dvd video recorder d-r5sc d-r5su
TRANSCRIPT
DVD VIDEO RECORDER
SERVICE MANUAL
Mar.,2006 GREEN
FILE NO. 810-200602GR
D-R5SCD-R5SU
DIGITAL VIDEO
The above models are classified as green products (*1), as indicated by the underlined serialnumbers. This Service Manual describes replacement parts for the green products. When repairing these green product(s), use the part(s) described in this manual and lead-free solder (*2). For (*1) and (*2), see the next page.
(*1) GREEN PRODUCT PROCUREMENTThe EC is actively promoting the WEEE & RoHS Directives that define standards for recyclingand reuse of Waste Electrical and Electronic Equipment and for the Restriction of the use ofcertain Hazardous Substances. From July 1, 2006, the RoHS Directive will prohibit anymarketing of new products containing the restricted substances.
Increasing attention is given to issues related to the global environmental. Toshiba Corporationrecognizes environmental protection as a key management tasks, and is doing its utmost toenhance and improve the quality and scope of its environmental activities. In line with this,Toshiba proactively promotes Green Procurement, and seeks to purchase and use products,parts and materials that have low environmental impacts.
Green procurement of parts is not only confined to manufacture. The same green parts used inmanufacture must also be used as replacement parts.
(*2) LEAD-FREE SOLDERThis product is manufactured using lead-free solder as a part of a movement within the consumerproducts industry at large to be environmentally responsible. Lead-free solder must be used inthe servicing and repair of this product.
WARNINGThis product is manufactured using lead free solder.
DO NOT USE LEAD BASED SOLDER TO REPAIR THIS PRODUCT !
The melting temperature of lead-free solder is higher than that of leaded solder by 86°F to 104°F(30°C to 40°C). Use of a soldering iron designed for lead-based solders to repair product madewith lead-free solder may result in damage to the component and or PCB being soldered. Greatcare should be made to ensure high-quality soldering when servicing this product especiallywhen soldering large components, through-hole pins, and on PCBs as the level of heatrequired to melt lead-free solder is high.
PREPARATION OF SERVICINGPickup Head consists of a laser diode that is very susceptible to external static electricity.Although it operates properly after replacement, if it was subject to electrostatic discharge during replacement, itslife might be shortened. When replacing, use a conductive mat, soldering iron with ground wire, etc. to protect thelaser diode from damage by static electricity.And also, the LSI and IC are same as above.
1MW
Ground conductive
wrist strap for body.
Soldering iron
with ground wire
or ceramic type
Conductive matThe ground resistance
between the ground line
and the ground is less than 10W.
LASER BEAM CAUTION LABEL
When the power supply is being turned on, you may not remove this laser cautions label. If it removes, radiation of a lasermay be received.
· Manufactured under license from Dolby Laboratories. “Dolby” and the double-D symbol are trademarks of Dolby Laboratories.
· “DTS” and “DTS Digital Out” are trademarks of Digital Theater Systems, Inc.
· HDMI, the HDMI logo and Hight-Definition Multimedia Interface are trademarks or registered trademarks of HDMI Licensing LLC.
· Manufactured under license from QSound Labs, Inc. U.S. patent Nos. 5,105,462, 5,208,860 and 5,440,638 and various foreign counterpart.Copyright QSound Labs, Inc. 1998-2002. QXpanderTM is a trademark of QSound Labs, Inc. All rights reserved.
SAFETY NOTICE
SAFETY PRECAUTIONS
LEAKAGE CURRENT CHECKPlug the AC line cord directly into a 120V AC outlet (donot use an isolation transformer for this check). Use anAC voltmeter, having 5000 Ω per volt or more sensitivity.
Connect a 1500 Ω 10 W resistor, paralleled by a 0.15 µF150V AC capacitor between a known good earth ground(water pipe, conduit, etc.) and all exposed metal parts ofcabinet (antennas, handle bracket, metal cabinetscrewheads, metal overlays, control shafts, etc.).
Measure the AC voltage across the 1500 Ω resistor.
The test must be conducted with the AC switch on andthen repeated with the AC switch off. The AC voltageindicated by the meter may not exceed 0.3 V. A readingexceeding 0.3 V indicates that a dangerous potentialexists, the fault must be located and corrected.
Repeat the above test with the DVD VIDEO RECORDERpower plug reversed.
NEVER RETURN A DVD VIDEO RECORDER TOTHE CUSTOMER WITHOUT TAKING NECESSARYCORRECTIVE ACTION.
READING SHOULD NOT EXCEED 0.3V
The lightning flash with arrowhead symbol, within anequilateral triangle, is intended to alert the user to thepresence of uninsulated “dangerous voltage” within theproduct’s enclosure that may be of sufficient magnitude toconstitute a risk of electric shock to persons.
The exclamation point within an equilateral triangle isintended to alert the user to the presence of importantoperating and maintenance (servicing) instructions in theliterature accompanying the appliance.
DVD VIDEO RECORDERAC VOLTMETER
(5000 Ω per volt
or more sensitivity)
Good earth ground
such as a water pipe,
conduit, etc.1500 Ω
10 W
0.15 µF 150V ACAC OUTLET
Test all exposed metal.Voltmeter Hook-up for Leakage Current Check
CONTENTS
1. LOCATION OF MAIN PARTS1-1. Location of Main Parts1-2. Location of PC Boards
2. WIRING CONNECTION DIAGRAM
3. PRINTED WIRING BOARD AND SCHEMATIC DIAGRAM
4. BLOCK DIAGRAMS4-1. MPEG & SYSTEM Block Diagram4-2. Power Supply Block Diagram
5. CIRCUIT DIAGRAMS5-1. Power Supply Circuit Diagram5-2. Front Display & Power Switch Circuit Diagram5-3. Audio & Video Tuner Circuit Diagram5-4. Digital Circuit Diagram5-4-1. Audio Output Circuit Diagram5-4-2. Decorder & SDRAM Circuit Diagram5-4-3. HDMI Circuit Diagram5-4-4. Audio & Video Input Circuit Diagram5-4-5. 1394 Circuit Diagram5-4-6. Encoder & SDRAM Circuit Diagram5-4-7. ATAPI Interface Circuit Diagram5-4-8. Power Supply Circuit Diagram5-4-9. Video Output Circuit Diagram
6. PC BOARDS6-1. DV/AV Input PC Board6-2. Power Switch PC Board6-3. Front Display PC Board6-4. AV Tuner Unit PC Board6-5. Digital PC Board
7. EXPLODED VIEWS7-1. Packing Assembly7-2. Chassis Assembly
8. PARTS LIST
1. LOCATION OF MAIN PARTS
1-1. Location of Main Parts
Fig. 1-1-1
1-2. Location of PC Boards
Fig. 1-1-2
RAM DRIVE
Power PC board
AV Tuner Unit PC board
Front Display PC board
Power Switch PC board
DV/AV Input PC board
Digital PC board
2. WIRING CONNECTION DIAGRAMAfter the servicing is complete, return the wiring to its original state by using the diagram below as a reference.
Fig. 2-2-1
: Flexible cable
: Tape
Tape
Tape
W804
W802
Power PC board
AV Tuner Unit PC board
W301 W303
Digital PC board
W501
W106
W105
W107
W101
W803
W104
Tape
Power Switch PC board
DV/AV Input PC board
RAM Drive
Front Display PC board
3. PRINTED WIRING BOARD AND SCHEMATIC DIAGRAM
Fig. 3-3-1
9
8
7
6
5
4
3
2
1
9
8
7
6
5
4
3
2
1
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
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
1
2
3
4
5
6
7
8
9
1
2
3
4
5
6
7
8
9
1 2 3 4 5 6 8 7 6 5 4 3 2 1 1 2 3 4 5 6 7 8 9 01
11
21
31
41
51
61
1 2 3 4 5 6 6 5 4 3 2 1 9 8 7 6 5 4 3 2 1
1 2 3 4 5 6 1 2 3 4 5 6 1 2 3 4 5 6 7 8 9
1 2 3 4
1 2 3 4
4 3 2 1
1 2 3 4 5 6 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 9 01
11
21
31
41
51
61
CN802
CN803CN804 CN301
CN302
CN303
CN501
CN503
CN504
CN507CN508
CN509
CN103
CN104CN105CN106
CN107
CN108
CN101
CN102
W101
W501
Digital
Power AV-TUNER
DV/AV INPUT
Power Switch
Front Display
Mechanism
W802FLAT WIRE 2.54 9P
W107FLAT WIRE 2mm 4P
FLAT WIRE 2mm 9P
W1
04
W1
05
W1
06
FL
AT
WIR
E 2
mm
9P
FL
AT
WIR
E 2
mm
6P
FL
AT
WIR
E 2
mm
6P
W8
04
FLA
T W
IRE
2m
m 4
P
W803FLAT WIRE 2mm 6P W
30
1
W3
03
FLA
T W
IRE
1m
m 1
6P
FLA
T W
IRE
2.5
4 8
P
ON/OFF 5V
ON/OFF 5V
+3.3 V
+3.3 V
+33 V
GND
GND
AP+12 V
AN-12 V
ON/OFF 5V
ON/OFF 5V
+3.3 V
+3.3 V
+33 V
GND
GND
AP+12 V
AN-12 V
1234
M+
12 V
M+
12 V
M+
5 V
M+
5 V
GN
D
GN
D
GN
D
Back u
p
P-O
N
EV
ER
+5 V
ON
/OF
F 5
V
ON
/OF
F 5
V
AP
+12 V
AP
-12 V
+3.3
V
+3.3
V
GN
D
GN
D
A IN
L
A IN
R
GN
D
GN
D
GN
D
A L
TV
A R
TV
VF
V
SA
P M
UT
E
AF
C O
UT
SD
A
SC
L
CV
BS
IN
V-G
ND
SY
IN
SC
IN
ST
B
CLK
DA
TA
GN
D
IR HO
ST
RE
SE
T
GN
D
GN
D
TP
BI-
TP
BI+
TP
AI+
TP
AI-
Y-F
GN
D
GN
D
GN
D
GN
D
C-F
CV
BS
-F
AR
-F
AL-F
GN
D
KS
3
KE
Y2
LE
D+
DRVRST-
GND
ATCDD7
ATCDD8
ATCDD9
ATCDD10
ATCDD11
ATCDD12
ATCDD13
ATCDD14
ATCDD15
GND
NC
GND
GND
GND
GND
GND
ATCD MARQ
ATCD IOW-
ATCD IOR-
ACTIOR DY
ATCD MACK-
ACTINITRQ
ATCDA1
ATCDA0
ATCDA2
ATCCSO-
ATCCS-
NC
GND
NC
NC
ATCDD0
ATCDD1
ATCDD2
ATCDD3
ATCDD4
ATCDD5
ATCDD6
STB
CLK
DATA
GND
IR
HOST-RESET
KEY2
KEY4
POWER LED+
FLAT WIRE 0.5mm 40P
4. BLOCK DIAGRAM
4-1. MPEG & SYSTEM Block Diagram
Fig. 4-4-1
ZR35100-PQCG
ENCORDER
BA7607
BA7653
WM8776
<BGA>
ZR35162-BGCG
ISO I/F HOST I/F
1394
128M SDRAM
128M SDRAM
128M SDRAM
128M SDRAM
32M FLASH
Main Cpu(Decorder)
ZR36750-BGCG-V
WM8776
HDMI
Driver
TUNER
EEPROM
FRONT
AN583232M CLOCK32M CLOCK
27MHZ
Digital Video Output
SBREQ
SBDAT
SBVALID
SBCLK
SERIAL BITSTREAM OUTPUT
Video
Audio
Digital Audio Out
Y/C Out
Y/U/V Out
CV BS Out
Digital Video I/F
HDMI Out
SPD IF
ADCMCLK
ADCBLCK
ADCLRCK
DOUT
TV-CVBS
L/R IN
L/R IN
L/R IN
TV
REAR
FRONT
FRONT
Video
Y/C
Video
Y/C
REAR
SW ADC
FR .Y/C IN
CVBS IN
Digital Audio I/F
DAC L OUT
R OUT
CVBS
SIF
IC502
IC503
IC504
IC505
IC507
IC511
IC506
IC517
IC518
IC513 1/2
IC513 2/2
IC516IC510
U24
U301
IC509
JC101
J503
SPI
DV INPUT
<BGA>
I C2
TV
TV
L
R
: : :
ZR35162
RF In
CV BS
Y/C
Y/U/V OUT
J501
J502
DAV-WR532
4558
IC514
SPDIF-OPTICAL
J504
TV CVBS
AFC OUT
4-2. Power Supply Block Diagram
Fig. 4-4-2
RECTIFIERRECTIFIER
RECTIFIER
RECTIFIER
RECTIFIER
RECTIFIER
SMOOTHINGSMOOTHING
SMOOTHING
SMOOTHING
SMOOTHING
SMOOTHING
AC FILTER
SW IC
CONTROL IC
TRANS
PHOTOCOUPLER
5V SW
32V SW
12V SW
POWER ON SIG
3-
AC 100-120V50/60Hz
L101
D101-D104 C105
D107 C109
IC101
Q101
T101D301 C301
D201 C201
D401 C404
D403 D404
D601 C601
PC101
AP+12V
+32V
3.3V
AN-12V
ON/OFF A+5V
PHOTOCOUPLER
ADJUST
5. CIRCUIT DIAGRAMS
5-1. Power Supply Circuit Diagram
Fig. 5-5-1
5004N1
101C
V572/Fu1.0
501C
V002/Fu022
101FV521/A51.3
201R
K01
311R
0.1411R
0.1511R
0.1611R
0.1
301R
K01
011R
K7.2
711R001
1
2
3
4 5
6
7
8
101CI
8155AF
111C
Fn7.4
211C
Fu10.0
011CV01/Fu22.0
101CP
101L
03250V11SS
901CV53/Fu74
701D
L3001RP
901R
22
601D
5004N1 901D331SS1
501D
L5001RP
111R001
701R74
801RK01
501RK001701C
VK1/FP0001 601R
0
801C
VK1/FP022
101QZ05KN01FTSH
511C
FP0022112C
K1/FP0001
102CV001/Fu3.6
102R
0
202R
K2.2
103RK22
302R
K022
402R
K33
102D
5001RP202D
102Q7301AS2
103DU02L3S
304D 404D
103CK1/FP0001
603C
V05/FP001
303CV53/Fu074
403CV53/Fu74
503CV53/Fu74
103LHu01
203R
K1
103CI134LT
303RK93
403RK01
204D64KR
104D
64KR
104C
K1/FP0001
204CV53/Fu074
604CV53/Fu074
106CV53/Fu74
404CV53/Fu74
101-CP
204R022
104RK1
404RK2.8
104RVK7.4
304C
V05/Fu1.0
304R
001
504RK01
104CI134LT
104L
604R
K01
704CV01/Fu1
204QK2142CS2
904RK1
804RK74
)102TAB(
)014R(XXX
)504D(
106CP306R
033
106D106R
K7.2
206R
0
106CP
306D
202QAKE411CTD 202C
V53/Fu74
208NC
108NC
123456
208NC
181T
408NC
13NC
104Q106JS2
201D101D
301D 401D
NL
G
D
S
103Q30FN22PTS
704RK1
987654321
4321
12
BS5PV3.3-33VPV3.3-33VP
DNG
DNG
DNG
DNG
DNGDNG
V5+V5+
SV21+SV21+
V21+
V5 BTSNO-P
pukcab
V5-AV21 PAV21 NA
V33+
DNG
5-2. Front Display & Power Switch Circuit Diagram
Fig. 5-5-2
PWR_DECT
KEY2
CTRL
GR5#
HOST_RESET
GR2#
GR5
GR4
DATA
GR4#
KS3
GR3
GR6#
POWER LED1+
KS4
GR2
GR3#
GR2#
GR6
GR5#
CLK
GR1
STB
KEY1
GR6#
GR1#
POWER LED1+
GR4#
IR
GR3#
GR1#
GR2
GR5
0Y
EK
TE
SE
R_T
SO
H
GR3
2Y
EK
KEY2
KS2
PLLC
GR1
KS3
1Y
EK
/RESET
GR6
DATA
STB
LR
TC
KS1
KEY0
PWR_DECT
KS1
KS2
CLK
IR
GR4
KS4
SW106
REC
C111
47uF/16V
R114
330
R12810K
1 2R132
10K
LED5
480P
R106
100R
R103
100R
SW105
PLAY
R144
100R
19OIP
G04
29OIP
G14
39OIP
G24
49OIP
G34
59OIP
G44
69OIP
G54
79OIP
G64
0C
OIPG
741
COIP
G84
2C
OIPG
943
COIP
G05
BTS/4C
OIPG
15KL
C/5C
OIPG
25
GPIOC6/DOUT 1GPIOC7/DIN 2PLLC 3OSCI 4OSCO 5VSS 6VDD 7VDD 8GR1 9GR2 10GP3 11GR4 12GR5 13
6R
G41
7R
G51
8R
G61
02GS
7191
GS81
81GS/11
RG
9171
GS/21R
G02
61GS/31
RG
1251
GS/41R
G22
41GS/51
RG
3231
GS/61R
G42
21SK/21
GS/71R
G52
11SK/11
GS/81R
G62
GR19/SG10/KS1027SG9/KS928SG8/KS829SG7/KS730SG6/KS631SG5/KS532SG4/KS433SG3/KS334SG2/KS235SG1/KS136VEE37/RESET38GPIO9039
IC101
EPV6200
123456789
CN101
R105
100R
R134
4.7k
1234
CN102
1
23
Q104
2N3904
091R
R33
R13010K
R118
330
1
23
Q101
2N3904
SW108
TRAY
R113
330
SW103
CH-
691R
R33
C109
0.01uF
R19833R
1
23
Q103
2N3904
RI1
CC
V2
DN
G3
IR101
IR SENSOR
R115
330
C10327pF
1 2R131
10K
12
3Q107
2N3904 191R
R33
C10427pF
291R
R33
1
23
Q108
2N3904
C1010.1uF
391R
R33
491R
R33
591R
R33
R137 33R
R125470K
R1104.7K
C13047uF/16V
LED2
REC
R12910R
LED3
1080I
LED4
720P
R12610K
R109
100R
SW102
CH+
C110
220pF
L103 FB-DIP-80
C105
102
1
23
Q105
2N3904
R107
100R
PE1PC2NC3PG4PD.5PDHMS65G76G8PA9PF104G11PB123G13PD142G151G16
U102
SW101
OPEN/CLOSE
C108
220uF/16V
SW104
STOP
1
23
Q106
2N3904
1 2
D103
1N5819
C12
1uF
R136 33R
R117
330
R135 33R
C1020.01uF
R116
330
1 2R133
10K
R197
33R
C106
0.1uF
R101100R
2 1Y1
32.768KHZ
1
23
Q102
2N3904
R1272.2K
VDD
VDD
5SB_IN
VDD
5SB
5S
5SB
5SB
GND
TO FRONT AV BOARD
STB 5V
FROM POWER
BATTERY
LED+
KS4
KEY2
HOST_ESETIR
DATA
CLK
STB
0805 100 ohm
123456789
CN103
7 7
88
9 9
1212
1010
11 11
22
33
44
1155
JC102
LED1
POWER
1 2L108
1 2
L109
123456
CN105
421C
Fp022
1 2L101
1 2L102
12
D102 1N5819
4 3 2 1
CN107
1 12 2
3 3
4 4
55
66
JC101
4 3 2 1
CN108
951R
K001
351R
K001
651R
K0 01
987654321
CN104
741R
K001
SW107
STBAY
171R
K001
121C
Fp022
021C
Fp022
221C
Fp022
654321
CN106
321C
Fp022
DV INPUT
TO DIGITAL
TO FRONT DISPLAY
TO DIGITAL
TO DIGITAL DV IN
FRONT POWER SW
AL_F
AR_F
CVBS_F
C_F
Y_F
HOST_RESET
KEY2KS3
LED+
DATA
CLK
STB STB
CLKDATA
HOST_RESETIR
GNDGND
IR
L108
CN CN
CN
CN
CN
CN CN
CN
CN
CN
L109
POWER SWITCH
AV & DV INPUT UNIT
FRONT DISPLAY UNIT
5-3. Audio & Video Tuner Circuit Diagram
Fig. 5-5-3
ADS
LCS
FISVT_RA
VT_LA
BS5-P
V21PAV21NA
V33+
#R_NI_OIDUA
#NI_SBVC#L_NI_OIDUA
#NI_Y
0NICS#NI_C
L_NI_A 0NISBVC
0NIYS
CCV-P
33V-P
CFA
R_NI_A
V21NA
BS5-PV21PA
CCV-P
33V-P
ETUM_PAS
FIS
TUO_CFA
TUO_CFA
VT_RA
LCS
R_NI_A
ETUM_PAS
0NISBVC
L_NI_A
VT_LAVFV
LCS
VT_LA
CFA
VT_RA
0NICS0NIYS
VFV
ADS
ADS
BS5-P
V33+
V5A
DNGV
V5AV5A
V5A
V5A
V5A
DNGV
V5A
3C
Fn01
103JOEDIVS/ACR-NC
R06R
51PT
2BF
4C
V05/Fu01
3BF 4BF
R052R .C.N
61PT
33RK74
2C
V61 Fu01
R001R .C.N
92C
Fn01 .C.N
208WGNISUOH + NIP9
987654321
71PT
7BF
R08R .C.N
31PT
1BF .C.N
R05R
303WGNISUOH + NIP8
87654321
9BF
81PT
72C
Fn01
82C
V61 Fu01
1C
Fn01
1RENUT
TA50AR-V-511
1
2
3
4
5
6
7
8
9
01
11
21
31
41
51
61
71
81
91
2021
CN
CN
B+
CN
CN
CN
PT-CGA FR
CN
SSERDDA
KCOLC
ATAD
TUO TFA
TUO OIDUA
TUO FIS
TB
CN
TUO OEDIV
DNG
DNG
GN
DG
ND
5BF
6BF
11RK01
.C.N
41PT
8BF
K123R
31C
%01/Fu220.0
81RK7.4
.C.N
61C
Fu1.022C
Fu1.032C
Fu1.0
31RK01
41RK081
91RK7.4
.C.N
103CI
AS2385NA
12345678901112131415161 71
819102122232425262728292031323CN
EMIT/BWTED/BW
EMIT/EPSTED/EPS
LIF/EPSARAP/C2I
WSCGAEDOMOMOFETUMBB/FIS
TED/ESIONTED/PASFER/R+L
TED/TOLIPCNLLPCCVCNTUPNIFERFISFER/OERETSADSDNGEPLCSTED/CGATUORTUOLCNFER/R-L
Fp000141C
+
01CV61/Fu33.0
+8C
V61/Fu2.2
+91C
V61/Fu2.2
21C
Fu1.0
42RK7.4
.C.N
61RK7.4
.C.N42C
Fu22.0
+ 7CV61/Fu2.2
+
12CV61/Fu33.0
22RK7.4
71C
Fu330.0
+ 51C
V61/Fu2.2
21RK01
+81C
V61/Fu7.4
71RK7.4
K3.351R
32RK7.4
02RK7.4
+9C
%01/V61/Fu01
+ 6CV61/Fu2.2
12RK7.4
+
11C%01/V61/Fu3.3
+ 5CV61/Fu2.2
+02C
V61/Fu74
21PT
4PT
1Q0701N2
92RR001
01PT
8PT
103NC
2X8 REDAEH
21436587019211141316151
Fp06562C
6PT
11PT
1TM
1
1PT
3TM
1
R3382R
5PT
Fp06552C
7PT
3PT
2TM
1
4TM
1
2PT
3D
S45TAB
3
2
1
03RK01
72RR001
13RK7.4
9PT
5-4. Digital Circuit DiagramDigital Circuit System Diagram
Fig. 5-5-4
lenaP tnorF
tuptuo oediv lennahc 6
ecafretni lenap tnorF
lortnoc tceles ni oediV
tuo oiduA
CAD oidua rof kcolC
ecafretnI
52NIP
81_OICPG
23_OICPG
13NIP
74NIP
32NIP
72NIP
0SF_TRACS11_OICPG
DM62NIP
TESER_PSM
NI_OEDIV LES_02_OICPG
OICPG0_OICPG
51_OICPG
22NIP
05NIP
21_OICPG
-ETUM
_NI_OEDIV 2LES
emaN
NO_CIM71_OICPG
94NIP11_OICPG84NIP
LMCM
61_OICPG
31_OICPG41_OICPG
TED_SPV_NI_OEDIV 3LES
02NIP1PJ
1SF_TRACS23NIP
Vaddis V
Vaddis V
B_UR_V
G_Y
AT
IOR
DY
AT
IOW
-
AT
INT
RQ
AT
CS
0-A
TC
S1-
AT
IOR
-
AT
DM
AC
K-
AT
DA
0
RESET-
27MHZ_OSC
ALRCLKOABCLKO
SCLSDA
AT
DD
[0..1
5]
AT
DA
1A
TD
A2
AT
DM
AR
Q
VADDIS_AMCLK
VIDVLD
SPDIF
CDR
VR
ST
-
MC
VIDHS
ADC_ADAT
ML
VIDCLK
MD
VID[7..0]
VIDEO_IN_SEL2
VIDVS
CVBS
AOUT0
Y
SBREQ
SBDATSBCLKSBVALID
I54_DUPTDI54_DUPRD
I55_AODAT
I55_GPIO2I55_GPIO0
MUTE-
VIDEO_IN_SEL
GND
D5V+3.3V+1.8V
VDD_DAC
I55_RESET-
I55_ALRCLKI55_ABCLK
I55_AMCLK
SAP_MUTE
FPCDOUTFPCDINFPCCLKFPCSTB
IRRCV
HDMI_27MHZ_OSC
A150_VIDO_[0..7]
A150_VIDO_HSA150_VIDO_VS
A150_VCLKOx2
HD_SDAHD_SCL
AFC_OUT
HDMI
HDMI
RESET-HDMI_27MHZ_OSC
+1.8V+3.3VA150_VIDO_HS
A150_VIDO_VSA150_VCLKOx2A150_VIDO_[0..7]
A12V
VDIFGND
A150_SPDIFO
SCLSDA
HD_SDAHD_SCL GND
VOGND
Audio & Video Input_1
Audio & Video Input
SAP_MUTE
SDASCL
I55_CINI55_YINI55_CVBSIN
VIDEO_IN_SEL
A5V
AGND
AR
_RE
AL
AL_
RE
AL
AL_
FR
ON
TA
R_F
RO
NT
VIDEO_IN_SEL2
AR
_TV
AL_
TV
VGND
AFC_OUT
Activa100
Activa100
GBADR[9:0]GBDAT[15:0]
27MHZ_OSC
I55_RESET-
H_STROBE-H_WR-
VID[7:0]VIDVSVIDHS
VIDCLKVIDVLD
SBVALID
SBDATSBCLK
SBREQ
I55_RX0I55_TX0
LINK_CS-LINK_IRQ
I55_GPIO0I55_GPIO2
I55_
AB
CLK
I55_
ALR
CLK
I55_
AM
CLK
I55_
AO
DA
T
ISOCLK
ISORDYISOD[7:0]
ISOVALRX
ISOSTART
ISOVALTX
ISODIR
+3.3V+1.8V
GNDVGND
I55_CVBSINI55_YINI55_CIN
D5V
AD
C_A
DA
T
GB_ACK#
AUDIO OUTPUT_1
AUDIO OUTPUT
MUTE-
MLMCMD
AOUT0
ALRCLKOABCLKO
VADDIS_AMCLK
SPDIF+3.3V
GNDAGND
A5V
AL_
RE
AL
AR
_FR
ON
TA
L_F
RO
NT
AR
_RE
AL
AL_
TV
AR
_TV
I55_AMCLKI55_ALRCLKI55_ABCLKADC_ADAT
5SB
A12VA-12V
AUDIO_OUT_L
AUDIO_OUT_R
ATAPI INTERFACE
ATAPI INTERFACE
AT
CS
0-
AT
DD
[0..1
5]
DR
VR
ST
-
AT
INT
RQ
AT
DA
0A
TD
A1
AT
DM
AC
K-
AT
IOR
-A
TIO
W-
AT
DM
AR
QA
TIO
RD
Y
AT
CS
1-
AT
DA
2
GND
D5V
VIDEO OUTPUT_1Video Output
CYG_YCVBSR_VB_U
+3.3VV_GND
AUDIO_OUT_R
AUDIO_OUT_L
AGND
1394
1394
GBADR[9:0]
+3.3V
GND
ISOD[7:0]
GBDAT[15:0]
ISOSTART
ISOCLK
ISORDY
ISOVALRX
LINK_IRQLINK_CS-
H_WR-H_STROBE-
ISOVALTX
ISODIR
RESET-I55_RESET- GB_ACK#
+1.5V
POWER
POWERA12VA-12V
A5V
+1.8VGND
+3.3VD5V
VDD_DAC
5SB
+1.5V
RESET-
AT
DM
AR
Q
B_U
C
AT
CS
0-
AT
DM
AC
K-
AT
IOW
-
AT
DA
1
AT
DD
[0..
15]
AT
IOR
DY
AT
DA
2
AT
DA
0
AT
IOR
-
AT
CS
1-
Y
CVBS
DR
VR
ST
-
AT
INT
RQ
AOUT0
MCMD
ML
RESET-
SAP_MUTE
IRRCVFPCDOUTFPCDINFPCCLKFPCSTB
ALRCLKO
I55_
CIN
I55_
YIN
I55_
CV
BS
IN
GBDAT[15:0]
I55_GPIO2I55_GPIO0
ISOD[7:0] VIDCLK
VID[7..0]
H_STROBE-
ISOVALTX
VIDVLD
LINK_CS-
ISOSTART
SBVAILD
ISORDY
SBDAT
ISOVALRX
GBADR[9:0]
ISODIR
VIDVS
I55_RESET-
ISOCLK
LINK_IRQ
SBREQ
SBCLK
VIDHS
H_WR-
27MHZ_OSC
ADC_ADAT
VIDEO_IN_SEL
I55_AODAT
I55_AMCLK
SDA
I55_ALRCLK
CVBS
I55_ABCLK
I55_RESET-
CYG_Y
SCL
FPCDOUT
FPCCLK
VIDEO_IN_SEL2
SPDIF
G_Y
R_V
FPCDIN
IRRCVFPCSTB
MUTE-
ABCLKO
VADDIS_AMCLK
GB_ACK#
RESET-
VIDEO_IN_SEL2
MUTE-
G_Y
SDA
B_U
I55_CIN
MD
ML
VIDEO_IN_SEL
MC
I55_YIN
SCL
Y
CVBSR_V
SAP_MUTE
C
I55_CVBSIN
SCLSDA
HD_SDAHD_SCL
SPDIF
A150_VCLKOx2A150_VIDO_VSA150_VIDO_HS
HDMI_27MHZ_OSCRESET-
HDMI_27MHZ_OSC
A150_VIDO_[0..7]
A150_VIDO_[0..7]A150_VIDO_VSA150_VIDO_HSA150_VCLKOx2
HD_SCLHD_SDA
AU
DIO
_OU
T_R
AU
DIO
_OU
T_L
AFC_OUT
AFC_OUT
SCKDATA
RDY_FM
HOST_RSTIR
R_VB_U
I55_AMCLK
ADC_ADAT
ABCLKO
SPDIF
I55_ALRCLK
ALRCLKOVADDIS_AMCLK
AOUT0
I55_ABCLK
A5V
A12V
+1.8V
A-12V
+3.3VD5V
D5V
+3.3V
+3.3V
VDD_DAC
+3.3VD5V
VGND
+1.8V
+1.8V
VDD_DAC
D5V
5SB
V_GND
+1.5V
+1.5V
VGND
A5V
5SB
A5V
+3.3V
V_GND
A12V
+3.3V
VGND
A-12V
VOGND VDIFGND
+3.3V+1.8VA12V
V_GND
R136 33R
CN5086 PIN
123456
R4775R/1%
C36
1nF
R4575R/1%
R4475R/1%
R135 33R
R138 33R
R4975R/1%
R134 33R
TP36
TP34
C77
100pF
R120R(0805)
R4875R/1%
R132 33R
TP37
C78
100pF
TP35
TP38
R240R(0805)
C79
100pF
C76
100pF
R137 33R
R4675R/1%
5-4-1. Audio Output Circuit Diagram
Fig. 5-5-5
.etum ffO-rewoP
.etum ffO/nO-rewoP
stiucric etuM
tuo FIDP/S
CAD OIDUAGNILPUOC-ED
ETUM_TUO
LACITPO_FIDPS
R_TUO_OIDUA
L_MW
ETUM_TUO
-ETUM
L_TUO_OIDUA
GALFZ
FIDPS
ETUM_TUO
R_MW
ETUM_TUO
ETUM_TUO
A-12V
A12V
SP5V
5SB
A12V
A12V
A5V 5SB
A5V
+3.3V
A12V
+3.3V
A-12V
5SB
A-12V
5SB
+3.3V
A-12V
A12V
A5V
A-12V
5SB
A5V
+3.3V
C165
10uF/16V
Q152N3906
R319
10K
C351
0.1uF
R287 0R
R32810K
R281 33R
+
C32847uF/16V
R298
4.7K
+
-
IC514AAZ4558AM3
21
84
R300 4.7KN.C.
C327
0.1uF
C353
0.1uF
C324
680pF
+C17047uF/16V
+C313
47uF/16V
R290100K
R2882K
R294470R
C33110uF/16V
C340
1uF
+C102
47uF/16V
R2994.7K
+C350
47uF/16V
R314 10K
C317
0.1uF
Q182N3904
C329
0.1uF
C337
0.1uF
R29391K
R27910K
R324 5.1K
R2850RN.C.
C332
10uF/16V
C323
1nF
C341
1uF
D18 BAT54S
3
2
1R2860R
C33610uF/16V
+C16947uF/16V
C314
0.1uF
+
C31947uF/16V
C308220uF/16V
C318
0.1uF
R323 4.7K
R280 10K
C338
0.1uF
IC513WM8787
1
2
3
45
67
3231
1011
1213
14
15
16
171819
20
21
22
23
2425
2627
284140
4547
43
3839
4648
4244
89
33
34
35
30
29
37
36
AIN2L
AIN1R
AIN1L
DACBCLKDACMCLK
DINDACLRC
AUXLAUXR
ADCBCLKADCMCLK
DOUTADCLRC
DGND
DVDD
MODE
CEDICL
HPOUTL
HPGND
HPVDD
HPOUTR
NC1NC2
VOUTLVOUTR
VMIDDACAINOPLAINVGL
AIN4LAIN3L
AIN5L
AINVGRAINOPR
AIN3RAIN2R
AIN5RAIN4R
ZFLAGRZFLAGL
VMIDADC
ADCREFGND
ADCREFP
DACREFP
DACREFN
AGND
AVDD
R305
10K
R292 4.7K
C164
10uF/16V
C33910uF/16V
R307 4.7K
R296
4.7K
R318
680R
R308 5.1K
C33310uF/16V
R295100KR297
4.7K
C335
680pF
R304
680R
FB20
R3215.1K
FB9
Q172N3904
DIN
VCC
GND
J504GP1FAV51TK0F
1
2
3654
C320
10uF/16V
C439
1uF
C316
0.1uF
C307
0.1uF
R32933R N.C.
D17BAT54S
3
21
Q132N3906
FB19
R3021.8K
+
-
IC514BAZ4558AM5
67
84
R3151.8K
R3105.1K
R301240R
C321
0.1uF
R326 10K
R309 10K
C19100pF
R320 10K
+
C32247uF/16V
R3167.5K
C32510uF/16V
R3037.5K
C441
1uF
C334
1nF
C311
220uF/16V
R306 2K
R313 10K
+
C31547uF/16V
C352
0.1uF
Q162N3906
+C349
47uF/16V
D20 BAT54S
3
2
1
R325 10K
D16BAT54S
3
2
1
C438
1uF
C440
1uF
+
C33047uF/16V
C32610uF/16V R312 2K
D15 BAT54S
3
2
1
+C348
47uF/16V
C31247uF/16V
AR_REAL
AL_TV
MUTE-
AL_FRONT
ABCLKO
I55_AMCLK
A5V
AUDIO_OUT_L
AGND
SPDIF
AUDIO_OUT_R
AL_REAL
MDMC
AR_FRONT
I55_ABCLK
AOUT0
AR_TV
ML
ALRCLKO
+3.3V
GND
A12V
5SB
I55_ALRCLK
VADDIS_AMCLK
A-12V
ADC_ADAT
5-4-2. Decorder & SDRAM Circuit Diagram
Fig. 5-5-6
DIGITAL AUDIO I/F
VADDIS 3.3V DECUPS
SDRAM 3.3V DECUPS
I2C I/F
VADDIS 1.8V DECUPS
ANALOG VIDEO OUTPUTS
ATAPI AND AV DRIVE I/F
DIGITAL VIDEO INPUT
FRONT PANEL I/F
EEPROM
BOOT SELECT
SEL1 SEL0 BOOT DEVICE 0 0 NAND 0 1 NOR 1 0 UART 1 1 VMI A
ENCODER SERIAL BITSTREAM I/F
I54-I55 UARTINTERFACE
RESET CIRCUIT
Sel0Sel1
1) Work modeshort pin2 to pin4 of SW2,open pin1 to pin3 of SW2;or solder R143 and not solder R142; 2) Download & Debug modeshort pin1 to pin3 of SW2,short pin2 to pin4 of SW2.or solder R142 and not solder R143.
2x 64MBit(-16bit) SDRAM
ML
HD_SDA
VIDEO_IN_SEL
HD_SCL
GPCIO_15
MC
MD
GPCIO_14
GPCIO_11
GPCIOName
VIDEO_IN_SEL2GPCIO_32
MUTE-
GPCIO_12
GPCIO_18
GPCIO_17GPCIO_16
GPCIO_19VIDEO_IN_SEL GPCIO_32DRVRST-
INTEL28F640AM29DL640K8D6x16
AM29LV641
FLAS
H ME
MORY
SOC
KET
1) If using AM29LV641 / Intel 28F640/AT49BV320At ,install R93,R97,R117 , not install R98,R105,R116;2) if using K8D6X16 / AM29DL640 /SST39VF320 / SST39VF3202 / MBM29PL32 /MBM29DL32 /AT49BV322AT, installR98,R105,R116, not install R93,R97,R117.3).M29KW032E: Almost same to 2). But Pin14 connect to 12V, install R160.
SERIAL DEBUG I/F
EJTAG DEBUG CONNECTOR
AUDIO ICE CONNECTOR
VADDIS_AMCLK
VID[7..0]
ALRCLKOABCLKO
VADDIS_AMCLK
FRAMDAT25
RAMDAT6
RAMDAT28
FRAMBA0
FRAMDAT23
RAMDAT29
FRAMDAT19
RAMDAT23
FRAMDAT7
FRAMDAT17
RAMDAT20
RAMDAT7
RAMDAT22RAMDAT21
RAMDAT8
FRAMDAT28
RAMDAT26
FRAMDAT9
RAMDAT18
RAMDAT16
RAMBA0
FRAMDAT21
RAMDAT9
FRAMADD8
FRAMDAT16
FRAMDAT30
FRAMDAT22
FRAMDAT20
RAMADD7 FRAMADD7
RAMDAT27
RAMDAT25
FRAMDAT29
FRAMDAT31
FRAMADD5
FRAMDAT26
RAMADD5
FRAMDAT18
FRAMDAT27
RAMDAT19
RAMDAT17
FRAMDAT8
FRAMDAT5RAMDAT5
RAMADD8
FRAMDAT6
RAMDAT30RAMDAT31
FPCCLK
FRAMADD6RAMADD11
FRAMADD0
RAMADD6
RAMADD1
FRAMADD11
FRAMADD10
FRAMADD1
RAMADD10
RAMBA1 FRAMBA1
FRAMDAT24RAMDAT24
RAMADD9
RAMADD0
FRAMADD9
ICETDO
VID0
PLLCFGP
CVBSCVBSG_YG_Y
I55_GPIO0
DUPTD
GCLKP
ATINTRQ
IRRCV
PAMCLK
A150_VIDO_2
RSET
FPCSTB
ATCS0-
DRVRST-
MC
VID1
A150_VIDO_1
A150_VIDO_5
ATDMACK-
ATIOW-
VIDCLK
A150_VIDO_7
A150_VIDO_3
VIDHS
ADC_ADAT
I55_ABCLK
ATCS1-
SBREQ
MD
TESTMODE
VID7
VID4VID3
MUTE-
SCL
FPCDIN
AOUT0
PALRCLKO
A150_VIDO_6
SBCLK
I55_RESET-
COSYNC
R_VR_V
SBSOS
YY
DUPRD
FPCDOUT
RESET-GCLKA
PABCLKO
ATIOR-
I55_GPIO2
VIDVS
VID5
A150_VIDO_0
CC
I54_DUPTD
ATIORDY
SBVALIDSBDAT
SDA
PLLCFGA
SPDIF
A150_VIDO_HS
A150_VIDO_4
B_UB_U
ML
A150_VCLKOx2VCLK
ATCS0-
VIDEO_IN_SEL2
VID6
VID2
A150_VIDO_VS
ATCS1-
ATDA2ATDA1ATDA0
VIDVALID
I54_DUPRD
FPCCLK
I55_AODAT
I55_ALRCLK
RAMBA1
RAMWE-
RAMCKE
RAMBA1ATDD14
ATDD12
ATDD1
ATDD15
RAMCS-
RAMRAS-
PCLK1
RAMCAS-
RAMRAS-RAMCS-
ATDD4
RAMCAS-
PNVMCE-
PCLK
PNVMR_B
RAMBA1
ATDD3
RAMCAS-
ATDD13
PCLK
RAMDQM
RAMCKE
ATDD6
ATDD[0..15]
PCLK
RAMRAS-
RAMCS-
RAMWE-
ATDD9
ATDD7
ATDD11
ATDD0
ATDD5
ATDD2
RAMCKE
ATDD8
RAMDQM
ATDD10
RAMWE-
RAMBA0
RAMBA0
RAMBA0
HD_SCLHD_SDA
XO
CLK_OUT
FPCSTB
FPCDINIRRCV
AFC_OUT
A150_VIDO_VS
RESET-
RAMDQM
RAMDAT8
RAMDAT5
RAMDAT10
RAMADD3
RAMADD10
RAMDAT14
RAMDAT21
RAMADD11
RAMADD6
RAMADD8
RAMADD8
RAMDAT2
RAMADD1
RAMDAT14
RAMDAT21
FRAMADD9
RAMDAT11
RAMDAT26RAMADD9
PNVMCE-
FRAMDAT24
RAMADD3
RAMADD[12..0]
RAMDAT2
RAMADD9
FRAMADD8
PNVMR_B
RAMDAT12
RAMDAT3
RAMDAT4
RAMDAT23
RAMDAT20
RAMDAT11
RAMDAT18
RAMADD10
FRAMBA1
FRAMADD5
RAMDAT0
RAMDAT13
RAMDAT27
RAMDAT31
RAMDAT6
RAMDAT28
RAMDAT24
FRAMDAT5
FRAMDAT9
RAMDAT4
RAMDAT10
RAMADD6
RAMDAT3
RAMDAT29
RAMADD2
FRAMDAT16
FRAMDAT23
FRAMBA0
RESET-
RAMDAT4
RAMADD7
RAMADD7
RAMDAT1
RAMDAT7
RAMDAT18RAMADD3 RAMDAT19RAMADD4
RAMDAT28
FRAMDAT28
FRAMDAT31FRAMADD11
RAMDAT11
RAMADD7
RAMDAT26
RAMDAT9RAMDAT8
RAMDAT5
RAMDAT19
RAMDAT24
FRAMDAT26
FRAMDAT29
FRAMDAT7
RAMADD4
RAMDAT16
RAMDAT9
RAMDAT22
RAMADD0
RAMDAT30
RAMADD2
RAMADD12
FRAMDAT17
FRAMDAT27
RAMDAT0
RAMDAT17
RAMDAT1
RAMDAT7
RAMADD5RAMADD4
RAMDAT12
FRAMDAT22
FRAMDAT19FRAMDAT6
RAMADD2
RAMADD12
RAMADD6 RAMDAT3
RAMADD1
RAMADD5
RAMDAT6
RAMDAT30
FRAMDAT18FRAMDAT20
FRAMDAT21
FRAMDAT25
FRAMADD10
FRAMADD6
RAMDAT20
RAMADD9
RAMDAT15
RAMADD5
FRAMDAT30
FRAMADD1
FRAMDAT8
RAMDAT22
RAMADD1RAMADD0
RAMADD0
RAMDAT25
RAMDAT10
RAMADD3
RAMADD11
FRAMADD0
RAMDAT23
RAMDAT13
RAMDAT15
RAMADD10
RAMDAT12
FRAMADD7
RAMDAT[31..0]
RAMDAT16RAMDAT17
RAMDAT27
RAMADD2
RAMADD4
RAMADD12
RAMDAT31
RAMADD8RAMDAT25
RAMADD11
RAMDAT29
RESET-
ICETDO
EJTDIEJTRST
EJTCK
EJTCK
EJTRSTDUPTD
EJTDO
EJTMSEJTDO
FP_CTRL2
PLLSEL
BOOTSEL1BOOTSEL0
ICEMODE
ICETMS
ICETDI
ICETDIICETMS
ICEMODEICETCK
EJTMS
EJTDIDUPRD
ICETCK
+1.8V
VDD_DAC
+3.3V
+3.3V
+3.3V
+3.3V
SD1_+3.3V
+1.8V
+3.3V
+3.3V
+3.3V
+1.8V
D5V
+3.3V
D5V
+3.3V
SD1_+3.3V
+3.3V
SD1_+3.3V
SD1_+3.3V
D5V
VDD_DAC
+3.3V
SD1_+3.3V
+1.8V
SD1_+3.3V
D5V
+3.3V+3.3V
+ C10
47uF/16V
R1420R
RP13 47RX41234 5
678
R9 33R
C911nF
+ C3147uF/16V
R159 4.7K
R97 51R
R6 0R
C1390.1uF
RP14 47RX41234 5
678
C98
0.1u
F
C1171nF
RP12 47RX41234 5
678
R61
4.7K
C1680.1uF
R19470R
R108 51R
TP113
1
C870.1uF
R86
4.7K
C1873.3nFN.C.
R50100KN.C.
C1520.1uF
C930.1uF
C1010.1uF
C990.1uF
R184.7K
R143 0RN.C.
TP105
1
R1 100R
R174.7K
TP112
1
C1600.1uF
IC512
AT24C08A
12345
678 A0
A1A2
GNDSDASCLWPVCC
+C28
47uF
/16V
C64
0.1u
F
RP7 47RX41234 5
678
R64 0R
C1061nF
C921nF
RP8 47RX41234 5
678
R153 330R
C1140.1uF
+ C22
47uF/16V
C17
0.1u
F
+C43
47uF
/16V
C1780.1uF
R100 51R
TP107
1
R5 33R
R99 51R
C1430.1uF
C880.1uF
SW2
CN2.54MM2X2-M
34
12
C270.1uF
R1010R N.C.
C32
0.1u
F
R62
4.7K
C16
10nF
R91 51R
C610.1uF
C1070.1uF
R95 51R
C3710nF
R13 0R
R117 0R N.C.
TP8 1
+C48
47uF
/16V
TP109
1
C1151nF
+ C13
47uF/16V
TP115
1
C750.1uF
IC511
MX29LV160BBTC-70
2524232221201918
87654321
48
4637
2931333538404244
3032343639414345
13
2826
47
1112
27
14
171615109
A0A1A2A3A4A5A6A7
A8A9A10A11A12A13A14A15
A16
GN
DV
CC
DQ0DQ1DQ2DQ3DQ4DQ5DQ6DQ7
DQ8DQ9
DQ10DQ11DQ12DQ13DQ14
DQ15/A_1
VPP
OECE
VC
CO
WERP
GN
D
WP
A17A18A19A20A21
R3 0R
R14 1K
Q12N3904
IC509
27MHz
3
1
4
2
OUT
N/C
VCC
GND
R96 51R
IC510
ZR36750-BGCG-V
N3P4P3R3R4P1P2N4N1L4
M1N2M2L1L2
U12V11Y14
W13Y13Y12
W14Y11
W11
Y9W8Y8Y7
W7V8U8V9U9
V10
W18Y18
W17Y17
W16Y16
W15Y15V14U14V15V16V17U17V18U18W6Y6
W5Y5
W4Y4Y3Y2
W2W3V4U4V5V6U6V7
W9U10
D2C2A1B2D3C3D4C4A4B4A3B3A2E4E3F4B1C1D1F3E2E1G3F1F2G1G2
E17F17F18G17
D16D17
K17
L19L20L18M19M20M18R17T20T19K18
E19E20F20F19G19C17C16J17J19H20H19G20J20
C14A14B15B14
J3J2
G4H4H3H1H2
W19U20V20V19U19Y20Y19W20
T3U3
C10D10
C13D13
B17A17
C15B16
K3K4K2K1J1
B12
E5
F5
H5
K16
K5
N5
R5
E7
T7
U7
T9
E10
T11
U11
E12
U13
E15
M16
R16
U16
T15
E13
L17
V12
W10
L5 A18
A13
A16
D12
T5
T6
T8
T10
T12
T13
V13
T14
U15
T16
J9 K9
L9 M9
L10
K11
K12
H16
J11
J12
J10
K10
E14
L16
W12
Y10
M5
A12
A15
C19
B19
B20
G16
G18H17
K20K19
M17N20N19N18N17P20P19P18R18R19P17R20
M3L3
M4
Y1W1
D15
C9
D11
B7A7B8A8B9A9
B10A10B5A5B6A6C6D6D7C7C5
D5
D8C8
D9
B13
D14
J4B18C18V1V2U2U1T1T2R1R2B11C11C12V3
U5
E9
A19
A20
E8
C20
D20
A11
L11
L12
M10
M11
M12
T4
E11T17J5T18
J18H18E18D19D18
NVMDA0NVMDA1NVMDA2NVMDA3NVMDA4NVMDA5NVMDA6NVMDA7NVMR/BNVMCE
NVMRENVMWPNVMWENVMALENVMCLE
PCLKRAMCKERAMWERAMCASRAMRASRAMCSRAMDQMRAMBA1RAMBA0
RAMADD0RAMADD1RAMADD2RAMADD3RAMADD4RAMADD5RAMADD6RAMADD7RAMADD8RAMADD9
RAMDAT0RAMDAT1RAMDAT2RAMDAT3RAMDAT4RAMDAT5RAMDAT6RAMDAT7RAMDAT8RAMDAT9RAMDAT10RAMDAT11RAMDAT12RAMDAT13RAMDAT14RAMDAT15RAMDAT16RAMDAT17RAMDAT18RAMDAT19RAMDAT20RAMDAT21RAMDAT22RAMDAT23RAMDAT24RAMDAT25RAMDAT26RAMDAT27RAMDAT28RAMDAT29RAMDAT30RAMDAT31
RAMADD10RAMADD11
ATDD0ATDD1ATDD2ATDD3ATDD4ATDD5ATDD6ATDD7ATDD8ATDD9ATDD10ATDD11ATDD12ATDD13ATDD14ATDD15ATDMARQATIOWATIORATIORDYATDMACKATINTRQATDA0ATDA1ATDA2ATCS0ATCS1
DAC_BUDAC_RVDAC_GY
DAC_CVBS
RSETVREF
COSYNC
VIDO_2VIDO_3VIDO_4VIDO_5VIDO_6VIDO_7VSYNCHSYNC
VCLKVCLKx2
AMCLKALRCLKI
ABCLKIALRCLKO
ABCLKOAIN0AIN1
AOUT0AOUT1AOUT2AOUT3AOUT4SPDIF
XOGCLKPGCLKARESET
PLLCFGAPLLCFGP
FPCDOUTFPCDINFPCCLKFPCSTB
IRRCV
MODRIMODDCDMODDSRMODCTSMODDTRMODRTSMODRDMODTD
DUPRDDUPTD
BOOTSEL0BOOTSEL1
SPIDATOSPICLK
I2CDATI2CCLK
SERADC0SERADC1
EJTRSTEJTDI
EJTDOEJTMSEJTCK
GPAIO0
VD
DP
VD
DP
VD
DP
VD
DP
VD
DP
VD
DP
VD
DP
VD
DP
VD
DP
VD
DP
VD
DP
VD
DP
VD
DP
VD
DP
VD
DP
VD
DP
VD
DP
VD
DP
VD
DP
VD
DP
VD
DP
VD
DC
VD
DC
VD
DC
VD
DC
VD
DC
VD
D_D
AC
VD
DA
_PLL
VD
DA
_DC
VD
D_I
P
VS
SP
VS
SP
VS
SP
VS
SP
VS
SP
VS
SP
VS
SP
VS
SP
VS
SP
VS
SP
VS
SP
VS
SP
VS
SP
VS
SP
VS
SP
VS
SP
VS
SP
VS
SA
_AM
CLK
VS
SP
VS
SP
VS
SP
VS
SP
VS
SC
VS
SC
VS
SC
VS
SC
VS
SC
VS
SA
_PLL
VS
SA
_DC
VS
S_D
AC
P
VS
S_D
AC
B
VS
S_D
AC
D
VD
DA
_AM
CLK
DAC_YDAC_C
VIDO_1VIDO_0
VIDI_0VIDI_1VIDI_2VIDI_3VIDI_4VIDI_5VIDI_6VIDI_7VIDIVSVIDIHS
VIDICLKVIDIVALID
NVMR/B1NVMCE1
NVMCD
PNVMCEPNVMR/B
SERADC2
PWM
BOOTSEL2
HD0HD1HD2HD3HD4HD5HD6HD7HA0HA1HA2HA3HWRHRDHCSHIRQHACK
HACK1
HCS1HIRQ1
PLLSEL
SPIDATI
TESTMODE
GPCIO6GPCIO7GPCIO8GPCIO9
GPCIO10GPCIO11GPCIO12GPCIO13GPCIO14GPCIO15GPCIO16GPCIO17GPCIO18GPCIO19GPCIO20
VD
D_I
P
VD
DC
VD
D_D
AC
VD
D_D
AC
VS
SC
VS
S_D
AC
DV
SS
_DA
CD
VS
SA
_PLL
VS
SP
VS
SP
VS
SP
VS
SP
VS
SP
RAMADD12
ICETDIICETDOICETMSICETCK
SBCLKSBREQSBDAT
SBVALIDSBSOS
RP2
4.7KX4
1234 5
678
C10310nF
RP15
4.7KX4
12345 6 7 8
C1460.1uF
TP21
C65
10nF
R8 33R
TP111
1
RP214.7KX4
1 2 3 45678
C433
0.1uF
C10410nF
R20470R
C1130.1uF
C39
0.1uF
R98 51R
TP114
1
IC507
K4S641632H-TC/L60
232425262930313233342235
37
1916
457810111342
2
44454748505153
38
17181539
36
40
41 54 6 12 46 52
14 27 3 9 49 43128
2021
A0A1A2A3A4A5A6A7A8A9A10A11
CKE
CSWE
D1D2D3D4D5D6D7D8
D0
D9D10D11D12D13D14D15
CLK
CASRASLDQMUDQM
A12
N.C
VS
SV
SS
VS
SQ
VS
SQ
VS
SQ
VS
SQ
VD
DV
DD
VD
DQ
VD
DQ
VD
DQ
VD
DQ
VD
DV
SS
BA0BA1
C380.1uF
C660.1uF
C86
10nF
R93 51R
C330.1uF
+ C24
47uF/16V
C435
0.1uF
C8910nF
R330 0R
C1160.1uF
TP110
1
FB5
R235 0R
C441nF
C290.1uF
C56
0.1uF
C9010nF
C10010nF
R105 51R
TP6
C432
0.1uF
SW3
JUMPERN.C.
12
IC504
K4S641632H-TC/L60
232425262930313233342235
37
1916
457810111342
2
44454748505153
38
17181539
36
40
41 54 6 12 46 52
14 27 3 9 49 43128
2021
A0A1A2A3A4A5A6A7A8A9A10A11
CKE
CSWE
D1D2D3D4D5D6D7D8
D0
D9D10D11D12D13D14D15
CLK
CASRASLDQMUDQM
A12
N.C
VS
SV
SS
VS
SQ
VS
SQ
VS
SQ
VS
SQ
VD
DV
DD
VD
DQ
VD
DQ
VD
DQ
VD
DQ
VD
DV
SS
BA0BA1
C1420.1uF
R22 33R
C434
0.1uF
RP16
4.7KX4
1234 5
678
R70 1K
C1440.1uF
R79 392R/1%
C1450.1uF
C1270.1uF
TP104
1
RP10 47RX4
1234 5
678
RP18470RX4
1 2 3 45678
C1180.1uF
RP9 47RX41234 5
678
R1504.7K
+C30
47uF
/16V
C12
010
nF
R1512K
C1120.1uF
R1524.7K
R116 51R
TP121
RP11 47RX41234 5
678
C15810nF
Q122N3904
R94 51R
C1571nF
TP108
1
TP106
1
CN506
HEADER 8X2N.C.
1 23 45 67 89 1011 1213 1415 16
B_UR_VG_Y
ATIORDY
ATIOW-
ATINTRQ
ATIOR-
ATDMACK-
ATDA0
27MHZ_OSC
ALRCLKOABCLKO
SCLSDA
ATDA1ATDA2
ATDMARQ
SPDIF
C
DRVRST-
MC
ADC_ADAT
ML
MD
VIDEO_IN_SEL2
CVBS
AOUT0
Y
SBREQSBDAT
SBCLK
SBVALID
I54_DUPTDI54_DUPRD
I55_AODAT
I55_GPIO2
I55_GPIO0
MUTE-
VIDEO_IN_SEL
I55_RESET-
ATCS0-ATCS1-
VID[7..0]VIDVSVIDHS
VIDVLDVIDCLK
I55_ALRCLKI55_ABCLK
VADDIS_AMCLK
RESET-
SAP_MUTE
FPCDOUTFPCDINFPCCLKFPCSTBIRRCV
I55_AMCLK
ATDD[0..15]
HDMI_27MHZ_OSC
A150_VIDO_VSA150_VIDO_HS
A150_VCLKOx2
A150_VIDO_[7..0]
HD_SCLHD_SDA
AFC_OUT
GND
D5V
+1.8V+3.3V
VDD_DAC
5-4-3. HDMI Circuit Diagram
Fig. 5-5-7
ROF C2IYLNO DH
V3.3TDDVA_77I ROF REWOP
A_77I rof rewoP V3.3TDDV
RDDA C2I GIFNOC
A8X0 = RDDA
TUO IMDH
LATIGIDOEDIV
F/I
V3.3_TDDVA_DH
V3.3_CAD_DH
V8.1_FIDV_DH
+KLC_SDMT
-0D_SDMT
-KLC_SDMT
+2D_SDMT
+1D_SDMT
-2D_SDMT
+0D_SDMT
-1D_SDMT
CNYSH_DHCNYSV_DH
+2D_SDMT
-0D_SDMT
TUO_GULPTOH GULPTOH
OFIDPS_051A
V8.1_LLP_DH
LCS_DHADS_DH
OFIDPS_051A
SH_ODIV_051ASV_ODIV_051A
FERV_DH
+2D_SDMT
-KLC_SDMT
LCS_DH
-2D_SDMT
+0D_SDMT
GULPTOH
+1D_SDMT
+KLC_SDMT-0D_SDMT
ADS_DH
-1D_SDMT
-1D_SDMT
-KLC_SDMT-2D_SDMT+KLC_SDMT
+1D_SDMT
+0D_SDMT
3_ODIV_051A
5_ODIV_051A
1_ODIV_051A
7_ODIV_051A
2_ODIV_051A
2xOKLCV_051ASV_ODIV_051A
6_ODIV_051A
SH_ODIV_051A
4_ODIV_051A
0_ODIV_051A
+3.3V
+1.8V
VOGNDVDIFGND
HD_3.3V
HD_1.8V
+3.3V +1.8V
HD_3.3V
VOGND
HD_3.3V
VDIFGND
+3.3V
HD_1.8V
VDIFGNDVOGND
+1.8V
A12V
+1.8V
VOGND
HD_AVDDT_3.3V
HD_AVDDT_3.3V+3.3V
VDIFGND
VOGND
HD_1.8V
+3.3V
HD_+5VA12V
HD_+5V
HD_+5VHD_+5V
VDIFGND
A12V
FB33
ACM2012
N.C.
12
34
TP321
FB32
ACM2012
N.C.
12
34
R341 0R
FB26
C380
0.1uF
C1630.1uF
J503
HDMI_TYPE_A123456789
10111213141516171819
20 21 22 23
TDMS_D2+TDMS_D2_SHIELDTDMS_D2-TDMS_D1+TDMS_D1_SHIELDTDMS_D1-TDMS_D0+TDMS_D0_SHIELDTDMS_D0-TDMS_CLK+TDMS_CLK_SHIELDTDMS_CLK-CECNCSCLSDADDC/CEC_GND+5VHOTPLUG
GN
DG
ND
GN
DG
ND
R340 1.8K
C379
0.1uF
C366
0.1uF
C360
0.1uF+ C362
100uF/16V
R331
2.7K
+ C356
100uF/25V
FB30
R335 392R_1%
FB28
C373
0.1uF
+ C372
47uF/16V
FB35
ACM2012
N.C.
12
34
+C355
10uF/16VR342 1.8K
R333
1K
R343
10K
R339 4.7K
C374
0.1uF
+C354
10uF/16V
Q202N3904
+ C365
100uF/25V
R332
1K
IC516
12345678
9 10
11
1213
1415
16
1718192021
22
23
24
25
26
27282930
31
32
3334
3536
3738
39
40
41
42
43
44 45
4647
48
4950
51
5253
54
5556
57 5960
5861
626364
65
666768
6970
71
72
73
74
75
76
77787980
VIN[0]VIN[1]VIN[2]VIN[3]VIN[4]VIN[5]VIN[6]VIN[7]
VD
DIP
VD
DC
VCLKx2
GN
DC
GN
DP
HSYNC/I2C_CFG0FIELD/I2C_CFG1
VD
DP
GPIO[9]GPIO[8]GPIO[7]GPIO[6]GPIO[5]
SPDIF/I2C_CFG2
GPIO[15]
GN
DP
GPIO[4]
VD
DP
GPIO[3]GPIO[2]GPIO[1]GPIO[0]
VD
DC
HOTPLUG
GN
DC
GN
DP
SCLSDA
GPIO[16]GPIO[17]
CEC
VD
DP
RESET-
VD
DP
LL
REFCLK
GN
DP
LL
AG
ND
T33
TXCNTXCP
AV
DD
T33
TXDN0TXDP0
AG
ND
T33
TXDN1TXDP1
AV
DD
T33
TXDN2TXDP2
AG
ND
T33
AG
ND
T1_8
AV
DD
T1_8
CSETVREF
GN
DD
AC
BS
GN
DD
AC
PRSET
VD
DD
AC
Y/GPr/RPb/B
GN
DD
AC
GN
DC
H_SYNC
VD
DC
V_SYNC
GN
DP
GPIO[14]
VD
DP
GPIO[13]GPIO[12]GPIO[11]GPIO[10]
+ C371
100uF/16V
TP281
C378
0.1uF
FB29
R334 430R_1%
FB31
Q192SA1955F
IC515L78L05/TO92
3 1
2
IN OUT
GN
D
C375
0.1uF
R337 4.7K
C369
0.1uF
C363
0.1uF
FB34
ACM2012
N.C.
12
34
Q21
2N7002
2
31
TP301
C376
0.1uF
+ C359
100uF/16V
R338 4.7K
TP311
C357
0.1uF
+ C368
47uF/16V
FB27
C341nFN.C.
TP331
FB25
C361
0.1uF
TP291
R345 0R
C377
0.1uF
R336 4.7K
Q22
2N7002
2
31
RESET-HDMI_27MHZ_OSC
+1.8V+3.3V
A12V
VDIFGND
A150_SPDIFO
SCLSDA
HD_SDAHD_SCL
GNDVOGND
A150_VIDO_VSA150_VIDO_HS
A150_VIDO_[0..7]
A150_VCLKOx2
5-4-4. Audio & Video Input Circuit Diagram
Fig. 5-5-8
LES NI OEDIV S TNORF : H OEDIV S LAER : L OEDIV
I_OEDIV LES_NI_OEDIV TUPTUO 2LES_NNI_OEDIV_VT L L
NI_TRACS L HR_SBVC H LF_SBVC H H
23OICPG LES_NI_OEDIVOICPG 2LES_NI_OEDIV
R_SBVC
F_RA
F_SBVC
R_F_SBVC
F_LA
F_Y
2LES_NI_OEDIV
R_F_SBVC
F_Y
LES_NI_OEDIV
NI_OEDIV_VT
LES_NI_OEDIVF_C
R_Y
R_C
F_C
VFV
NICS
R_SBVC
NIYS R_Y
R_C
NISBVC
F_SBVC
NI_OEDIV_VT
L_NI_A
TUO_CFA
VT_LA
R_NI_ANICS
ADSETUM_PAS
VT_RA
LCS
NIYSNISBVC
VFV
VGND
A5V
A5V
VGND
VGND
VGND
A5V
VGND
VGND
VGND
C35
1nF
TP78
C395 1uF
R372 0RTP83
C392 1uF
+ C38647uF/16V
R352 330R
IC518
BA7653AFV
1
3
2
4
6
7
8
5
IN1
IN2
CTLA
CTLB
VCC
OUT
GND
IN3
R37875R 1%
R36375R/1%
C390 1uF
TP95
TP74
C394 1uF
TP79
R356
75R/1%
CN503
HEADER 8X2
1 23 45 67 89 1011 1213 1415 16
TP76
R38075R 1%N.C
R364 330R
TP85
C389 1uF
TP86
CN5079PIN + HOUSING
123456789
IC517BA7607F
1
32
4
678
5
910111213
16
1415
IN2A
OUTACTLA
GND
OUTCCTLCIN2C
OUTB
IN1CGNDIN1B
CTLBVCC
IN1A
IN2BGND
R368 330R
TP72
TP81
R373 0R
C384 10nF
R370 0R
R349 0R
TP77
TP82
C396
0.1uF
R369 330R
TP87
+ C393
47uF/16V
TP80
R371 0R
TP73
TP88
TP75
R36775R/1%
R37975R 1%
R37775R 1%
TP89
C387
0.1uF
R36275R/1%
TP84
C391 1uF
C385 10nF
C383 10nF
AGND
AR_FRONT
I55_YIN
VIDEO_IN_SEL
VGND
I55_CVBSIN
VIDEO_IN_SEL
AL_FRONT
VIDEO_IN_SEL2
A5V
I55_CIN
AL_TV
AR_TV
AL_REAL
AR_REAL
SDASCLSAP_MUTEAFC_OUT
5-4-5. 1394 Circuit Diagram
Fig. 5-5-9
0 : NO BYTE SWAP
CONFIGURE THEMICROCONTROLLERINTERFACE TO68K-LIKE
1394 I/F
H_STROBE-LINK_CS-
LINK_IRQ
ISORDY
ISODIR
GND
+3.3V
ISOVALRX
+1.5V
GB_ACK#
GB_ACK#
GBADR[9:0]GBDAT[15:0]
H_WR-
RESET-
ISOD5
ISOD2
MCIF_SEL0
H_STROBE-
H_WR-
GBDAT7
GBDAT13
GBADR7
ISOD1
GBDAT4
GBADR3
ISOD[7:0]
GB_ACK#
GBADR5
GBDAT9
GBADR6
GBADR1
-TPA1
ISOSTART
GBDAT0
MCIF_SEL1
GBADR4
ISOCLK
ISORDY
ISOD6
GBDAT1
GBDAT10
GBADR2
GBADR9
GBDAT6
GBDAT14
GBDAT3
GBDAT11
ISOD3
GBDAT8
ISOVALTX
ISODIR
LINK_CS-
GBDAT2
GBDAT5
GBDAT15
GBADR8
GBDAT12
+TPB1
ISOD7
ISOD4
LINK_IRQ
GBADR0
ISOVALRX
ERROR
ISOD0
+TPA1
-TPB1
DV_RESET-
+3.3V
PHY_VCC
PHY_VCC
+1.5V
+3.3V
+3.3V
PHY_PLL_VCC
PHY_VCC
+3.3V
+3.3V
+1.5V
PHY_PLL_VCC
+3.3V
+3.3V
+1.5V
+1.5V
+3.3V
PHY_PLL_VCC
C230
0.1uF
C219
0.1uF
C241
0.1uF
C238
10nF
R222 56R2
FB11
R221
56R2
R214 10K
R232
10K
TP21
TP241
R211 0R N.C.
TP39
C221
0.1uF
+ C218
47uF/16V
R213 10K
C242
10nF
C227
0.1uF
R223
4.7K
R224 4.7K R225
5.1K 1%
C239
10nF
C215
0.1uF
R216
10K
R215 10K
C214 12pF
R227 0R
RP22 4.7KX412345
678
+ C237
47uF/16V
C231
0.1uF
C228
0.1uF
TP221
TP40
+ C212
47uF/16V
R212 10K
C217 1uF
TP251
+ C225
47uF/16V
R220
56R2
C223
0.1uF
R219
4.7K
C245
10nF
R226 56R2
TP41
R229
4.7K
RP23 4.7KX412345
678
C233
0.1uF
C240
0.1uF
C216
270pF
R231 0R
C234
10nFC213 12pF
TP231
C229
0.1uF
TP42
R230 1K
C226
0.1uF
C232
0.1uF
C222
0.1uF
RP25 4.7KX412345
678
FB10
RP24 4.7KX412345
678
R217 1K
C220
0.1uF
Y2
24.576MHz
C235
10nF
C236
0.1uF
R218 6K34 1%
C224
0.1uF
CN501
6 PIN + HOUSING
123456
ZR35162-BGCGPRELIMINARY-V1.97SLLS560-Jan-2004
ZR35162-BGCG
IC505
B12
H8
M5
B2
H1
N6
J7P11
H2
H9
F5
H5
N4
G5
D6
K1
D4
J1
H3
K2
K13
F13
H6
L3
P6
H7
L6
G9
J8
J4
L1
P5
J6M7
M6
C10
L4
P7
B5
K3
J2
P3
N7
K4
G1G3
H14
L7M8K7P8L8N8K8
M4H4M1L5K6M2N5M3N1P2P1P4
D1
D2
D7
C6
A5
F3 J5 L2 K5
M9
P14
K11
C14
B8
E3
E4
N2
N3
M12
N13
C13
C12
G8
G7
G6
F9 F8 F7 F6 E5
C1
J9
J3
F2
F1G2
F4
G4
K9L10P9N9L9
N10
C8
P10L11M13N14M14B11A10A11E10
B9C7
B10A13
D10C9
E9A14
D9
G13G10G11G14M10D14E13E14E12E11F10F12F11
L12K12L14L13H12H13H11J10J14J13J12K14
M11N11P13N12P12
G12H10
B13D12D11D13
A12B14
F14K10J11
D5
B6A6
E6E7
A3
B3C4
B4C5
A1B1
C2D3
E1E2
B7
A7
E8
D8
C11
A8
A9
A2A4C3
VS
S
TB6
PCI_AD14/MCIF_D14
AV
SS
PCI_AD27
PCI_AD12/MCIF_D11
TB3
VS
S
PCI_AD25/MCIF_A11
TB5
PCI_AD31
PCI_AD26
VS
S
VS
S
AV
SS
PCI_AD20/MCIF_A5
AV
SS
PCI_AD23/MCIF_A9
PCI_AD28
PCI_AD18/MCIF_A4
VS
S
VS
S
TB8
PCI_AD16/MCIF_A2
PCI_AD11/MCIF_D12
TB7
PCI_AD10/MCIF_D9
TB9
TB2
PCI_AD24/MCIF_A10
PCI_AD17/MCIF_A3
PCI_AD13/MCIF_D13
TB4
VS
S
PCI_AD9/MCIF_D10
VS
S
VS
S
PCI_AD7/MICF_D6
AV
SS
PCI_AD19/MCIF_A6
PCI_AD21/MCIF_A8
PCI_AD15/MCIF_D15
PCI_AD8/MCIF_D8
PCI_AD22/MCIF_A7
PCI_AD29PCI_AD30
VS
S
PCI_AD6/MICF_D7PCI_AD5/MICF_D5PIC_AD4/MICF_D4PIC_AD3/MICF_D3PCI_AD2/MICF_D2PCI_AD1/MICF_D1PIC_AD0/MICF_D0
PCI_PAR/MICF_LITTLE_ENDIANPCI_C/BE3#PCI_C/BE2#PCI_C/BE1#PCI_C/BE0#PCI_FRAME#/MCIF_REZ/MCIF_RWPCI_PERR#PCI_TRDY#/MCIF_WEZ/MCIF_STRBZPCI_IRDY#PCI_STOP#/MCIF_CSZPCI_DEVSEL#/MCIF_ACKZPCI_SERR#
VD
D_P
LL
AV
DD
AV
DD
AV
DD
AV
DD
VD
D_I
OV
DD
_IO
VD
D_I
OV
DD
_IO
VD
D_I
OV
DD
_IO
VD
D_I
OV
DD
_IO
VD
D_I
O
1.5V
1.5V
1.5V
1.5V
1.5V
1.5V
1.5V
1.5V
TB10
TB11
TB12
TB13
TB14
TB15
TB16
TB17
VS
S_P
LL
TB1
PCI_IDSEL
PCI_INTA#/MCIF_INTZ
PCI_REQ#PCI_GNT#
PCI_CLK
PCI_RST#/RESET_HOSTZ
TDITDOTCKTRST#TMS
RESETZ
RESET_LINKZ
GPIO0GPIO1/HDSI0_AVGPIO2GPIO3/HDSI1_AVGPIO4GPIO5/HDSI2_AVGPIO6GPIO7GPIO8GPIO9GPIO10
EXDMA_REAZ_CH0EXDMA_ACKZ_CH0
EXDMA_REQZ_CH1EXDMA_ACKZ_CH2
MCIF_SEL0MCIF_SEL1
TEST_MODE
HSDIO_CLKHSDIO_SYNC
HSDIO_DVALID/HSDIO_ENHSDIO_ERROR
DSSCLK27HADIO_D0HADIO_D1HADIO_D2HADIO_D3HSDIO_D4HSDIO_D5HSDIO_D6HSDIO_D7
HSDI1_CLKZHSDI1_SYNC
HSDI1_DVALID/HSDI1_ENHSDI1_ERROR
HSDI1_D0HSDI1_D1HSDI1_D2HSDI1_D3HSDI1_D4HSDI1_D5HSDI1_D6HSDI1_D7
HSDI2_CLKHSDI2_SYNCz
HSDI2_DVALIDzHSDI2_ERRORz
HSDI2_D0
60958_IN60958_OUT
DAC_MCKDAC_BCK
DAC_LRCKDAC_DATA
AUDIO_ERRAUDIO_MUTE
VCO_CLKREF_SYTDIV_VCO
TPBIAS0
TPA0PTPA0N
TPB0PTPB0N
TPBIAS1
TPA1PTPA1N
TPB1PTPB1N
R1R0
NC1NC2
XIXO
CPS
CNA
WAKEUP
BIASDIS
PHY_TEST_MODE
PHYHCLK
PHY8CLK
NC3NC4NC5
ISOVALRXISODIR
ISORDY
ISOD[7:0]
GND
+3.3V
GBADR[9:0]GBDAT[15:0]
LINK_IRQ
LINK_CS-
H_WR-H_STROBE-
+1.5V
GB_ACK#
RESET-
I55_RESET-
ISOCLK
ISOVALTXISOSTART
5-4-6. Encoder & SDRAM Circuit Diagram
Fig. 5-5-10
F/I TSOH
OEDIV LATIGIDTUPTUO
F/I TRAU 001avitcA-R5V
LATIGIDF/I OIDUA
MAERTSTIB LAIRESTUPTUO
OIPG 001avitcA-R5V
V3.3+ MARDSGNILPUOCED
V8.1+ 55IGNILPUOCED
V3.3+ 55IGNILPUOCED
1LESTOOB0LESTOOB
SROTICAPAC GNILPUOCED
F/I OSI
GOLANAOEDIVTUPNI
:etoN elbmessA sten retlif eht ecalP raen
.001avitcA
ROF REWOP001 AVITCA
)tib61-(tiBM46 x2 MARDS
:ecafretni ECI PDA rof snoitpo owT;1TRAU morF .1 :noitceles
SUB TSEUG morF .2
ECAFRETNI GUBED OIDUA
F/I GUBED GATJE
F/I TRAU GUBED R5V
TRAU :LESTOOBPUTOOB
0DIV1DIV2DIV3DIV
6DIV7DIV
4DIV5DIV
-EBORTS_H-RW_H
]0..7[DIV
KLCDIVDLVDIV
SVDIVSHDIV
KLCMA_55I
TADA_CDAKLCBA_55I
KLCBSDILAVBS
TADBSQERBS
1SB_TADOA_55I
CSO_ZHM72
0XR_55I0XT_55I
NISBVCNIYNIC
2OIPG_55I0OIPG_55I
1SB_TADOA_55I
5DOSI
2DOSI
4DOSI
XTLAVOSI
KLCOSI
TRATSOSI
]0:7[DOSI
7DOSI6DOSI
XRLAVOSI
RIDOSI
1DOSI
YDROSI
3DOSI
0DOSI
TXEBI
MCV
NFERV
QRI_KNIL
PFERV
NISBVC
NIC
NIY
PFERVMCV
NFERV
TXEBI
5TADBG
2TADBG
41TADBG
]0:51[TADBG
4TADBG
31TADBG
7TADBG
1TADBG
11TADBG
9TADBG
21TADBG
8TADBG
0TADBG
6TADBG
51TADBG
01TADBG
3TADBG
GBV
1XT_55I
-SC_KNIL
KLCRLA_55I
TADOA_55I
7RDABG
0RDABG1RDABG
3RDABG
5RDABG
2RDABG
4RDABG
]0:9[RDABG
8RDABG
6RDABG
-TESER_55I
MCV
GFCLLP
NIC_55I
NISBVC_55I
NIY_55I
#KCA_BG
9RDABG
11TADMAR
4TADMAR
-SARMAR
82TADMAR
61TADMAR
0ABMAR
7DDAMAR
91TADMAR
7TADMAR
4DDAMAR
3DDAMAR
72TADMAR
5DDAMAR
7DDAMAR
0ABMAR
6DDAMAR
-SACMAR
1ABMAR
4DDAMAR
8DDAMAR
0ABMAR
82TADMAR
51TADMAR
6TADMAR
22TADMAR
1ABMAR
62TADMAR
62TADMAR
42TADMAR
8TADMAR
-SCMAR13TADMAR
8DDAMAR
2TADMAR
]0..21[DDAMAR
KLCP
01DDAMAR
1DDAMAR
-SACMAR
1TADMAR
4TADMAR6DDAMAR
1DDAMAR
3DDAMAR
9DDAMAR
-SARMAR
22TADMAR
01DDAMAR
3TADMAR
81TADMAR
01TADMAR
32TADMAR
0TADMAR
03TADMAR
52TADMAR
02TADMAR
-EWMAR
5TADMAR
41TADMAR
31TADMAR
-EWMAR
-SARMAR
21DDAMAR
11DDAMAR
1ABMAR
MQDMAR
72TADMAR
31TADMAR
9DDAMAR
0DDAMAR
8TADMAR
01DDAMAR
5DDAMAR
EKCMAR
81TADMAR
52TADMAR
-SCMAR
1TADMAR0DDAMAR
01TADMAR
71TADMAR
32TADMAR
11TADMAR
92TADMAR
12TADMAR
11DDAMAR
5DDAMAR
41TADMAR
02TADMAR
7DDAMAR
1DDAMAR
51TADMAR
11DDAMAR
0DDAMAR
-SACMAR
7TADMAR
-SCMAR
71TADMAR
KLCP
3DDAMAR2TADMAR
92TADMAR
21DDAMAR
KLCP
MQDMAR
21TADMAR
-EWMAR
91TADMAR
21TADMAR21DDAMAR
9TADMAR
6DDAMAR
61TADMAR
6TADMAR
0TADMAR2DDAMAR
2DDAMAR
]0..13[TADMAR
2DDAMAR
12TADMAR
4DDAMAR
MQDMAR
42TADMAR
5TADMAR
3TADMAR
13TADMAR
8DDAMAR
03TADMAR
9DDAMAR
9TADMAR
EKCMAR
GFCLLP4RDABG
1XT_55I 1XR_55I
#ODTJE#IDTJE#SMTJE
#KCTJE
KCT_PSDA
ODT_PSDA 6RDABG7RDABG5RDABG
SMT_PSDAIDT_PSDA
1XR_55I
1XT_55I
#IDTJE#ODTJE
#KCTJE#SMTJE
SD2_+3.3V
+3.3V
VGND
+3.3V
SD2_+3.3V
+3.3V
+3.3V
+1.8V+3.3V
+3.3V
VGND
VGND
+1.8V
VDDVFE
VDDVFE
VGND
+3.3V+1.8V
VGND
VGND
VGND
D5V
+1.8V +3.3V
VGND
D5V
VGND
+3.3V
D5V
+3.3V
+3.3V
SD2_+3.3V
SD2_+3.3V
+C8
47uF/16V
C84 10nF
IC502
K4S641632H-TC/L60
232425262930313233342235
37
1916
457810111342
2
44454748505153
38
17181539
36
40
41 54 6 12 46 52
14 27 3 9 49 43128
2021
A0A1A2A3A4A5A6A7A8A9A10A11
CKE
CSWE
D1D2D3D4D5D6D7D8
D0
D9D10D11D12D13D14D15
CLK
CASRASLDQMUDQM
A12
N.C
VS
SV
SS
VS
SQ
VS
SQ
VS
SQ
VS
SQ
VD
DV
DD
VD
DQ
VD
DQ
VD
DQ
VD
DQ
VD
DV
SS
BA0BA1
C96
0.1u
F
+ C26
47uF/16V
R81
4.7K
C97
0.1uF
C68 220nF
C4140.1uF
R92
1K
C4060.1uF
+C398
47uF/16V
R71 33R
C4201nF
CN502
HEADER 8X2N.C.
1 23 45 67 89 1011 1213 1415 16
C4110.1uF
C12
0.1u
F
C4291nF
R69
301R
C85 10nF
R34 0R
+C20
47uF/16V
R15 0R
+
C21
47uF
/16V
N.C
.
C7247pF
C4100.1uF
C42410nF
C59220pF
R77 51R
L2 8.2uH
+C40
47uF/16VC4150.1uF
FB8
C4010.1uF
R36 0R
C1480.1uF
C70
0.1u
FC5547pF
C1471nF
C6747pF
C10
90.
1uF
C1540.1uF
R1254.7KN.C.
C4710nF
C57220pF
C1611nF
R38 33R
C23
0.1uF
R59 47R
R35 0R
C42610nF
R674.7K
R57 47R
C12
610
nF
C4090.1uF
R10 0R
C8347pF
C4221nF
C4050.1uF
C42510nF
C4130.1uF
R16
4.7K
C43010nF
CN505
JUMPERN.C.
12
C95
10nF
R820R
C3990.1uF
C1550.1uF
C4080.1uF
R65 33R
+ C18
47uF/16V
R76 51R
C4040.1uF
L3 8.2uH
R74
250R
L1 8.2uHC1510.1uF
TP1
RP17
4.7KX4
12345 6 7 8
L4 8.2uH
+ C1547uF/16VN.C.
C73
10nF
C15910nF
C42710nF
C4170.1uF
+C397
47uF/16V
R75 51R
IC506
ZR35100-PQCG
148
7
152
1
2
3
4
568
9
10
13
1112
1792
1618
1920
23
21
25
22
27
24
26
30
28
32
29
31
35
33
34
36
39
37
38
42
40
41
43
45
44
46
49
47
48
50
53
51
52
56
54
55
57
67
59
61
62
63
58
64
60
66
74
68
69
70
71
7273
65
7577
79
80
8182
83
76
85
87
86
88
89
90
91
78
93
94
95
96
97
98
99
100
84
102
103
104
105106107108109
112
110
114
111113115
116
117
118
119
120
121122
126
123
128
124125127129130131132133134
139
135
141
136
137138
140142
145143
146
153154155156
151
158
144
160161162163164165166168
157
170
159
14
183
179
169
15
167
172174175
173
180
171
181182
184186188
185
189
187
205
191
207
193
206
203
194195196197198199200
202
201
204
208
147150
101
149
176
177
178
190192
RESET#
VBG
PLLCFG
GNDA_VFE
YIN
IBEXT
CVBSIN
VREFPVCMVREFN
CIN
VDDA_VFE
VD
DIP
DUPRD1DUPTD1
VD
DP
VD
DP
EJTDIEJTDO
EJTMSEJTCK
GN
DP
RAMDAT24
VD
DP
RAMDAT23
VD
DC
RAMDAT25
RAMDAT22
GN
DC
RAMDAT26
GN
DP
RAMDAT21
RAMDAT27
VD
DP
RAMDAT20
RAMDAT28
RAMDAT19
GN
DP
RAMDAT29
RAMDAT18
VD
DP
RAMDAT30
RAMDAT17
RAMDAT31
GN
DP
RAMDAT16
RAMADD3
VD
DP
RAMADD4
RAMADD2
RAMADD5
GN
DP
RAMADD1
RAMADD6
VD
DP
RAMADD0
RAMADD7
RAMADD10
GN
DP
RAMADD8
RAMBA1
GN
DP
RAMADD9
VD
DC
RAMBA0
GN
DC
RAMADD11
GN
DC
RAMADD12
VD
DP
CLK
PCLK
GN
DP
CLK
RAMCS#RAMRAS#
VD
DP
RAMCAS#RAMWE#
RAMDQM
GN
DP
RAMDAT7RAMDAT8
RAMDAT6
VD
DC
RAMDAT9
RAMDAT5
GN
DP
RAMDAT10
RAMDAT4
RAMDAT11
RAMDAT3
VD
DP
RAMDAT12
GN
DP
RAMDAT2
GN
DC
RAMDAT13
VD
DC
RAMDAT1
RAMDAT14
VD
DP
RAMDAT0
RAMDAT15
GN
DP
GADR0GADR1GADR2GADR3GADR4
VD
DP
GADR5
GN
DP
GADR6GADR7GADR8
GN
DC
GDAT0
VD
DC
GDAT1
VD
DIP
GDAT2GDAT3
VD
DP
GDAT4
GN
DP
GDAT5GDAT6GDAT7GDAT8GDAT9
GDAT10GDAT11GDAT12GDAT13
VD
DP
GDAT14
GN
DP
GDAT15
GIRQGWS_ACK#
GCS1#GCS0#
GDIR#GDS#
VD
DC
ISOSTARTISOVALRXISOVALTXISODIR
VD
DA
ISOCLK
GN
DC
ISORDYISOD0ISOD1ISOD2ISOD3ISOD4ISOD5ISOD6
VD
DP
ISOD7
GN
DP
GPIO6
AODAT
GPAIO
GN
DP
GPIO3
VD
DP
GPIO2GPIO1GPIO0
VD
DC
AIDAT
GN
DC
ABCLKALRCLK
OSBREQOSBDAT
OSBVALID
VD
DP
OSBCLK
GN
DP
VIDVALID
GN
DC
HSYNC
VD
DC
VSYNC
VIDCLK
VID7VID6VID5VID4VID3VID2VID1
VD
DP
VID0
GN
DP
TESTMODE
GCLKXO
VD
DP
GN
DA
VD
DA
MC
AMCLK
GNDAMC
DUPRD0DUPTD0
C6247pF
R39 10K
C1501nF
C4181nF
C60220pF
R144 0R
C14
10nF
C4160.1uF
C4191nF
R83 4.7K N.C.
C4120.1uF
+
C11
47uF/16V
C4020.1uF
C4070.1uF
R60 47R
C71 220nF
R68
301R
C1490.1uF
C43110nF
C1560.1uF
+C25
47uF/16V
R84 4.7K
C105
10nF
R66
1K
C4110nF
R87 0R
C4211nF
R73 33R
IC503
K4S641632H-TC/L60
232425262930313233342235
37
1916
457810111342
2
44454748505153
38
17181539
36
40
41 54 6 12 46 52
14 27 3 9 49 43128
2021
A0A1A2A3A4A5A6A7A8A9A10A11
CKE
CSWE
D1D2D3D4D5D6D7D8
D0
D9D10D11D12D13D14D15
CLK
CASRASLDQMUDQM
A12
N.C
VS
SV
SS
VS
SQ
VS
SQ
VS
SQ
VS
SQ
VD
DV
DD
VD
DQ
VD
DQ
VD
DQ
VD
DQ
VD
DV
SS
BA0BA1
C69 220nFL5 8.2uH
C42310nF
FB2
C4030.1uF
C20622pF
R37 0R
R72 33R
C4281nF
R80 0R
C1530.1uF
C1900.1uF
C4000.1uF
C5847pF
L6 8.2uH
C5447pF
C9447pF
C6347pF
GBADR[9:0]GBDAT[15:0]
27MHZ_OSC
H_STROBE-H_WR-
SBVALIDSBDAT
SBCLK
SBREQ
I55_RX0I55_TX0
LINK_CS-LINK_IRQ
I55_GPIO0I55_GPIO2
ISOCLKISORDY
ISOD[7:0]
ISOVALRXISOSTART
ISOVALTXISODIR
+3.3V+1.8V
VGND
I55_CVBSIN
I55_YINI55_CIN
D5V
I55_AODAT
I55_AMCLK
I55_RESET-
VID[7..0]
VIDHSVIDVSVIDVLDVIDCLK
I55_ALRCLKI55_ABCLKADC_ADAT
GND
GB_ACK#
5-4-7. ATAPI Interface Circuit Diagram
Fig. 5-5-11
QRTNITA
2ADTA0ADTA1ADTA
-0SCTA
YDROITA
-1SCTA-1SCCTA
QRTNICTA1ADCTA
-KCAMDCTA
2ADCTA0ADCTA
-TSRVRD
41DDCTA
-TSRVRD
YDROITA-KCAMDTA-KCAMDTA
11DDCTA21DDCTA31DDCTA
51DDCTA
QRAMDCTAQRAMDTA
YDROICTA-ROIDCTA-ROITA
-WOITA -WOIDCTA
QRAMDCTA-WOIDCTA-ROIDCTAYDROICTA-KCAMDCTA
QRTNICTA1ADCTA0ADCTA
1DDTA
7DDTA5DDCTA
1DDCTA41DDTA
6DDTA
5DDTA
11DDCTA 9DDCTA11DDTA
0DDTA
21DDTA
8DDCTA
2DDTA
01DDCTA
31DDTA
6DDCTA9DDTA
7DDCTA
3DDTA
01DDTA
2DDCTA
8DDTA
21DDCTA
4DDCTA
41DDCTA3DDCTA
4DDTA
9DDCTA
31DDCTA 51DDCTA
01DDCTA
8DDCTA
51DDTA0DDCTA
4DDCTA
7DDCTA
3DDCTA
-0SCCTA
2DDCTA
6DDCTA
1DDCTA
5DDCTA
0DDCTA
D5V
D5V
TP47
TP58
TP66
R7 22R
TP52 CN504 HEADER 20X2
1 23 45 67 89 1011 1213 1415 1617 1819 2021 2223 2425 2627 2829 3031 3233 3435 3637 3839 40
RP1922RX4
12345
678
R56 22R
TP59
R58 22R
TP48
TP60
R78 0R
TP71
TP44
TP61
TP43
RP1 22RX4
1234 5
678
TP49
TP62
RP622RX4
1234 5
678
R88
1K
TP70
TP53
R21K
TP54
R115.6K
TP45
TP63
TP50
TP69
R41K
TP64
RP2022RX412345
678
TP55TP56
RP522RX4
1234 5
678
TP46
RP422RX412345
678
TP67
TP68
TP65
TP57
TP51
ATCS0-
ATINTRQ
ATDA0ATDA1
ATDMACK-
ATIOR-ATIOW-
ATDMARQ
ATIORDY
ATCS1-ATDA2
D5V
GND
DRVRST-
ATDD[0..15]
5-4-8. Power Supply Circuit Diagram
Fig. 5-5-12
:etoN elbmessA3RZ ot esolc rotaluger V8.1+ ecalP 0576
V5A
V5D
V3.3+
V21PA
V3.3+
V3.3+ FN_V8.1
33V-P
V21-A
V21A
V21NA
CCV-P
BS5
BS5-P
+1.8V
D5V+3.3V
A-12VA12V
+1.8V
A5VVDD_DAC
A5V
D5V
+3.3V
VDD_DAC
5SB
+1.5V
+1.5V
A12V
A-12V
+ C247uF/16V
C530.1uF
TP91
MT4
MT4
123 4
5
6789
123 4
5
6789
C74
0.1uF
FB24
MT2
MT2
123 4
5
6789
123 4
5
6789
FID15
1
FB7
R89121R/1%
+C248
47uF/16V
+ C147uF/16V
+C34447uF/25V
+C4
47uF/16V
FID14
1
+C3
47uF/16V
+C42
47uF/16V
C51
0.1uF
+C246
10uF/16VC520.1uF
TP92
FID1
1
+ C547uF/16V
TP94
C437
0.1uF
R233
105R_1%
TP15
1
C801nF
FID7
1
GND31
R234
25.5R_1%
C811nF
C49
0.1uF
C162
0.1uF
CN509
8x1 W/HOUSINGDIP8/W/H/P2.54
12345678
IC508LT1086-ADJ
3 2
14
VIN VOUT
AD
JTA
B
+C247
10uF/16V
C9
0.1uF
IC501
DF1117-ADJ SOT-223
3 2
1
4VI VO
AD
J
VO
C436
0.1uF
FB3
+C34747uF/25V
TP90
FB4
FB1
TP16
1
C82
1nF
MT1
MT1
123 4
5
6789
123 4
5
6789
C50
0.1uF
FID6
1
GND21
MT3
MT3
123 4
5
6789
123 4
5
6789
+ C747uF/16V
TP93
GND11
+C46
10uF/16V
+C45
10uF/16V
R9053.6R/1%
FID5
1
FB6
FB22
A12VA-12V
A5V
+1.8V+3.3VD5V
VDD_DAC
5SB
+1.5V
GND
5-4-9. Video Output Circuit Diagram
Fig. 5-5-13
CETORP STUPTUO OEDIV SEDOID NOIT
G_Y
_OUT
C_O
UT
SBVC
TUO_Y_G
U_B
R_V
_OUT
Y
TUO_V_R
TUO_SBVC
V_RY_G
Y_O
UT
C
#TUO_U_B
#TUO_V_R
#TUO_Y_G TUO_Y_G
TUO_U_B
TUO_V_R
#L_TUO_OIDUAL_TUO_OIDUA
R_TUO_OIDUA
TUO_SBVC
TUO_Y
#TUO_C TUO_C
CVBS_O
UT
#R_TUO_OIDUA
#TUO_Y
B_U
_OUT
TUO_U_B
TUO_C
TUO_Y
#TUO_SBVC
+3.3V
+3.3V
V_GND
V_GND
V_GND
V_GND
V_GND
C304 15pF
L11 1uH
C305150pF
C300150pF
C292 15pF
TP100
C299150pF
FB18
C289 15pF
C342 560pF
FB15
TP102
D7
BAT54S
3
2 1
D5
BAT54S
3
2 1
TP97
C295 15pF
D8
BAT54S
3
2 1
FB21
L9 1uH
D6
BAT54S
3
2 1
C345 560pF
C294150pF
J502CN-RCA/SVIDEO
L8 1uH
C293150pF
FB17
C291150pF
J501
2
5
3
1
46 7
.
.
.
.
.. .
L10 1uH
C301 15pF
C290150pF
FB13
TP103
TP98
D4
BAT54S
3
2 1
TP96
C297150pF
C298 15pF
D3
BAT54S
3
2 1
L12 1uH
C296150pF
FB14
C302150pF
L13 1uH
TP99
C303150pF
TP101
C306150pF
FB23 FB16
V_GND
C
B_UR_V
CVBSY
G_Y
+3.3V
AUDIO_OUT_R
AUDIO_OUT_L
AGND
6. PC BOARDS
6-1. DV/AV Input PC Board
Fig. 6-6-1 DV/AV Input PC Board (Top side)
Fig. 6-6-2 DV/AV Input PC Board (Bottom side)
1 2
A
1 2
A
6-2. Power Switch PC Board
Fig. 6-6-3 Power Switch PC Board (Top side)
Fig. 6-6-4 Power Switch PC Board (Bottom side)
6-3. Front Display PC Board
Fig. 6-6-5 Front Display PC Board (Top side)
Fig. 6-6-6 Front Display PC Board (Bottom side)
1 2 3
A
1 2 3
A
6-4. AV Tuner Unit PC Board
Fig. 6-6-7 AV Tuner Unit PC Board (Top side)
Fig. 6-6-8 AV Tuner Unit PC Board (Bottom side)
6-5. Digital PC Board
Fig. 6-6-9 Digital PC Board (Top side) Fig. 6-6-10 Digital PC Board (Bottom side)
1 2 3
A
B
C
D
1 2 3
A
B
C
D
7. EXPLODED VIEWS
7-1. Packing Assembly
Fig. 7-7-1
A103
A107
A106
TC A101A104A105
TU A101A102
7-2. Chassis Assembly
Fig. 7-7-2Y001
B101
P801
B001
EU01
EU04
EU02
W501
W301
LocationNo. TSB P/N Reference No. Description
A101 AH930020 TDRAC10001A * OWNER'S MANUAL (ENGLISH)TSB CODE (For SU,SC Version)A102 AH930021 TDRAC10003A * QUICK SETUP GUIDE(1 PAGE)(ENGLISH)A103 AH910018 TRE900006XX * REMOTE CONTROLA104 AH930022 TDRAC10002A * OWNER'S MANUAL (FRENCH) TSB CODE (For SC Version)A105 AH930023 TDRAC10004A * SETUP GUIDE(1 PAGE) (ENGLISH/FRENCH) (For SC Version)A106 AH970143 9863802500 @<NA>AV-CABLE L1500A107 AH970144 PM0022068010 @ <GP>U/V-CABLE, YAF11-0679NB001 P000459010 1941008357 <CSN> DAV-WR542-KITB101 AH970145 TDRMT10001A * TOP COVER TSB CODE:PM0024779010EU01 AH920042 TPB000054XX * DIGITAL(MAIN) UNIT ASSEMBLY OF D_R5EU02 AH920041 TPB000053XX * POWER UNIT D_R5EU04 AH920040 TPB000052XX @ AV TUNER UNIT ASSEMBLY OF D_R5P801 AH970152 TWR120002XX * POWER CORD 2.5A 250V. L=1.9MW301 AH970150 TWR211016AX @ FFC 1.0PITCH*16PIN*110MMW501 AH970151 TWR121040XX @ WIRE 0.5PITCH*40PIN*210MMY001 AH900004 TDRAS30001A @ FRONT PANEL ASS'Y
D102 AH910017 TDR900004XX @ 1N5819 DIPD103 AH910017 TDR900004XX @ 1N5819 DIPIC101 AH910011 TI1QN4052XX * ePVP6200IR101 AH910048 GDM480000033 @GP1UM261XK0FJC101 AH910047 GDM210000060 @<GP>CSS5004-2255F,DV-JACKJC102 AH910016 GDM210000215 A/V INPUT A/V RCA JACK AV_INPUTLED1 AH910010 TDR900003FX * YELLOW GREEN FOGGY LED LAMPSLED2 AH910012 TLE100010EX * REC(RED) LED PITCH=2.5MMLED3 AH910015 TLE100007GX @ 3105-1SYGT/S530-E4 PITCH=5MMLED4 AH910015 TLE100007GX @ 3105-1SYGT/S530-E4 PITCH=5MMLED5 AH910015 TLE100007GX @ 3105-1SYGT/S530-E4 PITCH=5MMQ101 AH910013 TQC000004XQ * 2N3904 SOT-23Q102 AH910013 TQC000004XQ * 2N3904 SOT-23Q103 AH910013 TQC000004XQ * 2N3904 SOT-23Q104 AH910013 TQC000004XQ * 2N3904 SOT-23Q105 AH910013 TQC000004XQ * 2N3904 SOT-23Q106 AH910013 TQC000004XQ * 2N3904 SOT-23Q107 AH910013 TQC000004XQ * 2N3904 SOT-23Q108 AH910013 TQC000004XQ * 2N3904 SOT-23SW101 AH910014 GDM200000040 @TACT SWITCH TC-1113A DIP 6.1X6.0XSW102 AH910014 GDM200000040 @TACT SWITCH TC-1113A DIP 6.1X6.0XSW103 AH910014 GDM200000040 @TACT SWITCH TC-1113A DIP 6.1X6.0XSW104 AH910014 GDM200000040 @TACT SWITCH TC-1113A DIP 6.1X6.0XSW105 AH910014 GDM200000040 @TACT SWITCH TC-1113A DIP 6.1X6.0XSW106 AH910014 GDM200000040 @TACT SWITCH TC-1113A DIP 6.1X6.0XSW107 AH910014 GDM200000040 @TACT SWITCH TC-1113A DIP 6.1X6.0XSW108 AH910046 GDM200000023 @ <NA> MPU11110MLB0W101 AH970140 TWR131009DX @ WIRE 2.0PITCH*9PIN*310MMW104 AH970141 TWR126009DX @ WIRE 2.0PITCH*9PIN*260MMW106 AH970142 TWR115006DX @ WIRE 2.0PITCH*6PIN*150MMW107 AH970138 TWR106004DX @ WIRE 2.0PITCH*4PIN*60MMW804 AH970139 TWR112004DX @ WIRE 2.0PITCH*4PIN*120MMY1 AH910045 GDM100000147 @ <GP>DT-38 32.768KHZ 5ppm
IC301 AH910019 TI1QN4032XX @ TUNER DECODE AN5832SA SSOP-32 SMJ301 AH910036 TJA100009XX * RCA 9PIN 4T S / VIDEO / AUDIO 9PINQ1 AH910013 TQC000004XQ * 2N3904 SOT-23TUNER AH910021 TTU100003XX * TUNER 115-V-RA05ATW303 AH970146 TWR118008FX @ WIRE 2.5 PITCH*8PIN*180mmW802 AH970147 TWR122009FX @ WIRE 2.5 PITCH*9PIN*220mm
8. PARTS LIST: D-R5
FRONT UNIT ASS'Y
AV TUNER UNIT ASS'Y
LocationNo. TSB P/N Reference No. Description
D15 AH910020 TQC000011XX @TRANSISTOR SOT-23 BAT54D(SMD)D16 AH910020 TQC000011XX @TRANSISTOR SOT-23 BAT54D(SMD)D17 AH910020 TQC000011XX @TRANSISTOR SOT-23 BAT54D(SMD)D18 AH910020 TQC000011XX @TRANSISTOR SOT-23 BAT54D(SMD)D20 AH910020 TQC000011XX @TRANSISTOR SOT-23 BAT54D(SMD)D3 AH910020 TQC000011XX @TRANSISTOR SOT-23 BAT54D(SMD)D4 AH910020 TQC000011XX @TRANSISTOR SOT-23 BAT54D(SMD)D5 AH910020 TQC000011XX @TRANSISTOR SOT-23 BAT54D(SMD)D6 AH910020 TQC000011XX @TRANSISTOR SOT-23 BAT54D(SMD)D7 AH910020 TQC000011XX @TRANSISTOR SOT-23 BAT54D(SMD)D8 AH910020 TQC000011XX @TRANSISTOR SOT-23 BAT54D(SMD)IC501 AH910043 TICEN1403XX * A1117 ADJ SOT-223IC502 AH910028 TI1SN2054XX * SDRAM HYNIX 128M HY57V281620ET-IC503 AH910028 TI1SN2054XX * SDRAM HYNIX 128M HY57V281620ET-IC504 AH910028 TI1SN2054XX * SDRAM HYNIX 128M HY57V281620ET-IC505 AH910023 TI1BN4000XX @ ZR35162-BGCG DE RECORDING TSB43IC506 AH910025 TI1QN4208XX * ZR35100-PQCGIC507 AH910028 TI1SN2054XX * SDRAM HYNIX 128M HY57V281620ET-IC508 AH910026 TI1SN2004XX @ L1084-SG ADJIC509 AH910041 TXQ100005XX @ (OSC) 27MHZ 50PPM 4PIN SMDIC510 AH910029 TI2BN4000XX * ZR36750-BGCG-VIC511 AH910033 TI3SN2048XX @ FLASH ROM SST 32M TSOP-48 SMDIC512 AH910031 TI2SN2008XX * EEPROM AT24C16A SOIC-8 SMD TAPIIC513 AH910032 TI2SN2048XX * AUDIO DAC DE-COUPLING WM8787 TQIC514 AH910044 TICSN2908XQ @ A4558 T/RIC515 AH910030 TI2EN1003XX @ L78L05 TO92 REGULATORIC516 AH910024 TI1QN4080XX * HDMI IC HD COMPANION ZR36721PQIC517 AH910027 TI1SN2016XX * VIDEO IN SEL BA7607F SOP-16IC518 AH910034 TI4SN2008XX * VIDEO IN SEL BA7653AFV SSOP-8J501 AH910035 TJA100006XX * YUV OUTPUT 5PIN 3T RED/ YELLOW/J502 AH910036 TJA100009XX * RCA 9PIN 4T S/VIDEO/AUDIO 9PINJ503 AH910022 TCN100019XX * HDMI CONNECTOR 19PIN SMTJ504 AH910037 TJA300000XX @ 13.2Mbps POF TRANSMITTER OPTICALQ13 AH910038 TQC000007XQ @ 2N3906 SOT-23Q15 AH910038 TQC000007XQ @ 2N3906 SOT-23Q16 AH910038 TQC000007XQ @ 2N3906 SOT-23Q17 AH910013 TQC000004XQ * 2N3904 SOT-23Q18 AH910013 TQC000004XQ * 2N3904 SOT-23Q19 AH910040 TQC000018XX * TRANSISTOR 2SA1955-A SOT-23 PHIQ20 AH910013 TQC000004XQ * 2N3904 SOT-23Q21 AH910039 TQC000017XX @ TRANSISTOR 2N7002 SOT-23 PHILIPQ22 AH910039 TQC000017XX @ TRANSISTOR 2N7002 SOT-23 PHILIPY2 AH910042 TXQ100006XX @ (CRYSTAL) 24.576MHZ 20PPM 12PF 4
W105 AH970149 TWR115006XX @ WIRE 2.0PITCH*6PIN*150MM SHIELDW803 AH970148 TWR112006DX @ WIRE 2.0PITCH*6PIN*120MM
MAIN UNIT ASS'Y
POWER UNIT ASS'Y
SAFETY PRECAUTION The parts identified by mark are critical for safety. Replace only with part number specified. The mounting position of replacement is to be identical with originals. The substitute replacement parts which do not have the same safety characteristics as specified in the parts list may create shock, fire or other hazards.
Power requirement during operation
Power requirement at standby
Power supply
Mass
External dimension
Incoming channels
Antenna input/output terminal
Signal system
Laser
Format
Image recording system
Sound recording system
VIDEO input
VIDEO output
S-VIDEO input
S-VIDEO output
COMPONENT output(Y, PB, PR)
AUDIO input
AUDIO output
DIGITAL AUDIO OUTPUT BITSTREAM/PCM(OPTICAL terminal)
HDMI output
DV input
Remote control
Operating conditions
Clock display
Clock accuracy
22W
1.3W
120V AC, 60 Hz
3.5kg
Width 430 x Height 62 x Depth 302mm
TV : 2-69CH, Cable : 1-125CH
VHF/UHF : 75Ω, RF Connector
Standard NTSC Color TV system
Semiconductor laser, Wavelength : 650nm/780nm
DVD -VR formatDVD-Video format
MPEG2
AC 3
1.0Vp-p (75Ω), Sync signal negative, Pin jack x 2 systems, 1 at rear, 1 in front
1.0Vp-p (75Ω), Sync signal negative, Pin jack x 1 system, 1 at rear
(Y) 1.0Vp-p (75Ω), Sync signal negative,(C) 0.286Vp-p (75Ω) 1 at rear, 1 in frontMini DIN4 Pin x 2 systems
(Y) 1.0Vp-p (75Ω), Sync signal negative,(C) 0.286Vp-p (75Ω) 1 at rearMini DIN4 Pin x 1 system
Y output (green), 1.0Vp-p (75Ω), Sync signal negative, Pin jack x 1 systemPB, PR output (blue, red), 0.7Vp-p (75Ω), Pin jack x 1 system each
2.0V (rms), 22kΩ or above, pin jack (L, R) x 2 systems1 at rear, 1 in front
2.0V (rms), 2.2kΩ or below, pin jack (L, R) x 1 system2 at rear
Optical connector x 1 system
This is for connection of an HDMI cable
4-pin x 1 in front
Wireless remote control (SE-R0218)
Temperature: 41°F~95°F (5°C~35°C)Position: Horizontal
12 hour digital display
Quartz (monthly deviation: approximately ±30 seconds)
SPECIFICATIONS
• The design and specifications may change without prior notice.
• The Illustrations and screens described in this manual may be exaggerated or simplified for easy recognition and may be slightly different from the actual unit.
1-1, SHIBAURA 1-CHOME, MINATO-KU, TOKYO 105-8001, JAPAN