Kenwood DDX6019 - DVD Player With LCD Monitor User manual

© 2006-3 PRINTED IN JAPAN
B53-0390-00 (N)960
MONITOR WITH DVD RECEIVER
SERVICE MANUAL
ATT
MONITOR WITH DVD RECEIVER
1
DC cord (DDX6019/6039)
(E30-6530-05) Escutcheon (B07-3172-12) Escutcheon (B07-3173-01) Mounting hardware (J22-0498-03)
DC cord (DDX6029/6029Y)
(E30-6531-05) Remote controller assy (A70-2077-05) Lever (D10-4674-04) x 2 Screw set (DDX6019/6039)
(N99-1776-05)
Antenna adaptor
(DDX6029/6029Y)
(T90-0552-05)
RC-DV430
Panel assy
(A64-)*
* Refer to the parts list.
This product uses Lead Free solder.
DDX6019/6029
/6029Y/6039

DDX6019/6029/6029Y/6039
2
BLOCK DIAGRAM
LX-BUS
IC700
AMP
ISO
ANT.
FM/AM FM/AM
SEL
AUDIO
IC203
SEL
IC202
AUDIO
MUTE
MUTE
MUTE
MUTE
FR
PRE
RE
PRE
PRE
SW
AUDIO
u-COM
IC101
SUPPLY
POWER
PWIC
EXTERNAL
DC CN
MUTE AOUT
AV
E2PROM
IC301
RDS
IC251
FAN(R)
FLASH
MECHA.
DVS-7600
TV-BOX
AV IN
NAVI
ISO
AMP
IC702
SEL
IC804
V SYNC
V OUT
SEL
IC801
V IN
SEL
IC802
RGB
SEL
IC805
SYNCHRO
SEPARATOR
IC815 MOTOR
DRIVER
IC704
AV OUT
IC810
AV
VOUT
MECHA
TILT
IC201
u-COM
SYS
IC304 PDIF
S/
REMO
TOUCH PANEL & HARD KEY
E2PROM
SI
INVERTER
CHROMA
TIMING
CONTROLLER
IC3
6.95
TMD
LCD
EGA
VCOM-
DRIVER
IC103
IC302
IC102
OSDFROM
IC101
VMUTE 3
CAM.
BACK
MOLEX
15A
DVD
INCH
E2PROM
A
V
AUDIO (ANALOG)
CONTROL DATA
AUDIO (DIGITAL)
VISUAL (VIDEO)
VISUAL (RGB)
INPUT
SEL
AMP
ISO
AMP
ISO
&
SEL
AUX
CDCH
MD
CD
TUNER
MUXB
MUXC
AC IN 3
VOL IN
A.MUTE
E-VOL
TUNER
LX
NAVI
TV-BOX
A.SEL
RDS
AUTO SW
VIN SELECTOR/VOUT/SELECTOR/RGB SELECTOR
VSYNC DET
VOUTSEL
RGB SW
DRV
6dB AMP
MUTE
PWIC
AV IN
AV IN2
BACK CAMERA
AV IN
TV
DVD
TV-SECAM
AV IN
BACK CAMERA
NAVI SYNC
TV
DVD
VINSEL
DET
REMO
POWER
EXTERNALTILT MECHA
DVD-MECHA
COMMUNICATION
VCO
VSY
HSY
RGB OUT
V IN
OSD RGB
RGB IN
VCO
VSY
HSY
CHROMA
TIMING
TOUCH PANEL
SI
E2PROM
E2PROM
OUT
VOL
ROM CORR
VSYNC
INVERTER,
CONTROLLER
V. MUTE
ROM CORR
u-COM
75
OSD
MONITOR UNIT (X35-467)
OSD UNIT (X34-439) (A/2)
AUDIO UNIT (X14-974)
V. SELECTOR
(X34-439) (B/2)
UNIT
●Complete view

DDX6019/6029/6029Y/6039
3
●DVD unit (X37-1150)
BLOCK DIAGRAM
SPINDLE
MOTOR
DISC
OPTICAL PICKUP
VPU1
STEPPING MOTOR
2 PHASE
CN11 :
30PIN
CN3 :
18PIN 10PIN
CN2 :
MOTOR &
DRIVER
ACTUATOR
M
DC MOTOR
LO/EJ
PROCESSOR
FRONT-END
IC1
IC65
IOP
DET
Q7,8
OPTICAL DISC
CONTROLLER
IC5
RESET IC
CN10 :
40PIN
CN5 :
4PIN 3.3V REG
IC10
S3.3V
A3.3V
A5V
S5V
1.5V REG
IC9
1.5V VOLTAGE DET
IC8
BUS OPEN
Tr
APC
IC2
Q1,2
IC4
IC3
FLASH ROMEEPROM
IC11
4PIN
CN1 :
2/2 SHEET
to
U.V.W COIL
HALL BIAS
HALL SENSOR
DVD LD/CD LD
VC(2.2V)
IMON/VR
I/V OUT(DVD/CD)
FO+/-,TR+/-
THERMISTER
A5V
PWMx2
P5V
PWMx2
8
33PHASE
PWM
P5V
VHALF
FG
A3.3V
S5V
A3.3V
7
3
VHALF
LOP-(AD)
VHALF(1.65V)
TRCRS
TE
SEN,SCK,STDI
FBAL,JLINE,
ARF,NARF
TSTSG
FG,EXCNT1 SDA,SCL PWM8,DRV,MUTE,LO,MTE, FADR0-FADR17, SPDRV,FODRV,TRDRV BMS,STEP A,STEP B NCE,NWE,NOE FDT0-FDT7
28
S5V A3.3V 1.5VS3.3V
16.897849MHz
NRST
S3.3V
ATAPI IF
DISC DET
A
BON/OFF
A5V
A3.3V
LIM-SW
4
SEN,SCK,STDI
VREF,EC
RF,FE1,FE2
A,B,C,D,E,F,
9
3
FE,AS,RFENV,RFDIFO
OFTR,BDO,VREF2
21
S3.3VS3.3V
E
D
C
9
DVDON/
CDON
TEMP
DET
2
6
LIM-SW
SW A,B,C,D,E
ATAPI IF
BUS OPEN
UNIT
LOADING SW
DVD UNIT (X37-1150-00)
VOUT
50PIN
CN9 :
IC30
AV DECODER
IC12
2ch DAC ACTIVE-LPF
IC41
IC47
VIDEO-AMP
IC51
SDRAM IC50 FLASH ROM
LOGIC
IC57-60
SW
Q17
SW
Q18
LOGIC
IC56
3.3V REG
IC54
2.0V REG
IC52
4.0V REG
IC46
5.0V REG
IC40
IC53
OP-AMP
A MUTE
Lch/Rch
DISC DET
D3.3V
A8V
BE PON
BUS-SW
IC48
BUS-SW
IC42
LOGIC
IC56
2/2 SHEET
from
(MPEG)
BE3.3V
BE CLK
27.00MHz
BE2V BE3.3V
BE REQ
SYS REQ
BE DAT
SYS DAT
SDT
BCLK
LRCK
MCLK
5AD5V
4
AD8V AD4V
AUDIO OUT
5LINE-BUS (KW PROTOCOL)
4
S/P DIF
4V
VIDEO OUT (COMPOSIT)
D3.3V
38
D3.3V
33 BE3.3V
5
POWER ON/OFF CONTROL
BE RST
M3.3V D3.3V
BE3.3V
D5V
BE2V
M3.3V
4V
D5V
M3.3V
D5V
S5V
P5V
AD5V
AD4V
AD8V
D5V
ATAPI IFATAPI IF
D5V
D5V
DISC DET
BUS OPEN
BUS SW CONTROL
BE RST
BUS OPEN
A VEE
CONTROL DAC

DDX6019/6029/6029Y/6039
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COMPONENTS DESCRIPTION
●RECEIVER UNIT (X14-974x-xx)
Ref. No Application / Function Operation / Condition / Compatibility
IC1 Logic IC (NOR x 4) Hard MUTE DRIVER
IC5 3 terminal regulator Audio8V, Tuner8V generating
IC101 100 pin µ-com Primarily, audio board control
IC104 Voltage detector µ-com reset voltage (4.2V) monitoring
IC105 Logic IC (inverter) Reverse reset from X34
IC201 Electronic volume IC Audio volume control and audio signal selection
IC202 Logic IC (multi plexer) Audio signal selection (Sub)
IC203 Logic IC (multi plexer) Audio signal selection (Main)
IC204 Logic IC (AND) DVD_MUTE 3.3V→5V conversion
IC251 RDS decoder IC For RDS signal processing and demodulating
IC301 Power IC Power amplifier for speaker output
IC401 Isolation amplifier IC For audio signal GND isolation (LX-CH)
Q1 Transistor Parking detection circuit
Q2 Transistor Reverse detection circuit
Q3 Transistor ILLMI detection circuit
Q4 Transistor ACC detection circuit
Q14,16 Transistor Bu detection circuit
Q18~21 Transistor P_CON output circuit
Q22,23 Transistor ANT_CON output circuit
Q24 Transistor EXT_CONT output circuit
Q25 Transistor Generating Bu5V
Q26 Transistor Bu5V circuit
Q27,28 Transistor SW5V circuit
Q29 Transistor SW14V circuit
Q30 FET SW14V circuit
Q31,32,34 Transistor Hard MUTE circuit
Q42~44 Transistor
Q45 Transistor Audio8V, Tuner8V generating
Q101~103 Transistor µ-com reset circuit
Q201 Transistor Audio SEL circuit (ASEL4)
Q202 Transistor Audio SEL circuit (ASEL3)
Q203 Transistor Audio SEL circuit (ASEL2)
Q204 Transistor Audio SEL circuit (ASEL1)
Q205,206 Transistor DVD_MUTE
Q207 Transistor DVD_MUTE circuit
Q253,255 Transistor On when AM (Tuner8V)
Q301 Transistor Pre-Out Mute (FL)
Q302 Transistor Pre-Out Mute circuit (Front, Rear)
Q303 Transistor Pre-Out Mute (FR)

DDX6019/6029/6029Y/6039
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Ref. No Application / Function Operation / Condition / Compatibility
Q304 Transistor Pre-Out Mute (RL)
Q305 Transistor Pre-Out Mute (RR)
Q306 Transistor Pre-Out Mute (SUB L)
Q307 Transistor Pre-Out Mute circuit (SUB)
Q308 Transistor Pre-Out Mute (SUB R)
Q309 Transistor Pre-Out Mute (AV-OUT L)
Q310 Transistor Pre-Out Mute circuit (AV-OUT)
Q311 Transistor Pre-Out Mute (AV-OUT R)
●ELECTRIC UNIT (X34-439x-xx)
Ref. No Application / Function Operation / Condition / Compatibility
IC1,2 DC-DC control IC DC-DC circuit control/drive
IC3 5.0V 3 terminal regulator Power supply for S5.0V
IC4 5.0V 5 terminal regulator Power supply for D5.0V
IC5 3.3V 5 terminal regulator Power supply for D3.3V
IC60 3.3V 3 terminal regulator Power supply for BU3.3V
IC101 OSD ROM ROM for OSD display
IC102 OSD IC IC for OSD display
IC210 Inverter For amplifying clock for OSD
IC211 AND HSYNC delay
IC301 AND 3.3V→5.0V conversion
IC302 E2PROM Nonvolatile memory
IC303 RESET IC For SYSCOM reset
IC304 SYS µCOM System control
IC305 AND Remote control and wired remote control
IC401 OR Buffer for SPDIF
IC600 DC-DC control IC DC-DC circuit control/drive
IC601 Schmitt trigger inverter Remote control waveform shaping
IC603 AND VSYNC delay
IC700 ISO AMP For TV_R, TV_L
IC702 ISO AMP For AVIN1_R, AVIN1_L
IC703 AND Buffer for NAVI_REMO
IC704 Motor driver For tilt mechanism
IC801 SW for AVOUT Selection of TV, AVIN1, DVDIN
IC802 SW forVIN Selection of TV, AVIN1, DVDIN, BCAME, NAVISYNC
IC804 SW for sync separation Selection of BCAME, AVIN1/AVIN2
IC805 Video SW Selection of TV R/G/B, NAVI R/G/B
IC810 Driver 75Ωdriver and 6dB amplifier
IC812 5.0V 3 terminal regulator Power supply for SW5.0V
COMPONENTS DESCRIPTION

DDX6019/6029/6029Y/6039
6
Ref. No Application / Function Operation / Condition / Compatibility
IC815 Sync separation IC Sync separation
Q3,5 Short detection circuit For SW5.0V
Q7,8 Short detection circuit For SW8.5V
Q60,61 SW For SW3.3V
Q101 Emitter follower Current amplification and buffer for OSD_R signal
Q102 Emitter follower Current amplification and buffer for OSD_G signal
Q103 Emitter follower Current amplification and buffer for OSD_B signal
Q105,106 Emitter follower Current amplification and buffer for X35_VIN
Q301 SW For X34_RST
Q302 SW For KEY_RESET
Q307,308 SW For SI
Q404 Emitter follower Current amplification and buffer for DVS_DVDIN
Q600,601 Short detection circuit For BL9.0V
Q602,603 SW For KEY_ILL
Q800 Emitter follower Current amplification and buffer for ROUT
Q801 Emitter follower Current amplification and buffer for GOUT
Q802 Emitter follower Current amplification and buffer for BOUT
Q803 Emitter follower Current amplification and buffer for VIN
Q804 MUTE circuit For ROUT
Q805 MUTE circuit For GOUT
Q806 MUTE circuit For BOUT
Q807 MUTE circuit Reverse
●VIDEO UNIT (X35-467x-xx)
Ref. No Application / Function Operation / Condition / Compatibility
IC1 AND IC3 VSYNC input signal buffer
IC2 NOT HSY signal reverse
IC3 Timing controller LCD drive timing control IC
IC4 LPF PLL circuit
IC5 Flip-flop HSY, VSY phase matching circuit
IC6 3 state buffer HSY, VSY phase matching circuit
IC7 NAND 2/3 divided circuit
IC8 NOR 2/3 divided circuit
IC9 2-in-1 flip-flop 2/3 divided circuit
IC11 NOT 2/3 divided circuit
IC12 AND 2/3 divided circuit
IC13 OR 2/3 divided circuit
IC14 NOT 2/3 divided circuit
IC100 One shot Timing matching
COMPONENTS DESCRIPTION

DDX6019/6029/6029Y/6039
7
Ref. No Application / Function Operation / Condition / Compatibility
IC101 OR IC103 video switching signal line
IC102 NOT Makes the signal negative
IC103 Chroma γIC Chroma decoder, γcorrection video signal processing IC
IC104 AND IC103 VMUTE signal line
IC106 NOT Reversing video mask signal from IC3
IC200 5V regulator Video system 5V generation
IC201 3.3V regulator Video system 3.3V generation
IC202 DC/DC, Charge pump Power supply generation for LCD
IC204 Inverter IC For inverter transformer drive
IC205 E2PROM Saving γadjustment value, etc.
IC207 5V regulator IC202 power supply
Q1 Oscillating circuit PLL circuit
Q2 For Reversing HSY, VSY phase matching circuit
Q3~6 Buffer 2/3 divided circuit
Q100 Buffer Composite signal line
Q102 Mute C. SYNC line
Q103 Buffer B signal line
Q104 Buffer G signal line
Q105 Buffer R signal line
Q106 Buffer VCOM signal line
Q107 For reversing Switching NTSC/PAL *For 2-71 destination only
Q208 5V AVR IC204 5V power supply generation
Q210 For reversing IC204 PWM signal line
Q215 Switching FET Full bridge construction with Q216
Q216 Switching FET Full bridge construction with Q215
Q217~220 Switching Touch panel I/F
Q221 For reversing Touch panel I/F
●DVD UNIT (X37-1150-00)
Ref. No Application / Function Operation / Condition / Compatibility
IC1 RF signal processing IC RF signal processing
IC2 Driver Driver for each motor / pick-up actuator
IC3 FLASH ROM Maintaining FW for optical disc control IC
IC4 Optical disc control IC in µ-com Optical disc general control / ATAPI interface
IC5 Voltage detection IC For resetting optical disc control IC
IC8 Voltage detection IC For power supply voltage monitoring
IC9 Power supply IC for S1.5V S5V→S1.5V
IC10 Power supply IC for S3.3V S5V→S3.3V
IC11 EEPROM Maintaining data for optical disc control IC
COMPONENTS DESCRIPTION

DDX6019/6029/6029Y/6039
8
COMPONENTS DESCRIPTION
Ref. No Application / Function Operation / Condition / Compatibility
IC12 2ch D/A converter Convert audio digital signal to analog signal
IC30 DVD processor MPEG decoder function processor (AV decoder)
IC40 Power supply IC for A5V A8V→A5V
IC41 OP-AMP (with 2 circuits) For analog audio signal active LPF
IC42 20bit BUS-SW FE portion's ATAPI connection destination switching
IC46 Power supply IC for video AMP D5V→4V
IC47 Video AMP 6dB amplifier with LPF
IC48 8bit BUS-SW FE portion’s ATAPI connection destination switching
IC50 FLASH ROM FW maintaining for DVD processor
IC51 SDRAM IC SDRAM for DVD processor
IC52 Power supply IC for BE2V M3.3V→BE2V
IC53 OP-AMP (with 1 circuit) Buffer for analog audio reference potential
IC54 Power supply IC for BE3.3V D5V→BE3.3V
IC56 CMOS logic IC FE portion's ATAPI connection destination switching control
IC57~61 CMOS logic IC D/A converter control
IC62 CMOS logic IC BE-PON signal output level assurance
IC65 Rail-to-rail OP-AMP Buffer for IOP value detection
Q1 MOS-FET Laser diode for DVD ON/OFF control
Q2 MOS-FET Laser diode for CD ON/OFF control
Q7 Transistor for APC Laser diode for CD brightness volume control
Q8 Transistor for APC Laser diode for DVD brightness volume control
Q9 MOS-FET For protection of laser diode for CD
Q10 MOS-FET For protection of laser diode for DVD
Q11 Transistor with resistance included LO-MUTE signal control
Q12 Transistor with resistance included FG signal control
Q13 Transistor with resistance included BMS signal control
Q14 Transistor with resistance included DRMU signal control
Q16 J-FET For stabilizing analog audio reference potential
Q17 MOS-FET D3.3V switching control 1
Q18 Transistor A8V switching control 1
Q19 Transistor with resistance included A8V switching control 2
Q20 Transistor with resistance included D3.3V switching control 2
Q21 Pch MOSFET Buffer for IOP value detection
Q22 Transistor with resistance included Power supply ON/OFF control for high-frequency superposition

DDX6019/6029/6029Y/6039
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MICROCOMPUTER’STERMINAL DESCRIPTION
●SYSTEM MICROCOMPUTER: 703266YGJ504A (X34: IC304)
Pin No. Pin Name I/O Application Truth Processing Operation Description
value table
1AVREF0
2AVSS
3VMUTE3 O MUTE to free-run timing controller H:When FULL OSD, L: When EXCEPT
4VMUTE2 O Switching chroma input SYNC H:When FULL OSD, L: EXCEPT
5AVREF1
6PWM O DIM_PWM output timing count Duty100%: Brightness MAX, 150Hz
7HSY I Backlight (BRIGHT) brightness adjustment Normally: PMW CLK for control
Chroma adjustment mode: RGB timing detection
8FLMD0
9VDD
10 REGC
11 VSS
12 X1
13 X2
14 RESET
15 XT1
16 XT2
17 OSD_RST O Reset to OSD-IC L: RESET
18 VSY I PWM output trigger
19 SRC I Source KEY detection L: SOURCE pressed
20 DRST O NC L fixed
21 OSD_CS O Chip select to OSD-IC
22~24 NC O NC LOW is fixed at L
25 DVS_SYS_DATA O Data output to DVS-7600
26 DVS_BE_DATA I Data input from DVS-7600
27 DVS_BE_CLK I Clock input from DVS-7600
28,29 NC O NC L fixed
30 REMO I Remote control data input
31 NC O NC L fixed
32 NC O NC L fixed
33 EVSS
34 EVDD
35 S_SDA/ I/O ROM correction E2PROM communication rPlease refer to the truth value table for slave
S_ROM_CORR data input/output address
35 S_SDA/E2P_SDA OChroma IC adjustment E2PROM control E2PROM communication
36 S_SCL/ OROM correction E2PROM communication rPlease refer to the truth value table for slave
S_ROM_CORR clock output address
36 S_SCL/E2P_SCL OChroma IC adjustment E2PROM control E2PROM communication
37 REG_F- O SWReg external sync Pulse output. Reversed phase of REG_F+
38 REG_F+ O SWReg external sync Pulse output
39 NC O NC L fixed
40 CRM_CS O Chroma IC control (RB5P0090)

DDX6019/6029/6029Y/6039
10
Pin No. Pin Name I/O Application Truth Processing Operation Description
value table
41 CRM_SDA O Chroma IC control (RB5P0090)
42 CRM_SCL O Chroma IC control (RB5P0090)
43~47 NC O NC L fixed
48 DAC_MUTE O MUTE control to audio µ-com H: MUTE OFF, L: MUTE ON
48 NC O NC LOW is fixed at L
49 NC O NC L fixed
50 OSD_DATA O Data to OSD-IC
51 OSD_CLK O Clock to OSD-IC
52~58 NC O NC L fixed
59 SYS_SREQ I AUDIO_COM communication request input
60~63 NC O NC L fixed
64 SYS_MUTE O When ACC_OFF, MUTE DRIVER control H: MUTE ON
65 A_PON I A_PON (Input from Audio)
66 SYS_ON O AUDIO_COM communication control output H: Start up request to AUDIO µ-com
67 SYS_MREQ O AUDIO_COM communication request output
68 SYS_SDATA I AUDIO_COM communication data input
69 SYS_MDATA O AUDIO_COM communication data output
70 SYS_M_CLK O AUDIO_COM communication clock output
71 S_FLASH_MDATA IFor flash writing ROM writer communication
72 S_FLASH_SDATA OFor flash writing ROM writer communication
73 S_FLASH_CLK I For flash writing ROM writer communication
74 BL DET O Not used (backlight error detection) LOW fixed
75 S_BU_DET I BU detection H: BU reduced voltage detection
76 NC O NC LOW is fixed at L
77 ACC_DET I ACC detection L: ACC ON detection
78 ILLUMI I ILL detection L: Illumi ON
79 PARKING I Parking detection H: Parking ON
80 REVERSE I Reverse detection L: Reverse ON
81 NC O NC L fixed
82 PON O Power supply control output H: PON
83 POWER_DET I Power supply error detection L: SW14V short
84 MCNT O Motor driver voltage switching tilt mechanism 8V H: Mechanism speed down
85~87 NC O NC L fixed
88 S_TYPE0 I Destination determination K,R,E,M,X,V qRefer to the truth value table
89 S_TYPE1 I Destination determination K,R,E,M,X,V qRefer to the truth value table
90 S_TYPE2 I Destination determination K,R,E,M,X,V qRefer to the truth value table
91 S_WRT_E2P I Used when writing E2P H:When writing E2PROM
92 JIG_EJ I Forced mechanism open H: Open (for assuring)
93,94 NC O NC L fixed
95 NC O NC Fixed at L when LOW
96 DISC_DET I Disc detection L: Disc IN
97 NC O NC L fixed (LOW)
98 DVS_BE_REQ I DVS-7600 communication request input
MICROCOMPUTER’STERMINAL DESCRIPTION

DDX6019/6029/6029Y/6039
11
Pin No. Pin Name I/O Application Truth Processing Operation Description
value table
99 DVS_SYS_REQ O DVS-7600 communication request output
100 NC O NC L fixed (LOW)
101 DVS_BE_PON O DVS-7600 power supply control H:PON (LOW)
102 DVS_BE_RST O DVS-7600 reset
103 BVSS
104 BVDD
105 TILT_M+ O Reversed tilt mechanism motor control + CLOSE tRefer to the truth value table
106 TILT_M- O Reversed tilt mechanism motor control - OPEN tRefer to the truth value table
107~109 NC O NC LOW is fixed at L
110 FLMD1 NC L fixed
111~114 NC O NC LOW is fixed at L
115 NC O NC L fixed
116 BL ENA O Backlight ON/OFF H: Backlight ON, L:Backlight OFF
117 MONI_SEL O Monitor output switching H: NAVI, TV (SECAM), L: EXCEPT
118 VMUTE1 O When switching video source, H: MUTE ON
when V_OFF screen MUTE
119 HPOS3 O HPOSI switching for each video source eRefer to the truth value table
120 NT/PAL O Sync separation IC control L:NTSC, H:PAL
121 HPOS2 O HPOSI switching for each video source eRefer to the truth value table
122 MODE3 O Screen mode switching wRefer to the truth value table
123 HPOS1 O HPOSI switching for each video source eRefer to the truth value table
124 MODE1 O Screen mode switching wRefer to the truth value table
125 MODE2 O Screen mode switching wRefer to the truth value table
126 MIRROR O Mirror MODE switching H: Mirror, L: Normal
127 HPOS4 O HPOSI switching for each video source eRefer to the truth value table
128 X1 O Touch panel X axis standard voltage control
129 TL_DET I SW8V reduced voltage detection H: Reduced voltage detection
130 TILT_POS I Reversed tilt mechanism position detection
131 NC O NC Low: L fixed
132 VR I Video input when adjusting chroma IC
133 VG I Video input when adjusting chroma IC
134 VB I Video input when adjusting chroma IC
135 VCOM I VCOM input when adjusting chroma IC
136 X0 O Touch panel X axis GND control
137 Y0 O Touch panelY axis GND control
138 X_DATA I Touch panel voltage detection X direction voltage detection
139 Y_DATA I Touch panel voltage detection Y direction voltage detection
140 KEY4 I Monitor panel KEY 4 individual detection VOL→ATT→FNC→VSEL (priority order)
141 VOL+ I Monitor panel VOL+ KEY individual detection L:VOL+ pressed
142 OPEN/CLOSE I OPEN/CLOSE KEY detection L: OPEN/CLOSE pressed
143 KEY_ILL O Monitor panel KEY illumi control H: Monitor KEY illumi ON
144 SI O Security indicator control L: OFF, H: ON
MICROCOMPUTER’STERMINAL DESCRIPTION

DDX6019/6029/6029Y/6039
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MICROCOMPUTER’STERMINAL DESCRIPTION
●AUDIO MICROCOMPUTER: 703030BYGCJ26 (X14: IC101)
Pin No. Pin Name I/O Application Truth Processing Operation Description
value table
1TUN_TYPE0 I TUNER destination L fixed
2TUN_SCL O F/E I2C clock output terminal
3NAV_RX I Navi control data input
4NAV_TX O Navi control data output
5TUN_TYPE1 I TUNER destination L fixed
6EVDD
7EVSS
8EXT_CON O EXT-CONT output
9NC O Lfixed
10 VSYNC_DET I Video detection, NTSC/PAL determination NTSC:50Hz, PAL: 60Hz
11 NC O L fixed
12 SYS_MDATA I SYS_COM communication data output
13 SYS_SDATA O SYS_COM communication data input
14 SYS_MCLK I SYS_COM communication clock input
15 NC O L fixed
16 AUTO_SW_2 O Video detection, NTSC/PAL determination H:When AVIN2 (to ensure a port)
In practice, fixed to L (AVIN/BACK CAM)
17 BEEP O BEEP When BEEP: Pulse output
18 IC/VPP
19 AUTO_SW O Video detection, NTSC/PAL determination H:AVIN, L: BACK CAMERA
20 TV_MC_REQ O Communication request to TV_COM
Truth value table
qDestination setting
Destination TYPE2 TYPE1 TYPE0
K001
E010
M011
V/X 1 0 0
R111
wScreen mode
MODE MODE 1 MODE 2 MODE 3
FULL 0 0 0
NORMAL 1 0 0
WIDE 0 1 0
ZOOM 1 1 0
eScreen position
Monitor source HPOS1 HPOS2 HPOS3 HPOS4
FULL OSD 0 0 0 0
NTSC 0 1 0 0
PAL 0 0 1 0
SECAM 1 1 1 0
NAVI 0 1 0 0
rE2PROM slave address
IC name Application A2 A1 A0
BR24C01AFV Normal use 0 0 0
BR24L02FV ROM correction 110
tReversed tilt motor driver
Mechanism operation TILT_M+ TILT_M+
Stop 0 0
OPEN 0 1
CLOSE 1 0
Brake 1 1

DDX6019/6029/6029Y/6039
13
MICROCOMPUTER’STERMINAL DESCRIPTION
Pin No. Pin Name I/O Application Truth Processing Operation Description
value table
21 TV_SC_CON O Start-up request to TV_COM
22 TV_JUDGE I TV-BOX new/old detection
23 VOUT_MUTE3 O V. OUT MUTE eRefer to the truth value table
24 VOUT_SEL1 O V. OUT selector (BA7649) eRefer to the truth value table
25 VOUT_SEL2 O V. OUT selector (BA7649) eRefer to the truth value table
26 VSEL1 O V. IN selector (BA7649) wRefer to the truth value table
27 VSEL2 O V. IN selector (BA7649) wRefer to the truth value table
28 VSEL3 O V. IN selector (BA7649) wRefer to the truth value table
29 RGB_MUTE O MUTE RGB except when NAVI or SECAM wRefer to the truth value table
30 RGB_SW O Switch NAVI/SECAM wRefer to the truth value table
31 RESET
32 XT1
33 XT2
34 REGC
35 X2
36 X1
37 VSS
38 VDD
39 CLKOUT
40 NC O L fixed
41 PWIC_STBY O PWIC standby H: POWER ON, L:POWER OFF
42 PWIC_MUTE O PWIC_FR MUTE L: MUTE ON
43 P_CON O P-CON control output L:When STANDBY or POWER OFF
H: EXCEPT
44 ANT_CON O P-ANT control output H: ANT UP, L:ANT DOWN
45 AM+B O AM power supply ON H:When AM, L: EXCEPT
46 PRE_MUTESW O PREout sub woofer MUTE H: MUTE OFF, L:MUTE ON
47 PRE_MUTER O PREout rear MUTE H: MUTE OFF, L: MUTE ON
48 PRE_MUTEF O PREout front MUTE H: MUTE OFF, L: MUTE ON
49 SYS_MREQ I SYS_COM communication request output
50 SYS_SREQ O Communication request to SYS_COM
51 LX_CON/LX_CON O Start-up request to slave unit
52 LX_REQ_M/LX_REQ_M O Communication request to the slave unit
53 LX_RST/LX_RST O Hardware-reset to slave unit
54 LX_MUTE/LX_MUTE I MUTE request from slave unit
55 BVDD
56 BVSS
57 AIN_SEL1 O For ASEL (LOW only) rRefer to the truth value table
58 AIN_SEL2 O For ASEL (LOW only) rRefer to the truth value table
59 AIN_SEL3 O For ASEL (LOW only) rRefer to the truth value table
60 AIN_SEL4 O For ASEL (LOW only) rRefer to the truth value table
61 AUD_MUTE0 O E-VOL front MUTE L: MUTE ON, H: MUTE OFF
62 AUD_MUTE1 O E-VOL rear MUTE L: MUTE ON, H: MUTE OFF
63 AUD_MUTE2 O E-VOL center, SWMUTE L: MUTE ON, H: MUTE OFF

DDX6019/6029/6029Y/6039
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Pin No. Pin Name I/O Application Truth Processing Operation Description
value table
64 AUD_MUTEA O E-VOL inputSEL_A MUTE L: MUTE ON, H: MUTE OFF
65 AUD_MUTEB O E-VOL inputSEL_B MUTE L: MUTE ON, H: MUTE OFF
66 AUD_MUTEC O E-VOL inputSEL_C MUTE L: MUTE ON, H: MUTE OFF
67 AUD_SDA/ I/O ROM correction E2PROM communication
A_RCORR_SDA data input/output
67 AUD_SDA/AUD_SDA I/O E-VOL data output
68 AUD_SCL/ OROM correction E2PROM communication
A_RCORR_SCL clock input/output
68 AUD_SCL/AUD_SCL O E-VOL clock output
69 A_PON O SW5V ON/OFF
H: Output only when in RESET sequence
L: Other output
70 NC O NC L fixed
71 AVDD
72 AVSS
73 AVREF
74 LINE_MUTE I LINE-MUTE input detection Normal: 1.6V, TEL MUTE: 1V or lower,
NAVI MUTE: 2.5V or higher
75 A_WRT_E2P I Used when writing E2PROM H:When writing E2PROM
76 A_TYPE0 I Destination determination qRefer to the truth value table
77 A_TYPE1 I Destination determination qRefer to the truth value table
78 A_TYPE2 I Destination determination qRefer to the truth value table
79 A_TYPE3 I Destination determination qRefer to the truth value table
80 PWIC_DCDET I SP_FR output DC offset detection L:When detected
81 TUN_SMET I S meter input
82 TUN_IFC I F/E IFC OUT input terminal H: Station found, L:Station not found
83 R_QUAL I RDS decoder QUAL input terminal
84 R_DATA I RDS decoder DATA input terminal
85 R_NOISE I FM noise detection terminal
86 R_AFS_H/R_AFS_H I/O Switching constant when noise detected
87 R_CLK/R_CLK I RDS decoder CLK input terminal
88 A_BU_DET I BU reduced voltage detection H:Reduced voltage detection
89 SYS_ON I SYS_COM communication control input H: Start up request from AUDIO µ-com
90 TV_SC_REQ I Communication request from TV_COM
91 M_MUTE I MUTE request from system µ-com L: MUTE request
92 LX_REQ_S/LX_REQ_S I Communication request from slave unit
92 LX_REQ_S/NC O Fixed to L only when CH
93 NC O L fixed
94 TV_SC_DATA/ IDATA input from TV_COM
TV_SC_DATA
95 TV_MC_DATA/ ODATA output toTV_COM
S_TV_MC_DATA
96 TV_BP_CLK/TV_BP_CLK OCLK output to TV_COM
97 LX_DATA_S/LX_DATA_M IData from slave unit
98 LX_DATA_M/LX_DATA_M OData to slave unit
MICROCOMPUTER’STERMINAL DESCRIPTION

DDX6019/6029/6029Y/6039
15
MICROCOMPUTER’STERMINAL DESCRIPTION
Pin No. Pin Name I/O Application Truth Processing Operation Description
value table
99 LX_CLK/LX_CLK O LX BUS clock
100 TUN_SDA I/O F/E I2C data input/output terminal
Truth value table
qDestination setting
Model Destination TYPE3 TYPE2 TYPE1 TYPE0
M0011
DDX-CH V/X 0 1 0 0
X0101
DDX6019 K 1 0 0 1
DDX6029/6029Y E 1 0 1 0
M1011
DDX6039 V/X 1 1 0 0
R1111
wAV selector control 1
Monitor source VSEL1 VSEL2 VSEL3 RGB_SW RGB_MUTE
TV (NTSC, PAL) 0 0 0 0 0
AVIN 0 1 000
DVD 1 0000
R CAMERA 1 1 0 0 0
NAVI ∗∗1111
TV (SECAM) 0 0 0 0 0 1
FULL OSD ∗∗∗00
∗: Don’t care
eAV selector control 2
AV OUT source VOUT_SEL1 VOUT_SEL2 VOUT_MUTE3
DVD 0 1 0
AVIN 1 0 0
TV 0 0 0
OFF ∗∗1
∗: Don’t care
rAV selector control 3: IC201 (IC2-6) input
TC4052BFT
IC203 IC202
MAIN SUB
ABAB
Monitor source AIN_SEL_1 AIN_SEL_2 AIN_SEL_3 AIN_SEL_4
TV 1 1 11
LX 0 1 ∗∗
AVIN2 (Not used) 1 0 1 0
AVIN1 0 0 0 0
∗: Don’t care (no LX on SUB)

DDX6019/6029/6029Y/6039
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Pin No. Pin Name I/O Application
1SW_2 I 8cm Ej-STOP, Lo-START detection
2SW_3 I Lo-START detection
3CDON O CD-LD ON
4VDD3 - VDD (3.3V)
5VSS - VSS
6FGIMotor FG input
7SW_4 I Lo-END detection
8,9 FADR17,18 O Address output to FLASH
10 FADR11 O Address output to FLASH
11 FADR9 O Address output to FLASH
12 VDD15 - VDD (1.5V)
13 FADR8 O Address output to FLASH
14,15 FADR13,14 O Address output to FLASH
16 NWE O Right signal output to FLASH
17,18 FADR16,15 O Address output to FLASH
19 DRAMVDD15 - DRAM power supply (1.5V)
20 DRAMVSS - VSS for DRAM
21 VSS - VSS
22 FADR12 O Address output to FLASH
23~30 FADR7~0 O Address output to FLASH
31 VSS - VSS
32 VDD3 - VDD (3.3V)
33~40 FDT0~7 I/O Data input/output with FLASH
41 NCE O Chip select signal output to FLASH
42 FADR10 O Address output to FLASH
43 NOE O Read signal output to FLASH
44 MMOD I Test mode switching signal
45 NRST I Reset input
46 VSS - VSS
47 SCLOCK I/O Dwire clock terminal
48 SDATA I/O Dwire data terminal
49 TxD/EXTRG0 I/O Serial transmission/
Dwire trigger terminal
50 RxD/EXTRG1 I/O Serial reception/
Dwire trigger terminal
51 VDD3 - VDD (3.3V)
52 OSCI I Oscillation input (16.897849MHz)
53 OSCO O Oscillation output (16.897849MHz)
54 VSS - VSS
55 OFS_TE O CD TE offset cancel output
56 DRV1 O Drive output for spindle drive
●DISC CONTROLLER MICROCOMPUTER: MN103S71F (X37: IC4)
MICROCOMPUTER’STERMINAL DESCRIPTION
Pin No. Pin Name I/O Application
57 DRV2 O Focus balance adjustment output
58 DVDON O DVD-LD ON
59 STEP_A O Thread control output A
60 STEP_B O Thread control output B
61 Lo/Ej O Lo/Ej control terminal
62 LO.MUTE O Lo/Ej mute terminal
63 VSS - VSS
64 DRV.MUTE O Driver mute control
65 BMS O Spindle short brake control
66 LIM-SW I LIM-SW detection
67 Gain_SW O PDIC Gain switching
68 FEPCK O FEP clock output
69 FEPDT O FEP data output
70 FEPEN O FEP enable signal
71 DRAMVSS - VSS for DRAM
72 DRAMVDD15 - DRAM power supply (1.5V)
73 DRAMVDD33 - DRAM power supply (3.3V)
74 VDD3 - VDD (3.3V)
75 FG I Motor FG input
76 TX O Output for digital OUT
77 VDD15 - VDD (1.5V)
78 VSS - VSS
79 TSTSG O EQ calibration signal
80 VFOSHORT O Not used.
81 JLINE O J-line setting output
82 BDO I Dropout signal input
83 OFTR I Off-track signal input
84 AVSSD - VSS for analog
85 ROUT O MASH Rch audio output
86 LOUT O MASH Lch audio output
87 AVDDD - VDD (3.3V) for analog
88 VCOF I JFVCO control voltage
89 TRCRS I Track loss generation signal input
90 AVDDC - VDD (3.3V) for analog
91 WBLIN I WBL input
92 CSLFLT I Not used
93 RFDIF I Not used
94 AVSSC - VSS for analog
95 PLFLT2 I Condenser 2 for PLL
96 PLFLT1 I Condenser 1 for PLL
97 AVSSB - VSS for analog

DDX6019/6029/6029Y/6039
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MICROCOMPUTER’STERMINAL DESCRIPTION
Pin No. Pin Name I/O Application
98 ARF I Equivalent RF+ input
99 NARF I Equivalent RF- input
100 VHALF I Reference voltage 1.65V input
101 RV1 I VREFH register for reference
current power supply
102 VREFH I Reference voltage 2.2V input
103 DSLF2 I Condenser 2 for DSL
104 DSLF1 I Condenser 1 for DSL
105 AVDDB - VDD (3.3V) for analog
106 JITOUT O For jitter monitor
107 AVDDA - VDD (3.3V) for analog
108 TECAPA I Not used
109 AD0 (FE) I FE input
110 AD2 (AS) I AS input
111 AD1 (TE) I TEph/TE3b input
112 AD3 (ENV) I RF envelop input
113 AD4 (RFDIFO) IPush-pull TE input
114 AD5 I Focus drive AD input
115 AD6 I Tracking drive AD input
116 AD7 (IOP) I Laser diode current measurement
117 AD8 (TEMP_DET) ITemperature monitoring input
118 AVSSA - VSS for analog
119 PWM0 (FOD) O Focus drive output
120 PWM1 (TRD) O Tracking drive output
121 VSS - VSS
122 VDD3 - VDD (3.3V)
123 IDGT O Not used
124 DTRD O Not used
125 MONI0 O Internal monitor signal
126~130 MONI1~5 O Internal monitor signal
131 SW_2∗3I 8cm Ej-STOP, Lo-START detection
132 SW_1∗5I12cm Ej-STOP detection
133 DMARQ O DMA request output ATAPI host
134 NIOWR I ATAPI host write signal input
135 VDD3 - VDD (3.3V)
136 VSS - VSS
137 NIORD I ATAPI host read signal input
138 IORDY O Ready output to ATAPI host
139 NDMACK I ATAPI host DMA acknowledge input
140 INTRQ O Interruption output to ATAPI host
141 NIOCS16 O Not used
Pin No. Pin Name I/O Application
142 DA1 I ATAPI host address signal input
143 NPDIAG I Diagnosis from ATAPI slave to master
144 DA0 I ATAPI host address signal input
145 VSS - VSS
146 VDD3 - VDD (3.3V)
147 DA2 I ATAPI host address signal input
148 NCS1FX I ATAPI host chip select signal input
149 NCS3FX I ATAPI host chip select signal input
150 NDASP O ATAPI drive active/slave
151 HDD15 I/O ATAPI data input/output
152 HDD0 I/O ATAPI data input/output
153 HDD14 I/O ATAPI data input/output
154 HDD1 I/O ATAPI data input/output
155 HDD13 I/O ATAPI data input/output
156 VDD3 - VDD (3.3V)
157 VDD15 - VDD (1.5V)
158 VSS - VSS
159 HDD2 I/O ATAPI data input/output
160 HDD12 I/O ATAPI data input/output
161 HDD3 I/O ATAPI data input/output
162 HDD11 I/O ATAPI data input/output
163 HDD4 I/O ATAPI data input/output
164 HDD10 I/O ATAPI data input/output
165 HDD5 I/O ATAPI data input/output
166 VSS - VSS
167 VDD3 - VDD (3.3V)
168 HDD9 I/O ATAPI data input/output
169 HDD6 I/O ATAPI data input/output
170 HDD8 I/O ATAPI data input/output
171 HDD7 I/O ATAPI data input/output
172 VDDH - 5V reference power supply
173 NRESET I ATAPI reset signal input
174 MASTER I ATAPI master/slave signal input
175 SCL O EEPROM clock output
176 SDA I/O EEPROM data input/output
Loading/Eject logic
Pin No. Name Hi-Z (MUTE) Short-Brake CW CCW
62 DRV7 H L L L
61 DRV6 1.65 (Hi-z) 1.65 (Hi-z) 3.3 (Hi) 0 (Low)

DDX6019/6029/6029Y/6039
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TEST MODE
Operation Specifications
●How to enter the test mode
There are following 2 ways to enter the test mode:
1. Press and hold the [SRC] and [ATT] keys and reset.
2. Connect region writing jig to Lx connector (when adjusting
flicker)
Notes:
Setting of the jig is optional. However, note that the jig func-
tions as setting SW (region/serial/security/CPPM).
Test mode is powered off in 30 minutes (to make it possible
to operate without entering Security while Security ON).
While the jig is connected (after connection is recognized),
Key illumi blinks (flicker adjustment mode).
●Screen transition
By pressing each key on theTest Mode Main screen, move on
to the corresponding screen.
Test Mode Main Screen
Information
Service
Touch
Hposi
MECHA ADJ
Source
Set Up
Audio
Chroma Auto 1
Chroma Func
Test Mode Main
●Information screen
Below is the contents displayed on the information screen.
• Serial No.
•Security Info (BLANK: Not written in E2PROM, ON/OFF:
Normal status (ON/OFF is security setting status), ERROR:
E2PROM writing error)
• DC Offset detection information
• System µ-Com Version / Rom Correction Version /Type
•Audio µ-Com Version / Rom CorrectionVersion / Type / Span
(Tuner frequency span information)
• OSD Version
• Region Code
• B/E Version / F/E Version / Macrovision Version
• Tv BoxVersion / Rom Correction Version / Type
(Displayed only whenTv Tuner Box is connected.When the
previous modelTvtuner is connected, “– – – –”is displayed.)
●TOUCH screen
• After Touch Position Control, save the memory into the
E2PROM.
• By 3 points input, memory from the system computer to
EEPROM
• E2PROM normal write or abnormal result will display on
the screen.
●HPOSI screen
• After Screen Position Adjustment, save the memory into
the E2PROM.
Adjust in the following order. Graphic →DVD →TV →
VIDEO →NAVI
• DVD wallpaper shall be fixed to NTSC.
• E2PROM normal write or abnormal result will display on
the screen.
• When adjusting DVD, TDV-540A (Title 3-Chapter 16) shall
be played.
After Disc Loading, press the remote control Tenkey 4 to
move on to Title 3-Chapter 16.
●SERVICE screen
• Below is the contents displayed on the service screen.
Power On time
DVD Play time (CD-DA/VCD/DVD-VIDEO/other) / Number
of DVD Eject times
DVD Mecha Error information
Dvd Mecha/Read/Hot Error: Detect/None
Dvd Other Error: LastTime (**h)
Dvd Other Error:Time Before Last (**h)
Number of Monitor Open times / Number of Monitor Close
times
E2PROM Chroma data information
DC Offset detection information
• Write Serial No.
By pressing the [Serial] key, the screen moves on to the
Serial No.input screen.
• E2PROM Chroma data clear
By pressing the [Clear] key, E2PROM’s Chroma data is
cleared.
• DC Offset data clear
By pressing the [Clear] key, E2PROM’s DC offset data is
cleared.

DDX6019/6029/6029Y/6039
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●Chroma Auto 1 screen
• After the auto adjustment for Chroma, save the memory
into the E2PROM.
Auto Adjustment items: RGB_Amplitude →Bright →
Ganma1 →Ganma2 →CONT_RGB2 →SUB_Bright_R
→SUB_B right_B →COM_Amplitude
• E2PROM normal write or abnormal result will display on
the screen.
• EEPROM’s Chroma data is not cleared by writing region in.
EEPROM Chroma data is cleared by the [Clear] key on the
Service screen.
●Chroma Func screen
• After the Chroma adjustment, save the memory into the
E2PROM.
• Setting operation is done by the remote control.
• Chroma_IC adjustment screen (Item setup) →Write to
EEPROM
Setup items:Tint adjustment (00h~FFh)
Phase adjustment (00h~3Fh)
• E2PROM normal write or abnormal result will display on
the screen.
• EEPROM’s Chroma data is not cleared by writing region in.
EEPROM Chroma data is cleared by the [Clear] key on the
Service screen.
●MECHA ADJ screen
• After the panel mechanism position control, save the
memory into the E2PROM.
•Write the voltage value at when Full Open/Full Close into
E2PROM.
• E2PROM normal write or abnormal result will display on
the screen.
• In one of the conditions below, “NG”is displayed (when NG,
not written into E2PROM).
E2PROM writing-in error.
NG if the voltage acquiring value is 0.177V or higher when
Open.
NG if the voltage acquiring value is lower than 2.746V or
higher than 2.888V when Close.
●Source / Audio / Set Up screen
• Source / Audio Control / Set Up screens are same as when
in normal mode.
●Display
• Basically, dedicated screen when in Test Mode.
• DisplayTouch position (+). However, shall not be displayed
in Touch Adjust screen (under adjustment).
●Key
• [Tact] key specification is shown below.
Key Function
SRC/Vol Up/Vol Dw/Open (Eject) As usual
ATTDriver for motor On
V.SEL V.SEL+AVOUT (engaged with V.SEL)
FNC As usual (no easy)
●Remote control
• Carry out the following operations using NA-R300 (SW:
AUD) (other than the listed blow shall be operated normally).
Key code Item
Direct Chroma_IC adjustment mode ON/OFF
(writing-in)
Band (FM+) Video mode switching (NAVI/AVIN/DVD)
M/S (AM-) DVD audio/video confirmation switching
Execution Setup/cancel Chroma setting value
(Play/Pause)
Tenkey 5 Navi forced interruption
Tenkey 6 Call Screen adjustment screen
Tenkey 7 To the item before Chroma adjustment
Tenkey 8 Change the Chroma setup value (UP)
Tenkey 9 To the next Chroma adjustment item
Tenkey 0 Change the Chroma setup value (DW)
Tenkey 2 (Preset 2) DC Offset detection test direct switching
(DVD source only)
Tenkey 3 (Preset 3) Switching the V-IN (R-CAM) mirror mode
Tenkey 4 (Preset 4) Direct switching for HPOSI DVD checking
●Screen maintenance section
• In Test Mode (including when the jig is connected), start up
inVIDEO screen →press the [FNC] key to move on to Test
Mode Main screen.
• Connect AVOUT to the V.SEL action to allow change
(AVOUT when in Graphic and NAVI can be any).
AVIN – (TV) – R_CAM – NAVI – DVD (the order can be any)
• Easy Control screen is skipped with [FNC] key.
• For the Reverse condition needs to be set ON when in the
test mode (RCAM is always available in V.SEL).
(When detecting Reverse, R-CAM interruption will occur as
is in normal mode).
• When VIDEO image is input and when video signal is
switched (NTSC ↔PAL), OSD is not displayed. (OSD is
displayed when switching V.SEL. However, the OSD is not
displayed in VIDEO mode.)
TEST MODE

DDX6019/6029/6029Y/6039
20
●Audio
• Default volume is Step 30.
• Bal/Fad setting is changed among Min ↔Center ↔Max by
each click.
• Line Mute default is On.
•Xover setting is changed between Min ↔Max by each click.
•Tone setting is changed among Min ↔Center ↔Max by
each click.
• DefaultTone (EQ) value is Flat.
• Default system Q is OFF.
• When there is Digital Out terminal, the setting should al-
ways be output on setting.
• Sub Woofer default is ON (same in the normal mode).
●Tuner
• When unable to access E2PROM, display “Error” (Tuner
screen).
• K3I forced switching among narrow/middle/wide.
Forced to narrow by pressing and holding Preset 4
: “∗∗∗.∗1MHz”
Forced to middle by pressing and holding Preset 5
: “∗∗∗.∗2MHz”
Forced to wide by pressing and holding Preset 6
: “∗∗∗.∗3MHz”
• Switch Tuner Span (K ↔M) with [SRC] key + [Vol. Dw] key
+ Reset.
Span information is displayed on the Information screen.
●BEEP control
• Beep regardless of the destination.
(While in Standby source, beep cannot be output because
of PWIC restriction.)
●SI control
• Set SI default to On.
●AVIF
• AVIN Interruption default shall be On.
• NAVI interruption SP setting default is FRONT ALL.
•V-IN mirror mode switching is done by Remote Control
Tenkey 3.
• R-CAM Interruption default shall be On.
●SCREEN adjustment
• By pressing the remote control Tenkey 6 on each video
screen, each video screen’s SCREEN adjustment items are
displayed.
• The default is Center, and switch among Full Down ↔Cen-
ter ↔Full Up by each click.
• BRT default is MAX.
●TV tuner
• If the destination is E, set theTV2 default value to “Area 5
(Russia)”, “Ch 8 (191.25MHz)”. (When KTC-V500 is con-
nected.)
• If the destination is E, set theTV2 default value to “Area 4
(Russia)”, “Ch 8 (191.25MHz)”. (When KTC-V300 is con-
nected.)
(HPOSI adjustment mode shall be TV1.)
*If started up as above, even if the test mode is cancelled by
ACC/Power OFF →ON, the setting values are maintained
(set to default by Reset).
●DVD
• CD media KTD-02A and DVD media TDV-540A/TTD-100
are used.
• If the test mode is started up with Disc loaded Panel Open
and in test mode, the disc is not ejected (same in normal
mode).
• Set region code at the position for the time code.
• When Loading, set to Title1-Chapter1 (Shown with ★in the
table below)
• CDDA audio checking (KTD-02A)
For CDDA audio checking
Track
★ 1-
9-
15 -
10 -
11 -
12 -
13 -
14 -
9-
For CDDA audio checking
Track
28 -
Track
Up/Dw
RDM
TEST MODE