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SERVICE MANUAL
SPECIFICATIONS
KZ-32TS1E
AEP Model
TV system:
Depending on your country selection: B/G/H,
D/K, L, I
Colour system:
PAL, SECAM
NTSC 3.58, 4.43 (only Video In)
Channel Coverage:
VHF: E2-E12
UHF: E21-E69
CATV: S1-S20
HYPER: S21-S41
D/K: R1-R12, R21-R69
L: F2-F10, B-Q, F21-F69
I: UHF B21-B69
Antenna:
75 ohm external terminal for VHF/UHF
Screen size (measured diagonally):
32 inches
approx. 82 cm. measured diagonally
Panel System:
Plasma Display panel
Display resolution:
852 dots (horizontal) x 1024 lines (vertical)
Rear Terminals:
i
1/
21-pin Scart connector (CENELEC
standard) including audio/video input,
RGB input, TV audio/video output.
i
2/
21-pin Scart connector (CENELEC
standard) including audio/video input,
RGB input, Monitor audio/video output.
i3/r
(SMARTLINK)
21-pin Scart connector (CENELEC
standard) including audio/video input, S
video input, selectable audio/video output
and Smartlink interface.
audio outputs (Left/Right) - phono jacks
r
4
S video input (4-pin mini DIN):
Y: 1 Vp-p, 75-ohms unbalanced, sync
negative
C: 0.286 Vp-p (Burst signal), 75 ohms
t
4
video input (phono jack):
1 Vp-p, 75-ohms unbalanced, sync negative
o
4
audio input (phono jacks):
500 m Vrms (100% modulation),
Impedance: 47 kilo ohms
5
Y: 1 Vp-p, 75 ohms, 0.3V negative s ync
: 0.7 Vp-p, 75 ohms
P
B
: 0.7 Vp-p, 75 ohms
P
R
or
G: 0.7Vp-p, 75 ohms, Sync on Green
B: 0.7 Vp-p, 75 ohms, Sync on Green
R: 0.7 Vp-p, 75 ohms, Sync on Green
or
G: 0.7Vp-p, 75 ohms, non Sync on Green
B: 0.7 Vp-p, 75 ohms, non Sync on Green
R: 0.7 Vp-p, 75 ohms, non Sync on Green
HD:1-5 Vp-p
VD: 1-5 Vp-p
o
5
audio input (phono jacks)
500 m Vrms (100% modulation),
Impedance: 47 kilo ohms
5555
SUB WOOFER:
CTRL S OUT:
Front Terminals:
i
headphones jack
phono jac
minijacks
k
Sound Output:
2 x 7 W (music power)
Power Consumption:
270 W
Standby Power Consumption:
2.2 W
Dimensions (w x h x d) :
Approx.
Weight:
25.5 Kg.
Power requirement:
220-240 V AC, 50 Hz
Accessories supplied:
One Remote Control (RM-932)
Two batteries (R6 type)
Two Brackets
One coaxial cable
One AC Cable (Type C)
One AC Cable (Type BF)
One Cleaning cloth
Operating instruction
Quick start guide
Warranty
Other features:
¥ Teletext, Fastext, TOPtext
¥ Sleep Timer
¥ Smartlink (direct link between your TV set
¥ TV system Autodetection
¥ Auto Format
Design and specifications are subject to
change without notice.
Ecological Paper- Totally Chlorine Free
856x627x132
This cable may not be supplied depending on
the country.
and a compatible VCR. For more
information on Smartlink, please refer to
the Instruction Manual of y ou r VCR).
mm.
FLAT PANEL COLOR TELEVISION
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Parts on Set
540A. Follow the manufacturers’ instructions to use these instruments.
multimeter is suitable for this job.
battery-operated AC voltmeter. The “limit” indication is 0.75 V, so
analog meters must have an accurate low-voltage scale. The Simpson 250
and Sanwa SH-63Trd are examples of a passive VOMs that are suitable.
Nearly all battery operated digital multimeters that have a 2 V AC range
are suitable. (See Fig. A)
LEAKAGE TEST
The AC leakage from any exposed metal part to earth ground and from all
exposed metal parts to any exposed metal part having a return to chassis,
must not exceed 0.5 mA (500 microamperes).
Leakage current can be measured by any one of three methods.
1. A commercial leakage tester, such as the Simpson 229 or RCA WT-
2. A battery-operated AC milliammeter. The Data Precision 245 digital
3. Measuring the voltage drop across a resistor by means of a VOM or
AC
Voltmete
Ω
1.5 k
.15 μF
KZ-32TS1E(AEP) 2
(0.75 V)
Earth Ground
Fig. A. Using an AC voltmeter to check AC leakage.
SAFETY CHECK-OUT
connections. Check the entire board surface for solder splashes and
bridges.
contact high-wattage resistors.
mounting hardware have been replaced. Be absolutely certain that you
After correcting the original service problem, perform the following safety
checks before releasing the set to the customer:
1. Check the area of your repair for unsoldered or poorly-soldered
2. Check the interboard wiring to ensure that no wires are “pinched” or
3. Check that all control knobs, shields, covers, ground straps, and
have replaced all the insulators.
were installed during a previous repair. Point them out to the customer
and recommend their replacement.
4. Look for unauthorized replacement parts, particularly transistors, that
deterioration. Point them out to the customer and recommend their
replacement.
replacement of any such line cord to the customer.
instruments are accurate; be suspicious of your HV meter if sets always
have low HV.
all other exposed metal parts for AC Leakage. Check leakage as
described right.
5. Look for parts which, though functioning, show obvious signs of
6. Check the line cords for cracks and abrasion. Recommend the
7. Check the B+ and HV to see if they are specified values. Make sure your
8. Check the antenna terminals, metal trim, “metallized” knobs, screws, and
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AVERTISSEMENT!!
KZ-32TS1E(AEP) 3
NE JAMAIS METTRE SOUS TENSION QUAND LA BOBINE DE
ATTENTION AUX COMPOSANTS RELATIFS À LA SÉCURITÉ!!
DEMAGNETISATION EST ENLEVÉE.
LES COMPOSANTS IDENTIFIÉS PAR UNE TRAME ET UNE
MARQUE ! SONT CRITIQUES POUR LA SÉCURITÉ. NE LES
REMPLACER QUE PAR UNE PIÈCE PORTANT LE NUMÉRO
SPECIFIÉ. LES RÉGLAGES DE CIRCUIT DONT L’IMPORTANCE EST
CRITIQUE POUR LA SÉCURITÉ DU FONCTIONNEMENT SONT
IDENTIFIÉS DANS LE PRÉSENT MANUEL. SUIVRE CES
PROCÉDURES LORS DE CHAQUE REMPLACEMENT DE
COMPOSANTS CRITIQUES, OU LORSQU’UN MAUVAIS
FONCTIONNEMENT EST SUSPECTÉ.
SAFETY-RELATED COMPONENT WARNING!!
COMPONENTS IDENTIFIED BY SHADING AND MARK ! ON THE
SCHEMATIC DIAGRAMS, EXPLODED VIEWS AND IN THE
PARTS LIST ARE CRITICAL FOR SAFE OPERATION. REPLACE
THESE COMPONENTS WITH SONY PARTS WHOSE PART
NUMBERS APPEAR AS SHOWN IN THIS MANUAL OR IN
SUPPLEMENTS PUBLISHED BY SONY. CIRCUIT ADJUST-
MENTS THAT ARE CRITICAL FOR SAFE OPERATION ARE
IDENTIFIED IN THIS MANUAL. FOLLOW THESE PROCEDURES
WHENEVER CRITICAL COMPONENTS ARE REPLACED OR IM-
PROPER OPERATION IS SUSPECTED.
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KZ-32TS1E(AEP) 4
Boards ................................................................... 3-6
3-1. Block Diagrams .................................................... 3-1
3-2. Circuit Boards Location........................................ 3-5
3-3. Schematic Diagrams and Printed Wiring
3. DIAGRAMS
TABLE OF CONTENTS
Board .................................................................... 3-7
(2) Schematic Diagram of H1 Board ......................... 3-15
(3) Schematic Diagram of H2 Board ......................... 3-17
(4) Schematic Diagrams of Q (a, b, c) Board .... 3-19
(1) Schematic Diagrams of B (a, b, c, d, e, f, g)
(5) Schematic Diagram of TU Board ......................... 3-23
3-4. Semiconductors .................................................... 3-25
4. EXPLODED VIEWS .............................................. 4-1
4-1. Cover .................................................................... 4-2
4-2. Chassis ................................................................. 4-3
4-3. Packing Materials ................................................. 4-4
5. ELECTRICAL PARTS LIST ............................... 5-1
1-1. Rear Cover Removal ............................................ 1-1
1. DISASSEMBLY
Section Title Page Section Title Page
1-2. Main Shield Removal .......................................... 1-2
1-3. Stand Assembly Removal .................................... 1-3
1-4. Q Board Removal ................................................ 1-4
1-5. B Board Removal.................................................. 1-5
1-6. TU Board Removal............................................... 1-6
1-7. H1 Board Removal ............................................... 1-7
1-8. H2 Board Removal ............................................... 1-8
1-9. Supports Removal................................................. 1-9
1-10.Switching Regulator Removal ............................. 1-10
1-11.Plasma Display Panel Removal ............................ 1-11
and Video Coder ................................................... 2-1
2-1. Calibration Adjustment of A/D Converter
2-2. White Balance Adjustment ................................... 2-2
2-3. Adjustment of Sub-color and Sub-hue.................. 2-4
2. ADJUSTMENTS
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1 Seven screws
(+BVTP 4x16)
1 Four screws
(+PSW 5x25)
KZ-32TS1E(AEP) 1-1
2 Rear cover
SECTION 1
DISASSEMBLY
1 Six screws
(+BVTP 4x16)
1-1. REAR COVER REMOVAL
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3 Main shield
KZ-32TS1E(AEP) 1-2
1-2. MAIN SHIELD REMOVAL
1 Eight screws
(+PSW 3x8)
2 Fourteen screws
(+BVTP 4x12)
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KZ-32TS1E(AEP) 1-3
Stand base assembly
2 Stand base assembly
1-3. STAND ASSEMBLY REMOVAL
1 Four screws
(+PSW 5x12)
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KZ-32TS1E(AEP) 1-4
4 Two scre ws
(+BVTP 3x12)
3 Screw
(+BVTP 4x14)
4 Three screws
1 Nut
(+BVTP 3x12)
6 Q top shield
5 Connector panel
2 Washer
7 Two scre ws
(+PSW 3x6)
8 Q board
1-4. Q BOARD REMOVAL
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KZ-32TS1E(AEP) 1-5
1 Four screws
1 Two scre ws
(+PSW 3x6)
2 B top shield
(+PSW 3x6)
3 Five screws
(+PSW 3x6)
4 B board
Board holders
1-5. B BOARD REMOVAL
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1 TU board
KZ-32TS1E(AEP) 1-6
1-6. TU BOARD REMOVAL
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2 Two screws
(+BVTP 3x12)
1 Screw
(+BVTP 3x12)
4 H1 board
3 H1 earth plate
KZ-32TS1E(AEP) 1-7
1-7. H1 BOARD REMOVAL
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2 Four screws
(+PSW 3x6)
4 H2 board
KZ-32TS1E(AEP) 1-8
1 Three screws
(+BVTP 4x16)
3 Insulation
panel H
1-8. H2 BOARD REMOVAL
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4 Support (right)
3 Eight screws
(+BVTP 4x16)
KZ-32TS1E(AEP) 1-9
2 Support (left)
1 Eight screws
(+BVTP 4x16)
1-9. SUPPORTS REMOVAL
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2 Switching regurator
KZ-32TS1E(AEP) 1-10
1-10. SWITCHING REGULATOR REMOVAL
1 Support pcb
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2 Screw
(+PSW 5x12)
1 Screw
(+BVTP 4x16)
KZ-32TS1E(AEP) 1-11
1-11. PLASMA DISPLAY PANEL REMOVAL
2 Screw
(+PSW 5x12)
1Screw
(+BVTP 4x16)
3 Plasma display panel
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KZ-32TS1E(AEP) 2-1
Video Coder
2-1. Calibration Adjustment of A/D Con verter and
2-1-1. Preparation for adjustment
SECTION 2
ADJUSTMENTS
[Other].
1. Set [RGB MODE] of the Custom Setup menu in the service mode to
2. Set the [Cal Mode] of the AD Converter in the service mode to [ON].
2-1-2. RGB input adjustment
input terminal.
1. Input All white 90 IRE signal of VGA (640x480/60Hz) to the RGB
(Caution) The order of 1, 2 must not be changed.
2. Set Picture Mode into “LIVE”. Turn off “Dynamic pict”.
R and B gain in the menu and balance so that the detection values of R
and B is approximate to the detection value of G.
3. Select RGB Calibration from the AD Converter menu then, Adjust the
4. Adjust the Sub Contrast (RGB) and then, adjust the detection values of
Detection set value: 230 ± 2
R, G, and B to the set value.
60Hz).
5. Set the RGB input signal to All gray 20 IRE signal of VGA (640x480/
Detection set value: 51 ± 2
B to the set value.
6. Adjust the RGB Bias and then, adjust the detection values of R, G, and
<Service Mode>
The service mode is not displayed in the normal state. It is displayed by
entering a pass code.
All hidden menus are displayed when you enter the pass code below.
Screen display → 5 → Vol+ → Power ON
The uppermost item of the displayed menus is a service mode menu.
Pass code: Enter in the standby state (when the red LED lights) as follows:
== Service Mode Menu ==
1) EEP ROM Initialize
2) Chroma Decoder
3) AD Converter
4) White Balance
5) General
6) Manual Control
7) Preset Edit
8) Service Status
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KZ-32TS1E(AEP) 2-2
tained.
9. Repeat step 5 to 7 until the detection set value in step 5 above is ob-
above are obtained.
2-1-4. Video input adjustment
10. Repeat step 1 and 4 to 10 until the detection set value in steps 4 and 6
1. Input All white 90 IRE signal of NTSC to the video input terminal.
(Caution) The order of 1, 2 must not be changed.
2. Set Picture Mode into “LIVE”. Turn off “Dynamic pict”.
3. Select Video Calibration from the AD Converter menu.
G to the set value.
4. Adjust the Sub Contrast (Video) and then, adjust the detection values of
5. Set the video input signal to All gray 20 IRE signal of NTSC.
G to the set value.
6. Adjust the Sub Bright (Video) and then, adjust the detection values of
Detection set value: 230 ± 2
Detection set value: 51 ± 2
value of B is the same as G value.
7. Adjust the CB Offset (Video) and then, adjust so that the detection
obtained.
7. Repeat step 1 and 3 to 5 described above until the detection set value is
2-1-3. Component input adjustment
minal.
1. Input All white 90 IRE signal of 1080/60i to the component input ter-
(Caution) The order of 1, 2 must not be changed.
2. Set Picture Mode into “LIVE”. Turn off “Dynamic pict”.
3. Select YUV Calibration from the AD Converter menu.
G to the set value.
4. Adjust the Sub Contrast (YUV) and then, adjust the detection values of
5. Set the component input signal to All gray 20 IRE signal of 1080/60i .
6. Adjust the Sub Bright (YUV) and then, adjust the detection values of G
Detection set value: 230 ± 2
Detection set value: 51 ± 2
to the set value.
of B is the same as G value.
7. Adjust the CB Offset (YUV) and then, adjust so that the detection value
of R is the same as G value.
8. Adjust the CR Offset (YUV) and then, adjust so that the detection value
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KZ-32TS1E(AEP) 2-3
Color Temperature: (x=0.278 y=0.286 ±0.005)
below during R, G, and B gain adjustments.
2-2. White Balance Adjustment
1. Set the service mode then select White Balance menu.
2. Select Large in the Window menu to output an internal adjustment signal.
3. Set the color temperature to "High".
4. Adjust the white balance so that the color temperature is set to the value
5. Set the color temperature to "Middle".
6. Adjust the white balance so that the color temperature is set to the value
Color Temperature: 8000K (x=0.295 y=0.305 ±0.005)
below during R, G, and B gain adjustments.
7. Set the color temperature to "Low".
8. Adjust the white balance so that the color temperature is set to the value
Color Temperature: 6500K (x=0.314 y=0.324 ±0.005)
below during R, G, and B gain adjustments.
By = Ry – 4 (if By < 0, input 0)
value of R is the same as G value.
8. Adjust the CR Offset (Video) and then, adjust so that the detection
tained.
9. Repeat step 5 to 7 until the detection set value in step 5 above is ob-
above are obtained.
10. Repeat step 1 and 4 to 8 until the detection set value in step 4 and 6
2-1-5. Video coder input adjustment
1. Input All white 30 IRE signal of SECAM to the video input terminal.
(Caution) The order of 1, 2 must not be changed.
2. Set Picture Mode into “LIVE”. Turn off “Dynamic pict”.
3. Select Ry Adj from the Chroma decoder menu.
value of R is the same as G value.
4. Adjust the Ry Adj (SECAM) and then, adjust so that the detection
5. Input By the value calculated as below.
Allowable error ± 5
6. Set [Cal Mode] to [OFF] after the A/D calibration adjustment is com-
pleted.
![](/html/fb/fb67/fb6778735b7eaa5a84225f452cbe07a704e100beab1056e775946a362d6814d8/bg13.png)
(4
(3)
(2)
(1)
(D
(C)
(B)
(A)
KZ-32TS1E(AEP) 2-4
SMPTE color-bar signal
become the same.
6-1. Adjust Sub Color that the brightness level of (1), (A) and (4), (D)
6. Adjust Sub Color of PAL while looking at a screen.
Set Mode into Personal 2.
7. Input the SMPTE color-bar of SECAM into AV 4.
8. Adjust Sub Color of SECAM while looking at a screen.
become the same.
8-1. Adjust Sub Color that the brightness level of (1), (A) and (4), (D)
9. Reduce 2 from the adjusted value of Sub Color (PAL).
10.Cancel the Blue Only mode.
Hue (NTSC) =37
Sub Color (NTSC) =8
Sub Color (PAL) =8
Sub Color (SECAM) =8
C Out Level =10
4-1. Set the value of resister as follows.
2-3. Adjustment of sub-color and sub-hue
(Caution)
Use SMPTE color-bar whose white is 75%.
1. Input NTSC SMPTE color-bar signal into AV 4.
2. Change picture mode setup into Personal 2.
3. Turn on the Blue Only mode by service mode.
4. Adjust Sub Color and Sub Hue of NTSC while looking at a screen.
Then adjust C Out Level so that the brightness level of (1), (A) and
(4), (D) become the same and adjust Sub Hue so that the brightness
level of (2), (B) and (3), (C) become the same. Check C Out Level
and Sub Hue once again. (C Out Level, Sub Hue require tracking
several times.)
Set mode into Personal 2.
5. Input the SMPTE color-bar of PAL into AV 4.
![](/html/fb/fb67/fb6778735b7eaa5a84225f452cbe07a704e100beab1056e775946a362d6814d8/bg14.png)
TO 2/2
KZ-32TS1E(AEP) 3-1
41
34
RR7
RR0
IC403
A/D CONVERTER
R/CRIN1
139
Q28
BUFF
23
Cr OUT
IC2
COLOR DECODER
C2
43
DIAGRAMS
SECTION 3
5V-3
123456789
CN102
GND
GND
AN5V
AN5V
C_SIG
GND
28
223121 24
RL0
RL7
B/CBIN1
133
Q29
BUFF
IC5
22
Cb OUT
CVBS/Y2
44
Y_SIG
AMP
GND
64
6056
58
BR0
BR7
G/YIN1
124
BUFF
Q23,24,30
31
21
Y OUT
CVBS/Y1
1
GND
2
COMB Y
5
Q9,12,14
COM.Y
53
49
45 51
BL0
BL7
R/CRIN2
141
R/V
Q33
BUFF
17
Cr1
FL3
85
8178
68
88
87
GL0
GR0
GR7
G/YIN2
126
G/Y
Q31
BUFF
BUFF
19
Y1
COMB C/FORCED
7
FL2
Q5,13
5V-3
COM.C
75
103
GL7
DSYNC/DIVOUT
SOGIN2
B/CBIN2
135
136
B/U
Q32
11218
Cb1
SYNC IN
Y FOR SYNC
SCP10Q1
1234567
CN1502
GND
EXT-R
EXT-G
IC406
GND
OR
Q416
128
G/YCLP
EXT-B
Q418
Q417
130
129
R/CRCLP
B/CBCLP
SDA
9
SCL-HS
SDD-HS
26
GND
EXT-BLK
241
SCL
10
B1
25
8
GND
112
111
SYNCIN2
SYNCIN1
YS315R127G1
CN1501
104
113
CLPIN
UNLOCK
35R236
TEXT-R
101
1/2CLK
34 G2
GND
IC1 BUFF
YS/YM33B2
GND
TEXT-G
62
4
VS
GND
TEXT-B
IC404 SYNC SEP
BUFF
IC405
SELECTOR
X1
13
3
5
9
HS
X1
16.2MHz
987654321
GND
TEXT-H
TEXT-YS
14
13
HD
VD
GREENIN
4
Q401,
Q407-416
14
X
12
DSUB_H
GND
TEXT-V
121110
GND
18
19
H.POL
V.POL
VIN
C/H
6
8
Q403
Q402
CLAMP
CLAMP
4
15
Y
Z
Y1Y0Z0Z1X0
125
3
DSUB_V
FL1
Q2,4
3
46FSC OUT
CVBS OUT(2VPpp)
SCL38Xtal
14 SDA
13
SDA_LS
SCL_LS
STBY 5V
123456789
CN101
STBY 5V
STBY5V
CN1002
1234567
STBY 5V
SDA
605976
SDA_LS
GND
UART TX
E
UART RX
CPU RESET
TO
CN7007
Q BOARD
FWE
GND
FLACH MODE
8
TO
F
CN7011
Q BOARD
GND
R/V
GND
G/Y
GND
B/U
GND
GND
DSUB_H
AVDD
G/Y
8
3
B/U
VCC5V-4
IC402
+3.3V REG
IC202
+2.5V REG
DSUB_H
DVDD
8
7
1
3
DSUB_V
10
DSUB_V
COM.Y
1
5
COMP
IC208
6
7
Q211
Q207
Q205
6
YOUT
VIN
IC205 3LINE COMB
15
Q208,210
Q203,204
IC209
VEH1
COMP
Q206
COM.C
1
6
Q209
8
C OUT
VEH2
5
7
INV
Q217
Q212
Q214
Q218
Q215
83
84
ACO
AYO
SCL
CSI
ACI
AYI
FSCI
FSC
PAL/NTSC
N/MD5C1C5D6C2C6D7C3C7RBT
VEH3
45474635312734302633292514
IC204
24
Q201
BUFF
IC206 3D COMB
96
88
52
SCL_LS
12
CSIN
Q213
Q216
IC207
SYNC SEP
V_STATUS
CN401
H_STATUS
123456789
R/V
SOG_DUTY2
INV
SOG_DUTY1
Q404 Q405
CBA
91011
SYNC_SW
SW INV
Q406
5V-4
IC401
5V-4 REG
AN6V
IC201
+2.5V REG
3.3V-2
7
1
B(1/2)(MAIN CPU,COLOR DECODER,SYSTEM IC, )
SCL_HS
SDA_HS
SCL_LS
SDA_LS
3
IC1019
2
VBLK
SYS_VS
SYS_HS
PDP_ACT
PDP_CPU
53
43
AMP/BUFF
Q22,26,27
Q15,16,20
SW
Q18
38
15 KRGB
PICTURE AGC
IC1004
MAIN CPU
PDP_IRQ
6
6
2
IC1009
17
IC1011
3
PDP_IRQ
SRX_4W
IC7
5V-2
3.3V-2
AN 6V
1011121314
GND
GND
GND
THERMO
DIG3.3V
DIG3.3V
DIG5V
DIG5V
GND
POWER
IC1012(2/2)
H.SYNC
SYNC SW
SOG DUTY 2
SOG DUTY 1
RTC_CS
4W_RX
111
116
5
3
OSC_IN 9
IC1003
218
5V-3
5V-3 REG
STBY 5V
15
CN1003
GND
A13V
AN 6V
AN 6V
V.BLK
X1001
CE
7
123
STBY5V
33302963644045
V.SYNC
32.768k
836CLK
SO
OSC_OUT
32KOUT
4SI1
TX
GND
CLOCK
621256
1
PDP_CPU
RTC_IRQ
90
INTR
2 SCLK
STBY 5V
CN1004
2
PDP_ACT
123
STBY5V
SYS_RESET
IC1018
CLKTX IC1010 BUFF
3
SYSTEM_RESET
THERMO
POWRE
KEY
97
28
106
17
CN1016(1/3)
26
CN1016(2/3)
123456789
CN1001
KEY
GND
STBY5V
CS_OSD
STX_4W
SCK_4W
SC_PLL
19
117
115
4W_TX
4W_CLK
SC PLL SW
SIRCS
18
53
CN1016(3/3)
GND
GND
SIRCS
1415161711
65439
112
OSD_CS
LED B
LED A
99
100
LEDA
LED B
H_STATUS
V_STATUS
66
65
V STATUS
H STATUS
POWER SW
121716
NC
POWER SW
PDP_SCL
PDP_SDA
6
3
6
IC1015
5
2
1
7
7
1
5
Q1005
CS_SC
VMUTE
CS_PLD
PANELDET2
PANELDET1
4
113
114
SC_CS
PLD_CS
PANELDET2
PANELDET1
VIDEOuMUTE
A MUTE
LPF_SW
15 LINE MUTE
101112131415161718192021222324252627282930
GNDNCLPF
LINE MUTE
AUDIO MUTE
3955532627
SCL_LS
SDA_LS
RXD2(FWR)
TXD2(FWR)
NC87
22
STBY 5V5V-2STBY 5V STBY 3.3V
+5V REG
21
64
IC1017 IC1020
+3.3V REG
SDA_LS
SCL_LS
GND
GND
SCL LS
SDA LS
UART TX
UART RX
47
NTSC/PAL
SOLSYS N/M
MD2
FWE
RES
747123
FWE
CPU RESET
FLASH MODE
VEH1
PWM0
GND
FAN DRIVE
VEH2
FAN_FB
1029120
FAN FB
VEH3
NC
89
GND
FAN DETECT
5150494846
COMF SW
NCNCNC
5
6
IC1007
321
Q1002
Q1001
4
OR
IC1006
1
2
IC1005
STBY 3.3V
X1002
12.288MHz
58
XTAL
WDTOVF
SCL_HS
TUNER RESET
AV-LINK
BUSY_TU
84
62
86
Q1501
SCL_LS
SDA_LS
123456789
CN103
GND
SDA1
SCL1
RESET
AV_LINK
2 1
777567
EXTAL
STBY 5V
BUSY
STBY 5V
A13V
A6V
G
3-1. BLOCK DIAGRAMS
TO
Q BOARD
CN7005
TO
TO
H
CN7004
Q BOARD
B
CN7602
TU BOARD
TO
CN1
POWER BOARD
GND
KEY A
STBY5V
CN4501
321
S4500,
KEY MATRIX
S4502-4505
H2(KEY INPUT)
TO
D
CN7006
Q BOARD
TO
H
CN7601
TU BOARD
![](/html/fb/fb67/fb6778735b7eaa5a84225f452cbe07a704e100beab1056e775946a362d6814d8/bg15.png)
OUT0-
OUT0+
OUT1-
OUT1+
LVDSGND
CN1204
123456789
LCD PANEL
TO
OUT2-
OUT2+
CLKOUT-
OUT3-
CLKOUT+
101112
OUT3+
LVDSGND
VCC
TDI
TRST
CN1201
1234567
TO
SCL
GND
SDA
LVDSGND
CN1203
1234567
LCD PANEL
IRQ
PDWN
CPU_GO
RDP_GO
8
FOR CHEACK
TDO
TMS
TCK
GND
MODE
8
KZ-32TS1E(AEP) 3-2
47
OUT1-
OUT0+
OUT0-
IC1204
LVDS TRANSMITTER
IN4
IN051
525456350
3
5
140
141
R0
PLD
IC1203
RO0
100
129
127
125
122
POD2
IC801
SCAM CONVERTER
R0_OD
R7_OD
197
190
OUT1+
IN27
IN6
131
POD9
R0_EV
198 203
OUT2-
IN5
2
1396138
R7
RO7
8687939699
R7_EV
207
199
201
4142454648
OUT2+
IN7
137
IN9
764
136
GO0
85
136
POD12
G0_OD
214208
IN12
11
131
134
138
140
G7_OD
217
211
38
OUT3-
129
142
37
OUT3+
IN10
IN14
133
GO7
768083
145
POD19
G0_EV
218 225
IN11
132
G7_EV
226
223
39
40
CLKOUT+
CLKOUT-
IN18
IN15
126
122
B0G0G7
BO0
75
150
POD22
B0_OD
227
120
B7_OD
234
IN24
IN25
IN17
IN16
IN22
181624222019151410812
115
114
118
117
124
123
B7
HSYNC
VSYNC
BO7
DA3
DA0
49
46
626774
25
28
DA0
DA3
IC1205
RESET
13
SYS_RESET
IC802-804 SDRAM
101724313845515864
159
155
152
7
12142027344148535561666873MD47
POD29
MD0
PIFLD
PICLK
B0_EV
B7_EV
250
248
235
244
238
IN26
IN23
113
116
BLANK
PARITY
11
HSYNC
VSYNC
CS
1
CS_OSD
PIVS
PIHS
245
246
CLKIN
3130252728
112
PDP_CLK
DISP
STX_4W
DQ0
DQ15
3.3V-2
IC1202
+2.5V REG
4044434142
5
241210
VOBA
DCLKI
SCLK
SIN
3
2
SCK_4W
3.3V-2
PDP_IRQ
PDP_ACT
PDP_CPU
PDP_SDA
PDP_SCL
38
1
IC1201
7
PANELDET1
28
56
50
Q1003
PANELDET1
A10
A0
20
71
808386
MA0
SCLK
SI
252
254
TDI
D4/CF
D0
1
39
DIN
DONE
PROGRAM
PANELDET2
29
Q1004
POVS
PANELDET2
UDQM
CS
322724
18361419151716
92
CS
MA10
DQM1
POHS
RST
MCLKSEL
SS
115
10099253
8107
INIT
POVS
102
LDQM
342
DQM0
POVS
116
TMS
CLKOECE
3
CCLK
POHS
103
POHS
76
BA0
POFLD
654
TCK
TDO
17
3237687269
TDI
POFLD
101
POFLD
MWR
SO
GCK1
POCLK
RASWEBA
RAS
POCLK
1051117
SRX_4W
CAS
797877
CAS
MCLK
97
34
TDO
VBLK
SRX_4W
VBLK
CLK
35
142
TMS
VMUTE
VMUTE
2
TCK
CS_PLD
5759605891
CS_PLD
B(2/2)(MAIN CPU,COLOR DECODER,SYSTEM IC)
8683
9893
101
84
96
RR7
RR0
RL0
RL7
IC601 SYSTEM IC
RRI0
RR7
RRI6
RL7
RL0
159
166
154
158
148
POCLK
SRX_4W
POHS
POVS
POFLD
SYS_RESET
SC_PLL
CS_SC
SCK_4W
STX_4W
X801
X802
65MHz
50MHz
3.3V-2
IC603
CLKCSRAS
CASWELDOM
UDOM
ADDR0
DQ0
98653
2
11
62
61545971
6763
82
90
65
77
73 80
92
GR0
BR0
192
BR0
BR7
GL0
GL7
GR7
GR7
GR0
BL7
BL0
BR7
199
207
200
174
167
393837
36
43
50
OVD
OHD
BL0
BL7
OFLD
OCLK
VDO
IVD
IHD
GL7
GL0
184
191
177
178
IC604
33
10
5
SINGLE SHOT
RETRIGGERABLE
PLLHD
4
2
13
CLAMP
3
143
DQ0
COAST
7
132
ADCLK
181
129
126
DQ15
V1
HCS1
15
14
DQ15
V2
18
HCS2
17
ADDR10
273220
2421494846454342403912
118
116
107
114
A0
A10
123
124
120
RMWE
RMCAS
RMDQM
HSO
STNBY
RESET
29
180
179
SYS_HS
SYS_RESET
122
RMRAS
VSO
SDA_HS
SYS_VS
121
RMCS
SDA
SCL_HS
35181716151436
147
DSCLK
SCL
131230
X601
3.3V-2
70MHz
TO 1/2
![](/html/fb/fb67/fb6778735b7eaa5a84225f452cbe07a704e100beab1056e775946a362d6814d8/bg16.png)
CN7005
A5V
GND
J7002
IC7325
AN5V
AN5V
L/G/S/I
VIDEO SW
R
Q7325
BUFFER
GND
5
CN7011
Q7326
TO
G
GND
Y SIG
C SIG
R/D/D/D
R/V
1 GND
3 GND
246
353027
R
IN1
G
B
572
BUFFER
Q7327
BUFFER
CN102
B BOARD
GND
GND
987654321
G/Y
5 GND
B
OUT
R
11
Q7329-7331
IC7001
J7003
F
B/U
7 GND
G
IN2
G
13
LPF
VIDEO SW
L
L MON
TO
B BOARD
DSUB_V
9 GND
8
B
16
10
R
V IN G
V IN B
246
3
(W/G/W/G)
R
CN7013
TU VIDEO
R MON
MUTE
Q7403
MUTE
Q7401
CN401
DSUB_H
10
19
SW
Q7332
12
11
B
G
BLK 1
V IN R
V IN B
14
13
G
Q3026
V IN G
7
TO
L TV
25
EXT R
Q3026
BUFF
11
M-Y OUT
R TV
32
TO
CN1502
B BOARD
GND
EXT BLK
7654321
8
411 OUTIN
12
STB
26
LOUT
LIN
56
10LIN
LOUT
16
Q2005
39
M-L OUT 1
V IN 2
58
CN7009
30
L+R
ATT
38
M-R OUT 1
R IN 2
L IN 2
36
29
Q7332
IC7408
78
L_SP(+)
1
Q2006
MODE 2
19
SPEAKER
L_SP(-)
R_SP(+)
STB
DRIVE AMP
IN OUT11 4
27
ROUT
RIN
7
9
ROUT
2 MODE 2
SW
IC7000
V MON OUT
9
SW
R_SP(-)
342
A13V
12
676021
71
VIDEO PROCESSOR
VY IN
C IN
56
51
FIL OUT
4
H
GND
GND
GND
EXT B
EXT G
BUFF
IC7407
DRIVE AMP
IC7403
IC7401
13
M-C OUT
V OUT 1
R IN 1
L IN 1
MODE 1
2
18
37
30
SW
Q7332
CN7003
ATT
L IN 3
28
A13V
FIL OUT
14
Q2005
R IN 3
35
a
GND
A13V
72
X7400
RIN
15
MODE 3
23
20
I
GND
Q7427
3 2
18.432MHZ
R SEL OUT
L SEL OUT
24
SW
Q7332
TO
FAN FB
FAN DRIVE
MUTE
Q7424
MUTE
V SEL OUT43
CN7606
TU BOARD
FAN DETECT
J7326
7654321
IC7406
SCL 0
SDA 0
SCL 0
14
SCL
VY IN 4
54
(W/G/W/G)
V
SUB WOOFER
MUTE
Q7428, 7429
7
AMP
3
SDA 0
15
SDA
L IN 4
R IN 4
C IN 4
27
49
34
H
Q7427
MUTE
A5V
Q7424
CN7007
MUTE
STBY 5V
LPF
AUDIO MUTE
GND
LINE MUTE
SCL LS
D
SDA LS
TO
B BOARD
GND
UART TX
CN1001
FWE
UART RX
CPU RESET
FLASH MODE
987654321
GND
FAN FB
FAN DRIVE
GND
FAN DETECT
KZ-32TS1E(AEP) 3-3
TO
E
CN1002
B BOARD
GND
GND
FWE
GND
UART TX
UART RX
CPU RESET
GND
LEDA
LEDB
SIRCS
STBY5V
CN7006
FLASH MODE
7654321
302928272625242322212019181716151413121110
STBY5V
INPUT SEL
POWER SW
D3 DETECT
Q(VIDEO SW,FAN DRIVE,AUDIO AMP,INPUT TERMINAL)
AN+12V
SP MUTE
POWER ON MUTE
Q7422,7423
Q7426
MUTE MUTE
Q7425
7
6
IC7404
HP AMP
1
3
SIRCS
AMP
Q7305
321
CN7009
GND
HP_L
HP_R
CONTROLS OUT
GND
HP L
1514131211
MUTE
Q4006
MUTE
Q4002
5V S4000
5V
5V
5V
CN7008
CN4100
5V
POWER SW
STBY 5V
STBY5V
D4001
D4000
P ON
P ON
Q4007Q4001
P SW(-)
P SW(-)
LED A
P SW(+)
P SW(+)
LED G
LED G
LED B
LED R
LED R
GND
GND
IC4101
987654321
121110
GND
GND
SIRCS
HP SW
HP MUTE
GND
GND
HP R
SIRCS
HP SW
HP MUTE
987654321
10
IN
REMOTE
TO
A
CN7600
TU BOARD
QSS
GND
GND
AM MONO
BUFF
LPF
19
BLK 2
V IN R
8
14
GND
AV LINK
AUDIO RESET
8
7654321
a
Q3026
GND
TEXT BLK
TEXT VIDEO
9
BUFF
25
60
L IN PC
R IN PC
GND
CN7004
SCL 0
SDA 0
1513121110
SCL 0
SDA 0
Q3025
7
1
5
3
ANMP
IC7400
48R MON OUT
41
64
IV
L MON OUT
LDO
G/Y IN 5
V IN 1
5
6
60
J7325
R/CR
B/CB
5
G/Y
21P
J7004
V
L
34
12
21P
J7005
1/
2/
21P
J7006
3/
J7001
4
(SMART LINK)
R
4
L/G/S/I
R/D/D/D
4
J4001
HEADPHONE
H1(SIRCS,P-SW)
![](/html/fb/fb67/fb6778735b7eaa5a84225f452cbe07a704e100beab1056e775946a362d6814d8/bg17.png)
KZ-32TS1E(AEP) 3-4
CN7607
IC7610
VCC REG
CN7606
FAN 1
FAN DRV
SW
Q7617
OUT
VCC
A13V
A13V
GND
FAN DRV
6
2B
IC7608
FAN DRIVE
IC7609
5
GND
GND
TO
FAN
GND
FAN2
FAN DRV
2A 5
CONTROL
Q7615,7016
7
6
7654321
FAN FB
FAN DRIVE
FAN DETECT
FAN 3
1
1A1Y
7
GND
987654321
TU7600
NC
10
TUNER
TV VIDEO
CN7600
Q7602
VIDEO
GND
Q7614
BUFFER
GND
QSS
BUFFER
QSS
AV LINK
AM MONO
AUDIO RESET
IC7603
SYSTM-COM
AGC
FM/AM
A
CN7013
Q BOARD
GND
GND
TEXT VIDEO
987654321
10
32
25
TEXT-VIDEO
RESET AUDIO
+33V
+33V
GND
TEXT BLK
SDAO
5
AV LINK
SCLONCSDAO
TEXT-2
CN7602
123456789
1514131211
SCLO
48
R-TXT
GND
47
G-TXT
AGC
6
GND
TEXT-G
46
VDS 52
B-TXT
GND
TEXT-B
D7601
AGC
22
Q7605
RAM
IC7606
TO
B
GND
TEXT-YS
CN1501
B BOARD
GND
TEXT-H
101112
43
COR
1
A0
GND
TEXT-V
55
53
VSYNC
HSYNC
..8
9.7.4
SDA1
CN7601
84
SDA1
A0
31.20
A17
GND
SCL1
AV LINK
7
5
6
78AV LINK OUT
83
SCL1
.
21
23
D0
RESET
A17
25
C
BUSY
3
1
D7
STBY 5V
STBY5V
AV LINK IN 79 2
.
29
TO
B BOARD
A13V
A13V
29
BUSY
644951.403633.27.26.23.15
67
32
OE5WE
CN103
A6V
987654321
A6V
IC7604
D0
85
GND
CN7603
Q7612Q7611Q7610Q7606
SCL-NV 1617SDA-NV
D7
92
FOR JIG
SCL0
SDA0
SDA0
SCL0 2
Q7613
RD
WR
9
10
CS
431
SCL0
82
81
SCL0
SDA0
+B REG
IC7600
SDA0
XTALIN
70
+3.3V
1
3.3V
12MHz
X3001
+5V
5
CTL
VCC
2
A6V
IC7602
EEP ROM
SDA6SCL
5
71 XTALOUT
4
5V
IC7601
IC7605
7 WC
NVM-WL 98
INVERTER
RESET
73RESET
+3.3V
4VD
VIN1
+13V
OSC
2
+3.3V
5
4
TU
(TUNER,SYSTEM-COM)
Q7608,7609
TO
A
CN7003
Q BOARD
![](/html/fb/fb67/fb6778735b7eaa5a84225f452cbe07a704e100beab1056e775946a362d6814d8/bg18.png)
KZ-32TS1E(AEP) 3-5
B
Q
3-2. CIRCUIT BOARDS LOCATION
H2
H1
TU
![](/html/fb/fb67/fb6778735b7eaa5a84225f452cbe07a704e100beab1056e775946a362d6814d8/bg19.png)
Circuit
G
S
D
D
G
S
D
G
S
G
D
S
Ver.1.6
Emitter
Base
Anode
Cathode
(NC)
Cathode
Anode
(NC)
Cathode
Anode
Cathode
Common
Anode
Common
Anode Cathode
Anode
Common
Anode
Common
Emitter
Collector
Base
Collector
*
Device Printed symbol Terminal name
Transistor
Transistor
Diode
Diode
Diode
Diode
Diode
Diode
2
3
Terminal name of semiconductors in silk screen
1
printed circuit ( )
4
5
6
7
8
Anode Anode
Diode
9
Cathode
Common
Cathode
Diode
0
Cathode
Common
Cathode
Diode
qa
Anode
Anode
Cathode
Anode
Anode
Cathode
Diode
qs
Source
Gate
Drain
Transistor
(FET)
qd
Source
Gate
Drain
Transistor
(FET)
qf
Drain
Source
Gate
Transistor
(FET)
qg
Collector
Emitter
Base
Transistor
Discrete semiconductot
–
qh
KZ-32TS1E(AEP) 3-6
(Chip semiconductors that are not actually used are included.)
Ref. No.
Circuit diagram division code
One sheet of B and Q boards are circuit diagram is divided into three sheets,
each having the code B-a to B-c. For example, the destination
ab1 on the code B-a sheet is connected to ab1 on the B-b sheet.
a b 1
• Divided circuit diagram
Pitch: 5 mm
Capacitors without voltage indication are all 50 V.
Note:
• All capacitors are in µF unless otherwise noted. (pF: µµF)
3-3. SCHEMATIC DIAGRAMS AND PRINTED WIRING BOARDS
• Indication of resistance, which does not have one for rating electrical
Rating electrical power 1/4 W (CHIP : 1/10 W)
power, is as follows.
• All resistors are in ohms.
T : internal component.
• : nonflammable resistor.
• : panel designation, and adjustment for repair.
• : fusible resistor.
•
], make the necessary
[ in this basic schematic diagram have
: Can not be measured.
*
adjustments indicated. (See page 2-1)
otherwise noted.
• All variable and adjustable resistors have characteristic curve B, unless
• : earth-ground.
been carefully factory-selected for each set in order to satisfy regulations
regarding X-ray radiation.
Should replacement be required, replace only with the value originally
• : earth-chassis.
• The components identified by
used.
adjustment.
• When replacing the part in below table, be sure to perform the related
• All voltages are in V.
• Readings are taken with a 10 M digital multimeter.
• Readings are taken with a color-bar signal input.
• Voltage variations may be noted due to normal production tolerances.
•
• When replacing components identified by
• Circled numbers are waveform references.
Note: The components identified by shading and
• : B + bus.
• : B – bus.
mark ! are critical for safety. Replace only
with part number specified.
une marque ! sont critiques pour la
sécurité. Ne les remplacer que par une pièce
portant le numéro spécifié.
Note: Les composants identifiés par un tramé et
![](/html/fb/fb67/fb6778735b7eaa5a84225f452cbe07a704e100beab1056e775946a362d6814d8/bg1a.png)
15
8
0.9 Vp-p (16.2MHz
14
13
12
11
10
98765
TO Q( b )BOARDTO TU BOARD
43
2
CN7004
CN7602
8P
CN1502
GND
EXT_BLK
GND
EXT_B
GND
EXT_G
GND
EXT_R
GND
TEXT_V
GND
TEXT_H
GND
TEXT_YS
GND
TEXT_B
GND
TEXT_G
GND
TEXT_R
12P
CN1501
CN7601
TU BOARD
TO
9P
CN103
R-Y
C78
V.R-Y
TP6
2.5
Q28
2SA1037AK
47
R100
1/16W
:CHIP
6.3V
:AL-CP
ac-1
RGBYUV
100
100
R1506 R1507
100p
R108
BUFF
1/16W
1/16W
47
CH:CHIP
1/16W
:CHIP
1.9
C74
100p
abe-8
SDA_LS
AN 5V-3
:CHIP
:CHIP
CH:CHIP
abe-9
SCL_LS
L3
1μH
2
+5V
R104
TP9
:CHIP
1
C68
0.1
16V
B:CHIP
C67
100
10V
:AL-CP
AN 5V-3
L7
10μH
:CHIP
1k
R103
1/16W
:CHIP
L4
47
1μH
C43
:CHIP
AN 5V-3
8
7
6
100
5
1/16W
:CHIP
R1511
4
100
1/16W
:CHIP
R1510
3
2
1
100
100
1/16W
:CHIP
R1509
1/16W
:CHIP
R1508
12
11
10
9
8
7
6
100
5
1/16W
:CHIP
R1505
4
100
3
1/16W
:CHIP
R1504
2
100
1/16W
:CHIP
R1503
1
100
1/16W
:CHIP
R1502
B-Y
V.B-Y
C79
TP7
1k
1/16W
:CHIP
Q29
1.9
BUFF
2SA1037AK
+5V
Y
AN 5V-3
C26
25V
0.01
B:CHIP
C16
0.1
16V
B:CHIP
100
C15
6.3V
:AL-CP
100p
CH:CHIP
47
R109
1/16W
:CHIP
2.5
C75
100p
CH:CHIP
47
R101
1/16W
:CHIP471/16W
0
R79
1/16W
:CHIP
5678
IC5
10
16V
C45
:AL-CP
C29
0.1 16V B:CHIP
C28
0.1 16V B:CHIP
C27
0.1 16V B:CHIP
0.1 16V B:CHIP
0.1 16V B:CHIP
0.1 16V B:CHIP
10
16V
C18
:AL-CP
X1
16.2MHz
C17
10p
CH:CHIP
*100μH#
L1502
AN
5V-3
3
V.Y
Y
TP8
47
R110
1/16W
:CHIP
1k
R105
1/16W
:CHIP
Q30
2SA1037AK
Q23
R84
3.3k
1/16W
:RN-CP
2.2
2.9
AMP
0
CXA1211M
C49
0.1
16V
B:CHIP
47
C47
6.3V
:AL-CP
R62
2.2k
1/16W
:CHIP
22k
R60
2526272829303132333435363738
C23
C21
C20
0
R111
:CHIP
1k
R11
R7
1/16W
:RN-CP
C11
CN102
C80
100p
CH:CHIP
GND
TP5
2.5
C76
100p
BUFF
1.9
R102
:CHIP
AMP
Q24
2SC4617
CLAMP
2SC4617
1.9
R85
2.5
3.3k
1/16W
:RN-CP
18p
C55
CH:CHIP
C53
100
10V
:AL-CP
10
C51
6.3V
B:CHIP
1 2 3 4
C48
0.1
16V
B:CHIP
R61
1.8k
1/16W
:RN-CP
1/16W
:RN-CP
C30
24
YS1
1.9
2.5
Cr out
Cb out
B1
2.5
G1
2.5
R1
Y/C GND
Cr2
Cb2
Y2
Y/C Vcc
2.4
B2
2.5
G2
2.5
R2
0
YS/YM
1.1
BPH-Fil
7
4.0
Xtal
2.9
1.7
CVBS/Y3
APC-Fil
C3
394041424344454647
27k
1/16W
:RN-CP
25V
0.01
B:CHIP
C5
16V
C6
0.47
25V
0.01
B:CHIP
R1
B:CHIP
JL10
JL11
123456789
9P
AN5V
AN5V
GND
GND
VIDEO
ac-12
CH:CHIP
Q27
R98
100
1/16W
:RN-CP
R93
150
1/16W
:RN-CP
1.6
1k
R92
C61
0.1
16V
B:CHIP
1k
R80
1/16W
:RN-CP
1k
R75
1/16W
:RN-CP
Q20
2SC4617
R70
4.7k
1/16W
:RN-CP
R64
2.2k
1/16W
:CHIP
R58
100k
1/16W
:CHIP
16V
C31
4.7
10V
0.22
B:CHIP
B:CHIP
G/Y
B/U
Y1
1.9
1.7
2.2
1.3
Y OUT
APL FIL
IC2
CXA2163AQ-1
COLOR DECODER
8
2.3
1.7
5.0
1.9
CVBS/Y2
C2
ADD(8EH)
R9
C7
0.01 25V B:CHIP
4.7 10V B:CHIP
0.1 16V B:CHIP
C1
C2
100
1/16W
:CHIP
R2
JL14JL13
JL12
GND
Y_SIG
C_SIG
BUFF
2SA1774
1/16W
:CHIP
R89 R90
Q22
AMP
2SC4617
R78
220
1/16W
:RN-CP
AMP
Q16
2SA1774
2.2k 1/16W :RN-CP
C33
16V
C32
0.22
B:CHIP
R/V
Cb1
Cr1
2.5
2.5
6
2.5
COMB SYS
FSC OUT
680k
1/16W
:CHIP
C8
2.2
0 1/16W :CHIP
R5
100
1/16W
:CHIP
JL15
GND
GND
470
1/16W
10k
1/16W
1
10V
C57
R81
R72
R71
8.2k
1/16W
AMP
R67
5.6k
R65
C46
R57
16V
0.22
151617181920212223
YS3
SYNC-GND
3.8
C1
AFC.Fi
48
R10
3.9k 1/16W :CHIP
10V
B:CHIP
CN7005
Q26
BUFF
2SC4617
R94
4.7k
1/16W
:RN-CP
:CHIP
Q25
AMP
2SC4617
B:CHIP
1k
1/16W
:RN-CP
1k
R76
1/16W
:RN-CP
2.7k
1/16W
:RN-CP
C50
0.1
16V
:RN-CP
B:CHIP
1/16W
:RN-CP
4.7k
1/16W
:CHIP
10
16V
:AL-CP
Q15
2SA1774
B:CHIP
0.1
4.9
SDA
4.8
SCL
SYNC-Vcc
Y FOR SYNC
0.9
SCP
0.4
HS
D-GND
2.5
COMB C/FORCED S
D-VDD
2.3
COMB Y
0.1
VS
1.2
CVBS OUT(2VPpp)
1.9
SYNC IN
2.3
CVBS/Y1
1.7
R13
4.7
C14
0.022 25V B:CHIP
C3
:RN-CP
R83
Q18
D1
BUFF
1 2 3 4 5 6 7 8 9 10 11 12 13 14
680k
1/16W
10V
1SS387
B:CHIP
R95
2.7k
1/16W
:RN-CP
C62
0.1
16V
B:CHIP
R91
1.2k
1/16W
1.1k
1/16W
:RN-CP
SW
DTC144EE
R20
100
R19
1/16W
:CHIP
C24
:CHIP
R4
100
FSC
ab-3
:RN-CP
100
25V
0.01
1M
R118
1/16W
1/16W
:CHIP
B:CHIP
1/16W
:CHIP
ae-13
PICAGC.SW
C25
25V
0.01
B:CHIP
C22
0.22 10V B:CHIP
C19
0.1
16V
R119
:CHIP1M1/16W
:CHIP
AN 5V-3
R18
7.5k
B:CHIP
+5V
1/16W
:RN-CP
C12
0.01
C9
100
L1
1μH
100
C84
25V
6.3V
:CHIP
6.3V
B:CHIP
:AL-CP
:AL-CP
ab-12
ab-11
ab-10
COM.C
COM.Y
COM.IN
R59
100
1/16W
:CHIP
R55
560
1/16W
:CHIP
Q14
1k
R56
1/16W
R51
100
R53
1/16W
:CHIP
560
R48
1/16W
FL2
9 12
H355LNK7849
7 10
Q5
:CHIP
10k
R15
1/16W
IC1
BUFF
TC7W241FU
47
R8
1/16W
:CHIP
1/16W
:CHIP
1/16W
:CHIP
JL1
:CHIP
R39
5.6k
1/16W
BUFF
2SB709A
TP2
:CHIP
G
VCC
G
A1
1234
TP1
HS
Q13
BUFF
2SB709A
TP4
5
COMB Y
:CHIP
VS
5 6 7 8
A2
Y1
0.1
5.0
0.4
0.1
Y2
GND
47
R12
Q1
2SA1037AK
R16
+5V
47
0.4
1/16W
SCP
1/16W
:CHIP
C42
C44
:CHIP
120p
CH:CHIP
R43
680
47
1k
R22 R36
680
VID_H
ag-4
1/16W
6.3V
R52
680
1/16W
:CHIP
136
245
R34
680
1/16W
:CHIP
TP3
4 +5V
COMB C
100
R17
1/16W
100
R14
1/16W
:CHIP
C13
25V
0.01
B:CHIP
100
C10
R6
6.3V
2.2k
:AL-CP
L2
1μH
:CHIP
R3
47
:CHIP
330
1/16W
:CHIP
:AL-CP
1/16W
:CHIP
1/16W
:CHIP
VID_V
ag-5
136
245
FL3
H355LNK7849
:CHIP
Q9
Q4
BUFF
2SA1037AK
2 4 5
1 3 6
560
R23
1/16W
:CHIP
100
R21
1/16W
9 12
7 10
R46
470
1/16W
:RN-CP
1k
R45
BUFF
2SB709A
710
912
FL1
H355LNK7849
:CHIP
2SB709A
R54
Q12
BUFF
2SB709A
1/16W
:RN-CP
R29
Q2
2SA1037AK
BUFF
5.6k
5.6k
C35
BUFF
1/16W
1/16W
15p
:CHIP
:CHIP
CH:CHIP
5V
STBY
CN101
15P
TO Q( b )BOARD
BUSY
AV_LINK
GND
SCL1
SDA1
RESET
123456789
JL27
JL32
JL30
JL31
JL28
SDA_LS
TU_RES
SCL_LS
AV_LINK
BUSY_TU
ae-16
ae-15
ae-14
abe-9
abe-8
+5V
3.3V-2
DIG
ae-7
ae-6
THERMO
POWER
JL20
JL19
JL18
JL17
JL16
123456789
GND
POWER
STBY5V
THERMO
DIG3.3V
DIG3.3V
JL33
C82
JL21
STBY5V
A13V
+6V
10
10V
C083
100
10V
GND
GND
A6V
DIG
5V-2
B:CHIP
1011121314
DIG5V
DIG5V
7
B-SS11220<AEP>-B..-P1
a
B-
6
(COLOR DECORDER)
5
4
3
2
1
B(a) BOARD WAVEFORMS
47
25V
C72
:AL-CP
47
C71
6.3V
:AL-CP
5V-3
AN
C70
0.1
16V
B:CHIP
OUTVCC
GND
IC7
BA05FP
+5V REG
470
10V
C69
1μH
L403
:CHIP
:AL-CP
6V
AN
JL24
JL22
15
GND
GND
A13V
AN6V
AN6V
POWER BOARD
TO
KZ-32TS1E(AEP) 3-7
0.9 Vp-p (24.5 MHz)
2.0 Vp-p (H)
0.8 Vp-p (H)
0.5 Vp-p (H)
0.5 Vp-p (H)
0.5 Vp-p (H)
0.5 Vp-p (H)
Ref. No.
Circuit diagram division code
One sheet of B and Q boards are circuit diagram is divided into three sheets,
each having the code B-a to B-c. For example, the destination
ab1 on the code B-a sheet is connected to ab1 on the B-b sheet.
• Divided circuit diagram
a b 1
1
(1) Schematic Diagrams of B (a, b, c, d, e, f, g) Board
A
B
C
D
E
F
G
H
I
![](/html/fb/fb67/fb6778735b7eaa5a84225f452cbe07a704e100beab1056e775946a362d6814d8/bg1b.png)
15
cg-31
12
11
10
98765
43
1
14
13
2
cg-34
COAST
AN 5V-4
cg-32
cg-33
IP_HD
DATACK
220
35V
C429
:AL-CP
OUTVCC
GND
IC402
BA033FP
+3.3V REG
L404
+5V
OUTVCC
GND
IC401
+5V REG
L88M05T-FA-TL
L402
AN 6V
+6V
RGB_ATS
GL5
GL6
GL7
GR0
GR1
GR2
GR3
GR4
GR5
GR6
GR7
+3.3V
FL400
NFM51R10P
470
10V
C463
C428
1μH
:CHIP
0.1
16V
C415
1μH
:CHIP
220
35V
C401
EMI
:AL-CP
0.1
16V
B:CHIP
:AL-CP
RB412
B:CHIP
C416
RB410RB411
47x4
220
35V
47x447x4
47 1/10W :CHIP
R411
:AL-CP
C440
C438
C434 C436
C432
47
0.1
16V
0.1
16V
0.1
16V
0.1
16V
1
10V
1/10W
:CHIP
DIG
B:CHIP
B:CHIP
B:CHIP
B:CHIP
B:CHIP
R435
5V-2
C417
47
6.3V
:AL-CP
L401
R407
C414
1μH
0
:CHIP
0.1
16V
:CHIP
B:CHIP
737475767778798081828384858687888990919293949596979899
1001011021031044105106107108
EVEN/ODO
cg-36
GL5
GL6
GL7
GR0
GR1
GR2
GR3
GR4
GR5
GR6
GR7
VRB
XCLK
CLK
HOLD
cg-35
GL3
72
GL4
DGNDAD3
AGNDAD3
DGNDAD3
DVCCAD
DVCCAD3
AVCCAD3
1/2XCLK
1/2CLK
DPGND
UNLOCK
SOGOUT
XTLOAD
XCLKIN
109
0
R402
VIDEO
ac-2
GL0
GL1
GL2
47x4
RB409
GL0
GL1
GL2
GL3
DVCCADTTL
DGNDADTTL
DGNDADTTL
DVCCADTTL
AGNDADREF
DVCCPLLTTL
DGNDPLLTTL
DSYNC/DIVOUT
CLPIN
CLKIN
SYNCIN2
SYNCIN1
110
111
112
113
0.1
C421
R403
1/10W
:CHIP01/10W
CLP
PLLHD
0.1
C462
AN 5V-3
RGBYUV
ac-1
10P
CN401
BR5
BR6
BR7
0.1
16V
C442
B:CHIP
BR5
BR6
BR7
DGNDAD3
DVCCADTTL
DGNDADTTL
RC2
RC1
AGNDVCO
AVCCVCO
DGNDPLL
DVCCPLL
114
115
116
117
118
119
C423
16V
0.1
16V
C422
B:CHIP
B:CHIP
R405
3.3k
R401
1/10W
:CHIP
100p
C408
CH:CHIP
330p
C402
CH:CHIP
16V
B:CHIP
G/Y
1.5k
R305
1/10W
:CHIP
Q31
BUFF
2SA1462
470
R302
1/10W
:CHIP
JL76
JL77
JL78
123456789
GND
G/Y
GND
R/V
GND
BR4
47x4
RB408
BR4
AVCCIR
120
0.1
16V
B:CHIP
3k
1/16W
:RN-CP
:CHIP
0.33
C407
B/U
BR3
IREF
121
16V
GND
BR3
B:CHIP
R306
R303
BR2
BR2
GNDAD3
DPGND
AGNDIR
122
123
0.1
C427
100p
C411
B/U
1.5k
1/10W
Q32
470
1/10W
JL79
GND
DSUB_H
BR1
16V
B:CHIP
CH:CHIP
V.Y
:CHIP
BUFF
2SA1462
:CHIP
BR0
BL7
47x4
RB407
0.1
16V
C443
B:CHIP
BR0
BR1
DVCCADTTL
DGNDADTTL
IC403
CXA3516R
AD CONVERTER
AGNDAMPG
AVCCAMPG
G/YIN2
G/YIN1
124
125
126
127
0.1
16V
C424
B:CHIP
0.1
16V
C418
B:CHIP
C413
C412
0.22 50V B:CHIP
0.22 50V B:CHIP
1.5k
R307
470
R304
1/10W
JL81
JL80
10
DSUB_V
CN7011
TO Q( c )BOARD
BL6
BL6
BL7
G/YCLP
B/CBCLP
128
129
0.1
16V
C419
R/V
1/10W
:CHIP
Q33
2SA1462
:CHIP
BL5
B:CHIP
BUFF
BL3
BL4
47x4
RB406
BL3
BL4
BL5
DGNDAD3
DPGND
SOGIN1
R/CRCLP
B/CBIN1
130
131
132
133
0.1
16V
C420
B:CHIP
C405
50V
0.22
C403
B:CHIP
C404
V.B-Y
+5V
0.1
16V
C464
B:CHIP
R440
6.8k
1/10W
:CHIP
IC405
SELECTOR
SN74LV4053APWR
BL0
BL1
BL2
47x4
RB405
0.1
16V
C444
BL0
BL1
BL2
DGNDAD3
DGNDADTTL
AVCCAMPB
AGNDAMPB
DPGND
SOGIN2
B/CBIN2
134
135
136
137
138
0.1
16V
C425
B:CHIP
50V
0.22
B:CHIP
50V
0.22
C406
50V
B:CHIP
0.22
B:CHIP
V.R-Y
R452
Q414
2SA1774R
R455
1k
R443
Q407
CLAMP
2SC4617R
R308
1.5k
1/10W
:CHIP
X
Y
X0
X1
VCC
Z0ZZ1Y0Y1
12345678
RR5
RR6
RR7
B:CHIP
RR6
RR7
DVCCADTTL
AVCCAMPR
R/CRIN2
R/CRIN1
139
140
141
0.1
16V
C426
B:CHIP
TP401
50V
C409
0.22
C410
B:CHIP
R453
1/16W
:RN-CP
4.7k
Q410
1/16W
:CHIP 4.7k
DIFF.AMP
2SC4617R
Q409
2SC4617R
BUFF
R448
3.3k
1/16W
:RN-CP
1k
R445
1/10W
:CHIP
100
1/10W
:CHIP
Q411
2SA1774R
1/10W
:CHIP
D401
MA2S111
9 10 11 12 13 14 15 16
CBA
GND
VEE
INH
RR4
RR4
RR5
R/CROUT
AGNDAMPR
C/YOUT
142
143
G
50V
0.22
B:CHIP
1
R417
DIFF.AMP
Q408
2SC4617R
470p
C1238
CH:CHIP
R441
2.2k
1/10W
:CHIP
47x4
RB404
3738394041424344454647484950515253545556575859606162636465666768697071
RR3
RR2
RR1
RR0
DGNDADTTL
DVCCADTTL
RL7
DGNDAD3
AGNDAD3
RL6
RL5
RL4
RL3
RL2
DGNDAD3
RL1
RL0
DGNDADTTL
DVCCADTTL
DVCCAD3
VRT
AVCCAD3
AVCCADREF
DPGND
3WIRE/I2C
SEROUT
X SENABLE
SCL
SDA
DVCCREG
DGNDREG
XPOWERSAVE
NC
NC
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
ADDRESS
DACTESTOUT
B/CBOUT
144
820
R406
1/16W
:RN-CP
25V
C466
0.022
B:CHIP
25V
C465
0.022
B:CHIP
4.7
10V
C452
47
R418
1.5k
1/10W
:CHIP
0.1
16V
C1241
B:CHIP
R449
3.3k
1/0W
:RN-CP
10
R454
1/10W
:CHIP
R442
2.2k
1/10W
:CHIP
R451
4.7k
R447
3.3k
C435
R410
R409
25V
C467
0.022
68k
R458
1/10W
68k
R457
68k
R456
1/10W
R423
B:CHIP
1/10W
:CHIP
Q401
R416
1/0W
:CHIP
Q412 Q413
1/10W
:CHIP
R444
R446
220k
C1239
820
1/10W
2SA1774R 2SA1774R
1
0.1
16V
C439
B:CHIP
1
10V
B:CHIP
0.1
16V
C431
B:CHIP
820
1/16W
:RN-CP
1/16W
:RN-CP
+5V
B:CHIP
:CHIP
:CHIP
:CHIP
150k
1/16W
:RN-CP
C449
220p
CH:CHIP
BUFF
2SA1774R
470
1/10W
:CHIP
0.1
16V
C1240
B:CHIP
R450
2.7k
1/16W
:RN-CP
DIFF.AMPDIFF.AMP
1k
1/10W
:CHIP
1/10W
:CHIP
16V
B:CHIP
SYNC_SW
ce-28
150k
R431
1/16W
Q406
DTC144EE
C441
INV
Q418
DTC144EE
INV
Q417
DTC144EE
INV
Q416
DTC144EE
150k
R430
1/16W
:RN-CP
SOG_DUTY1
ce-25
BUFF
Q415
2SA1774R
SW
0.1
16V
B:CHIP
0.1
16V
C437
B:CHIP
0.1
16V
C433
B:CHIP
100
1/10W
:CHIP
100
R412 R413
1/10W
:CHIP
DIG
3.3V-2
VCC
123
:RN-CP
INV
Q404
DTC144EE
RB401
OR
IC406
TC7S08FU
4 5
GND
0.1
C468
1/16V
B:CHIP
INV
Q405
DTC144EE
SOG_DUTY2
cg-35
ce-26
47x4
RB
ce-27
15KRGB
DIG
R459 R460
10k 1/10W :CHIP 5.6k 1/10W :CHIP
CLP
ce-24
RR3 GL4
RR2
RR1
RR0
RL7
RL6
RL5
RB402 RB403
RL4
RL3
RL2
RL1
RL0
3
TP402 TP403
R427
5V-2
FB401
+5V
H_STATUS
V_STATUS
ce-23
47x4 47x4
ceg-30
ceg-29
SDA_HS
SCL_HS
2
2.2k
R428
1/16W
:RN-CP
2.2k
1/16W
:RN-CP
220p
C460
CH:CHIP
BK2125HM601T
CLAMP
TIMING
H.STATE
0.1
16V
C458
12345678910
B:CHIP
47
6.3V
C457
:AL-CP
0.1
16V
C453
B:CHIP
Q402
0.5
CLAMP
2SC4617R
C447
18k
R419
1/16W
:RN-CP
4.7
10V
C445
B:CHIP
470
R414
1/10W
:CHIP
22k
R433
1/16W
:RN-CP
R424
V.POL
V.STATE
25V
0.01
1k
R429
4.3k
B:CHIP
1/16W
:RN-CP
1/16W
:RN-CP
0
H.POL
3.0
CLAMPSW
4.7
C450
0.1
D402
cg-21
RGB_H
R426
VCC
0.403.0
CLAMP
GND
GREENIN
10V
B:CHIP
Q403
DAN202K
R421
47
R432
1/16W
:RN-CP
22p
C461
CH:CHIP
TH401
2.2k
1/16W
:RN-CP
HD
HD
0.3
2.4
2.5
C/H DET
C/H
0.5
CLAMP
2SC4617R
18k
1/16W
:RN-CP
C448
cg-22
RGB_V
R425
VD
0.3
VS/S OUT
SYNC SEP
2.4
V IN
V DET
0.1
25V
0.01
B:CHIP
3
0.7 Vp-p (H)
B-SS11220<AEP>-P..-P3
KZ-32TS1E(AEP) 3-9
cB-
0.7 Vp-p (H)
2
(SYNC SEP,AD CONVERTER)
0.7 Vp-p (H)
1
• B(c) BOARD WAVEFORMS
100p
C459
82k
CH:CHIP
1/16W
:RN-CP
11 12 13 14 15 16 17 18 19 20
0
0.3
VS/S IN
IC404
SYNC SEP
M52347FP
GATESW
2.6
VTIMING
0.1
16V
C456
B:CHIP
10
16V
C455
:AL-CP
0.1
16V
C454
B:CHIP
4.7
10V
C451
B:CHIP
D403
DAN202K
C446
4.7 10V B:CHIP
470
R415
1/10W
:CHIP
22k
R434
1/16W
:RN-CP
Ref. No.
Circuit diagram division code
One sheet of B and Q boards are circuit diagram is divided into three sheets,
each having the code B-a to B-c. For example, the destination
ab1 on the code B-a sheet is connected to ab1 on the B-b sheet.
• Divided circuit diagram
a b 1
A
B
C
D
E
F
G
H
I
J
![](/html/fb/fb67/fb6778735b7eaa5a84225f452cbe07a704e100beab1056e775946a362d6814d8/bg1c.png)
15
12
11
10
98765
43
1
14
13
2
df-45
RGB_CTP
POFLD
SCVS
RO4
RO5
RO6
RO7
GO0
GO1
GO2
GO3
GO4
GO5
GO6
GO7
BO0
BO1
BO2
BO3
BO4
BO5
BO6
BO7
RGB_STC
dg-40
df-46
POVS
SCHS
TP803
RB804
RB803
RB802
TP804
47x4
47x4
47x4
47x4
RB801
R801
RR7
RR6
RR5
POHS
SCCLK
TP805
47x4
RB805
C816
100
1/0W
df-47
POCLK
C822
C818
0.1
16V
C814
0.1
C812
C810
C808
:CHIP
DIG 3.3V-2
0.1
16V
0.1
C820
0.1
16V
B:CHIP
0.1
16V
16V
B:CHIP
0.1
16V
0.1
16V
0.1
C807
df-48
B:CHIP
16V
B:CHIP
B:CHIP
B:CHIP
B:CHIP
B:CHIP
16V
B:CHIP
L801
OμH
df-49
+3.3V
degf-50
SYS_RESET
SC_PLL
0.1
C824
129130131132133134135136137138139140141142143144145146147148149150151152153154155156157158159160161162163164165166167168169170171172173174175176177178179180181182183184185186187188189190191192
GND
VDD
GND
VDD
GND
VDD
GND
VDD
GND
VDD
GND
VDD
GND
VDD
GND
VDD
GND
VDD
47
C801
6.3V
+3.3V
def-51
16V
B:CHIP
128
VDD
POD7
POD8
POD9
POD10
POD11
POD12
POD13
POD14
POD15
POD16
POD17
POD18
POD19
POD20
POD21
POD22
POD23
POD24
POD25
POD26
POD27
POD28
POD29
POD30
POD31
POD32
POD33
POD34
POD35
POD36
POD37
POD38
POD39
POD40
POD41
POD42
POD43
POD44
POD45
POD46
POD47
POACT
POEXT
R0_OD
R1_OD
R2_OD
R3_OD
193
:AL-CP
RR4
127
194
RR3
47x4
RB806
POD6
R4_OD
RR2
RO3
126
GND
R5_OD
195
RR1
RO2
125
POD5
R6_OD
196
RR0
RO1
124
POD4
R7_OD
197
RL7
0.1
16V
C849
B:CHIP
MD25
MD26
MD27
MD28
MD29
MD30
MD31
DQ8
DQ13
DQ2
MD18
47
1/10W
:CHIP
0.1
16V
113
VDD
G0_OD
208
GR7
DQ12
DQ3
MD19
0.1
C842
:CHIP
B:CHIP
112
OSDDT3
G1_OD
209
GR5
GR6
VDDQ
VDDQ
MD20
16V
B:CHIP
CONT VDD
X801
65MHz
1
110
111
OSDDT2
G2_OD
210
211
GR4
DQ10
DQ11
DQ5
DQ4
MD21
0.1
C837
OUT
0.1
16V
C827
109
AVDD
OSDDT1
G3_OD
GND
212
0.1
C803
VSSQ
VSSQ
16V
B:CHIP
B:CHIP
108
AGND
VDD
213
16V
B:CHIP
DQ9
DQ6
MD22
OCLK
107
OSDDT0
G4_OD
214
GR3
DQ7
MD23 MD24
C843
TP801
106
OSDEN
G5_OD
215
GR2
VSS
VSSQ
DQ14
DQ15
IC803
SDRAM
123
POD3
R0_EV
198
RO0
122
POD2
R1_EV
199
RL6
K4S161622D
0.1
C825
121
VDD
GND
200
RL5
VSSQ
DQ1
DQ0
VDD
12345678910111213141516171819202122232425
0.1
16V
C841
B:CHIP
MD16
MD17
R803
FB801
BK1608TS601
DIG 3.3V-2
47x4
RB807
16V
C826
B:CHIP
114
115
116
117
118
119
120
GND
GND
POHS
POVS
POD1
POD0
POFLD
R7_EV
R6_EV
R5_EV
R4_EV
R3_EV
R2_EV
VDD
201
202
203
204
205
206
207
0.1
16V
C802
B:CHIP
RL0
RL1
RL2
RL3
RL4
C850
0.1
GR1
0.1
16V
VDDQ
LDQM
VDDQ
LDQM
16V
B:CHIP
R802
105
POCLK
G6_OD
216
GR0
UDQM
B:CHIP
UDQM
N.C/RFU
WE
WE
47
1/10W
DIG 3.3V-2
103
104
PODMD
TESTH
G0_EV
G7_OD
217
218
GL7
CAS
:CHIP
GL6
CLK
CAS
2
102
TEST1
G1_EV
219
MA9
A9
N.C
CKE
RAS
BA
CS
RAS
CS
BA
:CHIP
FB802
BK1608TS601
C828
100
101
RST
TEST0
MCLKSEL
G4_EV
G3_EV
G2_EV
220
221
222
GL3
GL4
GL5
MA8
MA10
CONT VDD
MCLK
0.1
VDD
G5_EV
223
GL2
X802
TP802
16V
MA7
MA0
OUT
80MHz
R805
100k
B:CHIP
MCLK
GND
224
MA6
MA1
C838
1/10W
GND
IC801
G6_EV
225
GL1
MA4
MA5
26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50
A4A5A6A7A8
VSS
VDD
A3A2A1A0A10/AP
MA3
MA2
47
R804
1/10W
0.1
16V
B:CHIP
:CHIP
MA10
0.1
16V
C829
B:CHIP
GND
VDD
MA11
IP00C713
SCAN CONV.
B1_OD
B0_OD
G7_EV
226
227
228
BR5
BR6
BR7
GL0
0.1
C844
:CHIP
MA10
B2_OD
229
16V
MA9
MA9
B3_OD
230
BR4
B:CHIP
MA8
MA8
B4_OD
231
BR3
0.1
16V
C852
B:CHIP
MD47
MD46
MD45
MD44
MD43
MD42
MD41
DQ12
DQ3
MD35
MD12
DQ12
DQ3
C834
MD3
RAS
RAS
B6_EV
243
BL1
C846
0.1
VDDQ
VDDQ
0.1
16V
VDDQ
VDDQ
16V
B:CHIP
WE
MWR
B7_EV
244
BL0
DQ11
DQ4
MD36
MD37
B:CHIP
MD11
MD10
0.1
C839
DQ11
DQ4
MD4
MD5
BA
BA0
PIVS
245
PIVS
dg-37
DQ10
DQ5
16V
B:CHIP
DQ10
DQ5
0.1
C831
BA1
PIHS
246
PIHS
dg-38
VSSQ
VSSQ
VSSQ
VSSQ
16V
B:CHIP
VDD
GND
247
DQ9
DQ6
MD38
MD9
DQ9
DQ6
MD6
MD47
MD47
PICLK
248
PICLK
dg-39
MD39
C805
MD40
C847
MD8
MD7
0.1
47
C851
6.3V
:AL-CP
VSS
DQ13
VSSQ
DQ14
DQ15
IC804
SDRAM
MA7
MA7
B5_OD
232
BR2
MA6
233
BR1
MA6
B6_OD
K4S161622D
SDRAM
IC802
K4S161622D
+3.3V
MA5
MA4
C830
MA5
MA4
B0_EV
B7_OD
234
235
C804
BL7
BR0
DQ2
VSSQ
DQ1
DQ0
VDD
12345678910111213141516171819202122232425
0.1
16V
C845
B:CHIP
MD32
MD33
MD34
MD15
MD14
MD13
VSS
DQ13
VSSQ
DQ14
DQ15
DQ2
VSSQ
DQ1
DQ0
VDD
12345678910111213141516171819202122232425
0.1
16V
C833
B:CHIP
MD0
MD1
MD2
CAS
MA3
MA2
MA1
MA0
0.1
16V
B:CHIP
CAS
VDD
GND
MA3
MA2
MA1
MA0
B5_EV
B4_EV
B3_EV
B2_EV
B1_EV
VDD
GND
236
237
238
239
240
241
242
0.1
16V
B:CHIP
BL2
BL3
BL4
BL5
BL6
C853
DQ8
DQ7
0.1
C840
DQ8
DQ7
C835
GND
VDD
249
16V
0.1
16V
VDDQ
VDDQ
16V
B:CHIP
LDQM
0.1
16V
VDDQ
VDDQ
LDQMWECAS
0.1
16V
MD46
MD45
MD46
PIFLD
250
B:CHIP
PIFLD
dg-40
B:CHIP
UDQM
UDQM
N.C/RFU
LDQM
WE
WE
UDQM
B:CHIP
UDQM
N.C/RFU
LDQM
WE
B:CHIP
MD44
MD45
MD44
SCLK
PIVSGO
251
252
SCK_4W
def-44
CLK
CAS
CAS
CLK
CAS
MD43
MD43
253
CS_SC
de-42
N.C
CKE
RAS
CS
RAS
CSBAMA10
N.C
CKE
RAS
CS
RASCSBA
MD42
VDD
MD42
GNDSISS
254
255
STX_4W
def-41
16V
B:CHIP
16V
B:CHIP
dB-
B-SS11220<AEP>-P..-P4
(SCAN CONVERTER)
2
1
• B(d) BOARD WAVEFORMS
MD41
MD40
MD39
MD38
0.1
16V
C823
B:CHIP
MD37
MD36
MD35
MD34
0.1
16V
C821
B:CHIP
MD33
MD32
MD31
MD30
MD29
0.1
16V
C819
B:CHIP
MD28
MD27
MD26
MD25
MD24
0.1
16V
C817
B:CHIP
MD23
MD22
MD21
MD20
MD19
0.1
16V
C815
B:CHIP
MD18
MD17
MD16
MD15
MD14
0.1
16V
C813
B:CHIP
MD13
MD12
MD11
MD10
MD9
0.1
16V
C811
B:CHIP
MD8
MD7
MD6
MD5
0.1
16V
C809
B:CHIP
MD4
MD3
MD2
MD1
MD0
UDQM
LDQM
CS
One sheet of B and Q boards are circuit diagram is divided into three sheets,
each having the code B-a to B-c. For example, the destination
ab1 on the code B-a sheet is connected to ab1 on the B-b sheet.
• Divided circuit diagram
KZ-32TS1E(AEP) 3-10
0.7 Vp-p (80MHz)
0.7 Vp-p (60MHz)
Ref. No.
Circuit diagram division code
a b 1
MA9
MA8
MA7
MA6
MA5
MA4
26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50
A4A5A6A7A8
A9
VSS
VDD
A3A2A1A0A10/AP
BA
0.1
C848
MA0
MA1
MA2
MA3
MA9
MA8
MA7
MA6
MA5
MA4
26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50
A4A5A6A7A8
A9
VSS
VDDA3A2A1A0
A10/AP
BA
0.1
C836
MA10
MA0
MA1
MA2
MA3
0.1
16V
C832
B:CHIP
6566676869707172737475767778798081828384858687888990919293949596979899
GND
MD41
MD40
MD39
MD38
61 62 63 64
VDD
GND
MD37
MD36
MD35
MD34
VDD
MD33
GND
MD32
MD31
MD30
MD29
VDD
GND
MD28
MD27
MD26
MD25
MD24
VDD
GND
MD23
MD22
MD21
MD20
MD19
VDD
GND
MD18
MD17
MD16
MD15
MD14
VDD
GND
MD13
MD12
MD11
MD10
MD9
VDD
GND
MD8
MD7
MD6
MD5
VDD
MD4
GND
MD3
MD2
MD1
MD0
VDD
GND
DQM1
DQMO
CS
SO
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 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60
VDD
256
+3.3V
0.1
16V
C806
B:CHIP
SRX_4W
def-43
A
B
C
D
E
F
G
H
I
J
![](/html/fb/fb67/fb6778735b7eaa5a84225f452cbe07a704e100beab1056e775946a362d6814d8/bg1d.png)
15
12
11
10
98765
43
14
13
2
STBY 5V
3P
CN1003
JL70
JL69
123
STBY5V
CLOCK
ae-16
BUSY_TU
Q1002
STBY 5VSTBY 5V
IC1005
STBY
3.3V
DIG
STBY 5V
JL71
GND
CN7006
TO Q( b )BOARD
WC
VCC
1234
0.1
16V
C1028
B:CHIP
1k
R1023
1/10W
:CHIP
+5V SW
2SA1774R
47k
R1022
1/10W
:CHIP
45
VCC
0.1
16V
C1025
B:CHIP
12
RESET
S-80828ANNP
27k
R1017
1/10W
:CHIP
STBY 5V
10k
1/10W
:CHIP
27k
R1068 R1069
1/10W
:CHIP
5V-2
2.2
C1052
D1006
MA2S111
LEDA
LEDB
SIRCS
POW_SW
JL51
JL50
JL52
123456789
GND
GND
LED A
LED B
SIRCS
STBY5V
POWER SW
ae-15
ae-14
ceg-29
SCL_HS
AV_LINK
TU_RES
25V
0.01
C1502
B:CHIP
Q1501
DTC144EE
D1008
MA3130WA
5 6 7 8
SDA
SCL
IC1007
E2E1E0
GND
Q1001
2SC4617R
GND
1 2 3
OR
IC1006
TC7S08FU
3 4
2.2
10V
C1015
B:CHIP
D1004
HN1D03FU
12
10V
B:CHIP
LPF
JL72
101112131415161718192021222324252627282930
GND
LPF
ce-24
ce-25
ce-23
EEPROM
M24C64-WMN6T(A)
H_STATUS
V_STATUS
SOG_DUTY1
+5V CONTROL
0.1
16V
C1021
B:CHIP
0.1
16V
C1024
0.1
100
C1019
R1019
1/10W
:CHIP
10k
R1018
1/10W
100
R1016
1/10W
:CHIP
3 4
IC1020
+5V REF
S-80842ANNP-ED6
STBY 5V
ae-9
ae-8
SDA_LS
SCL_LS
LMUTE
AMUTE
UR_TX
JL57
JL55
JL56
GND
GND
SCL LS
SDA LS
LINE MUTE
AUDIO MUTE
ce-26
SOG_DUTY2
B:CHIP
16V
B:CHIP
X1002
12.288MH
:CHIP
R1015
FWE
RES
IC1003
RS5C348A
0.1
16V
C1007
B:CHIP
D1002
1SS387
RES
UR_RX
UART TX
UART RX
CPU RESET
47x4
RB1010
200
R1020
1/16W
:RN-CP
0.1
16V
C1022
B:CHIP
10k
1/10W
:CHIP
IC1017
STBY 5V
12345
SO
SCLK
32KOUT
OSC_OUT
OSC_IN
VCC
47
6.3V
C1005
:AL-CP
1/10W
D1003
FWE
F_MODE
FWE
FLASH MODE
470p
C1023
CH:CHIP
FEN_DET
47
R1041
BA033F
+3.3V REG
SI
GND
CE
/INTR
6 7 8 9 10
1k
R1001
1/10W
:CHIP
FAN_DRV
GND
FAN DRIVE
ceg-30
R1033
SDA_HS
3k
R1021
1/16W
10p CH:CHIP
0.1 16V B:CHIP
10p CH:CHIP
0.1 16V B:CHIP
47x4
RB1007
1/10W
:CHIP
+3.3V
STBY 3.3V
NC
GND
1234
3 4
FAN_FB
FEN_DET
JL64
JL63
FAN FB
FAN DETECT
3.3k
1/10W
:RN-CP
C1020
C1016
STBY 5V
JL65
:CHIP
STBY
STBY 5V
STBY 5V
+5V
C1018
C1014
C1010
C1039
OUT
NCNCNC
X1001
GND
5 6 7 8
R1003 R1004
32.768K
0.1
16V
C1031
B:CHIP
3.3k
R1032
1/10W
:CHIP
3.3V
PWR
OE VCC
IC1015
1234
SN74CBTD3306
10k
R1063
1/10W
:CHIP
R1031
R1030
2.2k
R1026
1/10W
616263646566676869707172737475767778798081828384858687888990
47
6.3V
:AL-CP
0.1
16V
B:CHIP
NC
VCC
0.1
C1038
47
6.3V
+5V
C1011
100
1/10W
:CHIP
0.1
C1009
10k
1/10W
:CHIP
10k
12
R1035
1/10W
ef-62
ef-61
PDP_SCL
PDP_SDA
5 6 7 8
OE
SCL3
SCL5GND
SDA3
SDA5
50V
100p
C1040
CH:CHIP
10k
1/10W
:CHIP
10
10k
R1028
1/10W
:CHIP
2.2k
R1027
1/10W
:CHIP
10
:CHIP
R1024
1/10W
:CHIP
60
TU_RX
SDA_HS
SCL_HS
TU_CLK
AV_LINK
SOG DUTY2
SOG DUTY1
H STATUS
V STATUS
WDTOVF
PLLVCC
PLLCAP
PLLVSS
RES
NMI
STBY
FWE
XTAL
VCC
EXTAL
VSS
OSC1
OSC2
PVCC1
VSS
TUNER RESET
CS_TU
BUSY_TU
NC
NC
NC
RTC-IRQ
VREF
AVCC
919293949596979899
0.1
16V
C1012
B:CHIP
JL1020
C1056
16V
B:CHIP
R1218
STBY 5V
:AL-CP
16V
B:CHIP
:CHIP
30P
CN1001
1/10W
:CHIP
10 1/10W :CHIP
R1025
VSS
JL1019
JL1017
0.1
16V
100k
1/16W
2.2k
1/10W
R1062
SCL_LS
RB1001
B:CHIP
:RN-CP
C1029
:CHIP
R1061
DIG
5V-2
IC1019
SN74CBTD3306
be-17
10 1/10W :CHIP
R1029
C1026
PVCC2
SDA_LS
10x4
JL1018
DIG 5V-2
DIG
AN6V
JL74
*
FB1206
C1001
STBY
FB1205
0.1
16V
B:CHIP
2.2k
1/10W
:CHIP
OE
PWR
SDA5
OE VCC
1234
be-20
VEH
COMF_2D/3D
VEH2
VEH3
47x4
RB1011
0.1 16V B:CHIP
VEH2
VEH3
COMF SW
100
101
102
10x4
RB1002
R1071
LEDA
LEDB
FAN_FB
100k 1/16W :CHIP
0.1
16V
C1053
B:CHIP
C1055
C1044
22k
1/10W
:CHIP
R1048
R1047
1k
1/0W
:CHIP
R1046
3.3V-2
47k
1/10W
:CHIP
R1044
1/16W
:CHIP
D1007
MA3130WA
47
6.3V
:AL-CP
5V
*
1/16W
:CHIP
123
KEY
STBY5V
CN4501
TO H2 BOARD
SDA_LS
SCL_LS
5 6 7 8
SCL3
SCL5GND
be-19
SDA3
N/M
PICAGC.SW
NT/PAL
be-18
VEH1
0.1
C1027
VEH1
PVCC1
NTSC/PAL
PICTURE AGC
COL SYS N/M
IC1004
MAIN CPU
HD64F2633TE
103
104
105
106
107
10x4
RB1003
JL1022
C1054
THERMO
0.1 16V B:CHIP
0.1 16V B:CHIP
0.1
16V
ae-7
B:CHIP
47k
1/10W
:CHIP
C1043
0.1 16V B:CHIP
0.1
16V
C1042
B:CHIP
47k
1/10W
:CHIP
R1045
12345678910
IC1010
VCC
G2
TC74VHC541FT
JL75
DIG
3.3V-2
0
1/16W
:CHIP
FB1207
GND
3P
CN1004
ae-13
47x4
47x4
RB1013
RB1012
16V
B:CHIP
VSS
CC VID/YUV
AVSS
108
109
10x4
RB1004
JL1023
0.1
16V
C1045
4.9
4.9
3.2
C1033
SC_PLL
0.1 16V B:CHIP
de-51
ce-28
SYNC_SW
RTC_CS
110
111
B:CHIP
4.8
3.2
STX_4W
SCK_4W
def-44
def-41
Q1005
JL1011
OSD_CS
112
5V
STBY
R1034
5.0
3.0
CS_OSD
ef-53
47k
3.2
ce-27
INV
DTC144EE
15KRGB
JL1012
JL1013
JL1014
4W_CLK
PLD_CS
SC_CS
113
114
115
1234
G1
A1
VCC
D1005
MA2S111
1/10W
:CHIP
A8A7A6A5A4A3A2A1G1
GNDY8
5.0
3.2
Y7Y6Y5Y4Y3Y2Y1
11 12 13 14 15 16 17 18 19 20
SYS_RESET
degf-50
JL1015
4W_RX
116
Y2
JL1016
RB1014
4W_TX
117
GND
A2Y1G2
5 6 7 8
100
C1032
C1008
0.1
16V
C1046
C1047
DIG
5V-2
47x4
3132333435363738394041424344454647484950515253545556575859
V.SYNC
MD2
MD1
MD0
118
119
120
STBY 5V
R1007 R1013
BUFF
IC1009
TC7W241FU
6.3V
:AL-CP
0.1
16V
B:CHIP
C1034
5V
STBY
IC1011
TC74VHCT541AFT
B:CHIP
0.1
16V
VCC
1A
1234567
10k
47k
0.1
ef-64
0
R1051
:CHIP
0
R1052
:CHIP
VBLK
B:CHIP
0.1
16V
C1030
B:CHIP
8 9 10 11 12 13 14
6A6Y5A5Y4A
4YGND
IC1012
3Y3A2Y2A1Y
TC74VHCT14AFT
0.1
16V
C1037
V.BLK
H.SYNC
47
1/10W
:CHIP
R1011
POWER
VSS
NC
RXD2(FWR)
TXD2(FWR)
NC
SC PLL SW
SIRCS
LPF_SW
AMUTE
LINE MUTE
INPUT SELECT
PVCC1
POWER SW
VSS
PWM1
PWM0
VCC
PDP_IRQ
VSS
VIDEO_MUTE
SYSTEM_RESET
PDP_ACT
PDP_CPU
1/10W
:CHIP
1/10W
:CHIP
16V
B:CHIP
VCC
12345678910
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
F_MODE
SRX_4W
def-43
STBY
100
1/10W
:CHIP
R1005
PDP_IRQ
ef-52
3.3V
47x4
RB1006
C1013
R1009
0.1
16V
47k
1/10W
0.1 16V B:CHIP
B:CHIP
A8A7A6A5A4A3A2A1G1
ef-57
SYS_HS
B:CHIP
:CHIP
11 12 13 14 15 16 17 18 19 20
Y8Y7Y6Y5Y4Y3Y2Y1G2
GND
STBY 5V
C1017
RB1009
ef-58
SYS_VS
10k
R1008
R1010
47x4
RB1008
47x4
47x4
RB1005
STBY 5V
47k
1/10W
1/16W
*
1/16W
R1054
:CHIP
:CHIP
UR_RX
UR_TX
LPF
AMUTE
LMUTE
POW_SW
FAN_DRV
CS_PLD
ef-54
:CHIP
CS_SC
de-42
0.1
C1048
16V
SIRCS
C1035
VMUTE
ef-65
B:CHIP
0.1
16V
0
R1055
B:CHIP
STBY 5V
1/16W
R1056
C1049
:CHIP
*
1/16W
0.1
16V
CN1002
ef-59
ef-60
PANELDET2
PANELDET1
:CHIP
B:CHIP
STBY
1234
1A
3Y
GND
IC1016
0
R1065
:CHIP
STBY
3.3V
BUFF
IC1018
TC7WH125FU
1234
R1067
UR_TX
JL84
1234567
GND
8P
STBY5V
UART TX
ae-6
POWER
5V
VCC
3A1Y2A
5 6 7 8
2Y
TC7W14FU
0
:CHIP
PDP_ACT
ef-55
FWE
RES
UR_RX
JL87
JL86
JL85
UART RX
CPU RESET
e
B-
B-SS11220<AEP>-B..-P5
(MAIN CPU)
0.1
16V
C1036
B:CHIP
0
R1066
:CHIP
5 6 7 8
0
:CHIP
R1070
PDP_CPU
ef-56
F_MODE
JL88
JL89
8
GND
FWE
FOR
CHEACK
FLASH MODE
One sheet of B and Q boards are circuit diagram is divided into three sheets,
• Divided circuit diagram
Ref. No.
each having the code B-a to B-c. For example, the destination
ab1 on the code B-a sheet is connected to ab1 on the B-b sheet.
a b 1
KZ-32TS1E(AEP) 3-11
Circuit diagram division code
1
A
B
C
D
E
F
G
H
I
J
![](/html/fb/fb67/fb6778735b7eaa5a84225f452cbe07a704e100beab1056e775946a362d6814d8/bg1e.png)
15
12
11
10
98765
43
1
14
13
2
df-47
POHS
df-48
POVS
0 :CHIP
R1220
df-46
POFLD
df-49
POCLK
df-45
RGB_CTP
BO1
BO0
GO7
GO6
GO5
GO4
GO3
GO2
GO1
GO0
RO7
RO6
RO5
RO4
RO3
RO2
RO1
RO0
0
:CHIP
R1217
DIG
C1212
C1215
C1218
3.3V-2
0.1
16V
B:CHIP
0.1
16V
C1214
0.1
16V
B:CHIP
0.1
16V
B:CHIP
0.1
C1220
0.1
C1222
B:CHIP
16V
B:CHIP
16V
B:CHIP
FB1201
+3.3V
1234
VIN
:CHIP
BK1608TS601
VOUT
VOUT
47
6.3V
C1237
:AL-CP
+3.3V
GND
R1204
737475767778798081828384858687888990919293949596979899
1001011021031044105106107108
CTLNCVIN
GND
5 6 7 8
300
1/16W
R1205
4.7k
1/10W
:CHIP
GND
GND
VCCINT
GCK0
GND
VCCO
GCK1
VCCINT
VCCINT
GND
STATUS
PWDN
M2
VCCO
VCCO
0
R1215
C1209
47
C1208
:RN-CP
C1206
:CHIP
1
0.1
47
1/10W
:CHIP
R1214
47
6.3V
C1202
:AL-CP
0.1
16V
C1203
B:CHIP
REG
+2.5V
IC1202
SI-3025LSA
0.1
16V
B:CHIP
6.3V
:AL-CP
300
1/16W
R1206
:RN-CP
16V
B:CHIP
72
DONE
VCCO
VCCO
M0M1GND
109
110
111
0
:CHIP
R1216
RB1201
47
:CHIP
R1209
32
ef64
ef-54
ef-65
def-43
SRX_4W
CS_PLD
VMUTE
VBLK
R1213
47 1/10W :CHIP
BO3
BO4
BO2
0.1 16V B:CHIP
C1205
INIT
PROGRAM
HSYNC
VSYNC
BLANK
PDP_CLK
112
113
114
115
116
47x4
TP1201
TP1202
TP1203
TP1205
TP1204
CLK
BLK
VSYNC
HSYNC
PRTB5B4B3B2B1B7B6B0G5G4G3G7G6G2G1G0R5R7R4R3
PHS
PVS
PBLK
PCLK
PPRT
DIG
ef-53
CS_OSD
DIG3.3V-2
1234567891011121314
CS
IC1205
DA0
MB90098APF-G-139
BO5
BO6
BO7
GND
GND
117
118
119
120
121
122
123
47x4
RB1202
5
4
JL42
3.3V-2
JL41
JL43
8
IRQ
PDWN
8P
CPU-GO
PDP-GO
CN1203
def-44
def-41
SCK_4W
STX_4W
3.2
2.8
3.23.2
SIN
SCLK
DA1
DA2
2.8
IC1203
XC2S50-5TQ144C
VCCINT
124
125
0.1
C1223
RB1203
JL44
JL46
JL45
GND
SDA
GND
DCLKI
DA3
VOBA
C1207
0.1 16V
TRDY
VCCINT
PPIC
B0B6B7B1B2B3B4B5PARITY
VCCO
126
127
C1225
16V
B:CHIP
47x4
1234567
SCL
LVDSGND
C1236
1.6
1.603.2
B:CHIP
0.1
RB1204
0.1
16V
0.1
16V
C1234
B:CHIP
B:CHIP
VCC
VCC
GND
TCLKI
GND
DCLKO
VCC
DB0
0.1
C1235
47x4
RB1211
0.1
16V
C1204
B:CHIP
GND
IRDY
VCCO
G5
GND
128
129
130
131
16V
B:CHIP
47x4
JL47 JL48
TO LCD PANEL
HSYNC
DB1
16V
B:CHIP
132
RB1205
3.2
3.0
DISP
VSYNC
DB2
DB3
133
134
47x4
PDP_SCL
PDP_SDA
ef-62
ef-61
degf-50
SYS_RESET
3.2
2.1
RESET
VOBB
BUSY TEST
15 16 17 18 19 20 21 22 23 24 25 26 27 28
R1210
47 1/10W :CHIP
RB1212
GND
GND
135
136
PDP_ACT
PDP_IRQ
PDP_CPU
ef-52
ef-55
ef-56
47x4
137
47x4
RB1206
8P
CN1201
GND
8
JL36
MODE
VCC
TDI
TD0
TMS
TCK
TRST
FOR
CHEACK
1234567
JL82
JL40
JL38
JL37
JL39
B-SS11220<AEP>-B..-P3
5
KZ-32TS1E(AEP) 3-12
3.4 Vp-p (v)
fB-
3.4 Vp-p (H)
4
4.7k
1/10W
:CHIP
R1203
123
19
20
0
D2
D0
CLK
VCC
3.23.2
4.7k
R1201R1202
4.7k
1/10W
:CHIP
1/10W
:CHIP
45678
TDI
3.2
TMS
3.1
TCK
2.4
D4/CF
3.2
OE
3.2
IC1201
XC18V01PC20C
GNDD7CEO
D6
CE
9
101112
+3.3V
3738394041424344454647484950515253545556575859606162636465666768697071
DIN
CCLK
DOUT
VCCO
VCCO
WRITE
VCCINT
GCK2
VCCO
GCK3
VCCINT
VCCINT
VCCO
R3R4R7R5G0G1G2G6G7G3G4
TMS
GND
VCCO
138
139
140
141
142
143
144
BLK
CLK
DIG
3.3V-2
TDO
GND
TDI
CS
GND
GND
GND
R6
R0
R1
R2
TCK
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
0.1
16V
C1224
B:CHIP
10
1/10W
:CHIP
R1211
+3.3V
:CHIP
FB1202
BK1608TS601
:CHIP
FB1203
BK1608TS601
0.1
16V
C1210
B:CHIP
0.1
16V
C1211
B:CHIP
4.7k
1/10W
:CHIP
R1207
4.7k
1/10W
:CHIP
R1208
JL1213
JL1212
47k
R1057
JL1211
JL1210
JL1209
JL1208
JL1207
JL1206
JL1205
JL1204
JL1203
JL1202
JL1201
B:CHIP
R0R1R2
IN21
IN20
PLLGND
PLLVCC
C1232
B:CHIP
12P
CN1204
R6
GND
LVDSGND
47
6.3V
:AL-CP
LVDSGND
B1B2B3
IN19
OUT3+
OUT3+
DIG 3.3V-2
B7
IN18
OUT3-
101112
OUT3-
1/10W
R1058
B6
IN17RFIN16
CLKOUT-
CLKOUT+
CLKOUT-
CLKOUT+
0.1
16V
C1213
B:CHIP
0.1
16V
C1216C1217
B:CHIP
0.1
16V
B:CHIP
0.1
16V
C1219
0.1
16V
C1221
B:CHIP
47x4
RB1207
+3.3V
B5
B4
PRT
VSYNC
HSYNC
0.1
16V
C1228
B:CHIP
VCC
IN24
IN23
IN22
IC1204
TRANSMITTER
THC63LVDM83R
CLKIN
PLLGND
PDWN
IN26
GND IN25
29303132333435363738394041424344454647484950515253545556
47
6.3V
C1231
:AL-CP
0.1
16V
:CHIP
FB1204
BK1608TS601
C1230
VCCO
VCC
TDO
2.7
13
C1050
:CHIP47k
INV
Q1003
DTC144EE
1/10W
:CHIP
B0
IN15
OUT2-
OUT2+
OUT2-
OUT2+
D1
D3
D5
14 15 16 17 18
+3.3V
0.1
C1051
0.1
16V
B:CHIP
INV
Q1004
DTC144EE
PANELDET1
ef-59
G3G4G5G6G7
GND
IN14
IN13
OUT1+
LVDSVCC
LVDSGND
0.1
16V
C1229
B:CHIP
OUT0+
OUT1-
OUT1+
0.1
16V
C1201
B:CHIP
16V
B:CHIP
PANELDET2
ef-60
0.1
16V
C1226
B:CHIP
VCC
IN12
IN11
OUT0-
OUT0+
OUT1-
123456789
OUT0-
LVDSGND
TO LCD PANEL
IN9
IN8
IN10
IN0
IN27
LVDSGND
R0R1R2R3R4
R6
47
6.3V
C1233
:AL-CP
(PLD PICTURE IMAGE CONVERSION)
• B(f) BQARD WAVEFORMS
R7R5G0G1G2
0.1
16V
C1227
B:CHIP
0
JL1214
R1222
:CHIP
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
GND
IN7
IN6
IN5
VCC
IN4
IN3
IN2
GND
IN1
• Divided circuit diagram
3
2
1
One sheet of B and Q boards are circuit diagram is divided into three sheets,
each having the code B-a to B-c. For example, the destination
ab1 on the code B-a sheet is connected to ab1 on the B-b sheet.
3.4 Vp-p (v)
3.4 Vp-p (H)
3.4 Vp-p (30nsec)
Ref. No.
a b 1
Circuit diagram division code
A
B
C
D
E
F
G
H
I
J