JVC AV28X25EIGY, AV28X25EKGY, AV28X25EUS, AV32X250EUS, AV32X25EIGY Schematics
...
AV32X25EUS / AV32X250EUS
AV32X25EIGY / AV32X25EKGY
AV28X25EUS / AV28X25EIGY
SCHEMATIC DIAGRAMS
COLOUR TELEVISION
BASIC CHASSIS
AV32X25EUS / AV32X250EUS
AV32X25EIGY / AV32X25EKGY
AV28X25EUS / AV28X25EIGY
AV28X25EKGY
1 2 3
4 5 6
7 8
0
P
TV OK
P
TV
AV28X25EKGY
CD-ROM No.SML200206
9
AV
MENU
CONTENTS
NOTE ON USING CIRCUIT DIAGRAMS
SEMICONDUCTOR SHAPES
BLOCK DIAGRAM
CIRCUIT DIAGRAMS
PATTERN DIAGRAMS
COPYRIGHT 2002 VICTOR COMPANY OF JAPAN, LTD.
2-1
2-2
2-3
2-5
2-21
No.51994
May 2002
AV32X25EUS / AV32X250EUS
STANDARD CIRCUIT DIAGRAM
NOTE ON USING CIRCUIT DIAGRAMS
1.SAFETY
The components identified by the symbol and shading are
critical fo r safety. For continue d safety replace safety critical
components only with manufactures recommende d parts.
2.SPECIFIED VOLTAGE AND WAVEFORM VALUES
The voltage and waveform values have been measured under the
following conditions.
(1)Input signal : Colour bar signal
(2)Setting positions of
each knob/button and
variable resistor
(3)Internal resistance of tester
:DC 20k
/V
(4)Oscilloscope sweeping time
:H
20µS/div
:V
5mS/div
:Others
Sweeping time is
specified
(5)Voltage values
:All DC voltage values
Sin ce th e vo l tage val ue s of si gn a l cir cui t va ry to some ex ten t
according to adjustments, use them as reference values.
3.INDICATION OF PARTS SYMBOL [EXAMPLE]
In the PW board
:R1209
R209
4.IND ICATIONS ON THE CIRCUIT DIAGRAM
(1)Resistors
Resistance value
No unit :[
]
K
:[K
]
M
Rated allowable po wer
No indication :1/ 16 [W]
Others :As specified
Type
No indication
:Carbon resistor
OMR
:Oxide metal film resistor
MFR
:Metal film resistor
MPR
:Metal plate resistor
UNFR
:Uninflammable resistor
FR
:Fusible resistor
Composition resistor 1/2 [W] is spe cif ied as 1/2S or Comp.
(2)Capacitors
: Original setting position
when shipped
5.NOT E FOR REPAIRI N G SERVI CE
This model's power circuit is partly di fferent in the GND. The
difference of the GND is shown by the LIVE : ( ) side GND and the
ISOLATED(NEUTRAL) : ( ) side GND.Therefore, care must be
taken for the following points.
(1)Do not touch the LIVE side GND or the LIVE side GND and the
ISOLATED(NEUTRAL) side GND simultaneously. If the above
caution is not respected, an electric shock may be caused.
Therefore, make sure that the power cord is surely removed from
the receptacle when, for example, the chassis is pulled out.
(2)Do not short between the LIVE side GND and ISOLATED(NEUTRAL)
side GND or never measure with a measuring apparatus measure
with a measuring apparatus ( oscilloscope, etc.) the LIVE side GND
and ISOLATED(NEUTRAL) side GND at the same time.
If the above precaution is not respected , a fuse or any parts will be broken.
Since the circuit diagram is a standard one, the ci rcuit and
circuit constants may be subject to c hange for i mprovement
without any notice.
NOTE
Due improvement in performance, some part numbers show
in th e ci rcui t diag ram may not agre e wi th those ind icate d i n
the part list.
When ordering parts, pl ease use t he numbers t hat appear
in the Parts List.
Type
MM
:M eta lized mylar cap ac i tor
PP
:Polypropylene capacitor
MPP
:Metalized polypropylene capacitor
MF
:Metalized film capacitor
TF
:Thin film capacitor
BP
:Bipolar electrolytic capaci tor
TAN
:Tantalum capacitor
(3)Coils
No unit
:[
µ
H]
Others
:As specified
(4)Power Supply
:B1
:9V
:5V
Respective voltage values are indicated
(5)Test point
:T est point
:Only test point display
(6)Connecting method
:Connector
:Wrapping or soldering
:Receptacle
(7)Ground symbol
:LIVE side ground
:ISOLATED(NEUTRAL) side ground
:EARTH ground
:DIGITAL ground
:[M ]
Capacitance value
1 or higher :[pF]
less than 1
:[µF]
Withstand v oltage
No indication :DC50[V]
Others :DC withstand voltage [V]
AC indicated
:AC withstand voltage [V]
Electrolytic Capacitors
47/50[Example]:Capacitance value [µF]/withstand voltage[V]
No indication
:Ceramic capacitor
:B2 (12V)
A V32X25EUS / AV32X250EUS / AV32X25EIGY / A V32X25EKGY
A V28X25EUS / AV28X25EIGY / AV28X25EKGY
AV32X25EIGY / AV32X25EKGY
AV28X25EUS / AV28X25EIGY / AV28X25EKGY
SIDE CONTROL PWB PATTERN
65
2-32
1
K
L010
C010
12
14
W004
W005
R012 R013
MENU DOWN
S001 S002
Y001
1
L011
C021
L012
C011
Y008
9
11
R017
LC002
1013
J003
R010
S003
F
5
Y007
7
UP
R007
S
R021R022
L001
8
9
4
W007
C003
W006
C001
L003
02.03.28
R002
UL MARK
1
SL
TOHO
L002
13
SR
R001
TOP
Y004
9
Y006
R016
3
R015
1
8
4
6
5
C002
41
Y002
LC001
Y005
Y009
6
4
2
5
2
J001
3
7
1
CKF1676-A01-1
No.51994
VP0205
DP8080
AV32X25EUS / AV32X250EUS
AV32X25EIGY / AV32X25EKGY
AV28X25EUS / AV28X25EIGY / AV28X25EKGY
May 2002 No. 51994
AV32X25EUS / AV32X250EUS
2
1
LIVE
ISOLATED
TOHO
15
210 2024
2515
156
15
2101520 24
25
31
02.03.28
CKF1677-A01-1
CN002
VA901
W001
Y901
Y902
Y903
Y904
IC001
S901
C004
PW
CN102
D010
D014
D018
F901
R008
R035
K
UL MARK
2
1
W002
W003
C019
C022
C901
W
D011
LF901
Q002
Q003
Q004R005
R039
W004
W005
W006
AV32X25EIGY / AV32X25EKGY
AV28X25EUS / AV28X25EIGY / AV28X25EKGY
CONTENTS
AV32X25EUS / AV32X250EUS
AV32X25EIGY / AV32X25EKGY
AV28X25EUS / AV28X25EIGY / AV28X25EKGY
FRONT CONTROL PWB PATTERN
SEMICONDUCTOR SHAPES
BLOCK DIA GRAM
CIRCUIT DIAGRAMS
MAI N PWB CIRCUI T DIAGRAM
POWER & DEF PWB CIRCUIT DIAGRAM
AV SW PWB CIRCUIT DIAGRAM
MICOM PWB CIRCUIT DIAGRAM
100Hz PWB CIRCUIT DIAGRAM
CRT SOCKET PWB CIRCUIT DIAGRAM
FRONT CONTROL PWB CIRCUIT DIAGRAM
SIDE CONTROL PWB CIRCUIT DIAGRAM
P ATTERN DIAGRAMS
MAIN PW B PATTERN
POWER & DEF PWB PATTERN
AV SW PWB PATTERN
CRT SOCKET PWB PATTERN
MICOM PWB PATTERN
100Hz PWB PATTERN
FRONT CONTROL PWB PATTERN
SIDE CONTROL PWB PATTERN
SEMICONDUCTOR SHAPES
2-2
2-3
2-5
2-9
2-11
2-13
2-15
2-17
2-19
2-20
2-21
2-23
2-25
2-26
2-27
2-29
2-31
2-32
FRONT
TRANSISTOR
BOTTOM VIEW
E
C
FRONT VIEW
B
ECB
BCE
(G)(D)(S)
ECB
ECB
TO P VI EW
CHIP TR
C
BE
IC
B O TT OM VI EW F R O NT V IEW TO P VI EW
1
OUT
E
IN
IN OUTE
1 N
CHIP IC
1
N
TO P VI EW
N
N
2-2 2-31
N
1
N
1 N
N
No.51994No.51994
BLOCK DIAGRAM
TU001
TUNER
SIF
IC101
MULTI SOUND
PROCESSOR
AV32X25EUS / AV32X250EUS
AV32X25EIGY / AV32X25EKGY
AV28X25EUS / AV28X25EIGY / AV28X25EKGY
IC665
POWER
BASS
R-OUT
L-OUT
IC662
LPF
IC663
BBE
R
L
AV32X25EUS / AV32X250EUS
AV32X25EIGY / AV32X25EKGY
AV28X25EUS / AV28X25EIGY / AV28X25EKGY
IC601
POWER AMP
L
R
MAIN PWB
R
AUDIO
OUT
L
IC203
B-OUT
EXT-1
EXT-2
EXT-3
EXT-4
HEADPHONE
SP R
VTV1
L TV RTV
TV OUT
V1, L1, R1
YS, SLOW1
V2, C2, R2
L2 OUT
R2 OUT
V2 OUT
V3 / Y3, C3
L3, R3
AV SW PWB
S
SIDE CONTROL PWB
63
IC101
AV SW
M_CV/Y
PROCESSOR
M_C
& CODEC
100Hz PWB
SDA2 SCL2
IC101
VIDEO
IC201
SAMPLE RATE
CONVERTER
V
IC301
ENHANCE
SDA1
SCL1
V100, U100, Y100
IC001
MICRO PROCESSOR
IC201
FIELD & LINE
CONVERTER
IC203
FM
IC003
SD RAM
IC012
MASK
ROM
IC551
ROTATION
IC301
DEF & RGB
PROCESSOR
IC402
EW/V DRIVE
Q521
H.OUT
H.OUT
B
R
G
ROTATION
COIL
IC202
R-OUT
IC201
G-OUT
CRT SOCKET PWB
H.DY
CRT
VM COIL
SP L
AC IN
KEY
IC001
REMOCON
RECEIVER
POWER SW
REMOCON
FUSE
FRONT CONTROL PWB
LF901
No.51994
MICOM PWB
D931
T901
IC004
MEMORY
2-3 2-4
V.DY
T551
HVT
SCREEN
EHV
B1
FOCUS2
FOCUS1
IC401
V.OUT
POWER & DEF PWB
No.51994
AV32X25EUS / AV32X250EUS
AV32X25EIGY / AV32X25EKGY
AV28X25EUS / AV28X25EIGY / AV28X25EKGY
AV32X25EUS / AV32X250EUS
AV32X25EIGY / AV32X25EKGY
AV28X25EUS / AV28X25EIGY / AV28X25EKGY
CIRCUIT DIAGRAMS MAIN PWB CIRCUIT DIAGRAM [1/2]
TU1_AFC
POW_ON/OFF
BBE_ON/OFF
BBE_BOOST
CLOCK
STAT US
READY
MSP_RESET
AUDIO_MUTE
A.MUTE
AMP_MUTE
L/R_CENT
L_SUB
A_SUB_GND
R_SUB
H/P_L
H/P_GND
H/P_R
A_M+VCC
A_M-VCC
A_C_VCC
A_GND
AV SW PWB
E
D
N
G
0V
0
5
Y
D
N
Y
G
0
5
-Y
B
SMF1404A-U2
CHB219W
-02P-S
K
2
/Y
S
Y
D
_
N
B
R
C
C
C
G
S
0V
0V
0V
0
5
-Y
R
2
S
Y
SMF1943A-U2
QGA2501
XCN0R3
C5-03Z
T
IN
L
_
V
A
4.8V
K
IN
L
_
V
A
X
D
N
G
V
D
C
_
N
M
G
3.8V
/Y
V
C
_
M
SMF1944A-U2
CHB219W
-02P-S
V
U
_
D
D
C
M
_
N
N
IP
_
M
P
G
G
A
0V
0V
4.2V
E
T
V
U
C
C
_
.M
_
A
M
S
Y701
0
X
V
/D
C
2
2
A
_
D
N
G
8.9V
D
L
_
A
T
A
N
V
C
D
P
X
V
V
9
9
S
S
S
C
T
G
0V
3.6V
3.6V
3.6V
3.1V
V
S
/D
C
U
2
2
A
_
T
L
_
A
T
A
V
T
C
D
X
S
S
S
T
C
2
C
F
/A
2
S
Y
1
1
1
1
S
1
B
G
R
Y
D
D
_
_
_
_
V
N
N
T
C
C
C
C
V
S
S
S
CN001
QGB1505J1-50
SDA1
SCL1
SDA2
SCL2
AGC
VTV1
LTV1
RTV1
DATA
32V
SDA1
SCL1
SDA2
SCL2
TU1_AFC
AGC
VTV1
LTV1
RTV1
POW_ON/OFF
BBE_ON/OFF
BBE_BOOST
CLOCK
DATA
STAT US
READY
MSP_RESET
AUDIO_MUTE
A.MUTE
AMP_MUTE
L/R_CENT
R
R
L
L
L_SUB
A_SUB_GND
R_SUB
H/P_L
H/P_GND
H/P_R
9V
5V
A_GND
S
G
G
1.6V
0V0V0V
0V
S
B
G
R
Y
_
_
_
_
C
C
C
C
S
S
S
S
1
V
T
V
SMF-
1403A-U2
R315 100 100 100 100
R316 100 100 100 100
R317 100 100 100 100
XR464 56k X 56k
100kR463 120k 100k 120k
18kR487 33k 18k 33k
R491 3.3K 4.7K 3.3K 4.7K
X 18K X 18KR493
X .1/16C458 X .1/16
D311 *12 X X X
D314 *3 X X X
XCN0R1
QGA2501
C5-03Z
NOTE
X
:
OPTION(NON MOUNT)
BW
:
IM-BW
0
:
NRSA63J-0R0X
*1
:
2SC2412K/QR/-X
:
*2
2SA1037AK/QR/-X
*3
:
MA111-X
*4
:
MA3120/M/-X
*5
:
DTC124EKA-X
*6
:
DTA124EKA-X
*7
:
2SC1740S/QR/-T
*8
:
2SA933AS/QR/-T
*9
MA3056/M/-X
*10
MA3036-X
*11
MA3240/M/-X
MA3051/M/-X*12
0
1
C
W
W
B
B
S
S
1
U
_
_
U
1
D
D
2
2
V
S
C
S
V
N
N
_
T
L
U
U
_
T
R
L
R
T
T
A
G
L
G
4.4V
0V
4.4V
0V
3.7V
1
V
T
L
0V
0V
3.7V
D
N
1
0
G
_
W
W
B
B
B
S
S
1
U
U
_
_
U
2
2
V
S
S
C
S
_
T
_
L
U
U
_
A
T
T
L
R
R
A
F
F
E
L
/O
IT
N
T
O
B
_
U
W
S
O
P
Y702
X
T
F
A
_
2
U
T
0V
C
F
A
_
2
U
T
T
U
U
O
D
D
D
O
V
_
_
N
N
N
2
V
V
R
L
3
5
5
G
G
G
4.4V
4.4V
4.9V
32V
R
L
MAIN PWB
(1/2)
8V
10V
SMF-1404A-U2
(AV32X25EUS)
(AV32X250EUS)
(AV32X25EIGY)
SMF-1944A-U2
(AV32X25EKGY)
SMF-1403A-U2
(AV28X25EUS)
(AV28X25EIGY)
SMF-1943A-U2
(AV28X25EKGY)
QGB1506L1-16
CN004
C564
.1/16
F
E
V
T
D
D
N
G
C
D
D
F
L
5
C
N
C
N
N
_
E
V
IT
G
G
G
/O
Y
_
T
T
N
B
C
B
O
T
O
_
R
U
_
S
A
P
S
P
A_GND
C
C
C
C
C
D
D
C
C
C
C
C
N
N
V
V
V
G
G
-V
-V
_
+
+
_
_
M
M
C
A
A
M
M
_
_
_
_
_
A
A
A
A
A
CN0R3
S
U
T
A
T
G
B
S
0.2V
3.7V
0.2V
S
G
B
U
_
_
T
A
D
D
T
S
S
S
O
O
*10
*3D318
CH
C324
82P
VIN
UIN
YIN
DCI
(Ik)
1.5V
2.9V
R504
R593
X
R592
3.3k
D592
MA3051/M/-X
R466
220k
R467
56k
MICOM PWB
E
T
E
U
T
T
E
E
U
C
S
S
M
E
Y
L
L
_
T
D
U
U
A
D
P
A
O
P
T
P
N
_
E
A
R
_
S
M
P
H
V
Y
G
D
R
A
3.7V
2.3V
1.3V
3.7V
0V
-1.1V
0V
E
T
U
S
M
Y
Y
_
D
_
A
P
A
T
D
E
A
M
S
A
R
D
O
D475
*11
2
1
3
X
D
D311
*
D314
*
D315
X
C318
0.5V
.01
C317
.01
0.5V
C316
0.5V
.01
C315
1V
.022
C314
1V
.022
C313
0.8V
.022
C306
3.1V
.1/16
3V
R303
C312
2.5V
27k
220p CH
NC
C309
.1/16
0V
R312
2.5V
27k
C311
.068/16
1
X
2
5
C
1k
R465
220k
C472
.01
R484
47k
E
M
E
_
R
IO
0
1
2
0
2
1
F
D
L
L
L
A
A
A
D
_
N
C
D
C
D
D
C
U
A
0V
E
T
U
M
_
IO
D
U
A
R313
18k
L
B
A
S
3.6V
2
A
D
S
D313
X
D316
X
CORRECT
G
S
S
IIC
S
S
S
3.6V
3.6V
3.5V
3.2V
3.1V
3.6V
E
E
0
1
0
1
2
R
L
L
L
A
A
F
C
C
D
D
C
S
S
S
S
S
IIC
0V
0
3
3
D593
R595
*3
2.2k
1
1
3
R
Q591
*2
RESET
R596
100k
R481
4.7k
Q472
R480
*1
82k
EHT
3
k
8
2
4
.7
k
8
R
4
4
.7
R
2
.033/25
D
N
E
FBP
D
N
G
C595
Q471
*1
EHT
CORRECT
D
O
L
T
E
_
D
R
C
E
L
E
R
E
D
O
_
3
2
1
L
E
_
D
W
Y
Y
N
O
E
E
P
G
K
K
3.3V
0V
3.3V
F
F
/O
N
O
_
2
1
W
Y
Y
E
E
O
K
K
P
X
R478
12k
VS
D
M
O
O
Y
_
N
E
/P
C
E
C
IM
D
G
T
R
H
E
K
E
3
CN007
QGB1505J1-50
0V
3.4V
6V
3.3V
3V
2.3V
3.1V
D
N
E
D
O
L
T
E
_
D
C
E
L
E
R
D
O
_
3
L
E
_
O
M
O
Y
_
E
/P
C
E
C
IM
D
T
E
R
H
K
E
3
H/P_L
H/P_GND
H/P_R
POW_ON/OFF
TIMER_LED
ECO_LED
3D_LED
ECO
H/P_DET
REMOCON
KEY3
KEY2
KEY1
OSD_B
OSD_G
OSD_R
OSD_YS
SCP
3
3
*
*
1
2
7
7
4
4
D
D
V100
U100
Y100
R326
6.8k
N
R325
C351100
10/25
Q301
*2
Q592
*1
RESET
R477
12k
H/P_L
H/P_L
H/P_GND
H/P_GND
H/P_R
H/P_R
STBY_5V
C699
STBY_5V
.01
GND
GND
P.ON/OFF
TIMER_ON/OFF
ECO_ON/OFF
3D_ON/OFF
ECO
H/P DET
REMOCON
KEY3
KEY2
KEY1
GND
GND
GND
GND
12V
CN002
QGF1220C2-25
CN013
QGA2501C1-10
GND
12V
GND
Ik
B
G
R
PROTECT
SVM_Y
SVM_YS
3
*
3
7
4
D
MD001
X
GND
B
G
R
VPROT
B
W
P
L
O
R
T
N
O
C
T
N
O
R
F
B
W
P
T
E
K
C
O
S
T
R
C
V
V
5
5
_
_
Y
Y
B
B
T
T
S
S
4.9V
-0.1V
C596
.1/16
R479
150k
C474
100Hz PWB
K
IN
L
0
0
CN0NS
X
X
C571
X
C572
X
LA6515
.1
V
R559
R556
4.7k
R557
5.6k
IC571
80%
80%
D
N
G
150k
D951
SYNC SEP PB
IN
Y
5
1
X
0
N
C
0
5
Y
1
E
C
1
N
T
E
U
.S
O
V
R572
X
R573
X
R574
X
ROTATION
.2
.2
V
V
-
R558
100k
R555
33k
V
2
3
H
T
T
T
U
U
/O
D
O
IN
O
IN
5
N
D
D
D
D
2
V
H
V
G
H
V
5
9
2
0
0
3
Y
1
0
0
2
3
P
A
Y
5
D
D
D
2
H
5
V
S
X PURITY
D
.1
N
.2
.1
G
V
-V
V
R579XR578
X
R575
X
R576
X
R577
X
2
E
C
2
N
T
C
E
U
C
.S
V
O
V
QRN143J-0R0X
5.6V 12V
R561
R560
C553
10
47/25
80%
C554
.22/16
80%
C555
.22/16
R951
22
R1/2
V
V
V
V
D
D
D
D
5
5
N
N
N
N
.3
.3
3
3
G
G
G
G
0
0
0
0
1
1
)
)
Y
2
Y
2
D
D
-
-
L
A
N
N
C
D
(B
(R
-
-
G
G
S
S
2V
1.9V
2
0
0
L
0
0
1
C
1
S
V
U
2
E
C
N
2
E
T
C
U
.S
C
.2
V
V
O
V
-
R581
R580
X
80%
C575
C573
X
X
80%
C576
Q572
X
SWITCH
C560
100/16
Q562
*2
N/S_COR
11V
11.4V
10V
C951
470/16
CN005
V
V
V
V
V
D
D
0
0
0
2
2
QGB1506L1-16
N
N
1
1
1
1
1
G
G
T
0
D
D
U
0
N
N
0
1
Y
G
G
H
2.3V
0.2V
0V
0
0
D
D
1
H
V
Y
Q571
SWITCH
X
C574
X
R583
X1/2W
X
R565
5.6k
C562
1/50
1
8
3
9
*
D
IC951
BA09T
IN OUT
C952
.1/16
IC952
BA08T
IN OUT
C953
.1/16
T
U
O
V
0.8V
P
C
S
X
R564
22k
*3
D982
D
P
N
C
S
G
R582
X
R585
X
R563
Q561
8.9V
T
U
O
K
L
V
8
C
7.9V
0V
R584
X
10k
*1
L951
5.6
C954
470/10
L951
QQL26AM-5R6Z
8V
C955
220/10
D
D
D
D
V
V
V
N
N
N
V
8
Y304
N
V
.3
.3
.3
8
G
G
G
3
G
3
3
3.1V
K301
NQR0413-003X
0
C561
560p
CH
R562
68k
9V
C956
100/10
L
S
D
D
D
B
V
N
N
N
A
G
G
G
H
T
/Y
/O
V
V
P
D
D
D
D
D
D
D
C
C
C
5
_
N
G
D
N
G
_
N
N
N
N
N
N
_
2
V
V
V
5
G
5
5
5
G
G
M
S
M
G
G
G
3.8V
0V
4.9V
4.2V
0V
/Y
V
P
V
5
C
C
C
2
_
_
_
5
S
M
M
R511
1.5k
CH
C563
X
R512
3.3k
C458
*
100/16
.033/25
IC402
BA10324AF-XE
EW/V DRIVE
E
IV
R
D
_
W
E
CN006
-
+
E
E
IV
R
D
_
H
E
T
T
D
D
O
D
D
QGB1506L1-16
S
O
O
N
N
S
IV
V
L
V
R
R
G
B
G
R
U
P
P
D
P
_
_
_
_
V
H
W
H
E
!
L03
CN0R1
*
CN0R2
*
X
R571
CN00V
X
IC551
1
E
C
1
N
T
E
.1
U
.S
O
-V
V
7.2V
6.4V 6.4V 5.9V 6V 5.6V
7.2V
R552
R551
120k
10
R553
68k
80%
C551
.22/16
R554
C552
80%
5.6k
.22/16
ROTAT ION
1SR35-400A-T2
1
1
G
R
D
_
_
N
C
C
S
S
G
0V
0V
R
G
_
_
C
C
S
S
Y303
0
C402
C457
5
Y
R
D
D
1
/
N
N
2
S
1
G
G
Y
B
R
B
B
_
_
_
G
G
C
C
C
S
S
R
S
R
0V
0V
0V
S
0
B
Y
5
_
_
Y
-
C
C
R
S
S
D321
R323XR324
X
R458
12k
C454
.033/25
5
0
Y
-
5
B
Y
D
D
/
/
N
N
2
2
G
G
1
B
G
1
B
B
_
_
L
A
G
G
C
C
C
D
R
R
S
S
S
S
CN003
QGB1505J1-50
Y305
0
6
0V
0V
0
0
3
Y
D773
MA3056/M/-X
0
5
0
Y
-
5
1
1
B
Y
L
A
D
C
S
S
*9
1
1
L
A
T
/D
C
D
N
A
S
S
E
_
C
V
_
C
/R
L
C501
15p
C502
15p
C320
2200/6.3
100/16
R454
R455
4.7k
12k
5
5
6
4
C453
/1
C
.1
.01
6.2V
2.9V
6
5
6
4
/1
C
R459
.1
4.7k
R463
*
CH41171-006
D774
MA3056/M/-X
D320
*9
C701
10/50
CH
CH
QAX0549-001Z
24.576MHz
NQR0431-001X
R322
0
NQL092K-1R5X
R321
0
C301
R456
12k
0V
2.9V
GND
VCC
1
0
6
4
/1
C
.1
R461
12k
R462
15k
CN00C
.056/16
R503
1kR304
100R301
100R302
2
0
6
3
/1
C
.1
7
k
5
4
.9
3
R
1.5V
4
0
6
4
/1
C
.1
0
2
2
6
7
7
R
E
E
R
F
IIC
C702
X
2V
X501
3.1V
3.5V
3.6V
LC301
3.1V
0V
2.3V
NC
NC
1.7V
0V
L301
1.5
L302
NQL092K-1R5X
R405
1k
3
6
0
/1
4
.1
C
1.5V 2V
6
0
4
R
VD-
E
E
R
F
0
1
0
1
L
L
A
A
C
2
C
D
D
C
S
S
I
S
S
0
0
0
2
2
2
2
2
2
5
4
3
2
7
7
7
7
0
7
7
7
7
2
R
R
2
R
R
D771
MA3056/M/-X
0
1
1
0
L
L
A
A
D772
C
D
D
C
S
S
S
S
MA3056/M/-X
C
T
2
2
F
L
E
S
L
A
D
S
0
0
1
2
1
7
R
4.9V
3.6V
D
2
A
D
V
D
S
0
1
A
A
1kR714
1kR715
0V
CLKI
X1
X2
CLEXT
TEST
SUBST
RESN
SCL1
SDA1
VDD(D)
VSS(D)
HD
H35K
H38K
PWM
VSYNC
1.5
E/W
R403
330
R404
330
k
1
VD+
C
S
0
0
1
1
1
7
R
3.6V
R701
10k
H
C
IT
W
S
3.1V
HPROT
2
L
C
S
2
A
R501
0
2
0
X
5
R
2
_
1
H
F
R722
1k
k
0
1
8
0
7
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3.9V
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S
F
N
/O
N
O
N
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C
_
R
L
0V
2
0
7
R
NQR0431-001X
C308
.1/16
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3.1V
D
S
S
C
N
Y
S
H
3.1V
0.2V
X
1
0
2
0
0
-
3
1
3
C
4
L
0
R
Q
N
C303
.1/16
F
A
L
O
/O
IT
O
T
N
B
B
_
O
U
E
_
k
k
S
B
E
1
1
B
B
B
1
0
2
2
7
7
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R
k
k
k
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0
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1
1
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7
6
0
0
0
7
7
7
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R
R
0V0V0V
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L
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/O
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1
S
/D
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W
W
_
S
.S
.S
V
S
C
M
M
V
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3
k
k
0
0
1
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1
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3
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C
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C
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M
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D
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(
S
D
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V
V
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DEF & RGB PROCESSOR
)
)
)
2
1
1
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(A
(A
D
D
S
P
D
D
S
B
F
V
V
V
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k
2
5
.6
5
R
R521
22k
D521
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12k
C473
.1/16
IC471
BA10358F-XE
EHT CORRECT
C475
.1/16
X
3
2
7
R
0.1V
k
.6
5
8
1
3
R
P
C
S
IC301
SDA9380
)
2
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S
S
V
R474
R475
15k
56k
.1/16
2200/10
*
7
1
3
R
R489
33k
1
W
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D
V
2
2
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U
1
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T
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0V
1
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_
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*
7
0
6
5
3
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3
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C
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5
0
4
2
1
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8
0
4
R
1
8
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5
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C452
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C471
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R487
U
P
M
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S
/C
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C
C
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W
F
F
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S
A
IN
_
_
C
D
N
G
X
2
2
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3
2
3
C
12k
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C
3.5V
1.9V
C
V
F
C
A
_
_
1
T
X
U
T
T
2
2
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2
2
3
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D
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5
6
0
3
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4
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L
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P
1
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V
U
A
T
T
T
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3.7V
4.8V
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K
R
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L
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_
S
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IN
R
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4
.0
1
*
9
4
R
R471
27k
2
k
7
.8
4
6
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R470
22k
GND
/A
D
2
O
S
L
S
R
C
O
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3.7V
0.2V
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C
F
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C
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D
L
S
S
C
Y
O
R464
*
D319
D317
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R314
220
2
1
L
L
B
B
F
F
B/V1
G/U1
R/Y1
VSS(A4)
VDD(A4)
VREFC
VREFN
VBLO
VREFH
PROTON
IBEAM
(ABL)
BSOIN
T
E
O
F
R
A
P
S
H
H
k
.6
CH
5
2
9
C591
4
470p
R
D591
*3
R591
560
R468
220k
*3D474
R469
68k
R485
12k
R486
4.7k
_
C
2
G
U
T
A
0.8V
0V
0
W
S
_
C
2
G
U
A
T
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6
/1
.1
7.9V
)
C
M
(
D
D
V
D
V
1.5V1.5V2.9V
k
1
2
0
4
R
R473
*
POWER & DEF PWB
No.51994 No.51994
2-5 2-6
MAIN PWB CIRCUIT DIAGRAM [2/2]
C
F
A
_
C
1
G
U
T
A
C
F
A
_
C
1
G
U
A
T
AM
*R009
SIF
*R008
SCL
*R006
SDA
AFC
RF AGC
VIDEO OUT
5V
C009
.1/16
IN
IFIN
IF1
NC
NC
TU2
5V
K001
NQR0389-003X
NC
NC
100R005
100R004
C003
BT
X
C001
.0022
C010
10/50
QQL244K-100Z
L002
C006
.01/50
C007
10/50
C004
C005
.1/16
1000/16
R001
C002
X
10/50
TU001
QAU0276-001
4MHz
GND
4MHz
OUT
SDA
SCL
ADR
AGC
MAIN PWB
(2/2)
SMF-1404A-U2
(AV32X25EUS)
(AV32X250EUS)
(AV32X25EIGY)
SMF-1944A-U2
(AV32X25EKGY)
SMF-1403A-U2
(AV28X25EUS)
(AV28X25EIGY)
SMF-1943A-U2
(AV28X25EKGY)
AV32X25EUS / AV32X250EUS
AV32X25EIGY / AV32X25EKGY
AV28X25EUS / AV28X25EIGY / AV28X25EKGY
D
N
G
_
B
B
B
U
U
1
1
1
L
A
V
V
C
D
T
2
S
3
S
V
1
1
1
L
A
V
V
C
T
D
2
3
S
S
V
SCL1
SDA1
TU1_AFC
VTV1
L003
10
10
32V
27L001
AGC
R002
R003
X
X
V
V
5
R
L
9
R
L
MAIN_L
MAIN_R
C690
*
X
1
6
6
IC
L
R
K
E
Y
A
S
S
S
T
C
D
T
U
U
A
A
O
T
L
E
D
M
A
_
C
R
T
S
D
Y679
X
U
S
S
S
_
_
A
R
R157
C130
10/50
R681
X
C662
X
1
6
X
6
R662
C
X
S
S
S
S
.
A
A
-
B
B
L
R
R
O
E
E
/V
L
L
E
E
E
B
B
R
R
-T
-T
N
L
L
O
T
C664
C640
X
R691
X
C665
X
C643
R617
C666
X
Y668
X
C668
X
C669
X
C670
X
1
1
L
A
D
C
S
S
_
L
X
S
S
A
B
L
IN
L
X
X
R155
X
R156 0
0
100R151
100R153
R152
X
C111
.01
R661
X
3
X
6
6
C
R663
X
T
S
S
U
A
O
B
R
L
S
S
D
E
U
N
O
-IN
-L
R
L
X
C659
R692
X
C667
Y663
IC664
X
5V REG
T
F
T
S
F
N
O
E
/O
O
C
N
B
_
_
O
E
_
/R
L
B
E
B
B
B
V
8
C105
10/50
C106
.1/16
C124
0V
10/50
0V
C125
10/50
0V
1/10
*
2.7V
C672
AMP
R106
Y677
Y678
80%
80%
80%
80%
0
10/50
330
X
X
.1/16
.1/16
NQR0389-003X
C102
6.5V
2.1V
X
R
_
IN
A
M
AGNDC
C126
0V
SC2_IN_L
0V
SC2_IN_R
ASG1
NC
1.6V
SC1_IN_L
3.7V
SC1_IN_R
2.6V
VREFTOP
C128
MONO_IN
3.7V
AVSS
K101
C101
.1/16
R105
BUFFER
*
Q101
*
C116
.0047
R664
10k
R665
10k
80%
C673
1/10
C674
1/10
80%
Y684
L
_
IN
A
M
C627
C153
Y102
X
1/10
C154
R158
1/10
C151
1/10
C152
R154
C127
X
10/50
80%
C129
1/10
L101
QRN143J-0R0X
R103
Y101
*
R102
*
R104
*
C671
X
c
L
T
A
c
C
U
D
V
S
S
O
L
S
D
S
F
U
E
D
IP
E
O
N
N
H
R
L
-
V
G
C
R
Y682
X
Y683
X
X
C660
X
R600
X
X
X
Y664
0
Y665
0
L
R
+
V
V
9
-9
1
1
V
V
T
T
R
L
3.7V
0V
C122
C123
CH
CH
.001
.001
C
N
8V
L
P
C
R
_
_
U
N
T
T
S
U
U
V
O
O
H
_
_
A
1
1
C
C
S
CAPL_M
S
AHVSS
IC101
MSP3415DQGB3GHX
MULTI SOUND PROCESSOR
+
-
N
P
IN
IN
E
_
_
T
U
A
A
S
S
N
N
E
V
A
A
A
T
4.9V
1.4V
1.4V
C118
C117
C119
.01
.01
8.9V
Q102
*1
5.8V
R108
1k
C675
47/25
R646
R648
0
X
R667
18k
R666
47k
C676
Y672
150pCH
R636
R645
0
4.5V
R669
R690
X
4.5V
R668
47k
Y675
C677
Y674
150p
CH
R699
D628
X
X
X
1
1
L
A
C
D
S
S
E
R
T
N
E
C
1
F
E
R
V
IN
_
L
A
T
X
0V
CH
2p
C108
68p
4.5V
4.5V
0
X
18k
X
0
X
C155
.001
CH
C
N
C
N
T
U
O
_
L
A
T
X
2.2V
CH
C120
2p
X101
CE42546-001Z
CH
BA4558F-X
CH
Y673
X
R670
100k
H
C
C679
15p
R671
100k
Y661
X
Y662
0V0V
C156
CH
.001
C
C
N
N
2
L
C
C
R
F
_
_
N
N
E
M
M
R
C
C
V
0
T
U
O
_
R
T
C
_
D
C
N
18.432MHz
GND1
1.6V
RESETQ
C121
NC
NC
.01
4.8V
DVSS
LC102
NQR0431-001X
4.8V
DVSUP
K102
TP
NC
NC
NC
TP
NC
K102
NC
TP
NQR0389-003X
TP
NC
R110
100
3.6V
SDA
L
4.8V
SCL
E
Y
S
B
_
R
D
A
R109
N
100
A
T
S
4.8V
.1/16C107
Y681
0
NJM2150AM-X BBE
R159
0
4.4V
LIN
R160
X
4.4V
HPF(L)
R672
22k
CR1(L)
C681
X
.0033
4.4V
R676
.033/25
R674
R673
C682
X
X
k
0
1
8
7
6
R
27k
R675
10k
R677
10k
C683
47/25
BBE_ON/OFF
BPF(L)
4.4V
CR2(L)
4.4V
LPF(L)
LOUT
4.4V
0V
H H/L
0V
L H/L
BBE
0V
ON/OFF
7
6
6
Y
MSP_RESET
100R111
L102
4.7
QQL244K-4R7Z
C104
100/16
C103
.1/16
IC663
HPF(R)
CR1(R)
BPF(R)
CR2(R)
LPF(R)
ROUT
VREF
Y604
0
SDA2
SCL2
R161
0
4.4V
RIN
R162
X
R679
Y666
4.4V
22k
X
4.4V
C684
.0033
R680
4.4V
27k
4.4V
C685
.033/25
4.4V
C686
80%
1/10
4.4V
C687
R693
10/50
4.4V
8.9V
C688
Vcc
47/25
GND
4.4V
R694
4.4V
X
C689
.1/16
C691
*
80%
Y621
C680
0
1/10
R656
X
C696
X
A
A
D
D
1
T
U
O
_
R
T
C
_
C
D
N
C
C
N
N
A_GND
IC662
LPF
4.5V
C678
15p
IC662
4.5V
X
AV32X25EUS / AV32X250EUS
AV32X25EIGY / AV32X25EKGY
AV28X25EUS / AV28X25EIGY / AV28X25EKGY
T
E
S
E
R
_
2
2
P
L
A
S
M
T
E
S
E
R
_
P
S
M
Y611
Y610
Y603
0
C694
Y616
X
Y617
R684
0
0
X
IC665
R695
C697
X
R686
X
Y620
R687
0
X
R688
X
IC665
4.4V
4.4V
R657
X
V
C
D
0
S
1
S
2
2
L
A
C
D
S
S
X
X
X
X
5
5
0
0
1
-
-1
Z
Z
C
C
1
1
2
2
F
F
C
C
N
N
Y613
Y612
1/50
1/50
X
POWER BASS
Y669
IC665
0
X
C695
4.4V
R682
X
4.4V
R685
4.4V
C692
X
C693
4.4V
4.4V
4.4V
R696
X
C657
X
R658
X
0
CH
R601
4.4V
27k
R689
X
X
CH
X
X
4.4V
C658
X
R602
10k
R683
X
Y618
IC665
C698
R659
0
X
POWER BASS
CH
X
R603
27k
R604
10k
0Y670
CH
T
S
O
O
B
_
E
B
B
T
S
O
O
B
_
E
B
B
CENTRE
AUDIO_MUTE
AMP_MUTE
D_MUTE
A_M-VCC
A_GND
A_M+VCC
Y601
POW_ON/OFF
Y602
9V+
-9V
F
F
E
F
F
T
E
/O
U
T
T
/O
N
E
U
M
N
N
O
E
O
_
C
_
_
W
E
B
O
/R
L
P
B
E
F
F
F
F
T
/O
/O
N
M
N
N
E
O
O
C
_
_
_
E
W
/R
B
L
O
B
P
C613
C614
X
Y676
0
C615
Y619
X
X
Y622
X
X
S
_
K
T
M
U
C
U
_
IO
D
U
A
T
E
U
T
U
_
M
IO
_
D
P
U
M
A
A
X
X
A
T
P
T
O
A
.M
A
L
T
M
A
D
C
S
A
K
S
C
U
A
T
O
T
A
L
A
T
C
S
D
R631
X
R632
X
C626
R633
X
R635
X
Y614
X
D629
X
Y615
X
Y688
0
D601
X
R697
X
C601
X
R698
X
D
N
G
Y
_
D
A
/P
E
H
R
Y
D
A
E
R
X
R634
X
D602
*3
C606
220/16
C607
220/16
D603
X
D605
X
Y680
X
D607
X
D608
X
Q612
X
R608
X
IC605
X
IC606
-9V REG
X
C604
X
C
C
-V
M
_
A
R647
X
Vcc
POWER ON/OFF DET
XC159
R605
47k
R606
27k
C608
X
C609
X
D604
X
Q611
X
INV.
9V REG
C602
X
C605
X
C
C
C
C
D
V
+
-V
N
G
M
M
_
_
_
A
A
A
C
C
D
V
+
N
G
M
_
_
A
A
C638
R655
0
D626
X
IC604
X
AMP(HP)
GND
D610
*2
Q601
4.9V 5.3V
D611
*3
4.8V
D614
D613
X
D615
*3
Y623
0
Y685
0
Q608
X
R611
X
R612
D606
X
X
D630
X
XQ610
R614
X
R615
X
C610
X
C611
X
C603
X
C
C
R
L
V
_
_
_
C
/P
/P
_
H
H
A
R
L
S
C648
QETM1VM-108
QETM1VM-108
SMF1943A-U2
QAU0277
X
X
X
X
C646
.01
Y607
X
Y606
X
C649
1000/35
C650
X
-001
X
10kX10k
D622
X
D623
X
D624
X
D625
X
SMF1944A-U2
QAU0277
S
Y605
Y608
-001
X
X
X
C656
K602
CE42681-001Y
R642
680
Q617
0V
DTC323TK-X
MUTING
Q615
*2
MUTING
0V
DTC323TK-X
R644
8.5V
.22/50
R637
-IN
X
R641
X
R630
TA8246AH
C6291/50
C632
X
2
2
6
R
X
X
0V
IN
+
H
C157
C
R640
X
R163
X
C621
X
C636
C637
26.1V
12.3V
0
/5
0
0
0
1
3
/5
6
2
C
.2
80%
80%
C634
2200/35
QETM1HM-228
X
X
X
Q613
MUTING
100k
Vcc_G
CC
0V
12.4V
0V
1
3
6
X
C
80%
80%
80%
80%
3
X
3
6
C
R638
X
R623
X
Q614
X
X
C639
X
X
R654
0
IC601
POWER AMP
RGND
D627
X
C617
X
Q603
X
MUTING
XD609
Q602
*3
*2 MUTING
R609
100k
C600
22/50
D612
DTC124EKA-X
X
MUTING
Q606
R610
6.8k
*3
MUTING
R619
100k
D617
*3
D616
X
R621
X
C622
X
XQ609
X
D618
X
R613
X
IC603
E
c
T
T
c
U
U
V
O
M
+
R627
X
C623
R616
X
X
C625
C612
X
CH
X
MUTE VccRLL
0V
2V
2V
0.1V
C616
C618
1/50
Q605
*1
T
U
O
CH
R626
X
0.1V
c
c
V
+
c
c
-V
R629
Vcc
IC602
9
1
6
X
C
5
2
6
X
R
POWER AMP
E
T
U
M
_
IN
X
R618
33k
25.4V
X
E
T
U
M
8
2
6
X
R
Y687
X
Q604
DTC124EKA-X
25.4V
c
c
-V
0
2
6
C
X
IN
+
-IN
R164
C624
C628
100/50
2.2 1/2W
QRK126J-2R2X
MUTING
Q607
*6
R639
560
0V
R620
5.6k
POWER AMP
E
T
U
M
_
IN
X
4
2
6
R
Y686
C158
H
C
X
X
R650
10k
-0.1V
K601
CE42681-001Y
R643
680
0V
C647
1.2V
Q616
MUTING
MA3330/L/-X
R
C641
.22/50
C642
.22/50
R649
2.2 1/2W
QRK126J-2R2X
TU001
Q101
Y101
R006 100
R008
R009
R1020000X4.7kX4.7k
R103 2.2k 2.2k 10k 10k
R104
R1051k5601k560
C644
X
.01
R651
10k
D619
1000/35
D620
MA3330/L/-X
L
C
D621
X
SMF-
SMF-
1403A-U2
1404A-U2
QAU0276
QAU0276
-001
-001
*1
*1 X X
XX00
1000X
0
NOTE
:
OPTION(NON MOUNT)
X
:
IM-BW
BW
:
NRSA63J-0R0X
0
:
2SC2412K/QR/-X
*1
:
2SA1037AK/QR/-X
*2
:
MA111-X
*3
:
MA3120/M/-X
*4
*5
:
DTC124EKA-X
*6
:
DTA124EKA-X
*7
:
2SC1740S/QR/-T
*8
:
2SA933AS/QR/-T
R652
C651
C652
C653
X
C654
R653
X
C645
X
J001
QNN0296-001
L
R
0
Y609
CN00S
0
X
NC
GND
GND
SC_OUT
0
R607
X
CN111
C655
X
X
TWEETER
R
GND
E
SP-L
K
GND
A
E
SP-R
P
GND
S
TWEETER
X
R660
X
O
GND
T
E
IN
IN
T
-
-
U
R
R
S
S
.M
A
K
D
D
S
A
IN
IN
L
-
-
T
N
N
U
L
L
C
A
G
G
T
S
S
P
D
A
T
S
P
S
D
S
P
D
S
D
No.51994
1
1
E
V
V
C
C
D
D
Y
5
5
A
T
D
N
N
N
N
-
-
D
U
A
D
D
-G
-G
S
E
M
D
D
_
R
D
P
S
D
F
T
V
V
L
5
C
S
D
D
D
D
W
5
F
S
-IN
N
N
N
N
S
R
O
G
G
G
G
/O
O
.C
N
B
/R
O
L
E
W
B
O
B
L
L
T
T
V
V
V
V
D
9
9
9
9
-IN
N
-
-
L
G
D
D
D
R
D
-
-
U
U
N
N
N
N
/P
/P
G
G
G
G
-O
-O
H
H
L
R
S
S
CN008
T
T
T
V
V
D
9
9
U
U
U
N
G
X
-O
-O
-O
L
R
C
DOLBY PWB
2-7 2-8
No.51994
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