

PWIC

DDX7xx ONLY

NAVI I/F

NAVI

TX/RX

NAVI

TX/RX,

DC DET

DET MUTE

SD SLOT

TV I/F

TV xx

etc

NAVI L/R

MIX REMO

PWIC xx

CN1

CN900

PREFL/R

PRER L/R

PREF S/C

A MUTExx

TUNE L/R

IC702IC200

DDX812/8032BT/ DNX8120/ DDX7xx/DNX7xx ONLY

MINI DIN

J650

ANT. ANT.

SAT TX/RX,etc

TUN xx,

etc

R xx,

etc

SAT TX/RX,etc

W500

IC500

A RESET

DNX8220BT/ DNX7220 ONLY

(X89- )

F/E RADIO

RDS

CN2

u-COM WRITE

BCAM VIDEO

AVOUT VIDEO

AVIN1 L/R

AVOUT L/R

AV OUT A MUTE

RELAY SW

PRE OUT A MUTE

AVIN2 L/R

AVIN2 VIDEO

AVIN1 VIDEO

Q500-504

TOUCH CIRCUIT

IC301

TIMING CONTROLLER/ VIDEO DECODER/ GAMMA

CN600

(X16-628)

LED 9V

REMO

KEY RST

KEY3,SRC,etc

DSI

CN500

CN1

CN301

LED

REMO

RESET

TOUCH PANEL

BACK LIGHT

LCD PANEL

IC701

RESET IC

(X29- )

TILT

MECHA

CN401

DET MUTE

WH1 CN300

AVOUT L/R

AV OUT

TILT M+/-

DET MUTE

AV OUT A MUTE

PRE OUT A MUTE

IC100-

102

A MUTE

PREF S/C

PREF L/R

PRER L/R

5V PRE OUT

AVIN2 VIDEO

AVIN2 L/R

AVIN1 L/R

AVIN1 VIDEO

AVOUT VIDEO

BCAM VIDEO

AVOUT L/R

CN302

AVIN 2

DDX8xx/

DNX8xx

ONLY

AVIN 1

DDX7xx/

DNX7xx

ONLY

AV OUT

BACK CAM

DNX8xx

ONLY

DNX7xx

DDX7xx/ DDX8xx/

REAR L/R

SUB/CENT

SUB

FRONT L/R

CN400

RELAY SW

PRE OUT A MUTE

RELAY SW

DDX8xx/ DNX8xx ONLY

RELAY

BT ANT

DDX7032/7032M/712

DNX7120/7220/7320

(X37-112)

HALL IC

D3.3V

SW EIEND

LIM-SW

SPINDLE MOTOR

HALL BIAS

U.V.W COIL

IC54

SDRAM

IF-SEL

LO/EJ

HALL SENSOR

DC MOTOR

IC10

H1H,H1L,HB

A1,A2,A3

P5V

D3.3V

Q25

KDP2C OPTICAL PICKUP

DISC

PDIC VCC

DVD LD/CD LD

HFM

VREFH

IMON/VR DVD/VR CD

PDIC I/V OUT

THERMISTER

FO+-,TR+-

2PHASE STEPPING

FO6,RO6

MOTOR & ACTUATER DRIVER

SPIN,IN2-6,MUTE

BMS

EXADT11

CONNECTOR (28P)

FO5,RO5

FO4,RO4

FO2,RO2 FO3,RO3

VREF,EC

STBY

P5V

VHALF

IC21

A5V A5V

IC39

Q12,13

IOPDET

27MHz

A3.3V V3.3V

D3.3V

PLL3.3V D1.2V

IC9

E2PROM

D3.3V

CONNECTOR (30P)

D1.2V

D3.3V

A3.3V

PLL3.3V

V3.3V

POR

SW1

SW2

SW REG

IC1

Q27

Q14,15

A3.3V

Q10,11

IOP

(AD0)

LPC01/LPC02

DRV0

VREFH

LPC1/LPC2

A,B,C,D,E,F,FE1,FE2,RF

TEMP(AD1)

VHALF

DQM3,P9

DRV1,DRV2,DRV3,DRV4 PWM0,PWM1,P10

FG,P5

NWE,NCAS,NRAS,NCSM,MCK0 BA0-1,MA0-11,DQM0-1

MDQ0-15

EXADT

0-15

NEXCE

DQM2

DVN F/E+B/E+MCU

P12(CE)

NEXWE

D3.3V

A19

NEXOE

NEXWE

EXADR16-19

EXADT0-15

P15

NRST

P6,P14

P0,P3

DD0-15,DA0-1,CS1FX,CS3FX

ADOUT0-2

P7,P8

SRCK,LRCK

DAC0-3OUT

INTREQ,IORDY,DASP,PDIAG

DMARQ,DIOW,DIORDMACK

RESET

MASTER

DAC4OUT

IECOUT

P1,P2

ADOUT3

DACCK

D3.3V

IC53

IC57

IC12

IC15

BUFFER

VIDEO AMP

CLAMP/BIAS, POWER SAVE

VIDEO AMP

PON

L+

L-

AUDIO

R+

DAC

R-

A5V

IC49

IC60

IC55

CLR

CLK

Q3-8

LOGIC

ATAPI I/F

SW LOST

SW LOEND

16 4

IC5 IC42

D3.3V D3.3V

FLASH

DQ0-15

ROM

A0-20

W,G

D1-8

Q1,Q2

D-FF

3.3V to 1.2V

A8V

IC50,51

L.P.F

A8V

5V REG

D5V

A5V

A8V

P5V

D5V

CONNECTOR

D1.2V

(10P)

ADATA0-2

BCK/LRCK

(50P)

Y/G,Pb/B,Pr/R

VIDEO

SPDIF

AMUTE

SDA,SCL

AREFL AREFR

Lch Rch

MASTER/SLAVE

RESET

DISC DET

IFSELIF-SEL

BLOCK DIAGRAM

CONNECTOR(35P)

DDX7032/7032M/712 DNX7120/7220/7320

COMPONENTS DESCRIPTION

VIDEO CONTROL UNIT (X15-115x-xx/X15-117x-x x)

●

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

IC3 5V regulator T_P+5V, BU_DET

IC4 3.3V regulator TILT3.3V

IC8 3.3V regulator TC3.3V

IC200 DC-DC control IC DC-DC control (MECHA8V, V5V, SW5V (D5V))

IC201 DC-DC control IC DC-DC control (SW3.3V, P5V, USB5V)

IC400 E2MROM For saving the settings

IC401 E2MROM For ROM correction

IC402 Reset IC System μ-com reset

IC403 Buffer Buffer for DVBT communication

IC404 MPU System μ-com

IC405 AND 3.3→5V level conversion (NAVI_RX)

IC500 Op amp AMP for BT audio

IC501 VIDEO ISO AMP iPod video signal

IC502 Audio selector MAIN

IC503 Buffer BT control signal buffer

IC504 AUDIO ISO AMP iPod audio signal

IC505 Audio selector SUB

IC600 Video switch NAVI or GRAPHIC

IC601 Video switch DVD or NAVI & GRAPHIC

IC604 NOT 3.3→5V level conversion (NAVI_SYNC)

IC606 SYNC SW GRAPHIC or NAVI

IC608 Buffer VSY buffer

IC609 Video switch X15, X34 VIDEO, COMP

IC612 NOT NAVI_SYNC reversal

IC700 MOTOR DRIVER TILT MECHA

Q1 SW BU_DET detection circuit

Q2,3 SW P-ON 14V control

Q4,5,11,12 SW BU_DET detection circuit

Q13 SW P-ON 14V control

Q14 SW BU_DET detection circuit

Q15 SW FET P-ON 14V ON/OFF

Q16~18 SW BU_DET detection circuit

Q19 Short protection BU power supply regulator (8.5V)

Q20 8.5V regulator control BU power supply regulator (8.5V)

Q21 8.5V regulator BU power supply regulator (8.5V)

Q22,23 8.5V regulator control BU power supply regulator (8.5V)

Q28 8V regulator DVD A8V regulator

Q29,31,32 8V regulator control DVD A8V regulator

Q35 8V regulator A8V regulator

Q37~39 8V regulator control A8V regulator

Q44,45 SW T_P5.0V switch

Q46 9V regulator control LED9V regulator

DDX7032/7032M/712 DNX7120/7220/7320

COMPONENTS DESCRIPTION

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

Q47 9V regulator LED9V regulator

Q48,49 SW TILT3.3V switch

Q200 SW DC-DC protection control

Q201 SW DC-DC output voltage switching

Q202~204 SW DC-DC protection control

Q205 SW DC-DC SW FET (5V or 8.0V)

Q206 SW DC-DC SW FET (5V)

Q207 SW DC-DC SW FET (3.3V)

Q208 SW DC-DC SW FET (5V)

Q400 SW TV RESET

Q402 SW μ-com reset SW

Q403,404 SW SI

Q500,501 SW Reset circuit of Garmin NAVI

Q502,503 SW Audio switching MAIN L/R output SW

Q504 SW Reset circuit of Garmin NAVI

Q505 SW Disk slot LED control

Q506 SW X35 REMO and W_REMO detection and NAVI_REMO output

Q507,508 SW Audio switching SUB L/R output SW

Q509 SW Disk slot LED control

Q510 SW MIX_REMO output

Q600 SW RGB signal_R

Q601 SW RGB signal_G

Q602 SW RGB signal_B

Q603 SW MUTE of RGB signal_R

Q604 SW MUTE of RGB signal_G

Q605 SW MUTE of RGB signal_B

Q700 Buffer SPDIF signal

Q850 MUTE DVD MUTE (Lch)

Q851 MUTE DVD MUTE (Rch)

Q852 SW DVD MUTE control

SWITCH UNIT (X16-6280-10)

●

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

IC1 Remote control sensor Infrared Detection unit for Remote Control

AUDIO UNIT (X17-2030-10)

●

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

IC1 OP amp For audio signal ampliﬁ cation (Center, Sub-woofer)

IC2 OP amp For audio signal ampliﬁ cation (Rear)

IC3,4 OP amp For audio signal ampliﬁ cation (Front)

IC5 BASS MANAGEMENT BASS MANAGEMENT

IC6 CODEC DIR and A/D, D/A converter

IC7 DSP Processing of computing for Dolby 5.1ch, dts etc.

DDX7032/7032M/712 DNX7120/7220/7320

COMPONENTS DESCRIPTION

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

IC8 3-terminal regulator DSP_D3.3V POWER SUPPLY

IC10 3-terminal regulator DSP_D1.25V POWER SUPPLY

CONTROL CIRCUIT UNIT (X29-4490-xx)

●

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

IC100~102 OP amp 5V_AMP

IC103 Voltage Converter Power supply (9V→ -9V)

Q4 Transistor AV OUT_AR Mute

Q5 Transistor Mute SW for AV OUT

Q6 Transistor AV OUT_AL Mute

Q100 Transistor PRE FL_Mute

Q101 Transistor PRE OUT F/R Mute SW

Q102 Transistor PRE FR_Mute

Q103 Transistor PRE RL_Mute

Q104 Transistor PRE RR_Mute

Q105 Transistor PRE SWR_Mute

Q106 Transistor PRE OUT SWR/CENTER Mute SW

Q107 Transistor PRE CENTER_Mute

Q108 Transistor P_ON SW

Q109,110 Transistor +B sw

Q111~116 Transistor Voltage Converter circuit (9V→ -9V)

Q200~205 Transistor Relay SW1 output, and over current detection circuit

Q206~211 Transistor Relay SW2 output, and over current detection circuit

ELECTRIC UNIT (X3 4-584x-xx/X3 4-598x-xx)

●

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

IC100 3-terminal regulator DSP_A5V circuit

IC101 3-terminal regulator T8V (Distributor power supply) circuit

IC102 Op amp PW-IC midpoint circuit

IC103 3-terminal regulator Generate SEL_A5V (AV selector AK4220)

IC104 3-terminal regulator Generate SEL_3.3V (AV selector AK4220)

IC105 Op amp PW-IC midpoint circuit

IC106 3-terminal regulator Generate A8V (Audio 8V)

IC200 AV selector Audio/Video signal selector

IC201 Op amp AV selector ISO-AMP

IC202 Op amp AV-IN2 ISO-AMP

IC203 EVOL IC Audio volume control and audio signal selection

IC300 Op amp Buffer for ADC-L/R signal

IC303 Logic IC (Buffer) DSP, CODEC control and Data signal processing

IC304 Logic IC (AND) DSP, CODEC control and Data signal processing

IC500 RDS decoder IC For RDS signal processing and demodulation

IC550 Logic IC (Inverter) Processing of remote controller signal from NAVI

IC650 Logic IC (AND) Switching of SAT_TX data

DDX7032/7032M/712 DNX7120/7220/7320

COMPONENTS DESCRIPTION

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

IC701 Voltage detection IC μ-com reset voltage (3.5V) monitoring

IC702 Pin100 μ-com Mainly control Audio board

IC704 Power IC Power ampliﬁ er for speaker output

IC705 3-terminal regulator DSP_D5V circuit

Q1,2 Transistor P_CON output circuit

Q3 Transistor Reverse detection circuit

Q4 Transistor P_CON output circuit

Q5 Transistor Parking detection circuit

Q6 Transistor P_CON output circuit

Q7 Transistor ANT_CON output circuit

Q8 Transistor ILLUMI detection circuit

Q9 Transistor ANT_CON output circuit

Q10 Transistor BU detection circuit

Q11 Transistor EXT_CONT output circuit

Q13 Transistor SURGE detection circuit

Q14 Transistor ACC detection circuit

Q100 Transistor DSP_A5V circuit

Q101 Transistor PW-IC midpoint circuit

Q102 Transistor DSP_A5V circuit

Q103 Transistor PW-IC midpoint circuit

Q104 Transistor T8V circuit (E-TYPE ONLY)

Q105 Transistor BU5V circuit

Q106 Transistor PW-IC midpoint circuit

Q107 Transistor T8V circuit (E-TYPE ONLY)

Q108 Transistor BU5V circuit

Q109,110 Transistor PW-IC midpoint circuit

Q111,112 Transistor SW5V circuit

Q113,114 Transistor SIR_SW14V circuit (K/R-TYPE ONLY)

Q115,116 Transistor A8V circuit

Q117 Transistor SIR_SW14V circuit (K/R-TYPE ONLY)

Q118 Transistor A8V circuit

Q119 Transistor SIR_SW14V circuit (K/R-TYPE ONLY)

Q120~122 Transistor DSP_D8V circuit

Q300~302 Transistor ADC_MUTE circuit

Q500,501 Transistor On during AM (Tuner8V)

Q650,651 Transistor SAT_RX SW circuit

Q652 Transistor SIRIUS_DET SW circuit

Q700 Transistor RESET detection circuit

Q701 Transistor DET MUTE circuit (Trigger Reset)

Q702 Transistor Video signal detection circuit (AV selector → μ-com)

Q703 Transistor AV selector control RESET circuit

Q704 Transistor DET MUTE circuit (Trigger Reset)

Q705 Transistor AV selector control circuit

DDX7032/7032M/712 DNX7120/7220/7320

COMPONENTS DESCRIPTION

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

Q706 Transistor DET MUTE circuit (Trigger Reset)

Q707 Transistor AV selector control circuit

VIDEO UNIT (X35-4940-xx)

●

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

IC1 Inverter control IC Control and drive the inverter circuit for the back light

IC100 Mono-multi Delay 5V power supply for DC/DC IC

IC101 NOT Reverse

IC102 DC/DC converter IC +12.5V/-12.0V power supply for VCOM ampliﬁ er and +15.0V power supply for LCD

IC200 Op amp For VCOM ampliﬁ er

IC300 Regulator 2.5V regulator

IC301 Chroma and Gamma T/C Control LCD module

IC302 OR 3.3V conversion

IC303 F ROM For Mstar FW

IC304 NOT Reverse

Q1 5V constant voltage 5V power supply for inverter control IC

Q2,3 Inverter driver Drive the inverter circuit

Q4 Dimmer SW Be turned on or off by the PWM control signal to dim or not to dim the back light.

Q5 Switch SW to change the free run frequency of inverter control IC

Q140,141 -10.0V regulator control -10V regulator for LCD

Q202,203,205 Buffer For VCOM current ampliﬁ cation

Q300,301 Buffer For Chroma trap

Q302 Switch NTSC/PAL switching

Q303,304 Switch For Mstar RESET

Q500 Touch panel X1 SW

Q501 Touch panel X0 SW X0 SW: Be turned on when there is an input at X axis, and apply voltage

Q502 Touch panel Y1 SW Y1 SW: Be turned on when there is an input at Y axis, and apply voltage

Q503 Touch panel Y0 SW Y0 SW: Be turned on when there is an input at Y axis, and apply voltage

Q504 Touch panel Y0/Y1 SW

Q600,601 LED SW Control LED (PWM control).

X1 SW: Be turned on when the touch panel is touched or when there is an input at X

axis, and apply voltage.

Y0/Y1 SW: Be turned on when there is an input at Y axis, and be turned off when there

is an input at X axis

DIGITAL I/O UNIT (X88-2030-xx)

●

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

IC100

IC101

IC104 Exclusive OR Gate EP_SYNC (composite sync) output

IC105

IC106 System-On-Chip Processor Media Processor

IC108 Inverter E_HSYNC Buffer

IC200 Triple Inverter Sub Clock Buffer

Fixed Current Limit

Power Distribution Switch

Fixed Current Limit

Power Distribution Switch

Low Dropout Voltage

Linear Regulator

Large current distribution switch for USB1

Large current distribution switch for USB2

SW3.3V→1.8V (for EP9307IRZ)

DDX7032/7032M/712 DNX7120/7220/7320

COMPONENTS DESCRIPTION

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

IC202,203 SDRAM 256Mbit SDRAM for work memory

IC207 iPod Authentication Coprocessor iPod Authentication

IC211 NOR Flash Memory 256Mbit Flash Memory for program data and graphic data

IC302 Color TV signal encoder Graphic signal digital/analog converter

IC305 Dual OP-Amp (LPF) Stereo DAC Output LPF

IC901 Stereo DAC Audio signal digital/analog converter

IC902 Low Dropout Voltage Regulator A8V→A5V (for Stereo DAC and LPF)

IC903 Dual 2-input AND Gate Output ENABLE for MIC2005-08YM6

DAUGHTER UNIT (X89-3062-71)

●

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

Q1 AMP GAIN_AMP in FM band

DVD UNIT (X37-1120-06)

●

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

IC1 One chip LSI for DVD player

IC5 FLASH ROM To retain F/W for one chip LSI (Nonvolatile memory)

IC9 EEP ROM To retain data for one chip LSI (Nonvolatile memory)

IC10 Driver IC Fo coil / Tr coil / SP motor / SLD motor / LO-EJ motor drive

IC12 1ch video AMP +6dB ampliﬁ er with internal composite video output ﬁ lter

IC21 2-output switching REG 5V

IC39 OP-AMP for Iop measurement For Iop measurement

IC42 Logic IC for port extension For port extension

IC49 Low voltage logic For S/PDIF signal amplitude conversion (3.3V

IC54 SDRAM To retain data for one chip LSI (Nonvolatile memory)

IC55,56 Logic IC for port extension For port extension

Q1 Transistor with internal resistor LO_MUTE control

Q2 Transistor with internal resistor For FG signal

Q3 Transistor with internal resistor For BMS

Q4 Transistor with internal resistor DRMUTE control

Q10 Front end transistor for APC Control of CD laser diode emission

Q11 Front end transistor for APC Control of DVD laser diode emission

Q12 Rear end transistor for APC Control of CD laser diode emission

Q13 Rear end transistor for APC Control of DVD laser diode emission

Q14 MOS-FET ON/OFF control of CD laser diode

Q15 MOS-FET ON/OFF control of DVD laser diode

Q20 MOS-FET for level shifter Level shifter for I2C clock

Q21 MOS-FET for level shifter Level shifter for I2C data

Q24 MOS-FET For Iop measurement

Q25 Transistor with internal resistor IFSEL control

Q27 Transistor with internal resistor HFM ON/OFF control

Q28 Transistor for APC For CD laser diode protection (Current limiter)

Q29 Transistor for APC For DVD laser diode protection (Current limiter)

RF signal processing / Servo processing / Decoding processing / AV decoding processing

3.3V/1.2V

→

1.2V)

DDX7032/7032M/712 DNX7120/7220/7320

MICROCOMPUTER’S TERMINAL DESCRIPTION

SYSTEM MICROCOMPUTER: 30878MJBA24GP (X15: IC404)

●

True Value

Pin No. Pin Name I/O Application

2NC ONC

3 HSY I Hsync input: For VCOM adjustment input from X35

4 MIX_REMO I Remote controller data input

5 SYS_MDATA O Data output to AUDIO μ-com

6 SYS_SDATA I Data input from AUDIO μ-com

7 SYS_CLK O Communication clock with AUDIO μ-com

8 SYS_MREQ O Request to AUDIO μ-com

9 SYS_SREQ I Request from AUDIO μ-com

10 SYS_ON O ON/OFF control of AUDIO μ-com

11 X0 O Touch panel control

12 X1 O Touch panel control

13 Y0 O Touch panel control

14 ACC_DET I ACC detection L: ACC ON

15 BYTE I External data bus width switching Connected to Vss since this is a single chip

16 CNVSS I Terminal for writing data in μ-com “L” during the normal operation

17 XCIN I Sub clock input 32.768kHz

18 XCOUT O Sub clock output 32.768kHz

19 RESET I L: RESET

20 XOUT O Main clock output 11.0592MHz

21 VSS -

22 XIN I Main clock input 11.0592MHz

23 VCC1 -

24 NMI I Not used

25 BU_DET I BU detection L: BU ON, H: Reduced voltage

26 TV_SC_REQ I Communication request from TV_COM

27 TV_MC_REQ O Communication request to TV_COM

28 TV_SC_CON O Start request to TV_COM

29 TV_SC_DATA I DATA input from TV_COM

30 TV_CLK O CLK output to TV_COM

31 TV_MC_DATA O DATA output to TV_COM

32 PWM O LCD brightness control PWM output

33 POWER_PWM O DC-DC_IC oscillation frequency control 381kHz or 316kHz

34 TV_JUDGE I Determination of TV_BOX if it is old or new H: Old, L: New

35 INV_PWM O Inverter oscillation frequency control PWM output

36 NAVI_RX I Navi control data input

37 NAVI_TX O Navi control data output

38 TXD O Terminal for writing data in μ-com

39 VCC1 -

40 RxD I Terminal for writing data in μ-com

41 VSS -

42 SCLK I Terminal for writing data in μ-com

AV_SDA/TC_

SDA/E2P_SDA

Communication data between AV_SW, T/C, and

I/O

E2P

Table

Processing Operation Description

DDX7032/7032M/712 DNX7120/7220/7320

MICROCOMPUTER’S TERMINAL DESCRIPTION

True Value

Pin No. Pin Name I/O Application

43 BUSY O Terminal for writing data in μ-com

44 DVD_SDA I/O Communication data with DVD mechanism

45 DVD_SCL O Communication clock with DVD mechanism

46 DISC_DET I Disc detection L: Detected (Disc is found)

47 NAVI_OFF_DET I Standby request for Navi power supply Off Not used

48 DVD_RESET O Reset of DVD mechanism

49 TMOTOR_P O Tilt control of the tilt mechanism

50 TMOTOR_M O Tilt control of the tilt mechanism

51 NC O NC Not used

52 AOUT_SW1 O AUDIO selector switching

53 AOUT_SW2 O AUDIO selector switching

54 EPM I

55 AOUT_MUTE O AUDIO selector switching

56 AOUT_SW3 O AUDIO selector switching

57 VSS -

58 NC O NC Not used

59 VCC2 -

60 LED_PWM O KEY LED brightness control H: Turn on.

61-63 NC O NC Not used

64 RGB_MUTE O RGB MUTE control H: MUTE ON

65 CE I

66,67 NC O NC Not used

68 RGB_SW2 O RGB selector switching

69 RGB_SW3 O RGB selector switching

70 PGOOD I Error detection in DC-DC_IC L: Power supply error detected

71 POWER_START O DC-DC_IC soft start L: Start, H: Stop

72 LED_ON O Disc slot LED ON/OFF H: LED ON, L: LED OFF

73 NC O NC Not used

74 VCC2 -

75 NC O NC Not used

76 VSS -

77 SI O SI control When ACC is OFF: Repetition of H and L

78 SRC I Source key L: SRC

79,80 NC O NC Not used

81 EP_BU_DET O Make X88 recognize the BU detection Not used. Output is ﬁ xed to L

82 EP_STBY I Media processor standby Not used

83 EP_INI O Media processor initial

84 EP_CON O Permission to operate media processor Not used. Output is ﬁ xed to L

85 EP_RST O Media processor reset

86 EP_SREQ I Request from media processor

87 EP_MREQ O Request to media processor

88 EP_RX I Media processor control data input

89 NC O NC Not used

90 EP_TX O Media processor control data output

Table

Processing Operation Description

DDX7032/7032M/712 DNX7120/7220/7320

MICROCOMPUTER’S TERMINAL DESCRIPTION

True Value

Pin No. Pin Name I/O Application

91 VCC2 -

92 PON O Power ON/OFF control H: Power ON

93 VSS -

94 MCNT O Switching of tilt mechanism power supply voltage H: 8V, L: 5V

95 JIGU_EJ I Operable without tilt mechanism

96-99 NC O NC Not used

100 WRT_E2P I Used for writing data in E2P H: E2P access, L: Normal

101 NC O NC Not used

102 VD I For VCOM adjustment

103,104 NC O NC Not used

105 EJECT I Eject key

106,107 NC O NC Not used

108 INV_SW O Switching of Inverter free run frequency

109 ENABLE O Back light ON/OFF H: ON, L: OFF

110 WRT_TC I Used to update T/C H: T/C access, L: Normal

111~113 NC O NC Not used

114 TYPE1 I Destination setting

115 TYPE2 I Destination setting

116 TYPE3 I Destination setting

117-121 NC O NC Not used

122 TYPE0 I Destination setting

123 TC_RESET O Reset of T/C

124 NT_PAL_IN I NTSC/PAL identiﬁ cation input H: NTSC, L: PAL

125 VMUTE O VMUTE of X35 H: MUTE ON

126 MST_WAIT I MST WAIT request

127 TC_R I For RGB auto adjustment Not used

128 TC_G I For RGB auto adjustment Not used

129 TC_B I For RGB auto adjustment Not used

130 VSS -

131 VCOM I For γ curve auto adjustment / DEF.2.8V

132 VCC1 -

133-135 NC O NC Not used

136 KEY3 I Key

137 XDATA I Touch data input

138 YDATA I Touch data input

139 R_SENS I Panel mechanism tilt detection

140 AVSS -

141 A_REMO I Analog remote controller for Matsuda Not used

142 VREF I

143 AVCC -

144

AV_SCL/TC_

SCL/E2P_SCL

O Communication clock with AV_SW, T/C, and E2P

Table

Processing Operation Description

DDX7032/7032M/712 DNX7120/7220/7320

MICROCOMPUTER’S TERMINAL DESCRIPTION

Truth value table

Destination setting

DDX

DNX

DDX

DNX

Destina-

M/M2 0 0 1 *

E/E2 1 0 1 *

M/M2 1 0 1 *

MODEL

TYPE0 is an AD input.

Refer to the next table (TYPE0 Setup Voltage) for “*”.

AUDIO MICROCOMPUTER: 30624MWPB74GP (X34: IC702)

●

True Value

Pin No. Pin Name I/O Application

1 PON O Control of peripheral power supply H: ON, L: OFF

2 P_CON O PCON control H: EXCEPT, L: When STANDBY or POWER OFF

3 CODEC_DO O CODEC control (Mid)

3 NC O Not used (Low) Output is ﬁ xed to L

4 CODEC_DI I CODEC control (Mid)

4 NC O Not used (Low) Output is ﬁ xed to L

5 CODEC_CLK O CODEC control (Mid)

5 NC O Not used (Low) Output is ﬁ xed to L

6 BYTE I External data bus switching Fixed to “L” since this is a single chip

7 CNVSS I Emulator connection H: Program write mode, L: Normal operation

8,9 NC O Not used Output is ﬁ xed to L

10 RESET I μCOM hard reset H: Normal operation, L: Reset

11 XOUT O

12 VSS -

13 XIN I

14 VCC1 -

15 NMI I Fixed to “H” for writing-in.

16 R_CLK I RDS CLK input (K, E, M, R)

16 NC O Not used (X, V) Output is ﬁ xed to L

17 CODEC_ERROR I CODEC ERROR input (Mid)

17 NC O Not used (Low) Output is ﬁ xed to L

18 NC O Not used Output is ﬁ xed to L

19 CODEC_CS O CODEC chip select (Mid)

19 NC O Not used (Low) Output is ﬁ xed to L

20 BEEP O Beep Pulse output

21,22 NC O Not used Output is ﬁ xed to L

23 BM_SW O Bass Management (Mid)

23 NC O Not used (Low) Output is ﬁ xed to L

24 AD_MUTE O CODEC input section MUTE (Mid) H: MUTE OFF, L: MUTE ON

24 NC O Not used (Low) Output is ﬁ xed to L

25 DSP_RST O DSP: Reset (Mid)

25 NC O Not used (Low) Output is ﬁ xed to L

26 DSP_SS O DSP chip select (Mid)

26 NC O Not used (Low) Output is ﬁ xed to L

27 TUN_SCL O RADIO TUNER control

28 TUN_SDA I/O RADIO TUNER control

29 EM_TX O Communication with emulator

29 SAT_TX O Communication with SAT

30 EM_RX I Communication with emulator

Table

Processing Operation Description

Oscillator 11MHz (Internally the unit operates at the

frequency of 2 times of the oscillator frequency)

Oscillator 11MHz (Internally the unit operates at the

frequency of 2 times of the oscillator frequency)

DDX7032/7032M/712 DNX7120/7220/7320

MICROCOMPUTER’S TERMINAL DESCRIPTION

True Value

Pin No. Pin Name I/O Application

30 SAT_RX I Communication with SAT

31 EM_CLK I Communication with emulator

32 BUSY O Output of BUSY signal during writing-in

33 SYS_SDATA O Communication between μ-coms

34 SYS_MDATA I Communication between μ-coms

35 SYS_MCLK I Communication between μ-coms

36 SYS_SREQ O Communication between μ-coms

37 SYS_MREQ I Communication between μ-coms

38 NC O Not used Output is ﬁ xed to L

39 EPM I Emulator connection Logic is ﬁ xed by pull down

40 SIR_DET I

41 SIR_PON O SW14 control (K, R) H: ON, L: OFF

42 SAT_RST O SAT RESET (K,R)

43 SAT_CON O Communication with SAT (K, R)

44 CE I Emulator connection Logic is ﬁ xed by pull up.

45 SEL_SCL O ASEL control I2C CLK

46 SEL_SDA I/O ASEL control I2C DATA

47 V_DET I Video signal detection

48 AV_PDN O ASEL control RESET

49 NC O Not used Output is ﬁ xed to L

50 AVOUT_SEL O AVOUT SEL control (Not used) Not used. Output is ﬁ xed to L

51 NC O Not used Output is ﬁ xed to L

52 NC O Not used Output is ﬁ xed to L

53 TUN_IFC I RADIO TUNER control H: Station found, L: Station not found

54 R_AFS_H O RADIO TUNER control

55 AM+B O RADIO TUNER control H: AM, L: EXCEPT

56 R_DATA I RDS control (K, E, M, R)

56 NC O Not used (X, V) Output is ﬁ xed to L

57 R_QUAL I RDS control (K, E, M, R)

57 NC O Not used (X, V) Output is ﬁ xed to L

58 PRE_MUTEF O F pre-out mute H: MUTE OFF, L: MUTE ON

59 PRE_MUTER O R pre-out mute Not used. Output is ﬁ xed to L

60 VCC2 -

61 PRE_MUTESW O SW pre-out mute H: MUTE OFF, L: MUTE ON

62 VSS -

63 AUDIO_MUTE0 O EVOL rear stage mute H: MUTE OFF, L: MUTE ON

64 AUDIO_MUTE1 O EVOL rear stage mute H: MUTE OFF, L: MUTE ON

65 AUDIO_MUTE2 O EVOL rear stage mute H: MUTE OFF, L: MUTE ON

66 AUDIO_MUTEA O EVOL front stage mute (Not used) Not used. Output is ﬁ xed to L

67 AUDIO_MUTEB O EVOL front stage mute H: MUTE OFF, L: MUTE ON

68 AUDIO_MUTEC O EVOL front stage mute H: MUTE OFF, L: MUTE ON

Detection of SIRIUS (13P↔8P conver-

sion cable) connection

Table

Processing Operation Description

H: Connected, L: Not connected

DDX7032/7032M/712 DNX7120/7220/7320

MICROCOMPUTER’S TERMINAL DESCRIPTION

True Value

Pin No. Pin Name I/O Application

69 E2P_SCL O E2P control I2C CLK

69 AUD_SCL O EVOL control I2C CLK

70 E2P_SDA I/O E2P control I2C DATA

70 AUD_SDA I/O EVOL control I2C DATA

71 A_WRT_E2P I E2P writing-in control H: E2PROM writing-in, L: EXCEPT

72 SYS_ON I Start request from system μ-com

73 BU_DET I Reduced voltage detection H: Reduced voltage, L: Normal

74 RELAY_SW1 O Relay 1 control H: Relay ON, L: Relay OFF

75 RELAY_SW2 O Relay 2 control H: Relay ON, L: Relay OFF

76 RELAY_DET1 I

77 RELAY_DET2 I

78 REV_DET I Reverse detection H: Reverse OFF, L: Reverse ON

79 PAK_DET I Parking detection H: Parking ON, L: Parking OFF

80 ILL_DET I Illumi detection H: Illumi OFF, L: Illumi ON

81 A_REMO O Remote controller input for Matsuda Not used. Output is ﬁ xed to L

82 ANT_CON O ANT CON control H: ANT UP, L: ANT DOWN

83 EXT_CON O EXT CON control H: OFF, L: ON

84 PWIC_STBY O PWIC control H: POWER ON, L: POWER OFF

85 PWIC_MUTE O PWIC mute H: MUTE OFF, L: MUTE ON

86 RIP_MUTE O PWIC power supply control (Mid) H: MUTE OFF, L: MUTE ON

86 NC O Not used (Low) Output is ﬁ xed to L

87 A_TYPE3 I Destination setting

88 A_TYPE2 I Destination setting

89 A_TYPE1 I Destination setting

90 A_TYPE0 I Destination setting (K, E, M, X)

91 R_NOISE I RADIO TUNER control Noise input

92 TUN_SMET I RADIO TUNER control S meter input

93 LINE_MUTE I LINE MUTE input detection

94 AVSS -

95 PWIC_DCDET I Detection of SP output DC offset H: Normal, L: Offset detection

96 VREF -

97 AVCC -

98 DSP_SI I DSP control (Mid)

98 NC O Not used (Low) Output is ﬁ xed to L

99 DSP_SO O DSP control (Mid)

99 NC O Not used (Low) Output is ﬁ xed to L

100 DSP_SCL O DSP control (Mid)

100 NC O Not used (Low) Output is ﬁ xed to L

Relay 1 output error detection

(Short, Over current)

Relay 2 output error detection

(Short, Over current)

Table

Processing Operation Description

When “RELAY_SW1” is “Hi”,

L: Normal, H: Error (“Hi” when SW1 is Low)

When “RELAY_SW2” is “Hi”,

L: Normal, H: Error (“Hi” when SW2 is Low)

Normal: 1.6V, TEL MUTE: 1V or less, NAVI MUTE:

2.5V or more

DDX7032/7032M/712 DNX7120/7220/7320

MICROCOMPUTER’S TERMINAL DESCRIPTION

Truth value table

Destination setting

DDX

DNX

DDX

DNX

Destina-

M/M2 0 0 1 *

E/E2 1 0 1 *

M/M2 1 0 1 *

MODEL

TYPE0 is AD input.

Refer to the next table (TYPE0 Setup Voltage) for “*”.

MEDIA MICROPROCESSOR: EP9307IRZ (X88: IC106)

●

Pin No. Pin Name I/O Application

A1 #CS1 I Watchdog startup

A2 #CS7 I BOOT bus width select

A3 SDCLKEN O SDRAM clock enable

A4 DA31 I/O Data bus

A5 DA29 I/O Data bus

A6 DA27 I/O Data bus

A7 NC

A8 #RD O Memory read

A9 MIIRXD3 I (ETHER I/F for design)

A10 RXDVAL I (ETHER I/F for design)

A11 MIITXD1 O (ETHER I/F for design)

A12 CRS I (ETHER I/F for design)

A13 NC

True Value

Table

Processing Operation Description

DDX7032/7032M/712 DNX7120/7220/7320

MICROCOMPUTER’S TERMINAL DESCRIPTION

True Value

Pin No. Pin Name I/O Application

A14 IPOD_POW (NC) O Authentication chip power supply control (Not used)

A15 #WAIT I WAIT input (Not used)

A16 USB2_NEG I/O USB2 data (Not used)

A17 NC I

B1 AD25 O Address bus

B2 #CS2 I Watchdog startup

B2 #CS2 O SRAM chip select

B3 #CS6 I BOOT bus width select

B3 #CS6 O Nor Flash chip select

B4 AD20 O Address bus

B5 DA30 I/O Data bus

B6 AD18 O Address bus

B7 EP_STBY O Permission to turn OFF the mother power supply

B8 AD17 O Address bus

B9 RXCLK I (ETHER I/F for design)

B10 MIIRXD1 I (ETHER I/F for design)

B11 MIITXD2 O (ETHER I/F for design)

B12 TXEN O (ETHER I/F for design)

B13,14 NC

B15 USB2_POS I/O USB2 data (Not used)

B16 DA_MCLK O AUDIO DAC Master clock I2S

B17 3.3V

C1 AD23 O Address bus

C2 DA26 I/O Data bus

C3 #CS3 O SRAM chip select

C4 DA25 I/O Data bus

C5 AD24 O Address bus

C6 AD19 O Address bus

C7 EP_SREQ O EP9307 communication request

C8 #WR O Memory write

C9 MDIO I/O (ETHER I/F for design)

C10 MIIRXD2 I (ETHER I/F for design)

C11 TXCLK I (ETHER I/F for design)

C12 MIITXD0 O (ETHER I/F for design)

C13 CLD I (ETHER I/F for design)

C14 NC

C15 TRSTN I (JTAG I/F for design)

C16,17 NC

D1 #SDCS3 O SDRAM chip select

D2 DA23 I/O Data bus

D3 SDCLK O SDRAM clock

D4 DA24 I/O Data bus

D5 NC

Table

Commercial product: 100MHz

Thermal expansion product: 92MHz

Processing Operation Description

DDX7032/7032M/712 DNX7120/7220/7320

MICROCOMPUTER’S TERMINAL DESCRIPTION

True Value

Pin No. Pin Name I/O Application

D6 EP_MREQ I SysCom communication request

D7 DA28 I/O Data bus

D8 #EP_INI I Reset start notiﬁ cation

D9 AD16 O Address bus

D10 MDC O (ETHER I/F for design)

D11 RXERR I (ETHER I/F for design)

D12 MIITXD3 O (ETHER I/F for design)

D13 IPOD_BSY I iPod READY/BUSY L: BUSY, H: READY

D14 LOW_#MID I Setup of destination H: LOW model, L: MID model

D15 BT_RESET O BT reset

D16,17 NC

E1 #SDCS2 O SDRAM chip select

E2 #SDWE O SDRAM write enable

E3 DA22 I/O Data bus

E4 AD3 O Address bus

E5 DA15 I/O Data bus

E6 AD21 O Address bus

E7 DA17 I/O Data bus

E8-10 VDD R

E11 MIIRXD0 I (ETHER I/F for design)

E12 TXERR O (ETHER I/F for design)

E13 EP_CON I Permission to operate PE9307

E14 USB1_ERR I 5V over current detection in USB1 L: Over current is detected.

E15 USB1_EN O Control of USB1 5V over current detection IC L: USB5V OFF, H: USB5V ON

E16,17 NC

F1 #RAS O SDRAM RAS

F2 #SDCS1 O SDRAM chip select

F3 #SDCS0 O SDRAM chip select

F4 #DQM3 O Memory data mask

F5 AD5 O Address bus

F6-8 GND R

F9,10 VDD C

F11 GND R

F12 EP_BUDET I Momentary power down notiﬁ cation

F13 NC

F14 ADC_GND

F15 IPOD_RESET (NC) O Authentication chip reset control (Not used)

F16,17 NC

G1 #DQM0 O Memory data mask

G2 #CAS O SDRAM CAS

G3 DA21 I/O Data bus

G4 AD22 O Address bus

G5 VDD R

Table

Processing Operation Description

L: Normal operation

H: Momentary power down detection

DDX7032/7032M/712 DNX7120/7220/7320

MICROCOMPUTER’S TERMINAL DESCRIPTION

True Value

Pin No. Pin Name I/O Application

G6,12 GND R

G13 USB0_ERR I 5V over current detection in USB0 L: Over current is detected.

G14 L: Over current is detected.

G15,16 NC

G17 SUB_CLK I Sub clock input

H1 DA18 I/O Data bus

H2 DA20 I/O Data bus

H3 DA19 I/O Data bus

H4 DA16 I/O Data bus

H5 VDD R

H6 VDD C

H8,9 GND C

H10 GND C

H12 GND R

H13 VDD R

H14 USB0_EN O Control of USB0 5V over current detection IC L: USB5V OFF, H: USB5V ON

H15 #EP_RST0 I Power on reset

H16 NC

H17 #RESET I User reset (Not used)

J1 AD6 O Address bus

J2 DA14 I/O Data bus

J3 AD7 O Address bus

J4 DA13 I/O Data bus

J5 VDD R

J6 VDD C

J8,10 GND C

J12 VDD C

J13 VDD R

J14,15 NC

J16 #CS0 O Nor Flash chip select

J17 NC

K1 AD4 O Address bus

K2 DA12 I/O Data bus

K3 DA10 I/O Data bus

K4 DA11 I/O Data bus

K5 VDD R

K6 GND R

K8-10 GND C

K12 VDD C

K13 NC

K14 PLL_VDD Main oscillator power supply 1.8V

K15~17 NC

L1 DA9 I/O Data bus

L2 AD2 O Address bus

Table

Processing Operation Description

DDX7032/7032M/712 DNX7120/7220/7320

MICROCOMPUTER’S TERMINAL DESCRIPTION

True Value

Pin No. Pin Name I/O Application

L3 AD1 O Address bus

L4 DA8 I/O Data bus

L5 NC

L6,12 GND R

L13,14 NC

L15 PLL_GND Main oscillator GND

L16 XTALI Main clock 14.7456MHz

L17 XTALO Main clock 14.7456MHz

M1 NC

M2 AD0 O Address bus

M3 #DQM1 O Memory data mask

M4 #DQM2 O Memory data mask

M5 E_R5 O Video data bus (Red)

M6,7 GND R

M8,9 VDD C

M10,11 GND R

M12~17 NC

N1 E_R2 O Video data bus (Red)

N2 E_R4 O Video data bus (Red)

N3 E_R3 O Video data bus (Red)

N4 E_R1 O Video data bus (Red)

N5 E_R0 O Video data bus (Red)

N6 DA5 I/O Data bus

N7~10 VDD R

N11 I2C_SCL O Communication clock (I2C)

N11 I2C_SCL I BOOT mode L: External BOOT, H: Internal BOOT

N12 DA_SDO0 O AUDIO DAC data I2S

N12 DA_SDO0 I BOOT bus width select

N13 CTS I (UART I/F for design)

N14 RDX0 I (UART I/F for design)

N15 TXD0 O (UART I/F for design)

N16 EPO_BTI O EP9307→BT communication data

N17 UART_TXD2 O EP9307 communication data

P1 SPCLK O Video dot clock

P2 E_G4 O Video data bus (Green)

P3 E_G5 O Video data bus (Green)

P4 E_B3 O Video data bus (Blue)

P5 AD15 O Address bus

P6 AD13 O Address bus

P7 AD12 O Address bus

P8 DA2 I/O Data bus

P9 AD8 O Address bus

P10 TCK I (JTAG I/F for design)

P11 BOOT1 I Test mode select

Table

Processing Operation Description

DDX7032/7032M/712 DNX7120/7220/7320

MICROCOMPUTER’S TERMINAL DESCRIPTION

True Value

Pin No. Pin Name I/O Application

P12 I2C_SDA I/O Communication data (I2C)

P12 I2C_SDA I Test mode select

P13 G_LED O Green LED

P14 R_LED O Red LED

P15 NC

P16 EPI_BTO I BT→EP9307 communication data

P17 UART_RDX2 I SysCom communication data

R1 E_G3 O Video data bus (Green)

R2 E_HSYNC O Video H-SYNC

R3 E_G0 O Video data bus (Green)

R4 E_B5 O Video data bus (Blue)

R5 E_B0 O Video data bus (Blue)

R6 AD14 O Address bus

R7 DA4 I/O Data bus

R8 DA1 I/O Data bus

R9 NC

R10 TDI I (JTAG I/F for design)

R11 BOOT0 I Test mode select

R12 DA_LRCLK O AUDIO DAC Sample rate clock I2S

R13,14 NC

R15 USB0_NEG I/O USB0 data

R16 DA_SCLK O AUDIO DAC Data bit clock I2S

R17 USB0_POS I/O USB0 data

T1,2 NC

T3 E_VSYNC O Video V-SYNC

T4 E_G1 O Video data bus (Green)

T5 E_B2 O Video data bus (Blue)

T6 DA7 I/O Data bus

T7 AD11 O Address bus

T8 AD9 O Address bus

T9 NC

T10 TMS I (JTAG I/F for design)

T11 GND R

T12 NC

T13 INT2 I (ETHER I/F for design)

T14 NC

T15 USB1_POS I/O USB1 data

T16,17 NC

U3 E_G2 O Video data bus (Green)

U4 E_B4 O Video data bus (Blue)

U5 E_B1 O Video data bus (Blue)

U6 DA6 I/O Data bus

U7 DA3 I/O Data bus

U8 AD10 O Address bus

Table

Processing Operation Description

DDX7032/7032M/712 DNX7120/7220/7320

MICROCOMPUTER’S TERMINAL DESCRIPTION

Pin No. Pin Name I/O Application

U9 DA0 I/O Data bus

U10 TDO O (JTAG I/F for design)

U11 NC

U12-14 NC

U15 RTS O (UART I/F for design)

U16 USB1_NEG I/O USB1 data

U17 NC

Truth value table

Watch dog startup

#CS1 #CS2

0 1 Watch dog disabled, Enabled during resetting

1 0 Watch dog enabled, Disabled during resetting

1 1 Watch dog enabled, Enabled during resetting

Watch dog disabled, Disabled during resetting

(Setting in this unit)

True Value

Table

Processing Operation Description

Selection of BOOT bus width and memory

#CS7 #CS6 DA_SDO0

0 0 0 8bit ROM

0 1 0 16bit ROM (Setting in this unit)

1 0 0 32bit ROM

1 1 0 32bit ROM

0 0 1 16bit SFLASH

0 1 1 16bit SROM

1 0 1 32bit SFLASH

1 1 1 32bit SROM

Test mode selection

I2C_SDA BOOT1 BOOT0

1 0 0 Normal BOOT (Setting in this unit)

1 0 1 Serial BOOT

1 1 0 FUNCTIONAL TEST

1 1 1 TIC TEST-HTST_TIC

0 0 0 PARAMETRIC TEST

0 0 1 SCAN_TEST-HTST_SCAN

0 1 0 Reserved

0 1 1 Reserved

TEST MODE

DDX7032/7032M/712 DNX7120/7220/7320

This Test mode is applicable to models that are listed in

Table 1.

Class Series Model Name Destination

DNX

MID

DDX

DNX8120 K

DNX8220BT E

DDX812 K

DDX8022BT E

DDX8022BTY E2

DDX8032BT M/X/R

DNX7120 K

DNX

LOW

DDX

DNX7220 E

DNX7320CN V

DDX712 K

DDX7032 M/X/V/R

Table 1 List of Model Names

1. Overview

The succeeding sections describe the display specifica-

tions, control speciﬁ cation of key/remote controller, opera-

tions of components, etc. in the Test mode of this unit.

2. Operations

The system can be transferred to the Test mode with the

following two approaches:

While pressing [SRC] and [ATT] keys at the same time

(SRC+ATT), press [Reset] key to start the system.

In the standby source, enter “2 → → 3” from the re-

mote controller (SW: AUD).

3. Screen transition

The system is started with the Test Mode Main screen when

it is started in the Test mode. When the system is trans-

ferred to the Test mode using the remote controller, it trans-

fers to the Test Mode Main screen.

A variety of screens that can be transferred from the Test

Mode Main screen is shown in Figure 2.

Refer to Section 3 for the functions in each screen.

4. Speciﬁ cation of screens

This section describes the Test mode functions available in

each screen.

4.1. Test Mode Main screen

This section describes the keys that can be used to transfer

to each screen.

Contents of the display shown in the Test Mode Main

screen are described in Figure 4.1.

Test Mode Main

Information Touch

Service

Direct Select

Ext SW

HPOSI Inverter

iPod

Tilt Mecha

Auto Adjust

Bluetooth

Parrot

Turn the system OFF in 30 minutes when it is started in the

Figure 4.1 Test Mode Main screen

Test mode.

Test Mode Main

Information Service Direct Select Touch HPOSI iPod Auto Adjust Inverter Bluetooth Parrot

Serial/Tuner

etc

Source

Audio Setup

Touch Adjust

E2PROM

Write

Graphic

NAVI

E2PROM

Write

iPod

Check

Auto Adjust

Start

E2PROM

Write

Inverter

High/Low

E2PROM

Write

Tilt Mecha

Mecha Adjust

E2PROM

Write

Figure 2 Screen transition

Parrot Check

DDX7032/7032M/712 DNX7120/7220/7320

TEST MODE

Key Speciﬁ cation

Information : Transfer to Information screen.

Service : Transfer to Service screen.

Direct Select : Transfer to Direct Select screen.

Ext SW : Output Ext-SW waveform (“400ms ON/

OFF” by the operations, SW1 → SW2).

Touch : Transfer to Touch Adjust screen.

HPOSI : Transfer to HPOSI Adjustment screen.

iPod : Transfer to iPod Authentication Chip Conﬁ r-

mation screen.

Tilt Mecha : Transfer to Tilt Mecha Position Adjustment

screen.

Auto Adjust : Transfer to Auto Adjust screen.

Inverter : Transfer to Inverter Conﬁ rmation screen.

Bluetooth : Transfer to Bluetooth Confirmation screen

(only in Mid model). This key turns red after

the completion of Flash memory initializa-

tion in Bluetooth Module.

Parrot : Transfer to Parrot Conﬁ rmation screen (only

in Mid model).

4.2. Information screen

This screen is to display such information as version num-

ber and other conditions.

The contents displayed on the Information screen are

shown in Figure 4.2.

Information

Serial No. :

Media Processor : Redboot 12:00:00 Sep 15 2007

Kernel Sep 15 12:00:00 JST 2007

RootFS 070915_12:00

Low DDX System μ-com

Low DDX Audio μ-com

Mstar : V∗.

B/E : V∗.

BT Module : V∗.

∗∗∗

DC Offset : None Security : Off

∗∗∗∗∗∗∗∗

: V∗.

ROM : R

∗∗∗

: V∗.

F/E : V∗.

ROM : R

∗∗∗

macrovision : V∗.

∗∗∗

– – – –

Type :

– – – –

Type : ∗ Span :

Region :

∗∗∗

∗

Return

Figure 4.2 Information screen

• The “Low/Mid” and “DDX/DNX” that are attached in front

of System μ-com/Audio μ-com indicates that the desti-

nation information of the board on which System μ-com/

Audio μ-com are installed.

• Version information of BT Module is limited to Mid model.

Key Speciﬁ cation

Return : Transfer to Test Mode Main screen

4.3. Service screen

This screen shows a variety of service information. Press-

ing each [Clear] key clears the data saved in the nonvolatile

memory.

The contents displayed on the Service screen are shown in

Figure 4.3.

Service

Init

Start

■

DVD Service Info

DVD DivX

Registration Code Clear

∗∗∗∗

Power ON

Monitor Open

Tuner Mute Level

∗∗∗

minutes

times

Figure 4.3 Service screen

Key Speciﬁ cation

Serial : Transfer to the Serial No. Entry screen.

DVD Service Info : Select the DVD video and display the

DVD service information.

Tuner Mute Level : Transfer to Tuner Mute Level Adjust-

ment screen

DVD DivX Registration Code Clear

: Clear DVD DivX Registration Code.

DC Offset Clear : Clear DC Offset information in the non-

volatile memory.

Init : Select the item to be initialized.

∗

■Start : Pressing this key for one second or

longer initializes the information of the

∗

item selected by [Init] key.

Return : Transfer to Test Mode Main screen

• DVD Service Info

Select the DVD video and display the DVD service infor-

mation that is created by DVD mechanism.

Use the [DISP] key or CURSOR (right or left) on the re-

mote controller to feed pages.

Press the [FNC] key to return from the DVD video to the

Service screen.

Refer to the DVS-8500 system service documents for

∗

the details of DVD Service Info screen.

Once the system transfers to DVD video screen selected

at DVD Service Info, OSD will not be displayed in the

DVD video screen. Restart the set (system) to display

OSD in DVD video screen.

Serial

None

DC Offset Clear

Return

TEST MODE

DDX7032/7032M/712 DNX7120/7220/7320

• DVD DivX Registration Code

Display DivX Registration Code, and clear the Code with

[Clear] key.

After the clearing of the Code, display “None”.

Clear the Code after ejecting the DISC.

∗

• DC Offset

When the DC Offset detection information is shown as

“None”, it means that the offset is not detected. When it is

shown as “Detect (x)”, it means that the offset is detected.

X=1~3 : The number of capacitor leak detected.

Clear the detection information using the [Clear] key.

• Service Information

Display Power On time and the number of Monitor Open.

Select the item to be initialized by pressing the [Init] key

of that item. (Multiple items can be selected, and the se-

lected items are highlighted.)

After selecting the item that shall be initialized, press the

[Start] key for 1 second or longer to initialize the displayed

service information.

4.4. Serial No. Entry screen

Enter the serial code of each set from this screen.

The Serial No. Entry screen is shown in Figure 4.4.

Serial Number Input

– – – – – – – –

1 2 3

4 5 6

7 8 9

Clear Cancel

Figure 4.4 Serial No. Entry screen

Key Speciﬁ cation

0~9 : 10key used to enter the serial code.

Clear : Clear the serial code. being input.

Cancel : Transfer to Service screen

Enter : Start entering the serial code.

(When the entry is successfully completed, the

“Write OK” is shown. When the entry is not suc-

cessfully completed, the “Write NG” is shown)

When the “Write OK” is shown, use this key to

transfer to the Service screen.

If the “Write NG” is shown, transfer to the Test

mode again and repeat the entry from the first

step.

Serial Number Input

∗ ∗ ∗ ∗ ∗ ∗ ∗ ∗

Clear Cancel Enter

4.5. Tuner Mute Level Adjust screen

Adjust the Mute Level stored in the E2PROM of the Tuner F/E.

The Tuner Mute Level Adjust screen is shown in Figure 4.5.

Tuner Mute Level

DW UP

∗∗∗∗

Write

■

Cancel Return

Tuner Mute Level

Wite OK/NG

Figure 4.5 Tuner Mute Level Adjust screen

Key Speciﬁ cation

UP : Mute Level Up

DW : Mute Level Down

Write : Press this key for 1 seconds or longer to make

■

the data writing into the nonvolatile memory.

Canncel : Transfer to Service screen.

Return : Transfer to Service screen.

Adjust the Tuner Mute Level under the following condi-

∗

tions. Under the other conditions than the followings, the

Tuner Mute Level cannot be adjusted if the Tuner Mute

Level Setup screen is shown.

The frequency shall have to be set before transferring to

the TUNER MUTE LEVEL ADJUST screen.

Audio Source : Tuner

LOUD : OFF

Volume : Step30

Frequency : Default value of the set

Note that the frequency remains unchanged after exiting

from the Setup screen at the completion of the setup.

4.6. Direct Select screen

Pressing the [Direct Select] key on the Test Mode Main

screen allows the screen to transfer to the normal GUI

screen.

This time, the system transfers to the Source Direct Select

screen, on which nine [Source] keys are displayed.

4.7. Touch Adjust screen

Fine-tune the variations of touch feeling in of each set.

Touch 4 markers one by one, and the adjustment is com-

pleted when the “Write OK” is shown on the screen.

If the “Write NG” is shown, transfer to the Test mode again

to re-start the adjustment from the ﬁ rst step.

The Touch Adjust screen is shown in Figure 4.7.

DDX7032/7032M/712 DNX7120/7220/7320

TEST MODE

Touch Adjust

1-point being input

3-point being input

2-point being input

Cancel

4-point being input

Touch Adjust

Wite OK/NG

Return

Figure 4.7 Touch Adjust screen

Key Speciﬁ cation

Cancel : When the Cancel button is pressed while enter-

ing the 1st point, the system transfers to the Test

Mode Main screen.

When the Cancel button is pressed while enter-

ing the other point than the 2nd point, the system

transfers to the status to enter the 1st point.

Return : Transfer to Test Mode Main screen

4.8. HPOSI Adjust screen

Adjust horizontal position of each screen.

The screen shall be transferred like; “Graphic→NAVI”.

Graphic and NAVI of DNX are used in the adjustment of Dot

FREQ/Dot Phase. The HPOSI Adjust screen is shown in

Figure 4.8.

HPOSI Adjust

Graphic (NAVI)

HPOSI

Step value

Dot FREQ

Step value

Dot Phase

Step value

Cancel

Figure 4.8 HPOSI Adjust screen

HPOSI Adjust

HPOSI OK/NG

Return

iPod Check

Cancel

iPod Check

iPod OK/NG

Return

Figure 4.9 iPod Authentication Chip Conﬁ rmation screen

Key Speciﬁ cation

iPod Check : Start checking communication for iPod

authentication.

Cancel, Return : Transfer to Test Mode Main screen

4.10. Auto Adjust screen

Carry out the automatic adjustment of Chroma / Mstar.

The contents displayed on the Auto Adjust screen are

shown in Figure 4.10.

Note: Refer to the hardware service documents for the

equipment to connect to the set.

Auto Adjust

Start

Cancel

Figure 4.10 Auto Adjust screen

Key Speciﬁ cation

Auto Adjust Start : Start automatic adjustment.

Cancel, Return : Transfer to Test Mode Main screen

Auto Adjust

Adjust OK/NG

Return

Key Speciﬁ cation

Next : Transfer to the next HPOSI Adjustment screen.

When the screen is the NAVI screen, start writing

in the nonvolatile memory.

<< : Screen toward the left.

>> : Screen toward the right.

Cancel : Transfer to Test Mode Main screen

Return : Transfer to Test Mode Main screen

If the “HPOSI NG” is displayed (i.e., in case of failure in

writing data in the nonvolatile memory), re-enter in the Test

Mode again to start over the adjustment.

4.9.

iPod Authentication Chip Conﬁ rmation screen

Check communication for iPod authentication.

The iPod Authentication Chip Confirmation screen is dis-

played in Figure 4.9.

4.11. Inverter Conﬁ rmation screen

Change the inverter frequency.

The Inverter Conﬁ rmation screen is displayed in Figure 4.11.

Inverter Check

Low

Figure 4.11 Inverter Conﬁ rmation screen

Key Speciﬁ cation

Low : Set the inverter frequency at Low level.

High : Set the inverter frequency at High level.

Return : Transfer to Test Mode Main screen

High

Return

TEST MODE

DDX7032/7032M/712 DNX7120/7220/7320

4.12. Tilt Mecha Position Adjust screen

Adjust the panel mechanism position from this screen.

The Tilt Mecha Position Adjust screen is displayed in Figure

4.12.

Tilt Mecha Adjust

Mecha Adjust

Cancel

Figure 4.12 Tilt Mecha Position Adjust screen

Key Speciﬁ cation

Mecha Adjust : Start adjusting the mechanism position.

Cancel : Transfer to Test Mode Main screen.

Return : Transfer to Test Mode Main screen.

If the “Mecha Adjust NG” is displayed (i.e., in case of failure

in writing data in the nonvolatile memory), re-enter in the

Test Mode again to start over the adjustment.

The “NG” is displayed when the status is in any one of the

following conditions: (When the “NG” is displayed, no data

is written in the nonvolatile memory.)

Failure in writing data in nonvolatile memory

When the voltage acquired is 0.177V or higher in the

Open condition

When the voltage acquired is lower than 2.746V or it is

higher than 2.888V in the Close condition

Note: In case of “NG”, check if the mechanism position

adjustment jig is properly installed or not, and then

transfer to the Test mode again to start over the ad-

justment.

Tilt Mecha Adjust

Mecha Adjust OK/NG

Return

• Start the LOOPBACK test when “Complete” is displayed

in the stats display area.

• After the completion of the LOOPBACK test, press [Clear]

key to initialize the flash memory and to set “0000” in

PIN Code. The “OK” indicates the completion of the test.

“NG” indicates that you have to enter in the Test mode

again to start over the test.

• After the completion of the initialization, [Device Name]

key is inactive and invalid. Return to the Test Mode Main

screen again if the re-adjustment is needed.

Bluetooth

Status displayed

Device Name1

▲

▼

Device Name2

Device Name3

Device Name4

Device Name5

OK / NG

Clear

Return

Figure 4.13 Bluetooth Conﬁ rmation screen

Key Speciﬁ cation

Search : Search Bluetooth device.

▲ ▼ : Use this key to scroll the device list when

there are more than 5 devices found.

Device Name : Connect to the selected device (and then

start the LOOPBACK test after the com-

pletion of the connection).

Clear : Initialize the flash memory and to set

“0000” in PIN Code.

Return : Transfer to the Test Mode Main screen.

4.13.

Bluetooth Conﬁ rmation screen (only in Mid model)

Perform LOOPBAK test with the other Bluetooth device in

the line.

The Bluetooth Confirmation screen is displayed in Figure

4.13.

• Detect other Bluetooth devices in the line with [Search]

key (The detected devices are listed in the screen).

• Select one device that is used as a counterpart of the

LOOPBACK test from the device list displayed on the

screen. (The selected device is highlighted with the dif-

ferent color from others.)

Status display speciﬁ cation

Searching : Indicate the status in which Bluetooth de-

vices are being searched.

Complete : Indicate the status that is ready to start

the LOOPBACK test after the completion

of the connection with the device.

Connect NG : If the connection with the device is failed,

select a device again and try to make the

connection with it.

4.14. Parrot Check screen (only in Mid model)

The Parrot check screen is displayed in Figure 4.14.

DDX7032/7032M/712 DNX7120/7220/7320

TEST MODE

Parrot Check

Cancel

Figure 4.14 Parrot Check screen

Key Speciﬁ cation

Parrot Check : Start Parrot check.

Cancel : Transfer to Test Mode Main screen.

Return : Transfer to Test Mode Main screen.

Parrot Check

Parrot OK/NG

5. Functional speciﬁ cation

This section describes the test mode speciﬁ cation in each

function.

5.1. Display

In the Test mode, the display is exclusively used for the test

but screens for Source Control, Audio Control and Setup

are same as those that are normally used.

The system shows the touch position (+). However, it is not

shown in the Touch Adjust screen (under adjustment).

5.2. Key

The hard key speciﬁ cation is listed in Table 5.2. (Note that

the keys that are not listed in the table have conventional

functions.)

Key Function

ATT Motor driver

Table 5.2 Hard key

Mode Description Setting

Test Mode SRC+ATT+Reset

Span switching SRC + VOL.DW + Reset

DC Offset/Service/Memory Other Clear

Retailer mode: ON EJECT + VOL.DW + Reset

Retailer mode: OFF SRC+Reset

RDS test drive mode EJECT+ATT+Reset

Opening screen re-write mode EJECT + FNC + Reset

(Reference) Specification for Key Function when multiple

keys are pressed

5.3. Remote controller

The remote controller key speciﬁ cation is listed in Table 5.3.

(Note that the keys that are not listed in the table have con-

ventional functions.)

SRC+FNC+Reset

Return

The mode of the remote controller shall be “AUDIO”.

Key Function

FM DVD video mode

AM DVD audio mode

Tenkey0 Flicker Adjustment

Tenkey1 Tilt mechanism position adjustment

Tenkey2 DC Offset check

Tenkey3 V-IN (R-CAM) mirror mode switching

Tenkey5 Forced NAVI audio interruption

Tenkey6 Screen adjustment screen callout

Table 5.3 Remote Controller key

5.4. Video Control

In conjunction with the source, AV-OUT is also changed (Any

AV-OUT can be accepted when the source is other than the

followings).

Source: AV-IN → AV-OUT: AV-IN

Source: iPod → AV-OUT: iPod

Source: DVD → AV-OUT: DVD

Source: TV → AV-OUT: TV

Source: NAVI → AV-OUT: NAVI (DXN only)

5.5. Tuner

• When unable to access E2PROM, display Error (on the

Tuner screen).

• K3I forced switching

Forced to Narrow by pressing and hold Preset 4: xxx.

x1MHz

Forced to Middle by pressing and holding Preset 5: xxx.

x2MHz

Forced to Wide by pressing and holding Preset 6: xxx.

x3MHz

• Switch Span (K↔M) with [SRC] key + [Vol.DW] key + [Re-

set] key.

Span information is displayed on the Information screen.

• When RDS PS is “RDS_TEST” in the Tuner source, turn

OFF P-CON.

5.6. TV Tuner

• In the case of destination E, the default value of TV1 shall

be “Area 5 (Russia), 8ch (191.25MHz)” (when KTC-V500 is

connected).

• In the case of destination E, the default value of TV1 shall

be “Area 4 (Russia), 8ch (191.25MHz)” (when KTC-V300 is

connected).

∗ If started up as above, even if the Test mode is cleared

by ACC, Power OFF → ON, the setting values are main-

tained. (The default value is resumed by the Reset.)

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