4-4. Main Circuit Diagram
4-4-1. AV Output Circuit Diagram
CA28
47uF16V
RA20
100
EA18
EA17
RA11
100
GND
EA13
EA28
QA03
RN2402
RA30
470D
QA05
RN2402
EA22
RA08
100
CA26
F0.1u
RA19
5.6kD
EA11
RA12
100
RA21
7.5kD
CA13
B0.022u
RA09
100
RA26
47kD
QA07
HN1C03
1
2
3
4
5
6
CA25
47uF16V
CA23
1000uF10V
GND
QA04
RN1402
DA02
1SS355
RA18
5.6kD
RA29
2.2k
CA11
F0.1u
RA23
7.5kD
ICA03
NJM4580
1
2
3
6
VSS
4
VCC
8
5
7
RA13
100
DA01
1SS355
ICA02
PCM1755
BCK
1
DATA
2
LRCK
3
DGND
4
NC
5
VCC
6
LOUT
7
ROUT
8
AGND
9
Vcom
10
ZR
11
ZL
12
MD
13
MC
14
ML
15
SCK
16
EA25
RA28
470D
GND
EA19
RA37
470k
EA27
EA10
CA19
FL1200P
CA16
47uF16V
RA10
100
EA23
CA20
NC(CH820p)
CA24
CH180p
CA21
NC(F0.1u)
EA21
CA10
100uF16V
CA29
FL1200p
RA16
5.1kD
CA17
NC(CH820p)
RA24
47kD
EA12
CA27
B0.022u
EA20
EA15
EA16
CA22
CH180p
RA14
100
RA22
100
EA14
GND
RA34
680D
RA15
5.1kD
RA17
2.2k
CA15
FL1200p
CA14
47uF16V
RA35
680D
RA39
470k
CA31
FL1200p
EA04
CA05
NC
EA02
RA04
22
EA05
CA01
NC(F0.1u)
QA02
2SA1162Y
(NC)
EA06
RA03
100
JA01
LAF1001-0901F
a
b
Vin
VCC
GND
RA02
33
RA05
150
QA01
2SC2712Y
(NC)
GND
LA01
MMZ1608S601CT
GND
CA03
F0.1u
EA03
EA01
CA02
F0.1u
RA01
100(NC)
CA04
F0.1u
RV11
3.3k
75F(1608)
RV42
DV03
1SS355
8.2k
RV40
F0.1u
CV11
EV01
75F(1608)
RV31
1.8k
RV27
RV06
10k
VMUTE1
75F(1608)
RV29
Sel_I/P
F0.1u
CV13
75F(1608)
RV39
RV08
470k
QV02
2SC2712Y
F0.1u
CV06
1.8k
RV25
1.8k
RV41
DV01
1SS355
DV04
1SS355
D_ASP_OUT
F0.1u
CV35
EV24
EV09
F0.1u
CV07
QV04
2SC2712Y
RV01
330k
F0.1u
CV39
F0.1u
CV09
75F(1608)
RV34
22uF16V
CV08
F0.1u
CV42
EV07
RV05
22k
F0.1u
CV10
EV04
75F(1608)
RV33
S1_ASP1
EV18
F0.1u
CV43
RV14
100
RESOLUTION
F0.1u
CV37
EV06
DV02
1SS355
RV02
1M
EV10
EV05
10k
RV26
EV29
GND
75F(1608)
RV28
75F(1608)
RV30
75F(1608)
RV32
ICV02
MM1565AF
VO
1
NC
2
GND
3
CN
4
CONT
5
VIN
7
SUB
6
CV16
F0.1u
EV26
RV23
12k
CV15
F2.2u(2012)
CV14
100uF16V
CV23
F1u
EV19
RV21
10k
CV25
F0.1u
CV24
100uF16V
EA07
EA09
RA06
12k
RA07
10k
CA06
B1u
CA07
F0.1u
CA08
B1u
ICA01
MM1575ANRE
VIN
1
GND
2
CNTL
3
NSBYP
4
VOUT
5
EA08
CA09
100uF16V
EV30
EV31
EV34
EV35
EV36
EV44
EV45
EV47
SC-OUT
SY-OUT
CY-OUT
CB-OUT
CR-OUT
SDO
SCK
FRONT_MUTE
RA31
1M
EV48
EV21
EV22
EV25
EV23
EV02
EV03
10uF16V
CA12
100uF16V
CA18
GND
100uF16V
CV12
F0.1u
CV04
F0.1u
CV02
F0.1u
CV03
100uF16V
CV17
EV12
2.2k
RV24
RV13
100
QV07
2SC2712Y
F0.1u
CV01
QV08
2SC2712Y
2.2k
RV44
RV16
100
QV06
NC
QV05
NC
NC
RV20
RV10
NC
NC
RV22
RV03
NC
QV09
2SC2712Y
RV18
100
2.2k
RV45
JV03
YKF-45-3011
12
13
14
11
10
9
8
7
6
5
4
3
2
1
EV38
EV39
EV40
EV41
EV42
EV43
EV54
EV55
EV56
EV57
EV58
EV59
EV60
DAC_CSX1
VCC+12V
E+6V
VEE-5V
P5V
RV48
NC
CV05
F2.2u(2012)
CV18
F2.2u(2012)
RV04
0
RV12
0
RV15
NC
RV17
NC
RV19
NC
EV20
AMCK
RV50
NC
JV01
MSP-864V1-03_NI_LF
1
2
5
4
3
6
7
8
9
10
11
12
13
14
EV28
EV27
EV32
EV33
DSPO_DATA-DM
DSPO_I2S(IEC958)
CA35
F0.1u
RA51
10k
EA31
CA32
F0.1u
RA43
100
EA32
RA44
100
ICA05
DIT4069
1
NC
CDOUT
2
CCLK
3
CDIN
4
CS_X
5
MCLK
6
Vio
7
DGND
8
RXP
9
NC
10
SCLK
11
SYNC
12
TX-
17
TX+
18
Vdd
19
NC
20
NC
21
INT_X
22
NC
23
NC
24
BLS
25
NC
26
U
27
MODE
28
SDATA
13
DGND
16
RST_X
15
NC
14
IEC958_SEL
DSPO_LRCK
CA34
4.7uF10VTANTAL(NC)
RA49
22
EA30
RA41
22
CA38
F0.1u
RA48
22
RA46
22
IEC958
ICA06
MM1575ANRE
VIN
1
GND
2
CNTL
3
NSBYP
4
VOUT
5
ICA04
TC7WH241FU
1
2
3
6
GND
4
VCC
8
5
7
CA36
F0.1u
RA40
22
EA29
RA47
0
RA42
100
RA50
10k
DSPO_BCK
DIT_CSX
RA45
100
CA37
F1u
CA33
F0.1u
RESET1X
RA52
10k
RA53
12k
LA02
MPZ2012S331AT
EA34
EA33
ICV01
MM1757BHBE
CIN
1
Mute1
2
VIN
3
YCMIX
4
YIN
5
BIAS
6
VCC1
7
CYIN
8
D/S
9
CBIN
10
SD/HD
11
CRIN
12
MUTE2
13
VEE1
14
CROUT
15
VEE2
16
CBOUT
17
VEE2
18
CYSAG
19
CYOUT
20
VCC2
21
YOUT
22
YSAG
23
VEE2
24
VOUT
25
VSAG
26
COUT
27
GND
28
VEE
FIN1
VEE
FIN2
F0.1u
CV19
F0.1u
CV20
RV49
0
F0.1u
CV21
P3V
DIT-INT_X
DIT-BLS
RA56
0
RA55
22
RA54
10k
RA57
22
RA58
100
GND
RV35
NC
RV07
100
RV09
100
VMUTE-CVS
VMUTE-YUV
RA59
22
DIT-CDOUT
DSPO_PB-BCK
DSPO_PB-LRCK
NC(1005)
CV22
NC(1005)
CV27
NC(1005)
CV29
NC(1005)
CV26
NC(1005)
CV28
NC(1005)
CV30
LV01
NC(1608)
RV38
0
LV02
NC(1608)
RV43
0
RV36
0
RV37
0
EV11
NC(1005)
CV33
NC(1005)
CV31
NC(1005)
CV41
NC(1005)
CV40
NC(1005)
CV38
NC(1005)
CV36
NC(1005)
CV34
NC(1005)
CV32
EV08
FROM DIGITAL
FROM TIMER
FROM TIMER
DET GND
PR-OUT
NC
PR-GND
D1/D2/D3/D4
Y-GND
D
GND
NC
PB-GND
INSERT DET
NC
LINE1(1080/720/480)
LINE3(16:9/LB/4:3)
LINE2(P/I)
PB-OUT
Y-OUT
CY
CB
CR
CV
S-C
S-Y
Rch
Lch
FROM DSP
FROM EMMA3
FROM DSP
FROM EMMA3
(NC)
(NC)
(NC)
(NC)
(NC)
(NC)
Fig. 3-4-6
Note : The main circuit diagrams describe only part of information.
Summary of Contents for HD-E1KE
Page 12: ...1 3 DVD Drive Fig 2 1 3 DVD DRIVE ATAPI PC BOAD 7 2 1 6 3 4 5 1 1 ...
Page 18: ...Fig 3 4 1 4 CIRCUIT DIAGRAMS 4 1 Power Supply Circuit Diagram ...
Page 19: ...4 2 Front Circuit Diagram 4 2 1 Front FIP Circuit Diagram Fig 3 4 2 ...
Page 20: ...Use Not use 4 2 2 Power Switch Circuit Diagram Fig 3 4 3 ...
Page 22: ...Fig 3 4 5 4 3 ATAPI Conversion Circuit Diagram ...
Page 32: ...1 1 SHIBAURA 1 CHOME MINATO KU TOKYO 105 8001 JAPAN ...