Page 1
RDR-GX7
RMT-D203A
SERVICE MANUAL
SPECIFICATIONS
System
Laser
Semiconductor laser
Format
NTSC
Channel coverage
VHF: 2 to 13
UHF: 14 to 69
CATV: A-8 to A-1, A to W, W+1 to
W+84
Video reception
Frequency synthesizer system
Audio reception
Split carrier system
Antenna
75-ohm antenna terminal for VHF/
UHF
Timer
Clock: Quartz locked
Timer indication: 12-hour cycle
(digital)
Power back-up duration: 1 hour
Video recording format
MPEG Video
Audio recording format/applicable bit
rate
Dolby Digital/2 ch, 256 kbps
Audio characteristics (Playback)
Frequency response
DVD (PCM 96 kHz): 4 Hz to 44 kHz
(±1.0 dB)/DVD (PCM 48 kHz): 4 Hz
to 22 kHz (±0.5 dB)/CD: 4 Hz to 20
kHz (±0.5 dB)
Signal-to-noise ratio (S/N ratio)
DVD: 115 dB (LINE OUT (AUDIO
L/R) 2 jacks only)
Harmonic distortion
DVD: 0.002 %
Dynamic range
DVD: 110 dB/CD: 100 dB
Wow and flutter
DVD: Less than detected value
(0.001% W PEAK)
Audio characteristics (Recording/
Playback)
Frequency response
DVD (Dolby Digital 48 kHz):
10 Hz-20 kHz (±1.0 dB)
Signal-to-noise ratio
DVD: 96 dB
Harmonic distortion
DVD: 0.004 %
Dynamic range
DVD: 96 dB
The signals from LINE OUT (AUDIO
L/R) jack are measured. When you play
PCM sound tracks with a 96 kHz
sampling frequency, the output signals
from the DIGITAL OUT (OPTICAL or
COAXIAL) jack are converted to 48
kHz sampling frequency.
Inputs and outputs
LINE OUT 1/2
(AUDIO)
Phono jack
Output level: 2 Vrms
Load impedance: 10 kilohm s
(VIDEO)
Phono jack
Output level: 1.0 Vp-p
(S VIDEO)
4-pin mini DIN
Output level: Y:1.0 Vp-p, C: 0.286
Vp-p (NTSC)
LINE IN 1/2/3
(AUDIO)
Phono jack
Input level: 2 Vrms
Input impedance:
more than 22 kilohms
(VIDEO)
Phono jack
Input level: 1.0 Vp-p
(S VIDEO)
4-pin mini DIN
Input level: Y:1.0 Vp-p, C: 0.286
Vp-p (NTSC)
DV IN
4-pin
i.LINK S100
DIGITAL OUT (OPTICAL)
Optical output jack
Output level: –18 dBm (wave
length: 660 nm)
DIGITAL OUT (COAXIAL)
Phono jack
Output level: 0.5 Vp-p
Load impedance: 75 ohms
COMPONENT VIDEO OUT(Y, P
Phono jack/Y: 1.0 Vp-p/P
interlace*=0.648 Vp-p, progressive
or interlace**=0.7 Vp-p
* Component Black Level is On
** Component Black Level is Of f
CONTROL S IN
Mini jack
General
Power requirements
120 V AC, 60 Hz
Power consumption
43 W
Dimensions (approx.)
430 × 89 × 381 mm
5
(17 × 3
/8 × 15 in.) (width/height/
depth) incl. projecti ng parts
Mass (approx.)
5.6 kg (11.16 lb)
Operating temperature
5 ºC to 35 ºC (41 ºF to 95 ºF)
Operating humidity
25 % to 80 %
B
, PR:
US Model
Canadian Model
Supplied accessories
Audio/video cord (1)
Power cord (1)
Antenna cable (1)
Remote commander (remote) (1)
Size AA(R6) batteries (2)
Specifications and design are subject to
change without notice.
B
, PR)
DVD RECORDER
Page 2
BLOCK DIAGRAMS
3-1. OVERALL BLOCK DIAGRAM (1/2)
SECTION 3
RDR-GX7
AV-071(1/2)
BOARD
UNSW6V
TU PCONT
IC402
TU+5V
REG
P CONT
Q415
Q416
IC406
TU+30V
REG
BB
30V
5V
TU401 TUNER
9V/5V
SDA
SCL
AFT
ST/BIL/SIF
SAP
MODE
FMONO
AGC
VIDEO
R
L
Q409,411
Q412,414
EPG VIDEO
VIDEO
AMP
Q408,410
TU VDET
DET
AGC
Q404
V
TU L
TU R
TU G MAX
FMONO
MODE
SAP
ST/BIL/SIF
AFT
SCL
SDA
TU VDET
TU G MAX
TU FMONO
TU M/SAP
TU SAP D
TU S/B D
TU AFT
TU SCL
TU SDA
LINE IN
V
L
R
S VIDEO
IN
VIDEO
AUDIO L
AUDIO R
J802
C
Y
J1701
FL-130(1/2) BOARD
G
C
Y
G
G
G
C2 IN
Y2 IN
V2 IN
L2 IN
R2 IN
L2 YCC
L2 YCY
L2 CVBS
FA IN L
FA IN R
IC701
VIDEO
REC AMP
BUFF
Q707
BUFF
Q705
BUFF
Q712
BUFF
Q710
Q713,715
SYNC
BUFF
Q709,711,716
H
DET
IC201
AUDIO
L1 YCC
L3 YCC
G
C
Y
G
L3 YCY
L1 YCY
L1 CVBS
L3 CVBS
AU1 IN L
AU3 IN L
AU1 IN R
AU3 IN R
PROCESSOR
IC301
2ch
D/A
CONV
Q708
+5V
P CONT
Q801
UVI CV
VSYNC
H DET
SEP V
EPG VIDEO
REC Y/CVBSS
GTUD DATA
GTUD LRCK
GTUD BCK
AAD DATA
AAD LRCK
AAD BCK
CEVA SDO
CEVA SDO
IC303 IC304
3
31
1
2
5
57
7
6
UNSW5V
SW5V
TU PCONT
SYNC POW
REC C
RD-045(1/2)
BOARD
V
C
Y
Y/G
CB/B
CR/R
SW5V
AU12V
-10V
UVI CV
VSYNC
H DET
SEP V
BUFF
Q809
BUFF
Q810
BUFF
Q811
BUFF
Q812
BUFF
Q813
BUFF
Q814
+5V
IC302
+5V
REG
Y/C
PROCESSOR
IC801
+5V
REG
Q303
P CONT
Q302
Q802
P CONT
Q801
Q301
0UT L1
0UT L2
0UT R1
0UT R2
UNSW10V
SW3.3V
UNSW12V
SW-10V
G
C
Y
G
Cr Cb Y
IC802
J801
V
G
C
Y
G
L
R
J805
COMPONENT
OUT
3-1 3-2
Page 3
RDR-GX7
3-2. OVERALL BLOCK DIAGRAM (2/2)
TU VDET
JUST CLK
TU FMONO
TU M/SAP
TU SAP D
TU S/B D
TU AFT
TU SCL
TU SDA
UVI CV
VSYNC
H DET
AV-071(2/2)
BOARD
BUFF
Q1101
BUFF
Q1102
BUFF
Q1105
DVD
DRIVER
LPF
Q1103,1104
V DATA
SYNC
IC1101
CN-177
BOARD
UVIC
UVIC SIN
UVIC SOUT
UVIC SCLK
IDE D0-15
16
IDE A0-2
3
IDE W
IDE R
IDE DACK
IDE IO RDY
IDE HD16
IDE DREQ
IDE INT
X1101
3.579545MHz
RD-045(2/2)
BOARD
IC602
EEPROM
CEVI SDO5
CEVI SDI5
CEVI SCK5
STATUS 0
STATUS 1
TPA,NTPA
TPB,NTPB
4
SPDIFO
FAN ON/OFF
FAN SPEED
FAN DET
IT5V
SWITCHING
Q606-610
IC605
µCOM
T601
VFL
-F
+F
ND1701
IC1701
FLD
DRIVER
FLD SOUT
FLD SCLK
KEY4
TU PCONT
SYNC POW
X601
32.768kHz
X602
20MHz
KEY1
KEY2
KEY3
KEY5
S1701
POWER
IC103
LED
DRIVER
S101-107
FUNCTION
KEY
S108-110
FUNCTION
KEY
S111-116
FUNCTION
KEY
S117-122
FUNCTION
KEY
Q1703
LED
DRIVE
Q1704
LED
DRIVE
IC101
SIRCS
DIMMER P CONT
IC603
P
P FAIL
FAIL
REMOTE
CONTROL
RECIVER
Q102
IC604
RESET
RESET
VDD
+5V
BUZZER
UNSW18V
UNSW6V
SW3.3V
SW5V
DET
D602
D603
IC102
+5V
REG
Q612,613
UNSW+6V
SW
Q315-317
IC101
FAN
DRIVE
AMP/
BUFF
FAN12V
SENS
UNSW18V
SW3.3V
UNSW6V
J601
BZ601
CN301
COAX OUT
3P
OPTICAL
DIGITAL
OUT
FAN
IC106
UNSW5V
UNSW13V
+5V
REG
FROM
POWER
IC105
UNSW12V
SW-10V
UNSW-10V
SW12V
+12V
REG
Q100
-10V
REG
UNSW13V
UNSW-10V
FAN12V
FL-130(2/2)
BOARD
D1702
D1703
D102-107
D109-112
D114-119
FR-195
BOARD
Q101
+5V
REG
POWER
STAND BY
TPA,NTPA
TPB,NTPB
+5VLED+5V
CN1703
4
DV IN
3-3 3-4E
Page 4
PRINTED WIRING BOARDS AND SCHEMATIC DIAGRAMS
4-1. FRAME SCHEMATIC DIAGRAM
SECTION 4
RDR-GX7
19144 1763
2GND
3GND
45V
YC
CN703
DV IN
11
R
L(MONO)
VIDEO
S VIDEO
1
A
B
FR-195 BOARD
C
D
E
F
19PCN101
KEY4
-F
FLD RESET
VFL
123456789
19
-F
+F
VFL
KEY4
FLD RESET
19PCN602
SIRCS
FLD CS
GND5VGND
FAR-003
FLAT CABLE
GND
GND
SIRCS
FLD CS
KEY1
KEY3
KEY2
101112131415161718
9
8
101112131415161718
KEY2
KEY1
KEY3
GND
KEY5+FFLD CLK
GND
KEY5
FLD CLK
11PCN102
-F
1
+F
2
3
VFL
4
5V
FFF-018
5
KEY4
FLAT CABLE
6
FLD RESET
7
FLD CS
8
GND
9
FLD SCLK
10
GND
11
FLD SOUT
DIMMER
FLD DATA
LED STB
19
HARNESS HARNESS
1234567
5V
FLD LCK
DIMMER
FLD DATA
11PCN1702
-F
11
+F
10
VFL1
9
5V
8
KEY4
7
6
FLD RESET
FLD CS
5
GND
4
FLD SCLK
3
GND
2
FLD SOUT
1
CN1705 11P
AU GND11
AU GND 11
CN801 11P
AN GND5
V2 IN6
AN GND7
L2 IN8
AU GND9
R2 IN10
L2 IN 8
V2 IN 6
R2 IN 10
AN GND 5
AN GND 7
AU GND 9
AN GND3
C2 IN4
C2 IN 4
AN GND 3
FL-130 BOARD
S2 SW1
Y2 IN2
Y2 IN 2
S2 SW 1
CN1704 6P
6PCN2001
TPB-
TPB+3
DGND1
2
1GND
2TPB-
3TPB+
9
J1701
G
G
1TPB-
2TPB+
3TPA-
TPA-4
TPA+5
DGND6
4TPA+
RF-133AL-066
4TPA-
5TPA+
6GND
12
182 225 15 16
BASE UNIT
IDE_D1
IDE_D13
IDE_D2
IDE_D12
IDE_D3
10111213141516171819202122232425262728293031323334353637383940
IDE_D11
10111213141516171819202122232425262728293031323334353637383940
IDE_D4
IDE_D10
IDE_D5
LINE
2 IN
N.C
GND
GND
IDE_R
GND
IDE_W
IDE_DREQ
IDE_D15
IDE_D0
IDE_D14
CN1801
DASP
IDE_A4(CS1)
IDE_A4(CS0)
IDE_A2
IDE_A0
N.C
GND
IDE_A1
IDE_HD16
IDE_INT
N.C
GND
GND
IDE_DACK
IDE_IORDY
IDE_D9
IDE_D6
IDE_D8
IDE_D7
123456789
GND
IDE_RST
123456789
1 12V
CN-177 BOARD
40PCN1802
IDE_A0
IDE_A4(CS0)
N.C
DASP
IDE_A4(CS1)
GND
IDE_A2
GND 1
CN1103 40P
NC 7
DASP 2
IDE_A2 5
IDE_A0 6
IDE_A3(CS1) 3
IDE_A4(CS0) 4
IDE_A1
IDE_A1 8
IDE_HD16
IDE_HD16 9
IDE_INT
IDE_INT 10
N.C
IDE_IORDY
GND
GND
IDE_R
GND
IDE_DACK
GND 11
IDE_DACK 12
IDE_W
FRD-002
FLAT CABLE
NC 13
GND 15
GND 17
IDE_R 16
IDE_W 18
IDE_IORDY 14
IDE_D0
IDE_D2
IDE_D14
GND
N.C
GND
IDE_DREQ
GND 19
IDE_DREQ 20
IDE_D1
IDE_D15
NC 21
GND 22
IDE_D0 24
IDE_D15 23
IDE_D3
IDE_D13
IDE_D12
IDE_14 25
IDE_D1 26
IDE_D2 28
IDE_D3 30
IDE_D13 27
IDE_D12 29
IDE_D11
10111213141516171819202122232425262728293031323334353637383940
IDE_D11 31
IDE_D4
IDE_D4 32
IDE_D10
IDE_D10 33
IDE_D5
IDE_D5 34
IDE_D9
IDE_D9 35
IDE_D6
IDE_D6 36
IDE_D8
IDE_D8 37
IDE_D7
IDE_D7 38
IDE_RST
GND
123456789
DP-090
HARNESS
GND 39
IDE_RST 40
G
112V
2GND
3GND
RD-045 BOARD
H
I
14PCN1701
1UNSW6V
2AGND
3AGND
4UNSW3.3V
5UNSW3.3V
6UNSW3.3V
7DGND
8DGND
9SW3.3V
10SW3.3V
11SW3.3V
12DGND
13DGND
14P_CONT
RP-118
HARNESS
CN4
1 UNSW6V
2 AGND
3 AGND
4 UNSW3.3V
5 UNSW3.3V
6 UNSW3.3V
7 DGND
8 DGND
9 SW3.3V
10 SW3.3V
11 SW3.3V
12 DGND
13 DGND
14 P_CONT
POWER BLOCK
45V
J
CN1901 47P
R41
AGND
B31
AGND
AGND
AGND
RECC
RECY
AGND
AGND
FC43
3738394041424344454647
K
123456789
R41
FC43
AGND
AGND
L
16
47P
CN1201
10111213141516171819202122232425262728293031323334353637383940414243444546
B31
RECC
RECY
AGND
AGND
AGND
AGND
AGND
AI_BCK
FY33
AGND
36
XITFLMRST
CVBSS
AGND
G21
IT_XAWAKE
AI_SDT
FSW
FLAT CABLE FLAT CABLE
G21
FY33
FSW
AGND
AGND
AGND
CVBSS
AI_SDT
XITFLMRST
IT_XAWAKE
DGND
DGND
SHAWAKE5
DGND
IT_XRST
AI_LRCK
DGND
23242526272829303132333435
IT_SIN
256FS
AAD_XRST
512FS
AAD_XSCS
FRA-002 FRA-003
DGND
DGND
DGND
DGND
256FS
512FS
AI_BCK
IT_XRST
AI_LRCK
IT_SIN
AAD_XRST
AAD_XSCS
SHAWAKE5
DGND
SPDIFO
IT_SCLK
DGND
9
IT_SCLK
SPDIFI
DGND
8
DGND
DGND
DGND
SPDIFI
SPDIFO
SHSTATUS1
IT_REQ
IT_SOUT
SHSTATUS0
10111213141516171819202122
IT_REQ
IT_SOUT
SHSTATUS0
SHSTATUS1
EPG_PCONT
EPGGND
EPGGND
EPG_PCONT
EPGVIDEO
1234567
47
EPGVIDEO
CN1902 40P
CR/R
CB/B
AGND
TEMP
AGND
123456789
CB/B
CR/R
TEMP
AGND
AGND
40PCN1202
C
DIAG
AGND
AGND
Y
AGND
XVMUTE
AGND
Y/G
10111213141516171819202122232425262728293031323334353637383940
Y
Y/G
C
AGND
AGND
AGND
AGND
XVMUTE
RS_XEN
DGND
AGND
V
DGND
V
DIAG
AGND
DGND
DGND
RS_XEN
RESERVED
SH_TXD2
DGND
ADA_FS96
SH_RXD2
DGND
DGND
DGND
SH_TXD2
SH_RXD2
ADA_FS96
RESERVED
RESERVED
RESERVED
DGND
DGND
AO_SDT
XAMUTE
AO_BCK
10111213141516171819202122232425262728293031323334353637383940
DGND
DGND
AO_SDT
AO_BCK
XAMUTE
AO_LRCK
AO_LRCK
RESERVED
RESERVED
AV_XRST
AV_XRST
ADA_XSCS
TTXT_ENABLE
ADA_XSCS
TTXT_ENABLE
ADA_SIN
ADA_SIN
ADA_SCK
ADA_SCK
TTXT_SCL
TTXT_SCL
TTXT_SDA
123456789
TTXT_SDA
SW3.3V
DGND
DGND
FAN12V
N.C
CN3
123456789
123456789
N.C
DGND
DGND
FAN12V
SW3.3V
CN101 13P
UNSW-10V
UNSW-10V
B to B
UNSW18V
AGND
AGND
AGND
AC_CONT
UNSW6V
UNSW13V
101112
13
101112
13
AGND
UNSW6V UNSW6V
UNSW6V
AC_CONT
UNSW18V
UNSW13V
J601
CN102
3P
1FAN 12V
2SENS
FAN
3GND
20810 13 217
AV-071 BOARD
CONTROL S IN
LINE OUT
DIGITAL OUT
PCM/DST/
DOLBY DIGITAL
2/1
R
AUDIO
L
VIDEO
S VIDEO
LINE OUT
3/1
R
AUDIO
L
VIDEO
S VIDEO
J801
YC
YC
J802
J805
COMPONENT
VIDEO OUT
COAXIAL
OPTICAL
G
YC
G
G
YC
G
G
G
G
G
Y
PB
PR
CN301
1D IN
2VCC
3GND
4-1 4-2
FRAME SCHEMATIC DIAGRAM
Page 5
RDR-GX7
4-2. PRINTED WIRING BOARDS AND SCHEMATIC DIAGRAMS
THIS NOTE IS COMMON FOR WIRING BOARDS AND SCHEMATIC DIAGRAMS
(In addition to this, the necessary note is printed in each block)
(For printed wiring boards)
• X : indicates a lead wire mounted on the component side.
• x : indicates a lead wire mounted on the printed side.
• a : Through hole.
• b : Pattern from the side which enables seeing.
(The other layers' patterns are not indicated.)
Caution:
Pattern face side: Parts on the pattern face side seen from
(Side B) the pattern face are indicated.
Parts face side: Parts on the parts face side seen from
(Side A) the parts face are indicated.
(For schematic diagrams)
• All capacitors are in µF unless otherwise noted. pF : µµF.
50V or less are not indicated except for electrolytics and
tantalums.
• All resistors are in ohms, 1/4 W (Chip resistors : 1 /10 W) un-less
otherwise specified.
kΩ=1000Ω, MΩ=1000kΩ.
• Caution when replacing chip parts.
New parts must be attached after removal of chip.
Be careful not to heat the minus side of tantalum capacitor, because it is damaged by the heat.
• All variable and adjustable resistors have characteristic curve B,
unless otherwise noted.
• 2 : non flammable resistor
• 5 : fusible resistor
• C : panel designation
• f : internal component.
• C : adjustment for repair.
• U : B+ Line
• V : B– Line
• Circled numbers refer to waveforms.
• Voltages are dc between measurement point.
• Readings are taken with a color-bar signals on DVD reference
disc.
• Readings are taken with a digital multimeter (DC 10MW).
• Voltage variations may be noted due to normal production tolerances.
Note :
The components identified by
mark 0 or dotted line with mark
0 are critical for safety.
Replace only with part number
specified.
Note :
Les composants identifiés par
une marque 0 sont critiques
pour la sécurité.
Ne les remplacer que par une
pièce portant le numéro spécifié.
WAVEFORMS
AV-071
BOARD
1 IC407 6
54.3ns
2 IC605 eh
30.5µs
3 IC605 ek
50ns
4 IC701 qa (S-VIDEO IN)
H
670mVp-p
4.2Vp-p
3.4Vp-p
3.3Vp-p
9 IC802 wf (PLAY)
H
q; IC802 wl (PLAY)
H
qa IC802 ea (PLAY)
H
qs IC802 ed (PLAY)
H
2.0Vp-p
2.0Vp-p
1.8Vp-p
2.5Vp-p
When indicating parts by reference number, please include
the board name.
5 IC701 wa (S-VIDEO IN)
1.0Vp-p
H
6 IC701 ef (VIDEO IN)
H
1.0Vp-p
7 IC802 w; (PLAY)
H
1.4Vp-p
8 IC802 ws (PLAY)
qd IC1101 es
226ns (PAL)
279ns (NTSC)
5.4Vp-p
WAVEFORMS
AV-071
H
1.4Vp-p
4-44-3
Page 6
For Schematic Diagram
• Refer to page 4-23 for printed wiring board.
1
RDR-GX7
7
9
11
12
1825 15 16
19144 1763
20810 13
5V
B+
C459
IC407
XX
30V
JL415
XX
JL414
JL436
VHF/UHF TUNER
JL416
JL432
R454
0
C462
XX
C460
R452
XX
XX
R453
C461
XX
VIDEO SIGNAL
AM
JL435
C464
34
CAPL_M
22
R456
RESET5V
Y/CHROMA
JL419
C466
XX
TU_AFT
XX
AHVSUP
SC1_OUT_L
SC1_OUT_R
DACM_L
DACM_R
D410
XX
XX
VIDEO
20
181318103141512 16217546 9
19
JL420
JL421
22k
R459
XX
XX
R457
R458
TU_SCL
TU_SDA
33
NC
32
31
30
VREF1
29
NC
28
27
26
VREF2
25
NC
24
NC
23
C465
XX
RESET5V
IF
JL418
JL417
JL433
R455
XX
C463
XX
XX
JL446
35
36NC37NC38NC39
AHVSS
AGNDC
R471
XX
YCHROMA
GND/SCL
SDA
GND
AGC OUT
9V/5V
AFT
MUTE
ST/BIL/SIF
MODE
F MONO
SAP
21 22 23 24 25 26 27
JL423
JL424
JL422
100
R465
R467
4700
0
0
R461
R463
XX
22k
R462
R464
XX
R466
0
R460
TU_FMONO
TU_AMUTE
TU_M/SAP
TU_S/B_D
TU_SAP_D
C467
XX
C468
XX
JL447
JL448
NOT USE
AUDIO
SIGNAL
L
R
JL426
JL425
R482
4700
100
100
100
R468
R470
R469
A
AV-071 BOARD(1/9)
VHF/UHF TUNER
-REF.NO.;10000 SERIESXX MARK:NO MOUNT
VHF/UHT
IN
OUT
NO MARK:REC/PB MODE
B
Q407
XX
Q418
Q404
AGC
Q406
AGC
IC401
XX
0
OUT
GND
CONT
CONT
XX
JL403
JL438
5678
R413
47k
C408
XX
RELAY
C
TU_SCL
TU_SDA
TU_S/B_D
TU_SAP_D
TU_FMONO
TU_AMUTE
D
(8/9)
1
E
(5/9)
2
F
(3/9)
3
NOT USE
G
(2/9)
4
TU_AFT
TU_M/SAP
TU_AUTOP
TU_G_MAX
TU_PCONT
TU_VDET
JUST_CLK
EPGVIDEO
TU_VIDEO
BS_VIDEO
TU_R
TU_L
BS_R
BS_L
TUDV
TU_L
TU_R
XXCN401
TU_SCL
TU_SDA
TU_S/B_D
TU_SAP_D
TU_FMONO
TU_AMUTE
TU_AFT
TU_M/SAP
TU_AUTOP
TU_G_MAX
C401
10u
50V
C402
10u
50V
R480
R412
R411
H
I
XXCN402
J
AGC
JL401
TU_G_MAX
TU_AUTOP
XX
100k
100k
13TU BST C
12NC
11SCL
10SDA
9C/N_OUT
8BIT_SW
7DEC_SW
6C_DET
5V_DET
4CNV_C
3DETIN_DET
2AGND
1AGND
1UNSW18V
2SW5V
3BS_VIDEO
4TU5V
5BS_L
6UNSW12V
7SW12V
8BS_R
9AGND
10AGND
RELAY
TU_SCL
TU_SDA
8PIN
VYL3
TUDVD
XRGBSEL
CDINSEL
DVDEXT
BS_D_DET
B+
JL405
B+
JL406
B+
B+
JL407
D405XXD406
D404
XX
XX
0
Q402
XX
R405
XX
R408
R404
100k
XX
R406
XX
R407
XX
C403
XX
0
2SD601A-QRS-TX
0
R410
27k
0
UN2213-TX
JL402
C407
XX
1234
F IL
C405
XX
LPF
JL437
INPUT
VCC
C406
XX
B+
K
L
8PIN
RELAY
(8/9)
M
N
5
(9/9)
6
16
VYL3
TUDVD
CDINSEL
DVDEXT
XRGBSEL
BS_D_DET
SW12V
UNSW12V
UNSW18V
UNSW6V
GND
(ANALOG)
SW5V
8PIN
RELAY
VYL3
TUDVD
CDINSEL
DVDEXT
XRGBSEL
BS_D_DET
B+
B+
B+
B+
B+
IC402
IC402
PQ070XZ01ZP
VCC2CTL3OUT4NC5GND
1
5.9
5.9
R401
1k
C404
0.22u
B
C409
0.1u
+5V REG
B
5.3
6
OUT
5.3
C412
47u
16V
R402
100k
±0.5%
R403
5600
±0.5%
1.3
JL439
R409
33k
±0.5%
R416
XX
L401
10uH
B+
C413
47u
16V
C410
XX
C411
XX
R417
XX
R414
D407
XX
XX
L402
10uH
C415
2.2u
2012
C414
0.1u
B
JL404
JL431
Q409
2SD601A-QRS-TX
BUFFER
R418
1500
B
0
Q408
2SD601A-QRS-TX
L403
XX
JL427
0
0
JL428
L411
47uH
C436
4.7u
50V
1SS355TE-17
0
R420
1k
JL430
Q410
2SB709A-QRS-TX
D408
C416
0.022u
B
C418
0.001u
Q411
XX
0
R486
2.2
D411
B
R422
XX
RB501V-40TE-17
Q408,410,413,420
V DET
C422
0
2200p
R427
B
1500
0
R423
0
1M
C419
4700p
B
R424
4700
R419
R421
3900
2700
R425
XX
R488
R426
1k
100
0
AMP
Q414
0
2SB709A-QRS-TX
Q412
UN2211-TX
CLAMP
IC406
TK11850L-1TL
0
1
VIN
R440
1
0
2
IS
L412
100uH
0
3
EXT
0
4
VO
C444
4.7u
50V
R431XXR435
1k
0
0
GND
VFB
2SB709A-QRS-TX
0
0
R436
XX
8
EN
7
CX
6
5
Q413
R428
1k
R437
0
C426
XX
0
0
0
R483
330k
±0.5%
R429
1500
0
R432
100
0
Q420
2SD601A-QRS-TX
0
R430
820
C430
0.1u
B
IC406
+30V REG
C469
68p
R484
5600
±
0.5%
C440
0.1u
B
L409
47uH
IC403
XX
6
OUT
VCC2CTL3OUT4NC5GND
1
R433
C433
XX
XX
R415
0
R434
XX
L404
10uH
C431
47u
16V
R485
100
2012
B+
R441
1M
D412
C447
C448
0.1u
XX
47u
B
35V
JL429
B+
B+
C427
XX
PS401
0.7A
B+ B+
C428
XX
Q415
UN2211-TX
JL440
SWITCH
0
5.3
R439
1k
C432
100u
10V
C429
0.1u
B
R438
10k
2SB1561T100Q
SWITCH
5.3
JL441
05.3
Q416
B+
L405
XX
L406
B+
47uH
L407
47uH
C437
0.1u
B
C438
C441
C439
47u
1000u
0.1u
16V
6.3V
16V
B+
C446
C443
XX
XX
B+
R444
XX
R472
B+
C449
C450
XX
C451
XX
JL444
L408
C442
XX
C445
XX
XX
JL443
JL442
XX
R473
XX
R487
XX
C452
XX
C454
XX
XX
X401
XX
R443
XX
5 SW5V
4 SIF IN
3 AGND
2 SIF OUT
1 AGND
TU401
AGC
ADRS
SCLIFSDA
BB
711
B+
JL408
JL409
R447
XX
L410
XX
R448
C456
XX
C455
XX
R481
XX
Q417
XX
Q419
XX
R442
XX
43
44
AVSS
1
AVSUP
2
ANA_IN+
3
ANA_IN-
4
TESTN
5
XTAL_IN
6
XTAL_OUT
7
TP
8
D_CTR_I/O_1
9
D_CTR_I/O_00
ADR_SEL
10
STANDBYQ
11
SCL
12
R445
XX
TU_SDA
TU_SCL
JL413
JL410
JL411
JL412
XX
470
470
R450
R451
R449
XX
TU_SDA
TU_SCL
AGC
JL434
C457
C458
XX
XX
JL445
40
41
42
VREFTOP
MONO_IN
SC1_IN_L
SC1_IN_R
SDA13TP14TP15TP16TP17TP_CO18DVSUP19DVSS20TP21RESETQ
R446
XX
SIGNAL PATH
REC
PB
XXCN403
4-5 4-6
VHF/UHF TUNER
AV-071 (1/9)
Page 7
RDR-GX7
For Schematic Diagram
• Refer to page 4-23 for printed wiring board.
• Refer to page 4-4 for waveforms.
1
25 15 16
AV-071 BOARD(2/9)
VIDEO IN PROCESS
A
-REF.NO.:1000 SERIESXX MARK:NO MOUNT
B
C
D
NO MARK:REC/PB MODE
(10/9)
8
(1/9)
4
GND
(DIGITAL)
B+
SW5V
B+ B+
UNSW5V
C703
BS_VIDEO
TU_VIDEO
L2_YCYIN
L3_YCYIN
L3_CVBSIN
L2_CVBSIN
XX
C707
B
0.1u
C701
0.1u
B
C702
0.1u
B
C704
0.1u
B
C705
0.1u
B
E
(4/9)
F
9
IC701
VIDEO INPUT
SELECT
G
C706
B
L1_CVBSIN
H
(5/9)
10
(8/9)
I
10
L1_YCCIN
L2_YCCIN
L3_YCCIN
L1_YCYIN
INSEL_1
INSEL_2
INSEL_TU
0.1u
C708
B
0.1u
C709
B
0.1u
C710
B
0.1u
C711
B
0.1u
R755
0
3216
SYNCPOW
TU_PCONT
6
R715
4700
C768
XX
R707
R741
XX
R765
0
JL715
35
36
2.002.002.2
COMPOSITE IN3
IC701
STANDBY ON/OFF
LA73030-TLM-E
2.0
4.9
COMPOSITE IN226DBAMP ON/OFF-13COMPOSITE IN14VCC15CHROMAIN-16INPUT SELECT-17CHROMA IN28INPUT SELECT-29CHROMA IN310INPUT SELECT-311CHROMA IN412VCC213CHROMA IN514YC DISABLE15Y IN-1166DBAMP ON/OFF-217Y IN-218OUT SELECT
1
JL708
R701
XX
R702
0
C714
XX
R712
JL716
33
34
CLP-I UP
COMPOSITE IN4
2.0
4.9
JL709
0
XX
C716
47u
16V
JL717
JL718
29
30
31
32
0.4
GND1
COMPOSITE IN5
COMPOSITE OUT
2.002.902.9
JL710
C715
0.1u
B
C717
0.1u
B
JL719
JL720
24
25
26
27
28
2.6
2.1
2.3
CHROMA OUT
2.9
JL712
C724
47u
16V
R750
XX
0.4
GND2
Y OUT
4.9
2.9
JL713
C726
0.1u
4
REG
GND4
C SYNC OUT
5.2
JL711
C720
0.1u
B
C725
XX
5
JL721
JL722
21
23
2.2
2.1
Y IN422Y IN5
GND3
2.0
4.9
R736
XX
C728
R725
0.1u
0
B
B
C729
XX
1SS355TE-17
1SS355TE-17
C727
JL723
19
20
2.1
Y IN3
COMPOSITE ON/OFF
2.0
5.2
JL714
7
C766
0.1u
B
D705
D706
R716
4700
D709
R766
XX
XX
XX
R719
0
R720
330
R745
680
B+
R754
XX
810 13
Q708
2SB1561T100Q
SWITCH
4.3
R723
1k
0.1
UN2212-TX
SWITCH
5.05.0
Q706
R717
10k
R718
4700
3.8
C735
47u
16V
R721
0
9
L703
10uH
L701
L702
10uH
10uH
JL703
JL704
JL701
11
12
B+
C745
0.1u
B
2SA1162-YG-TE85L
BUFFER
R729
1200
R731
470
Q712
2.5
1.8
R732
3900
B+
B+
R722
XX
0.9
0.2
R746
220
0.9
XX
Q707
Q705
0.2
BUFFER
2SB709A-QRS-TX
JL724
2SD601A-QRS-TX
JL725
B+
Q709,711,716
B+
C738
R742
0.1u
1k
B
0.1
Q716
HSYNC DET
C739
JL702
R743
33k
0.7
R744
10k
2SC2412K-T-146-QR
R724
1500
2SA1037AK-T146-QR
2.2u
B
4.8
1SS355TE-17
Q709
R726
0
0.9
Q710
2SA1162-YG-TE85L
Q711
D707
0.2
C740
0.022u
B
C741
0.001u
B
C743
4700p
R727
R728
4700
1.5
C746
47u
16V
5.0
C748
2200p
B
4.4
R733
1M
1.8
R734
B
4700
R730
3900
2700
C753
47u
16V
R735
1500
C751
XX
50V
C757
C754
R739
0.01u
B
13
14
NC
XXIC707
1NC2
R737
XX
C756
XX
R738
144 1763
C763
2.2u
50V
C764
0.1u
B
C759
C761
XX
XX
X701
XX
XX
XX
R740
XX
9
10
11
12
VCC
VIDEO IN3F.B.CLAMP4SYNC OUT5VD OUT6GND7EXC
XX
AFC CTL
VCO IN
HD OUT
VCO OUT
C760
XX
8
DET OUT
C762
XX
4.4
R747
220
R748
1M
Q713
2SA1162-YG-TE85L
C765
5600p
B
R749
510
R752
0
R753
0
Q713,715
VSYNC DET
5.0
0.4
R751
1300
JL705
JL706
JL707
0.1
R756
510
Q715
2SC2712-YG-TE85L
RECY/CVBSS
RECC
(3/9)
11
RECY/CVBSS
L3RC
SEPV
NOT USE
CSYNC
VSYNC
UVICV
R764
1k
5.0
VSYNC
HDET
YCSEPON
13
14
(7/9)
(8/9)
VIDEO IN PROCESS
AV-071 (2/9)
R708
R703
XX
XX
J
C712
L1VID
16V
R709
XX
D701
XX
R704
D702
XX
Q703
XX
XX
Q701
XX
R713
XX
XX
C723
XX
C718
XX
C719
XX
IC702
XX
456
123
K
R710
R705
XX
XX
R711
L
M
NOT USE
L3VID
L1VI
L3VI
L1BC
L3RC
C713
16V
D703
XX
D704
R706
XX
Q704
XX
XX
XX
XX
Q702
XX
R714
XX
C721
XX
C722
XX
16
IC703
XX
456
123
C767
XX
R767
0
C734
XX
IC704
C732
XX
C733
XX
C730
XX
C731
XX
XX
456
123
IC705
XX
456
123
C736
XX
C737
XX
SIGNAL PATH
SYNCPOW
TU_PCONT
SYNCPOW
TU_PCONT
L1SEL
VIDEO SIGNAL
CHROMA Y/CHROMA
Y
REC
PB
4-84-7
Page 8
For Schematic Diagram
• Refer to page 4-23 for printed wiring board.
1
25
AV-071 BOARD(3/9)
A
B
C
D
E
F
RD I/F
-REF.NO.;10000 SERIESXX MARK:NO MOUNT
(9/9)
15
NOT USE
RECY/CVBSS
(5/9)
11
16
17
18
3
RECY/CVBSS
(6/9)
(5/9)
AWAKE_DONE
(8/9)
(1/9)
XVMUTE
AADDATA
AADBCK
AADLRCK
CEVASDO
CEVASCK
PL2256L1
XAADRST
XAADCS
XAVRST
XFLMRST
XAWAKE5
XITRST5
CEVISDO5
STATUS1
STATUS0
ITREQ5
CEVISDI5
CEVISCK5
TU_PCONT
EPGVIDEO
ONDO
SEPC
SEPY
L3B
L3G
FSW
RECC
L3RC
G
H
(4/9)
19
I
J
K
(6/9)
20
L
(9/9)
21
16
XVMUTE
CR/R
CB/B
Y/G
Y
C
V
CN1203
5P
RS_XEN
SH_RXD2
SH_TXD2
OPSFS96
GTUDBCK
XAMUTE
GTUDDATA
GTUDLRCK
XADACS
XAVRST
SPDIFO
PL1512L1
SW3.3V
GND
(DIGITAL)
GND
(ANALOG)
R1207
100
1
DIAG
R1213
100
2
R1208
100
3
R1209
100
4
5
DGND
HZM6.8ZWA1TL
B+
2
1
3
D1202
HZM6.8ZWA1TL
D1201
RDR-GX7
R1223
R1225
R1224
R1221
R1220
R1226
R1228
R1227
810 137
R1222
XX
XX
XX
XX
XX
XX
XX
XX
XX
JL1246
JL1214
JL1247
JL1248
JL1215
JL1216
JL1217
JL1218
JL1219
JL1220
JL1221
JL1222
JL1223
JL1224
JL1225
JL1226
JL1227
JL1228
JL1201
JL1229
JL1230
JL1231
JL1232
JL1233
JL1234
JL1235
JL1203
JL1205
JL1207
JL1236
JL1213
JL1245
JL1212
JL1237
JL1238
JL1239
JL1240
JL1208
JL1241
JL1209
JL1242
JL1243
JL1244
JL1210
JL1211
9
47P
CN1201
AGND
1
2
R41
AGND
3
FC43
4
AGND
5
6
RECC
7
AGND
B31
8
9
AGND
10
RECY
11
AGND
12
FY33
13
AGND
14
G21
15
AGND
16
JL1249
10kR1217
JL1250
JL1202
JL1204
JL1206
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
CVBSS
AGND
FSW
XITFLMRST
AI_SDT
IT_XAWAKE
AI_BCK
IT_XRST
AI_LRCK
DGND
256FS
DGND
DGND
512FS
DGND
IT_SIN
AAD_XRST
SHAWAKE5
AAD_XSCS
SHSTATUS1
SHSTATUS0
IT_REQ
IT_SOUT
IT_SCLK
DGND
DGND
SPDIFO
DGND
SPDIFI
EPG_PCONT
EPGGND
EPGVIDEO
40PCN1202
TEMP
CR/R
AGND
CB/B
AGND
Y/G
AGND
Y
AGND
XVMUTE
AGND
C
AGND
V
AGND
DGND
DIAG
DGND
RS_XEN
DGND
SH_RXD2
ADA_FS96
SH_TXD2
DGND
RESERVED
RESERVED
DGND
AO_BCK
XAMUTE
AO_SDT
DGND
AO_LRCK
RESERVED
AV_XRST
TTXT_ENABLE
ADA_XSCS
ADA_SIN
ADA_SCK
TTXT_SCL
TTXT_SDA
11
TO
RD-045 BOARD
CN1901
THROUGH
THE FRA-002
FLAT CABLE
(NOT SCHEMATIC DIAGRAM)
SIGNAL PATH
CHROMA
REC
PB
TO
RD-045 BOARD
CN1902
THROUGH
THE FRA-003
FLAT CABLE
(NOT SCHEMATIC DIAGRAM)
12
VIDEO SIGNAL
Y
Y/CHROMA
AUDIO
SIGNAL
463
R1206
XX
SPDIFO
PL1512L1
B+
XX
XX
R1203
R1218XXR1215
R1210
XX
R1214
XX
R1211
XX
R1212
XX
C1203
XX
SPDIFO
PL1512L1
XX
XX
XX
10k
R1219
R1204
R1216
2
1
3
C1202
C1201
XX
C1204
XX
JL305
4-9
4-10
RD I/F
AV-071 (3/9)
Page 9
RDR-GX7
For Schematic Diagram
• Refer to page 4-23 for printed wiring board.
1
AV-071 BOARD(4/9)
A/V IN/OUT TARMINAL
A
-REF.NO.;10000 SERIESXX MARK:NO MOUNT
B
C
D
E
F
G
H
I
J
K
L
M
N
O
NO MARK:REC/PB MODE
TO
FL-130 BOARD
CN1705
THROUGH THE
AL-066 HARNESS
(
(SEE PAGE
4-29)
16
22
19
)
23
(8/9)
(3/9)
NOT USE
(9/9)
CN801
S2 SW 1
Y2 IN 2
AN GND 3
C2 IN 4
AN GND 5
V2 IN 6
AN GND 7
L2 IN 8
AU GND 9
R2 IN 10
AU GND 11
GND
GND
XNENTMUTE
S2SW
WIDE
DSEL
11P
UNSW-10V
XVMUTE
ER+5V
ER-5V
ER+6V
ER12V
SW12V
UNSW6V
SW3.3V
(DIGITAL)
SW5V
(ANALOG)
V
C
Y
Y/G
CB/B
CR/R
ERV
ERC
ERY
ERYG
ERCB
ERCR
V
C
Y
Y/G
CB/B
CR/R
JL839
JL840
L2_YCYIN
JL841
L2_YCCIN
JL842
L2_CVBSIN
FA_INL
FA_INR
FL804
C805
0.01u
B
FL801
B+
FL802
B+
B- B-
B+
G
YC
G
G
YC
G
J805
COMPONENT
VIDEO OUT
PR PB Y
14
7
8
1
20810
J801
LINE OUT
LINE OUT
1
2
R
AUDIORAUDIO
L
VIDEO
S VIDEO
S VIDEO
J802
LINE IN
LINE IN
3
1
R
AUDIO
L
VIDEO VIDEO
S VIDEO
S VIDEO
SIGNAL PATH
CHROMA
REC
PB
217
VIDEO
L
R
L
AUDIO
VIDEO SIGNAL
Y
Y/CHROMA
AUDIO
SIGNAL
C_OUT
Y_OUT
Y_OUT
Cr_OUT
13
AUOUTR1
AUOUTR2
(6/10)
B-
NC
NC
4.9
+5V
-0.1
GND
-0.1
NC
-0.1
29 30 31 32 33 34 35 36
-5.0
-5V
-5.0
-5V
NC
4.9
-0.7
GND
-1.3
NC
2120
-1.3
-5.0
-5V
19 22 23 24 25 26 27 28
B-
C818
C819
0.47u
470u
F
6.3V
2012
24
12
9
7
25
9
10 11
8
(5/10)
(2/10)
AUOUTL1
AUOUTL2
FA_INR
AU1INR
AU3INR
AU1INL
AU3INL
L1_CVBSIN
L3_CVBSIN
L1_YCCIN
L3_YCCIN
L3_YCYIN
L1_YCYIN
L2_YCYIN
L2_YCCIN
L2_CVBSIN
FA_INL
R841
R840
10k
10k
R857
R849
XX
C820
0.1u
B
C821
0.1u
B
68
R858
R850
XX
68
R842
68
R843
68
R844
68
R845
68
FA_INL
FA_INR
D802
HZM6.8ZWA1TL
D803
HZM6.8ZWA1TL
XX
XX
XX
XX
C822
C824
C825
C823
D801
HZM6.8ZWA1TL
R855
75
R881
XX
R882
XX
FB801
0uH
D810
HZM6.8ZWA1TL
R865
75
R868
75
R889
XX
D813
HZM6.8ZWA1TL
R890
XX
L2_YCYIN
L2_YCCIN
L2_CVBSIN
R846
68
R847
68
R848
68
R852
XX
R859
XX
D804
XX
R853
R860
XX
XX
D805
XX
R854
XX
R861
XX
D806
XX
R862
XX
R863
XX
D808
HZM6.8ZWA1TL
D809
HZM6.8ZWA1TL
R869
75
R866
75
R867
75
R870
R871
R872
R873
D807
XX
D811
HZM6.8ZWA1TL
D812
HZM6.8ZWA1TL
R874
XX
R875
XX
R876
XX
XX
XX
XX
XX
182 225 15 16
R877
XX
JL819
JL820
JL821
JL822
JL823
JL802
JL825
JL803
JL804
JL826
R878
XX
R879
XX
JL814
JL815
JL824
JL816
JL817
JL818
JL827
FB802
JL805
JL806
JL807
JL828
0uH
JL829
JL830
JL808
JL809
JL810
JL831
JL811
JL812
JL813
9
D814
XX
R833
XX
L803
47uH
B+ B+ B+
B-
Q809
2SD601A-QRS-TX
BUFFER
R821
22
5.0
0.9
0.3
R815
2200
R809
22
Q803
XX
R802
2200
Q810
2SD601A-QRS-TX
BUFFER
5.0
0.6
R810
22
Q804
XX
R803
2200
Q811
2SD601A-QRS-TX
BUFFER
5.0
0.3
R811
22
Q805
XX
R804
2200
Q812
2SD601A-QRS-TX
BUFFER
5.0
0
R812
22
Q806
XX
R805
2200
Q813
2SD601A-QRS-TX
BUFFER
5.0
0
R813
22
Q807
XX
R806
2200
Q814
2SD601A-QRS-TX
BUFFER
5.0
0
R814
22
Q808
XX
R807
2200
FL803
C803
0.01u
B
C801
0.01u
B
C802
0.01u
B
2SD1766-T100-QR
R801
10k
R808
2200
Q801,802
SWITCH
Q802
-11.4
R827
2200
3.03.2
Q801
UN2111-TX
-12.2-12.2
L79M05TLL-SONY-TL
C804
0.01u
C807
C809
47u
XX
16V
C808
C810
47u
16V
R822
22
1.2
R816
2200
R823
22
0.9
R817
2200
R824
22
0.7
R818
2200
B-
XX
B+
B-
IC801
-5V REG
B+
L801
100uH
C811
0.1u
B
C812
0.1u
B
L802
100uH
R825
22
0.7
R819
2200
R826
22
0.7
R820
2200
IC801
GND1IN2OUT
3
-5.1
-12.2
JL832
C806
47u
B
16V
V
C
Q816
UN2111-TX
SWITCH
4.9
Q815
UN2213-TX
SWITCH
0
Y
Y/G
CB/B
CR/R
B+
B-B-
R898
XX
R835
XX
C814
47u
16V
R836
XX
4.9
C815
47u
16V
0
R834
3300
11
C816
0.47u
F
R837
XX
R838
XX
R839
XX
Q817
XX
JL833
JL834
JL801
R897
0
JL835
JL836
JL837
JL838
12
IC802
VIDEO OUT PROCESS
IC802
LA73053-TLM-E
12345678
NC
NC
0.3
VIDEO_IN
0.7
DCCNT1
VIDEO_OUT
GND
0.6
C_IN
3.3
MUTE1
0.3
Y_IN
1.3
91011
NC(DCCNT2)
NC(GND)
NC
0
Y_IN(NC)
1.3
DCCNT2
GND
0
Cb_IN
3.3
MUTE2
0
Cr_IN
-5.0
-5V
+5V(NC)
Cb_OUT
12
13
1415
161718
C817
47u
16V
Q818
XX
19144 1763
G
YC
G
G
YC
G
CN802
XX
1
Y
2
GND
3
Cb
4
GND
5
Cr
6
GND
7
N.C.
8
LINE1
9
LINE2
N.C.
10
LINE3
11
SW_GND
12
N.C.
13
SW
14
B+B+
A/V IN/OUT TERMINAL
AV-071 (4/9)
4-11 4-12
Page 10
For Schematic Diagram
• Refer to page 4-23 for printed wiring board.
1
AV-071 BOARD(5/9)
AUDIO IN
A
B
-REF.NO.;10000 SERIESXX MARK:NO MOUNT
(4/9)
25
AU1INR
FA_INR
AU3INR
AU3INL
FA_INL
AU1INL
C
NO MARK:REC/PB MODE
R210
0
R206
JL203
XX
R202
JL204
XX
R201
JL202
XX
R205
JL201
XX
R209
0
R204
RDR-GX7
463
8107
11
12925
SIGNAL PATH
AUDIO
SIGNAL
REC
PB
B+
2.5
40
C221
47u
16V
R222
47k
±0.5%
JL232
C242
XX
C226
R224
47k
±0.5%
JL231
2.5
38
39
47u
16V
C235
47u
16V
R227
47k
±0.5%
JL229
JL230
2.5
36
37
JL228
5.0
35
34
C246
C245
C204
R208
D201
XX
XX
XX
R212
XX
D202
XX
XX
XX
XX
C217
XX
R219
XX
JL233
2.5
44
C220
47u
16V
R220
47k
±0.5%
2.5
41
42
43
M/S
RIN1
TEST5
2.5
C228
0.1u
B
C236
10u
50V
CTRL
CNS/CAD1
CCLK/SCL
CDTI/SDA
SEL2
SEL1
SEL0
SMUTE
ALC
PDN
MLCK
LRCK
1.6
1.2
3.2
B
JL227
33
3.3
JL226
32
3.3
JL225
31
3.3
JL224
30
3.6
JL223
29
0
JL222
28
0
27
26
JL221
25
3.2
JL220
24
1.6
JL219
23
1.6
R278
22k
R279
22k
R280
22k
R257
R258
R239
XX
R245
XX
R246
XX
R248
10k
R250
10k
R253
10k
R277
100
R254
XX
R255
100
R256
22
10
22
INSEL_TU
INSEL_2
INSEL_1
XAADCS
XAVRST
XAADRST
PL2256L1
CEVASCK
CEVASDO
AADLRCK
AADBCK
AADDATA
10
10
17
16
16
(2/9)
(8/9)
(3/9)
(3/9)
(6/9)
IC201
5.0
TEST6
C227
2.2u
50V
RIN2
C224
0.1u
B+
TEST7
AUDIO IN PROCESS
2.5
2.5
C222
0.1u
B
R221
22k
±0.5%
RIN3
IC201
AK5365VQ
C223
10u
50V
2.5
JL215
TEST8
2.5
RIN4
TU_R
(1/9)
2
D
NOT USE
TU_L
BS_R
BS_L
EUAUINR3
EUAUINL3
EUAUINR1
EUAUINL1
E
R260
R262
XX
R259
R261
R275
XX
R276
XX
C243
C211
47u
16V
XX
C210
47u
16V
C207
C244
C241
R213
XX
XX
XX
C208
C209
47u
16V
47u
16V
XX
R214
47k
±0.5%
R215
47k
±0.5%
R216
47k
±0.5%
R217
47k
±0.5%
R218
22k
±0.5%
JL208
JL209
JL210
JL211
1
LIN5
2.5
2
WTM1
3
LIN4
2.5
4
WTMO
5
LIN3
2.5
6
ZELMN
7
LIN2
2.5
8
FS
9
LIN1
2.5
LOPIN
10
2.5
LOUT
11
2.5
XX
XX
XX
C203
C205
XX
R207
D204
XX
XX
C201
XX
XX
D203
XX
F
C212
4.7u
50V
RIN5
IPGAL13IPGAR14ROUT15ROPIN16AVDD17AVSS18VCOM19DVSS20DVDD21SDTO22BICK
12
JL214
C218
4.7u
50V
G
(6/9)
26
16
(9/9)
27
GND
GND
SWA5V
SW3.3V
(ANALOG)
(DIGITAL)
B+
B+
R231
XX
B+
4-13 4-14
AUDIO IN
AV-071 (5/9)
Page 11
RDR-GX7
For Schematic Diagram
• Refer to page 4-23 for printed wiring board.
1
25 15 16
810 137
11
129
144 1763
AV-071 BOARD(6/9)
A
B
C
D
E
F
G
H
I
AUDIO OUT
-REF.NO.;10000 SERIESXX MARK:NO MOUNT
NO MARK:REC/PB MODE
20
(3/9)
16
(5/9)
16
(9/9)
28
GND
GND
(8/9)
29
OPSFS96
SPDIFO
XAMUTE
PL1512L1
GTUDBCK
GTUDDATA
GTUDLRCK
XAVRST
XADACS
CEVASCK
CEVASDO
AADBCK
AADDATA
AADLRCK
SW3.3V
UNSW12V
SW-10V
UNSW6V
(ANALOG)
(DIGITAL)
XP_MUTE
R322
8200
±0.5%
R323
8200
±0.5%
IC303
AUDIO AMP
R324
8200
±0.5%
R325
8200
±0.5%
R326
10k
±0.5%
R327
10k
±0.5%
IC301
2ch DAC
C307
R310
22
R311
100
R314
XX
R312
XX
R313
100
R315
XX
R316
XX
R317
R304
XX
R305
XX
R306
XX
XX
XX
JL308
1.6
JL309
1.6
JL310
JL311
JL312
JL313
JL314
JL315
C306
XX
0.001u
0
1.6
3.2
3.3
3.3
3.3
C308
B
IC301
CXD9627A-E2
1234567
MCLK
BICK
SDTI
LRCK
PDN
CSN
CCLK
8
CDTI
AOUTL+
AOUTL-
AOUTR+
AOUTR-
DZFL
DZFR
VDD
VSS
2.5
2.5
2.5
2.5
C313
0.01u
B
0
0
5.0
9 10111213141516
JL316
JL317
B+
JL318
JL319
JL320
JL321
C314
0.22u
B
C316
XX
R329
C319
1500
XX
C367
15p
CH
-10.3
BA44558F-E2IC303
5678
1.4
C369
150p
CH
C370
150p
C320
XX
C323
560p
C324
R331
560p
1500
R333
10k
±0.5%
C325
R335
XX
1800
JL324
C368
150p
CH
1.4
1.4
0
1234
0
1.4
12.2
R336
1800
CH
R328
JL325
C327
XX
1500
R332
10k
±0.5%
R330
1500
B+
-10.3
-11.0
SWITCH
Q301
R307
R308
100k
R368
XX
Q303
2SB1561T100Q
SWITCH
10k
R309
5600
12.212.2
11.5
-10.9
Q302
2SD601A-QRS-TX
SWITCH
-11.0
D302
EC10DA40-TE12
JL322
JL323
B+B+
B-
C304
C343
XX
47u
16V
C305
C344
XX
47u
16V
R320
1k
R382
470
NJM78M05DL1A-TE1
C310
47u
63V
D351
DAN202K-T-146
2
1
R367
XX
IC302
+5V REG
IC302
IN2GND3OUT
1
5.112.2 0.6
B+ B+
C311
XX
3
C315
C312
47u
XX
16V
JL333
JL334
C357
220u
16V
D303
DAP202K-T-146
R334
4700
D304
XX
R337
XX
R321
XX
3216
C302
330u
6.3V
R301
220k
C303
XX
-12.2
2SB1561T100Q
R302
470
-11.6
R303
10k
C301
47u
25V
C329
1200p
R340
1800
BA44558F-E2IC304
R341
1800
C330
1200p
C364
470p
CH
C334
XX
C331
50V
R338
10k
4.6
Q304
UN2213-TX
C332
R339
XX
Q305
XX
1u
XX
C335
R348
XX
C363
470p
CH
R349
XX
C336
XX
0
0
-10.3
5678
0
0
0
C333
XX
R347
XX
R342
XX
Q308
2SB709A-QRS-TX
R343
10k
R344
47k
Q309
XX
R345
XX
R346
XX
XX
JL326
0
1234
12.2
JL327
7.57.5
6.8
R350
10k
0
DTC124TKA-T146
R351
XX
Q307
XX
Q306
C338
47u
50V
C342
XX
B-
IC304
AUDIO AMP
B+
C339
XX
C340
47u
50V
JL331
JL332
R352
470
R354
47k
R355
47k
R353
470
Q304,306,308
MUTE CONT.
C348
0.1u
0
C347
0.1u
Q311
MUTE
2SD1938(F)-T(TX).SO
JL328
Q310
2SD1938(F)-T(TX).SO
MUTE(3/9)
0.8
R356
4700
R357
4700
R358
XX
0.8
0
JL329
R381
XX
R359
100k
R360
XX
B+
B-
SIGNAL PATH
AUDIO
J
16
REC
SIGNAL
C362
0.01u
PB
B
B+
Q314
UN2113-TX
3.2
POWER SW
JL330
0
3.1
R362
R361
100k
0.8
0.8
470
0.001u
Q312
SWITCH
2SD1938(F)-T(TX).SO
0
0
Q313
0.001u
SWITCH
2SD1938(F)-T(TX).SO
C349
2200p
2200p
C350
C351
C352
R318
XX
R363
470
R364
470
R365
470
R366
470
R319
XX
FB301
0uH
FB302
0uH
C355
C353
100p
100p
C354
C356
100p
100p
FB303
0uH
FB304
0uH
AUOUTL1
AUOUTL2
(4/9)
24
AUOUTR1
AUOUTR2
EUAUOUTR
NOT USE
EUAUOUTL
B+
SWA5V
26
(5/9)
B+
R371
1k
R372
22k
3.6
2.1
R373
10k
R370
C359
1k
47u
16V
C317
XX
C360
47u
16V
R369
XX
C318
XX
R375
100
Q315
1.4
2SC2712-YG-TE85L
R374
1k
C326
JL304
JL303
JL302
JL306
R380
XX
47p
JL301
C361
47u
16V
5.0
3.6
R377
C358
47u
16V
R378
68
68
2SC2712-YG-TE85L
2.9
Q317
5
4
B+
Q316
Q315-317
DIGITAL AUDIO OUT
2SA1162-YG-TE85L
GND3
VCC2
D IN1
J301
XX
CN301
DIGITAL OUT
PCM/DTS/
DOLBY DIGITAL
COAXIAL
OPTICAL
AUDIO OUT
AV-071 (6/9)
4-15 4-16
Page 12
For Schematic Diagram
• Refer to page 4-23 for printed wiring board.
• Refer to page 4-4 for waveforms.
RDR-GX7
1
463
87
925
AV-071 BOARD(7/9)
UV IC
A
B
-REF.NO.;10000 SERIESXX MARK:NO MOUNT
(9/9)
30
GND
SW5V
(DIGITAL)
B+ B+
C
13
(2/9)
UVICV
JL1110
NO MARK:REC/PB MODE
L1101
10uH
R1101
47k
2.1
C1106
10u
50V
C1101
22u
25V
C1105
0.01u
B
L1102
10uH
5
R1102
47k
R1105
220
C1107
22u
25V
Q1101
XN4501-TW
1
6
1.4
4
3
C1108
0.01u
L1103
10uH
5.0
2.5
C1109
R1106
B
50V
220k
Q1101-1105
DATA/SYNC SEPA
Q1102
XN4501-TW
R1108
22k
3.0
2
1u
C1110
22u
25V
R1109
33k
2.5
5
C1112
10u
50V
C1111
0.01u
5.0
1.8 1.5
B
1
6
R1110
470
4
3
R1112
390
R1111
1k
2.8
R1113
470
2
C1114
0.1u
2.1
B
2SD601A-QRS-TX
R1114
10k
2.8
R1115
18k
C1113
10u
50V
R1116
22k
Q1103
5.0
2.2
R1118
330
R1117
1k
Q1104
2SB709A-QRS-TX
2.2
C1116
C1117
27p
15p
L1104
47uH
R1119
1k
JL1104
2.8
C1118
0.1u
Q1105
R1127
3.3
C1121
R1130
1k
0.1u
100k
B
R1124
47k
B
R1120
1k
C1119
220p
JL1105
C1120
10u
50V
2.6
R1125
47k
2SB709A-QRS-TX
B+
B+
5.0
5.0
5.0
0
1.4
1718192021222324
D
E
F
G
16
C1102
XX
C1103
27p
C1104
27p
JL1111
R1103
10k
JL1101
R1104
470k
X1101
3.579545MHZ
5.2
5.0
2.5
2.6
JL1102
2526272829303132
PLLTD
TEST
PAR/SER
RESET
BUSY
VSS3
OSC1/EXT
OSC2
R1107
100
VDD1
XFC
VDD3
PLLTA
VSS1
VSS2
IC1101
UVIC
IC1101
MC68HC68VBIFB
13
AD2/SWIN
JL1103
AD3
AD1/SDTA
AD0/SCLK
12345678
AD4
AD5
VDATA
AD6
SYNC
AD7
VDD2
VSS3
SCK/E
SDO/RW
SDI/AS
VDD3
CSA
5.0
3.9
CS
4.8
3.8
3.9
5.0
9 10111213141516
R1123
47k
R1122
4700
R1121
10k
R1126
R1128
R1129
JL1106
0
JL1107
JL1108
0
JL1109
0
UVICCS
UVICSCLK
UVICSIN
UVICSOUT
UVICBSY
RESET5V
31
7
(8/9)
(8/9)
4-17 4-18
UV IC
AV-071 (7/9)
Page 13
RDR-GX7
For Schematic Diagram
• Refer to page 4-23 for printed wiring board.
• Refer to page 4-4 for waveforms.
1
A
AV-071 BOARD(8/9)
SYSTEM CONTROL
XX MARK:NO MOUNT
NO MARK:REC/PB MODE
B
C
32
D
E
F
31
7
G
18
H
I
CONTROL S IN
J
K
L
M
N
16
AC_CONT
FAN_ONOFF
FAN_SPEED
FAN_DET
GND
(DIGITAL)
(9/9)
(7/9)
(7/9)
(3/9)
FL_PCONT
UVICSOUT
UVICSCLK
CEVISDO5
CEVISDI5
CEVISCK5
XAWAKE5
AWAKE_DONE
XFLMRST
STATUS0
STATUS1
TUPCONT
J601
BZ601
XXCN601
UNSW6V
Q607_5V
UNSW5V
UVICSIN
UVICBSY
UVICCS
RESET5V
ITREQ5
XITRST5
ONDO
RESET
SOUT
SCLK
VPP
VDD
GND
SIN
HS
JL659
JL660
MA8068-TX-146
1
2
3
4
5
6
7
8
7
R684
47k
D611
DAN202K-T-146
Q613
DETECT
XL3MUTE
R128
15K
±0.5%
JL604
R608
JL621
0
R609
JL630
0
B+
B+
B+
10k
4700
4700
R611
R613
R612
UVICSOUT
UVICSCLK
CEVISDO5
CEVISDI5
CEVISCK5
LED_LCK
R614
FLD_DAT
FLD_CLK
SIRCS
FLD_RST
FLD_CS
DIMMER
RESET5V
UVICCS
XITRST5
XFLMRST
STATUS0
R610
10k
100k
R675
10k
IC603
B+
IC603
BD4745G-TR
123
NC
R695
4700
±0.5%
R604
470
±0.5%
AC_CONT
R605
470
FAN_ONOFF
±0.5%
FAN_SPEED
FAN_DET
B+
B+
R602
XX
UVICSIN
UVICSOUT
UVICSCLK
UVICBSY
UVICCS
RESET5V
CEVISDO5
CEVISDI5
CEVISCK5
ITREQ5
XITRST5
XAWAKE5
AWAKE_DONE
XFLMRST
STATUS0
STATUS1
TUPCONT
ONDO
R651
0
D612
C640
0.001u
R601
XX
UVICSCLK
SUB
GND
R603
0
R653
0
VCC
VOUT
4.9
5.0
45
C609
XX
C610
0.01u
B
C603
C604
47u
0.1u
16V
B
D602
Q612
UN2113-TX
SWITCH
C639
2.2u
6.3V
EC10DA40-TE12
D603
EC10DA40-TE12
R685
2200
UN2213-TX
FL601
IC602
IC602
S-24C04BFJ-TB
1
NC
2
NC
3
NC
4
VSS
B+
5.2
8
VCC
5.2
7
WP
5.2
6
SCL
5.2
5
SDA
C605
C606
0.01u
XX
B
IC604
RESET
9
TU_PCONT
IT_SCL
UVICSIN
XX
R633
R668
220k
R2603
10k
R2604
10k
C608
470u
6.3V
C607
0.1u
B
R625
JL632
3.8
0
R626
JL636
4.6
100
R627
JL637
5.2
100
R628
JL647
5.2
100
R629
JL654
470
R630
JL655
4.7
100
R631
JL658
4.9
100
5.2
R615
R694
R617
R618
R619
R620
R621
R622
R623
R616
R624
5.2
100
10k
4.7
100
5.2
100
0.3
0.6
100
1.1
100
5.2
100
4.5
100
JL661
100
JL601
JL602
JL603
5.2
2.6
100
JL605
5.2
JL662
3.9
100
JL606
5.2
JL607
3.3
JL608
B+
IC604
PST3241NL
4.9
1
NC
VOUT
5.2
2
VDD
GND3NC
R634
0
JL663
JL610
3.8
99100
SIN
T
TTXT_SCL
12345678
SOUT
SCLK
IIC1 SDA
0
IIC SW FOR GR
IIC1 SCL
0
IT SOUT
IT SCLK
910111213141516171819202122
EVDD
EVSS
LED LCK
0
BUZZER
SIRCS
FL PCONT
FLD IN
FLD DATA
FLD CLK
UNSWXRESET
FLD CS
0
F MONO(32KOUT)
0
VPP
0
AV LINK OUT
0
X3MUTE
2324252627282930
EEP WP
DIMMER
RESET5V
UVIC CS
IT XRST
XFLMRST
0
STATUS0
C612
0.047u
5
R632
470k
4
TP601
XX
TP602
XX
T
T
T
Tt
T
T
t
T
T
T
T
t
T
t
T
T
T
T
T
T
T
T
T
T
T
T
T
t
t
T
AWAKE
STATUS1
0
5.2
31 32
JL611
JL609
B
XAWAKE5
STATUS1
C611
XX
11
WIDE
IT_SDA
XX
R669
JL614
JL612
WIDE
t
t
AWAKE DONE
5.0
5.0
33 34 35 36 37 38 39 40 41 42 43 44 45 46
JL613
JL615
100
R635
C613
AWAKE_DONE
JL616
TTXT_SDA
T
RESET
1.3
22p
IT_ENABLE
TTXT_ENABLE
t
XT1
X601
UVICBSY
XPDCDAV
10k
R2601
100
R636
JL618
JL617
JL664
0.5
0.7
5.00000.4
XPDCDAV
AV LINC IN
UVIC BUSY
T
T
T
23
REGC
X1
XT2
1.5
3.3
1.4
JL619
32.768kHz
C614
22p
C615
1u
B
1
X602
20MHz
Q601
XX
VSYNC
ITREQ5
10k
R639
470
R637
JL620
JL665
IT REQ
SYNC V
T
T
IC605
SYSTEM CONTROL
UPD70F3033
VSS
X2
1.3
C616
0.1u
B
3
2
12
8PIN
ONDO
IMUTE
TU_S/B_D
TU_G_MAX
B
XX
C642
C617
2200p
0
0
0
100
R650
R6470R645
R640
R641
JL623
JL666
JL667
JL668
JL669
3.905.105.0
8586878889909192939495969798
AGC
ONDO
IMUTE
P_FAIL
T
T
t
T
STEREO/BILINGUAL
T
IC605
T
t
/BS BLT SW
T
T
VDD
CLKOUT
XNENTMUTETVYL1TXRGBSEL
VYL3
5.2000000
JL628
JL625
JL622
JL624
JL626
JL627
C618
1000u
6.3V
VYL3
VYL1
XNENTMUTE
TUDVD
Q602
XX
R638XXR643
10k
R644
R649
XX
XX
KEY5
TU_AFT
470k
R2602
100
100
R654
R652
JL670
5.20000
TU AFT
T
EURO8_DET
T
BS C/N DET/
T
t
/BS COR DET
/BS DET SW
T
TUDVD
47 48 49 50
JL629
JL631
CDINSEL
XRGBSEL
KEY4
100
R657
R659
5.2
81828384
KEY5
KEY4
T
T
t
t
SYNCHRO POWER
/BS VOL DET
T
CDINSEL
DVDEXTT/BS CONV CONT
0
JL635
JL633
DVDEXT
Q603
XX
R656
XX
KEY3
10k
R661
100
5.2
KEY3
T
T
t
RELAY_CONT
t
FAN_ONOFF
t
FAN_SPEED
t
t
t
T
t
TU PCONT
t
t
AUTO PRESET
T
t
t
MAIN/SAP
t
t
t
YC SEP ON
t
CMUTE/DSEL
RELAYT/BS BST CONT
5.2
R607
XX
RELAY
R663
T
T
FAN_DET
T
T
INSEL TU
INSEL2
INSEL1
TU V DET
TA MUTE
JUST CLK
SAP DET
XP MUTE
T
T
8200
L1 SEL
Q604
1825 15 16
KEY1
C619
2200p
B
C620
2200p
B
C621
10k
2200p
R665
B
R658
1800
KEY2
C622
2200p
B
C623
2200p
10k
10k
B
R687
R688
B+
B+
R673
100
5.2
KEY2
KEY1
AREA
AVref
AVSSIT SIN
AVDD
IDET
73 74 75 76 77 78 79 80
BVSS
59 60 61 62 63 64 65 66 67 68 69 70 71 72
BVDD
S2SW
H DET
51 52 53 54 55 56 57 58
R674
5.2
100
JL634
5.0
R676
5.1
5.2
1.0
0
0
0
5.2
0
0
0
0
0
0
0.1
0
0
5.2
5.1
0
5.1
5.2
0
0
0.1
100
JL638
JL639
JL640
R677
100
JL641
JL642
JL643
JL644
R678
JL671
100
R679
JL672
100
R680
JL673
100
JL645
JL646
R681
JL674
100
R682
JL675
100
JL648
JL649
R683
JL676
100
JL650
JL651
JL652
JL653
IC606
XX
0
1234
OE1
0
A1
4.7
B1
GND
C629
XX
R693
R690
10k
R691
10k
C627
470u
6.3V
R648
10k
C628
0.1u
B
R655
10k
VCC
OE2
B2
A2
XX
R692
XX
B+
5.2
0
4.8
5.2
5678
MUON_DET
FAN_ONOFF
FAN_SPEED
TU_PCONT
TU_AMUTE
TU_AUTOP
JUST_CLK
TU_SAP_D
TU_M/SAP
FAN_DET
AC_CONT
INSEL_TU
INSEL_2
INSEL_1
TU_VDET
SYNCPOW
IDET
XP_MUTE
YCSEPON
L1SEL
S2SW
DSEL
HDET
B+
IC607
XX
B+
R689
0
3216
C624
C625
0.22
XX
5.5V
AVLINK
1234
5678
C641
XX
R660
XX
R664
XX
R662
XX
R666
XX
TU_M/SAP
TU_AUTOP
TU_G_MAX
TU_S/B_D
TU_AMUTE
JUST_CLK
TU_VDET
TU_AFT
TU_SAP_D
TU_PCONT
RELAY
8PIN
DVDEXT
VYL3
TUDVD
XRGBSEL
CDINSEL
XP_MUTE
INSEL_1
INSEL_2
INSEL_TU
L1SEL
YCSEPON
SYNCPOW
HDET
VSYNC
S2SW
XNENTMUTE
WIDE
DSEL
INSEL_TU
XPDCDAV
VYL1
AVLINK
IDET
WIDE
DSEL
IMUTE
XL3MUTE
IT_ENABLE
IT_SDA
IT_SCL
KEY4
FLD_RST
FLD_CS
SIRCS
KEY1
KEY2
KEY3
KEY5
FLD_CLK
FLD_DAT
LED_LCK
DIMMER
B+
19144 1763
B-
VFL
+F
-F
19PCN602
JL677
19
-F
JL678
18
+F
JL679
17
VFL
JL680
16
KEY4
JL681
FLD RESET
15
JL682
FLD CS
14
13
GND
JL683
12
SIRCS
11
GND
JL684
10
KEY1
JL685
9
KEY2
JL686
8
KEY3
JL687
7
KEY5
6
GND
JL688
FLD CLK
5
JL689
4
5V
JL690
3
FLD DATA
JL691
2
FLD LCK
JL692
1
DIMMER
TU_SCL
TU_SDA
TU_FMONO
TU_M/SAP
TU_AUTOP
TU_G_MAX
TU_S/B_D
TU_AMUTE
JUST_CLK
TU_VDET
TU_AFT
TU_SAP_D
TU_PCONT
RELAY
8PIN
DVDEXT
VYL3
TUDVD
XRGBSEL
CDINSEL
XP_MUTE
INSEL_1
INSEL_2
INSEL_TU
TU_PCONT
L1SEL
YCSEPON
SYNCPOW
HDET
VSYNC
S2SW
XNENTMUTE
WIDE
DSEL
SCL
SDA
INSEL_TU
XPDCDAV
VYL1
AVLINK
IDET
WIDE
DSEL
IMUTE
XL3MUTE
IT_ENABLE
IT_SDA
IT_SCL
TU_SCL
TU_SDA
RESET5V
33
1
5
29
10
14
22
NOT USE
20810 13
(10/10)
TO
FR-195 BOARD
CN101
THROUGH
THE FAR-003
FLAT CABLE
(SEE PAGE 4-39)
(1/9)
(1/9)
(6/9)
(2/9)
10
(2/9)
(4/9)
(5/9)
B+
R667
XX
R671
R686
XX
R670
XX
XX
D604
XX
XX
C626
XX
Q605
XX
SYSTEM CONTROL
AV-071 (8/9)
4-19 4-20
Page 14
For Schematic Diagram
• Refer to page 4-23 for printed wiring board.
1
25 15 16
RDR-GX7
810 137
9
11
12
14463
A
B
C
D
E
F
G
H
I
J
POWER
-REF.NO.;10000 SERIESXX MARK:NO MOUNT
NO MARK:REC/PB MODE
FAN
CN102
CN103
TO
POWER BLOCK
CN3
(SEE PAGE
4-42)
3P
JL109
1FAN12V
JL110
2SENS
3GND
XX
JL111
1FAN12V
JL112
2SENS
3GND
R134
CN101 13P
B+
R118
0
XX
R136
XX
DGND
1
DGND
N.C
FAN12V
SW3.3V
UNSW-10V
AGND
AGND
UNSW18V
UNSW13V
10
UNSW6V
11
UNSW6V
12
AC_CONT
13
D102
XX
D103
C104
XX
10u
50V
JL101
R126
10k
R133
XX
JL118
2
3
JL103
B+
4
JL102
B+
5
JL106
B-
6
JL119
7
8
JL108
B+
9
JL107
B+
JL105
B+
JL104
7.6
6
OUT
2.6
R123
±0.5%
R124
12k
C102
±0.5%
0.1u
B
R125
3900
±0.5%
FAN CONT SW
PQ20WZ5U
7.6
33k
Q103
UN2213-TX
IC101
0
R130
R129
0
0
PS102
0.7A
R137
0
B+
PS101
1A
ET101
XX
D101
XX
AC_CONT
BS_D_DET
IC102
+5V REG
IC102
PQ050DZ01ZPH
R108
0
C106
0
XX
B+
B+ B+
ET102
XX
C120
XX
R114
IC106
+5V REG
IC101
FAN DRIVE
IN2CTL3OUT4ADJ5GND
1
R135
5.2
0
B+
16.6
FAN_ONOFF
C101
0.1u
B
0
FAN_SPEED
FAD_DET
JL120
B+ B+
R131
0
R115
0
C107
XX
5.1
6
OUT
IN1CTL2OUT3N.C4GND
6.0
3.3
5.1
C108
C110
47u
47u
16V
16V
IC106
PQ1L503M2SPQ
5.16.0
4
5
VIN
VOUT
NR1GND2VC
3
6.0 1.3
IC103
XX
6
OUT
IN2CTL3OUT4N.C5GND
1
R109
XX
C109
C111
47u
47u
16V
16V
5
JL122
R110
XX
R119
XX
C112
XX
R120
0
C113
XX
R116
0
JL113
JL121
ET103
XX
C121
XX
C103
0.1u
B
JL114
C123
XX
R117
0
B+
ET104
C118
XX
XX
R113
10k
C114
XX
PQ20WZ5U
C115
47u
25V
-12.4 -12.3
IC104
XX
1
IC105
1
16.2
3.1
R112
3300
-11.6
Q108
2SD1766-T100-QR
6
IN2CTL3OUT4ADJ5GND
C116
XX
6
IN2CTL3OUT4ADJ5GND
16.2
12.2
R111
0
C117
47u
16V
JL123
Q107
UN2111-TX
3.2
R132
3300
R121
0
JL115
OUT
JL116
R101
XX
R102
XX
R103
XX
12.2
OUT
2.7
R104
4700
R105
3300
R106
2200
L101
XX
R122
XX
IC105
+12V REG
JL117
B+
B+
SW3.3V
B-
UNSW-10V
UNSW18V
B+
UNSW18V
B+
UNSW6V
B-
SW_10V
B+
SW5V
R107
XX
SW12V
R127
0
B+
UNSW12V
B+
UNSW5V
UNSW12V
UNSW6V
SW12V
SW5V
BS_DET
UNSW5V
SW5V
SW3.3V
UNSW6V
UNSW-10V
SW12V
SW5V
SW3.3V
SW3.3V
UNSW12V
UNSW6V
SW3.3V
SW-10V
SW5V
UNSW6V
UNSW5V
Q607_5V
AC_CONT
FAN_ONOFF
FAN_SPEED
FAN_DET
FL_PCONT
SW5V
SW3.3V
B+
UNSW18V
B+
UNSW12V
B+
UNSW6V
B+
SW12V
B+
SW5V
BS_DET
(ANALOG)
GND
B+
UNSW5V
B+
SW5V
(DIGITAL)
GND
B+
SW3.3V
(DIGITAL)
GND
(ANALOG)
GND
B+
UNSW6V
B-
UNSW-10V
B+
SW12V
B+
SW5V
B+
SW3.3V
(DIGITAL)
GND
(ANALOG)
GND
B+
SW3.3V
(DIGITAL)
GND
(ANALOG)
GND
B+
UNSW12V
B+
UNSW6V
B+
SW3.3V
B-
SW-10V
(DIGITAL)
GND
(ANALOG)
GND
B+
SW5V
(DIGITAL)
GND
B+
UNSW6V
B+
UNSW5V
B+
Q607_5V
AC_CONT
FAN_ONOFF
FAN_SPEED
FAN_DET
FL_PCONT
(DIGITAL)
GND
B+
SW5V
B+
SW3.3V
(DIGITAL)
GND
21
23
27
28
30
32
NOT USE
(1/9)
6
(2/9)
8
(3/9)
(4/9)
(5/9)
(6/9)
(7/9)
(8/9)
AV-071 BOARD(9/9)
R606
L601
0
R699
2700
K
Q606
Q606,607
FL POWER SW
L
16
FL_PCONT
Q607_5V
UN2211-TX
C630
B+
R672
3300
Q607
UN2111-TX
0
R696
5.1
XX
XX
R642
10k
5.0
R646
-11.4
3300
-12.1
Q608
2SD1781K-T146-QR
5.2
SWITCH
47uH
Q609
-12.1
C631
220u
16V
2SC5053T100Q
0
-12.4
-12.1
-12.3
Q610
2SC5053T100Q
OSC
OSC
C632
0.018u
C633
B
0.018u
B
C643
0.012u
B
C644
0.01u
B
-0.1
T601
SB-Q3532
2
10
1
3
7
4
8
6
9
5
R697
2200
D607
1SS355TE-17
D608
1SS355TE-17
D605
1SS355TE-17
D606
1SS355TE-17
JL656
JL657
B-
C635
C634
22u
0.1u
50V
B
Q611
2SA1037AK-T146-QR
VFL REG
R698
-22.8
1k
D609
UDZS-TE17-22B
-22.2-26.6
C637
XX
C636
0.1u
B
D610
R700
27k
MA8062-L-TX
C638
0.1u
B
B-
VFL
-F
+F
33
(8/9)
POWER
4-21 4-22
AV-071 (9/9)
Page 15
For Schematic Diagram
• Refer to page 4-27 for printed wiring board.
1
A
FL-130
FL DRIVE
XX MARK:NO MOUNT
B
C
D
E
TO
FR-195 BOARD
CN102
THROUGH
THE FFF-108
FLAT CABLE
F
(SEE PAGE
4-40)
11PCN1702
FLD RESET
FLD CS
FLD SCLK
FLD SOUT
JL1772
11
-F
JL1773
10
+F
JL1774
JL1775
JL1776
JL1777
JL1778
JL1779
JL1780
JL1781
B-
B+
9
VFL1
5V
8
KEY4
7
6
5
GND
4
3
GND
2
1
G
16
810 137
ND1701
15ST-41GNK
FLUORESCENT TUBE DISPLAY
+F
+F
AD2
AD1
SEG35
SEG34
SEG32
JL1703
AD1
JL1704
SEG35
JL1705
SEG34
JL1706
SEG33
SEG33
JL1707
SEG32
2 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 451 46 47 48 49 50 51 52 53 54 55 56 59 60
JL1702
AD2
JL1708
SEG31
SEG31
JL1709
SEG30
SEG30
JL1710
SEG29
SEG29
JL1711
SEG28
SEG28
JL1712
SEG27
SEG27
JL1713
SEG26
SEG26
JL1714
SEG25
SEG25
JL1715
SEG24
SEG24
JL1716
SEG23
SEG23
JL1717
SEG22
SEG22
JL1718
SEG21
SEG21
JL1719
SEG20
SEG20
JL1720
SEG19
SEG19
JL1721
SEG18
SEG18
JL1722
SEG17
SEG17
JL1723
SEG16
SEG16
JL1724
SEG15
SEG15
JL1725
SEG14
SEG14
JL1726
SEG13
SEG13
JL1729
SEG12
SEG12
JL1730
SEG11
SEG11
JL1731
SEG10
SEG10
JL1732
SEG9
SEG9
SEG5
SEG7
SEG8
SEG6
JL1733
JL1736
JL1734
JL1737
JL1738
SEG4
SEG5
SEG6
SEG7
SEG8
COM15
COM14
COM12
COM13
COM10
COM8
COM11
COM9
COM6
COM7
COM3
COM4
COM5
COM2
JL1753
COM4
JL1754
COM3
JL1755
COM2
COM1
JL1756
COM1
SEG3
SEG4
SEG2
SEG1
JL1741
JL1742
JL1739
JL1743
JL1740
JL1744
JL1748
JL1749
JL1745
JL1747
JL1746
COM10
COM11
COM12
COM13
COM14
COM15
SEG1
SEG2
SEG3
COM9
COM8
JL1750
COM7
JL1751
COM6
JL1752
COM5
B-
C1707
XX
C1705
0.1u
C1704
R1709
CP
FLD1_CS
100
R1710
4.4
CS
AD1
-19.4
AD1
XX
R1711
3300
FLD_RESET
100
JL1735
5.0
2.3
RESET
SEG1
-17.9
-17.9
SEG1
SEG2
B
COM16
SEG6
COM15
-20.9
-19.4
SEG7
COM15
SEG7
COM14
-20.9
COM14
SEG8
-20.9
SEG8
COM12
COM13
-20.9
-20.9
COM13
COM12
ML9206-07MBZ03B
SEG10
SEG9
-17.9
-16.4
SEG9
SEG10
IC1701
FL DRIVE
COM9
COM10
COM11
-20.9
-20.9
-20.9
COM11
COM10
IC1701
SEG11
SEG12
-13.4
-20.9
-19.4
SEG11
SEG12
SEG13
COM9
SEG13
COM8
-20.9
-20.9
SEG14
COM8
SEG14
COM7
-20.9
-14.9
SEG15
COM7
SEG15
COM6
-20.9
-11.9
SEG16
COM6
SEG16
COM5
-20.9
-22.4
SEG17
COM5
SEG17
COM4
-20.9
-20.9
SEG18
COM4
SEG18
COM3
-20.9
-20.9
SEG19
COM3
SEG19
COM2
-20.9
-14.9
SEG20
COM2
SEG20
COM1
-20.9
-11.9
SEG21
COM1
SEG21
SEG35
-17.9
SEG35
SEG22
-19.4
SEG22
C1706
47p
2.3
-22.4
VFL
GND
OSC0
OSC1
SEG2
SEG4
SEG3
SEG5
-16.4
-16.4
-20.9
-14.9
SEG3
SEG4
SEG5
SEG6
FLD_RESET
FLD1_CS
FLD_SCLK
FLD_SOUT
(POWER)
R1702
XX
XX
S1701
S1702
R1704
220
POWER STANDBY
Q1703
UN2211-TX
LED DRIVE
R1703
XX
D1702
SML-512MWT86
0.1
R1705
470
D1703
CL-196HR-CD-T
5.0
4.1
5.0
Q1704
2SB709A-QRS-TX
LED DRIVE
JL1701
JL1771
JL1727
JL1728
R1706
XX
FLD_SCLK
C1702
47u
16V
FLD_SOUT
C1703
0.01u
B
B+
100
100
R1707
R1708
5.1
0.6
1.1
DA
VDD
P1P2AD2
1 2 3 4 5 6 7 8 9 1011121314151617181920212223242526272829303132
5.0
-20.8
R1723
XX
R1724
AD2
10k
SIGNAL PATH
CHROMA Y
REC
PB
VIDEO SIGNAL
Y/CHROMA
AUDIO
SIGNAL
SEG34
-14.9
-19.4
SEG23
SEG34
SEG23
-F
SEG33
-14.9
-19.4
SEG24
SEG33
SEG24
-F
SEG32
-16.4
-13.4
SEG25
SEG32
SEG25
SEG31
-17.9
-13.4
SEG26
SEG31
SEG26
SEG30
-14.9
-22.4
SEG27
SEG30
SEG27
SEG29
-20.9
3334353637383940414243444546474849505152535455565758596061626364
-22.4
SEG28
SEG29
SEG28
11
R1718
C1712
FB1704
FB1701
FB1702
100p
0uH
0
0uH
0uH
C1710
XX
R1719
144 1763
D1712
UDZSTE-174.7B
0
FB1703
C1711
100p
TPB- 1
TPB+ 2
TPA- 3
TPA+ 4
D1705
STZ6.8N-T146
3
D1706
STZ6.8N-T146
3
D1707
STZ6.8N-T146
3
D1708
STZ6.8N-T146
3
0uH
D1709
3
STZ6.8N-T146
D1710
STZ6.8N-T146
3
D1704
MA152WK-TX
C1708
0.01u
B
129 1825 15 16
CN1703
DV IN
D1711
STZ6.8N-T146
14
S3
C
4
S1
J1701
LINE 2 IN
S VIDEO
AUDIO L
AUDIO R
YC
VIDEO
6
CGND
2
G
G
D1713
1SS355TE-17
1 YGND
5S2
Y
3
V
7
VGND
8
L
9
LGND
10
R
11
RBR
13
RGND
12
15
S4
RDR-GX7
CN1704 6P
JL1757
DGND1
JL1758
TPB-2
JL1759
TPB+3
JL1760
TPA-4
JL1761
TPA+5
JL1762
DGND6
1
2
1
R1712
75
2
1
R1713
75
2
1
R1714
75
2
2
1
1
2
R1716
220k
R1715
220k
JL1763
JL1764
JL1765
JL1766
JL1767
JL1768
JL1769
JL1770
CN1705 11P
S2 SW1
Y2 IN2
AN GND3
C2 IN4
AN GND5
V2 IN6
AN GND7
L2 IN8
AU GND9
R2 IN10
AU GND11
TO
RD-45 BOARD
CN2001
THROUGH
THE RF-113
HARNESS
(NOT
SCHEMATIC
DIAGRAM)
TO
AV-071 BOARD
(4/9)
CN801
THROUGH
THE AL-066
HARNESS
(SEE PAGE
4-17)
4-29 4-30
FL DRIVE
FL-130
Page 16
For Schematic Diagram
• Refer to page 4-31 for printed wiring board.
1
A
FR-195 BOARD
25 15
SWITCH,LED
-REF.NO.;20000 SERIESXX MARK:NO MOUNT
NO MARK:REC/PB MODE
B
IC101
REMOTE CONTROL
RECEIVER
C
54
IC101
GP1UM28SXK0F
5.2
JL111
123
5.1
C101
6.3V
D
RDR-GX7
810 137
R141
1k
IC103
LED DRIVE
IC103
BU2152FS
1
0.7
2
3
0.2
4
5.2
5
5.2
6
5.2
7
5.2
8
5.2
9
5.2
10
5.2
11
5.2
12
5.2
13
5.2
14
5.2
15
5.2
16
VSS
CLK
VSS
DATA
PLAY
PAUSE
REC
REC_PAUSE
DVD
-RW
+RW
-R
CD
VR
VIDEO
Reserve17SYNCRO_REC
JL107
FLD_SCLK
JL108
FLD_SOUT
PLAY
PAUSE
REC
REC_PAUSE
DVD
Q101
2SB710A-RTX
SWITCH
B+
47u
R102
0
R151
9.2
2200
4.3
JL112
4.8
R152
2200
2.6
Q102
UN2211-TX
SWITCH
JL113
DIMMER
2.5
-RW
+RW MS
-R
CD
VR
VIDEO
RESERVE
VDD
CLB
STB
P24
P23
P22
P21
P20
P19
PROGRESSIVE
FINALIZED
DT_REC
TIMER
B+
JL114
5.2
32
JL105
5.1
31
JL106
5.2
30
SO
29
JL101
28
JL102
27
JL103
26
JL104
25
JL109
24
JL110
23
5.2
MS
22
5.2
21
5.2
20
5.2
19
5.2
18
5.2
R105
R149
R148
100
XX
10k
C106
XX
R147
0
FLD_RESET
PROGRESSIVE
FINALIZED
DT_REC
TIMER
SYNCRO_REC
LED_STB
JL115
JL116
JL117
JL118
R101
680
R106
2200
R112
2200
R113
2200
D102
SML-512MWT86
(PLAY)
D103
SML-512WWT86
(PAUSE)
D114
CL-196HR-CD-T
(REC)
D115
SML-512WWT86
(REC_PAUSE)
JL119
JL120
JL121
JL122
JL123
JL124
JL125
JL126
R142
R143
R107
R108
R109
R110
R111
1k
1k
1k
1k
1k
1k
XX
D116
SML-512WWT86
DVD
D117
SML-512WWT86
-RW
D118
SML-512WWT86
+RW
D104
SML-512WWT86
-R
D105
SML-512WWT86
CD
D106
SML-512WWT86
VR
D107
SML-512WWT86
VIDEO
D108
XX
11
JL127
JL128
JL129
JL130
JL131
JL132
129
R144
R114
R115
R116
R117
R118
1k
1k
1k
1k
1k
XX
D119
CL-196HR-CD-T
SYNCHRO_REC
D109
CL-196HR-CD-T
TIMER
D110
CL-196HR-CD-T
D111
SML-512WWT86
FINALIZED
D112
SML-512WWT86
PROGRESSIVE
D113
XX
REC
-F
+F
VFL
KEY4
FLD_RESET
FLD_CS
FLD_SCLK
FLD_SOUT
B+
C104
C105
47u
0.01u
6.3V
B
JL151
JL152
JL153
JL154
JL155
14463
11PCN102
-F
1
+F
2
B-
B+
VFL
3
4
5V
5
KEY4
6
FLD RESET
7
FLD CS
8
GND
9
FLD SCLK
10
GND
11
FLD SOUT
TO
FL-130 BOARD
CN1702
THROUGH
THE FFF-018
FLAT CABLE
(SEE PAGE
4-33)
E
TO
AV-071 BOARD
F
(8/9)
CN602
THROUGH
THE FAR-003
FLAT CABLE
(SEE PAGE
4-26)
G
H
I
19PCN101
FLD RESET
FLD CS
SIRCS
FLD CLK
FLD DATA
LED STB
DIMMER
KEY4
KEY1
KEY2
KEY3
KEY5
JL150
1
-F
2
+F
3
VFL
JL145
4
JL146
5
JL147
6
7
GND
8
9
GND
10
11
12
13
14
GND
15
JL148
16
5V
JL149
17
18
19
B-
B+
FLD_RESET
FLD_CS
FLD_SCLK
FLD_SOUT
LED_STB
DIMMER
KEY4
-F
+F
VFL
OPEN
/CLOSE ZOOM+
)
(
S101
JL133
JL134
JL135
R119
2200
R
R124
2200
(NEXT)
S111
R129
2200
(STOP) REC STOP (PAUSE) REC PAUSE (PLAY) REC
S108
INPUT
SELECT
SYSTEM
ZOOM-
MENU
S102
R121
R120
3300
2200
T
ENTER
2
456
1
3
R125
R126
2200
3300
S112
R131
R130
3300
2200
S104
S103
JL137 JL143
R122
5600
r
JL138 JL144
R127
5600
CH+ CH-PROGRESSIVE(PREV)
S114
S113
JL139 JL141
R132
5600
TOOLS
t
CURSOR
S105
R123
8200
RETURN DUB
R128
8200
S115
R133
8200
R139
S109
R140
S106
22k
22k
S116
REC MODEMODE
S107
ONE TOUCH
S110
J
S117
S118
16
JL136
R134
2200
R135
2200
S119
JL140 JL142
R136
3300
S120
R137
5600
R138
8200
S121
S122
SWITCH, LED
4-33 4-34
FR-195
Page 17
RDR-GX7
d
SECTION 6
SERVICE MODE
This is the diagnostics to locate the faulty position.
The diagnostics can be executed using the remote commander (Remote Control Mode1) and a monitor.
To execute the diagnostics mode, connect the VIDEO OUT (L2 OUT) connector to a monitor. While pressing INPUT SELECT, REC
MODE and STOP of the main unit, connect the AC power cord to the power outlet to start the diagnostics.
Keep pressing INPUT SELECT , REC MODE and STOP of the main unit (about 10 seconds) until the diagnostics screen appears on monitor
display.
Either “OK” or “NG” appears on the monitor screen while the diagnostics is in progress. You can judge the respective device or its
peripheral from the message of either “OK” or “NG” on the monitor screen.
When an abnormality is detected, the diagnostics is stopped at that moment and you can select to proceed the diagnostics or to stop it.
Use the remote commander (DVD1) keys or the keys on the front panel of the main unit to operate the diagnostics.
6-1. Device relation diagram.
Display data (for your reference to check the signal path)
Video signal
Audio signal
VIDEO
DECODER
ADC
DAC
VIDEO
ENCODER
IP
CONVERTER
TL750
DV
GT R
FBI
Data read
Data read
AV
ENCODER
Data rea
MSP
AV
DECODER
Checking item IC name REF
VIDEO ENC IC ADV7300AKST IC2303
IP CONV IC CXD9698R IC2301
TL750 IC TL750B5 IC1402
GTR IC CXD9735Q IC701
FBI IC CXD9537AR IC1301
VIDEO DEC IC SAA7118E/V1.518 IC2202
AVENC IC UPD61052GD-LML IC903
MSP IC CXD9736GG IC1101
AVDEC IC CXD1935Q IC1203
DV
CPRM
CCM
IC UPD72852GB-8EU IC2001
IC UPD72893GD-LML IC2102
IC CXD9754R IC1001
EPGSLICER IC TC90A73U IC1802
GEMSTAR IC UPD65881GB-072-8ES IC1807
All parts are mounted on the RD045M’T assembly.
If NG is displayed as the result of DEVICE test, IC is defective or
peripheral of the IC is defective.
If NG is displayed as the result of “PATH” test, defect exists in
between ICs.
6-1
Page 18
6-2. Block diagram (for your reference to check the devices)
Video out
Audio In
Tuners
Video In
DV
ADV7300
NT/PAL Enc
(
VIDEO ENC
Audio Out
Display
Tube
uPD703033A
IT Con
uPD72852
PHY
)
Conv
CXD9698R
UVIC
MC68HC68VBIFB
Audio
ADC
DV+
LINK
AD1895A
R/C
IP
TL750
Audio
DAC
CXD9627A
HD6417292ABP200
Syscon
uPD72893
OSD
AK5365
SAA7118E
NT/PAL
(VIDEO
DEC)
ROM
Dec
Host
Glue
A/V
Glue
GTR
(
Post
Video
(FBI)
CXD9537AR
CXD9734AQCXD9741R
RAM
CXD9735Q
)
Host
Glue
uPD61052
AV
Enc
SM8707EV
PLL
CXD1935
AV
Dec
CXD9754R
CCM
(CPRM)
CXD9736GG
ATA I/F
(
MSP
)
Power
Supply
DVD Drive
6-3. Screen Transition in the Service Mode
Main menu
<< MAIN MENU >>
1) DEVICE TEST
2) PATH TEST
3) TEST MODE
1<>
<RETURN>
<>
2
<RETURN>
<>
3
DEVICE TEST menu
<< DEVICE TEST MENU 1/2 >>
0) ALL CHECK
1) VIDEO ENC
2) IPCONV
t
<< PATH TEST MENU 1/2 >>
1) VIDEO ENC
2) IP CONV
3) TL750
t
<< TEST MODE MENU >>
1) Version No
•
•
•
MENU 2
•
•
•
MENU 2
DEVICE TEST menu
<< DEVICE TEST MENU 2/2 >>
1) DV
T< t>>/ <
menuPATH TEST
T< t>>/ <
menuTEST MODE
2) CPRM
•
•
•
MENU 1
T
<RETURN>
menuPATH TEST
<< PATH TEST MENU 2/2 >>
1) FBI-GTR
2) AVDEC-FBI
3) MSP-AVDEC
4) ADC
•
•
MENU 1
T
<RETURN>
<RETURN>
6-2
Page 19
6-4. Service Mode. Menu Items and Description
1) When the key ‘1’ is pressed down, the monitor display moves
to the device check menu screen.
2) When the key ‘2’ is pressed down, the monitor display moves
to the path check menu screen between devices.
3) When the key ‘3’ is pressed down, the monitor display moves
to the version check screen.
<< MAIN MENU >>
1) DEVICE TEST
2) PATH TEST
3) TEST MODE
6-5. Device Check Menu (1/2)
0) When the key ‘0’ is pressed down, all devices are checked
automatically.
1) When the key ‘1’ is pressed down, the VIDEOENC device check
will be executed.
2) When the key ‘2’ is pressed down, the IPCONV device check
will be executed. (This item is not installed in the EUR O models,
NG is displayed but it is not indicating any default of the main
unit.)
3) When the key ‘3’ is pressed down, the TL750 device check
will be executed.
4) When the key ‘4’ is pressed down, the GTR device check will
be executed.
5) When the key ‘5’ is pressed down, the FBI device check will
be executed.
6) When the key ‘6’ is pressed down, the VIDEODEC device check
will be executed.
7) When the key ‘7’ is pressed down, the AVENC device check
will be executed.
8) When the key ‘8’ is pressed down, the MSP device check will
be executed.
9) When the key ‘9’ is pressed down, the AVDEC device check
will be executed.
10) When the key ‘t’ is pressed down, the monitor display moves
to the next path check menu screen.
<< DEVICE TEST MENU 1/2 >>
0) ALL CHECK
1) VIDEO
2) IPCONV
3) TL750
4) GTR
5) FBI
6) VIDEO DEC
7) AVENC
8) MSP
9) AVDEC
t
MENU 2
ENC
6-6. Device Check Menu (2/2)
1) When the key ‘1’ is pressed down, the DV de vice check will be
executed.
2) When the key ‘2’ is pressed down, the CPRM device check
will be executed.
3) When the key ‘3’ is pressed down, the CCM device chec k will
be executed.
4) When the key ‘4’ is pressed down, the EPGSLICER device
check will be executed. (This item is not installed in the EURO
models, NG is displayed but it is not indicating any default of
the main unit.)
5) When the key ‘5’ is pressed down, the GEMST AR de vice check
will be executed. (This item is not installed in the EUR O models,
NG is displayed but it is not indicating any default of the main
unit.)
6) When the key ‘T’ is pressed down, the monitor display returns
to the previous device check menu screen.
<< DEVICE 2/2TEST MENU >>
1) DV
2) CPRM
3) CCM
4) EPGSLICER
5) GEMSTAR
T
MENU 1
6-3
Page 20
6-7. Path Check Menu (1/2)
1) When the key ‘1’ is pressed down, VIDEOENC path check is
executed.
2) When the key ‘2’ is pressed down, IPCONV path check is
executed. (This item is not installed in the EUR O models, NG
is displayed but it is not indicating any default of the main
unit.)
3) When the key ‘3’ is pressed down, TL750 path check is
executed.
4) When the key ‘4’ is pressed down, path check from GTR t
AVENC is executed.
5) When the key ‘5’ is pressed down, path check from GTR t
TL750 is executed.
6) When the key ‘6’ is pressed down, path check from GTR t
FBI is executed.
7) When the key ‘7’ is pressed down, path check from VDEC t
GTR is executed.
8) When the key ‘8’ is pressed down, path check from AVENC
t MSP is executed.
9) When the key ‘9’ is pressed down, path check from AVENC
t GTR is executed.
10) When the key ‘t’ is pressed down, the monitor display moves
to the previous device check menu screen.
<< PATH TEST MENU 1/2 >>
1) VIDEO ENC
2) IPCONV
3) TL750
t4) GTR AVENC
t5) GTR TL750
t6) GTR FBI
t7) VDEC GTR
t8) AVENC MSP
t9) AVENCtGTR
MENU 2
6-8. Path Check Menu (2/2)
1) When the key ‘1’ is pressed down, path check from FBItGTR
is executed.
2) When the key ‘2’ is pressed down, path check from AVDEC
t FBI is executed.
3) When the key ‘3’ is pressed down, path check from MSP t
AVDEC is executed.
4) When the key ‘T’ is pressed down, the monitor display returns
to the previous path check menu screen.
<< PATH 2/2TEST MENU >>
t1) FBI GTR
t2) AVDEC FBI
t3) MSPTAVDEC
1MENU
6-4
Page 21
6-9. Device All Check. Screen Transition
<< DEVICE TEST MENU 1/2 >>
· · · ·
3) TL750
· · · ·
<< TL750 >>
REGISTER OK
SDRAM OK
<< OK >>
<< TL750 >>
REGISTER OK
SDRAM NG
<< NG >>
1. Select the item “ALL CHECK” from the menu.
2. Device check is executed automatically starting from No. 1
one device after another.
3. When all devices are checked, number of OK/NG items and
names of the NG devices are displayed as the RESULT.
4. When the ENTER key of the remote commander is pressed,
the monitor display returns to the menu screen.
<< DEVICE TEST MENU 1/2 >>
0) ALL CHECK
<< VIDEO ENC >>
REGISTER OK
<< OK >>
<< IP CONV >>
REGISTER NG
<< NG >>
6-10. Device Individual Check. Screen Transition
1. Select the TL750 item from the menu.
2. The register read/write that is the first item of the check is
executed and its result is displayed.
3. The SDRAM check that is the second item of the check is
executed and its result is displayed.
4. When check results of all items are OK, the message OK is
displayed. If any one of the check items is found NG, the
message NG is displayed.
5. When the ENTER key is pressed, the monitor display moves
the to the menu screen.
<< RESULT >>
-- OK [27] -- NG [1] - NG[ IP CONV ]
6-5
Page 22
6-11. Path Individual Check (Pasted Screen Check).
Screen Transition
1. Select the TL750 item from the menu.
2. The device pasted screen (top of the color bar) is displayed.
(When visual check is required, the display does not move the
judgment screen but remains displaying the picture.
3. When the ENTER key is pressed, the monitor display moves
the to the judgment screen.
4. When the ENTER key is pressed on the judgment screen again,
the monitor display moves the to the menu screen.
<< PATH TEST MEN
U 1/2 >>
· · · ·
3) TL750
· · · ·
Pasted picture
(Top of color bar is displayed.)
<< OSD >>
GRAPHICS OK
<< OK >>
6-12. Path Individual Check
(Data Check Confirmation).
Screen Transition
1. Select the check item “AVDEC t FBI” from the menu.
2. The path check is executed and result of judgment is displayed.
3. When the ENTER key is pressed on the judgment screen again,
the monitor display moves the to the menu screen.
<< PATH TEST MEN
· · · ·
3) TL750
· · · ·
<< PATH TEST MEN
· · · ·
t2) AVDEC
FBI
· · · ·
Pasted picture
<< AVDEC FBI >>
CAPTURE OK
<<OK>>
U 1/2 >>
U 2/2 >>
6-6E
<< PATH TEST MEN
· · · ·
t3) AVDEC
FBI
· · · ·
U 2/2 >>
Page 23
SECTION 7
ADJUSTMENT
RDR-GX7
7-1. VIDEO SYSTEM ADJUSTMENT
Reference Disk
HLX-505 (NTSC Single layer disk) J-6090-089-A
HLX-504 (NTSC Dual layer disk) J-6090-088-A
1. Video Level Adjustment (RD-045 Board)
< Purpose >
This adjustment is made to satisfy the NTSC standard. If it is adjusted
incorrectly, brightness will be too bright or too dark.
Mode Video level adjustment in test mode
Signal Colour bars
Test point LINE OUT (VIDEO) connector
(terminated in 75Ω)
Instrument Oscilloscope
Adjusting element RV2301
Specification 1.00 Vp-p
Adjusting method:
1 ) Insert the reference disk and play back the 100% colour bars.
2 ) Adjust RV2301 for 1.0 Vp-p.
2. Component Video Output Level Adjustment
(RD-045 board)
< Purpose >
This is the adjustment for component video output. If this adjustment
is made incorrectly, brightness of the component signal that is
connected to the projector having COMPONENT input will have
incorrect brightness.
Mode Video level adjustment in test mode
Signal Colour bars
Test point COMPONENT VIDEO OUT (Y)
Instrument Oscilloscope
Adjusting element RV2302
Specification 1.00 Vp-p
+ 0.04
– 0.02
1.0 Vp-p
Fig. 7-1
connector (terminated in 75Ω)
+ 0.04
– 0.02
+ 0.04
– 0.02
3. S-Video Output S-Y Level Check
< Purpose >
This check confirms that the video output level at the S-video output
connector is correct. If this adjustment is made incorrectly, picture
will not be displayed correctly when the S-video connector output
signal is connected to TV using cable.
Mode Video level adjustment in test mode
Signal Colour bars
Test point S-VIDEO OUT (S-Y) connector
(terminated in 75Ω)
Instrument Oscilloscope
Specification 1.0 ± 0.05Vp-p
Adjusting method:
1 ) Insert the reference disk and play back the 100% colour bars.
2 ) Check that the S-Y level is 1.0 ± 0.05 Vp-p.
1.0 ± 0.05 Vp-p
Fig. 7-3
4. S-Video Output S-C Check
< Purpose >
This check confirms that the S-video output S-C conforms to the
NTSC standard. If it is adjusted incorrectly, colour will be too dark
or too thin.
Mode Video level adjustment in test mode
Signal Colour bars
Test point S-VIDEO OUT (S-C) connector
(terminated in 75Ω)
Instrument Oscilloscope
Specification 286 ± 30mVp-p
Checking method:
1 ) Insert the reference disk and play back the 100% colour bars.
2 ) Confirm that the burst signal level of S-C is 300 ± 30mVp-p.
286 ± 30 mVp-p
Fig. 7-4
Adjusting method:
1 ) Insert the reference disk and play back the 100% colour bars.
2 ) Check that the Y level is 1.00 Vp-p.
+ 0.04
– 0.02
+ 0.04
1.0 Vp-p
– 0.02
Fig. 7-2
7-1
Page 24
5. Component Video Output Y Check
< Purpose >
This check confirms that the Y signal output is correct. If this signal
level is not correct, brightness of video signal will be too bright or
too dark when the COMPONENT connector output signal is
connected the projector having COMPONENT input.
Mode Video level adjustment in test mode
Signal Colour bars
Test point
Instrument Oscilloscope
Specification 1.0 ± 0.05 Vp-p
Checking method:
1 ) Insert the reference disk and play back the 100% colour bars.
2 ) Check that the Y level is 1.0 ± 0.05 Vp-p.
COMPONENT VIDEO OUT (Y) connector,
D1/D2 VIDEO OUT connector, pin-1
(terminated in 75Ω)
1.0 ± 0.05 Vp-p
Fig. 7-5
7. Component Video Output R-Y Check
< Purpose >
This check confirms that the R-Y signal of the component video
output is correct. If this signal level is not correct, colour of the
video signal will have different colour when the COMPONENT
connector output signal is connected the projector having
COMPONENT input.
Mode Video level adjustment in test mode
Signal Colour bars
Test point COMPONENT VIDEO OUT (PR/CR)
connector,
D1/D2 VIDEO OUT connector,
pin-5 (terminated in 75Ω)
Instrument Oscilloscope
Specification 700 ± 50 mVp-p
Checking method:
1 ) Insert the reference disk and play back the 100% colour bars.
2 ) Confirm that the R-Y level is 700 ± 50 mVp-p.
700 ± 50 mVp-p
6. Component Video Output B-Y Check
< Purpose >
This check confirms that the B-Y signal of the component video
output is correct. If this signal level is not correct, colour of the
video signal will have different colour when the COMPONENT
connector output signal is connected the projector having
COMPONENT input.
Mode Video level adjustment in test mode
Signal Colour bars
Test point COMPONENT VIDEO OUT (PB/CB)
connector,
D1/D2 VIDEO OUT connector,
pin-3 (terminated in 75Ω)
Instrument Oscilloscope
Specification 700 ± 50 mVp-p
Checking method:
1 ) Insert the reference disk and play back the 100% colour bars.
2 ) Confirm that the B-Y level is 700 ± 50 mVp-p.
700 ± 50 mVp-p
Fig. 7-7
Fig. 7-6
7-2E
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