tv2kr schematic
TRANSCRIPT
to FRONT AV
~220V
DEGAUSSING COIL
*
1,03 V/0,31V
2,5V2,2V
SCREEN
HV
FOCUS
to FRONT BOARD
SCREENCRT BOARD
HV
FOCUS
TV2KR PAL/SECAM, BG/I/DK, MONO
2005.01.07
*
MENU
-
+
*
H DEFLECTION
COIL
V DEFLECTION
COIL
CRT TUBE
PART
14" 15" 20"
TT6
TT4
TT3
21" RF21"
A51EKS41X11
KS5171
A51EJJ04X01
KS5160
A48EKB02X01
KS4816
A36EKM72X11
KS3610
A33EKC02X01
KS3300
TT2
L502 105 uH 105 uH39 uH
CF0801
-4780
CF0801
-4780
CF0801
-4780
CF0801
-4780
105 uH
T501
TT12
TT13
TT14
ON
OFF
ON ON ON
ON
ON ONOFF OFF
OFF
OFF
ON OFF OFF
ON
ON
ON
OFF OFF
OFF
OFF OFF OFF
OFF OFF OFF OFF
TPS 5,5
K2962
TPS 6,0
TPS 6,5
SOUND SYSTEM1-BG/I 2-BG/DK
PART
VARIANTS
TPS 5,5
F1 K2955
Z1
Z2
Z3
226IRS
.SW
315
KE
Y
202
+3.3
203
_IN2
210
220215SCL.
314
+3.3
14
323
336
510
A.O
UT
+8
502
001
scl.tun
118
IF2
218
241
130
515
+5.tun
IF1
321
20
501
216
GN
D
302
27
a.l.i
n
+8
229
KE
Y
A_SC
v.csart
g
209
a.s_in
14
207
307
+30
-14
+3c
405IF1
213
235
320
21
+30
211
EX
T.V
.IN
VD+
018
G_S
C
G_S
C
205
334
AG
C
121
+8
324
508
ex.v
.in
326
25
scl_1
406
223
R_S
C
013
003
330
402agc_
201
i.cut
SDA
+110
008
002
FB
019
317
014
107
ETH
204
514
g.ou
t1 AU
D
g.ou
t
ON
/OFF
236
329
A_SC
sw.s
520
b.ou
t1
516
VD-
-OUT2
303
s.w
SCL
H.DR
301
LED
g.s
a.r.i
n
E1
IR
408
r
A.OUT
VD
+
SCL1
+3.3
+8
012
322
AGC
LED
S.S
W
FLYB
+15
+8a
+8c
228
sda_1
240
MU
T
124
30
VD
-
+110
AUD
243
308
233 V
_OU
T
int.v
.in1
agc.tun
005
SDA1
a.s.in.
214
+5st
.by
+5
26
ETH
+12
v.ou
t
237
127
EX
T_V
.IN
230
+8
+8e
IR_
305
ETH
507
511
+12
119
327
+5st
.by
312
335
EX
T_V
.IN
+8b
519
128
LED
B_S
C
401b
217
A.S
IN
29
328
403
r.s105
509
007
int.v
.in
r.out
SDA.+5st.by
MU
TE
206
IF2
304
+8d
AV
1/A
V2
AV
1/A
V2
V_O
UT
306
231
+5
125
ON/OFF
FB
518 517
333
009
227
AV1/
2
004
H.DR
+5
KE
Y
IR
+8
fb.s
R_S
C
b.s
28
A_IN1
117
221
+15
+12
006
238
234
+5st
.by
A_I
N1
50520
8
B_S
C
123
135
325
sda.tun
407
504
FLYB
+3a
b.ou
t
KY
331
404
332
24
+OUT2
FB
+5
503
316
340
318
310
313
311
MUTE
8
3
2
1
5
4
9
7
6
SV
FV
HV
T501PET-21-07
C21
747
p
R303
4.7k
+
C305
47.0
R312
12k
L501
100 uH
VT4BF422
VD302
1N4007
R8
2.7k
C109
47p
C401
22n
C224
10n
R218 100 om
TT13
R40
42.
7 om
TT8
VD3071N4148
R10
475
om
C239
1.2n
C20
510
0n
VD312 RGP15D
R225
100
om
C512
100n
C51
710
0n
R23
61k
+
C20447.0
R15
0.33
om
+C24610.0
C221
100n
R505 1k
VD301
1N4007
C608
330p
R601
750 om
TT4
R1394.7k
L20222 uH
R2451k
C510
680p
C21
0
100p
R502
1k
R304150k
X202 X_4
3 4 1 2
R10
775
om
K103
R23
93.
3k
VT3BF422
R223 100 om
+
C121 100.0
R24
010
k
R4012.7k
X4
X4_ 1432
R136100 om
C11
610
0n
+ C603
47.0
T502
HD.TR
2
5
1 4
3
+
C237100.0
R50
8
270
om
C504
680p
R40
310
om
VD1045.1v
IC601 TDA7056A
1 2 3 4 5 6 7 8 9
N.C
.
+VS IN
S_G
ND
VC
+OU
T
P_G
ND
-OU
T
N.C
.
+C307
470.0
VT7
BF423
R3200.33 om
C201
2.2n
R10
375
om
R20
610
0 om
X302
VT6BF422
L11110uH
L112
10uH
R50322k
R4390 om
R11
100 om
W11
+
C32147.0
C320
4.7n
C3154.7n
R23715k
C22
71.
2n
C11322n
VT2BF422
C105
22n
VD2031N4148
X203X5
12345
C324 1n
C323
1n
R23
310
0 om
R30
1M
F72
R11
633
k
VD401
1N4002
R115k
!
R31620k
VD311
RGP15D
VT8BF423
C236
330p
R10
52.
2k
VD
305
1N40
07
VD510
1N4002
+ C23
3
2.2
+C513
10.0VD509
1N4002
+ C302100.0
C219100n
C51
633
0p
R407
1k
VT9
BF423
VT5BF422
IC10
174
HC
4053
14 11
12 136
78
16 1 32 5
15 410 9
OU
T
SW
0_IN
1_INE_
Vee
GN
D
+Vcc
1_IN
1_IN
0_IN
0_IN
OU
T
OU
T
SW
SW
VT201
BC557
VD3151N4148
R203100 om
C23
510
0n
R50710 om
R31039k
VD309 RG2
R129
100 om
R605
1.8k
R123
100 om
C22
047
n
R12
12.
7k
F1 K2955
1 2 3 4 5
C23
010
0n
FG2
GNDG1
HET
HET_
N.C.
R
G
B
HV
N.C.
CRT1 GZS10-2-104
175
8
6
11
10912
C112
47p
C309680p VT502
BSR52
VD308RG2
TT2
C129
100n
C194.7n
C326
680p
R1013,3k
L502
HL105UH
R21
939
0 om
R302
220 om
VD201
2.4v
R2353.9k
+ C203
22.0
R23
410
0 om
C602
1n
R211
1k
C12330p
IC303L78L33ACZ
3 1
2
C2441n
R308
0.22 om
VD506
RGP15J
R13710k
R11
756
0 om
+
C2431.0
R30956 om
R9
2.7k
C402
100n
C216100n
RV1
MZ72K18RM270
L107
47 uH
+ C313100.0
VT204BC557
L301
ET2448
+C501
470.0
X101
SCART
21 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1
GN
D
V_I
N
V_O
UT
V_G
NG
V_G
ND
FB R/S
VH
S_C
FB_G
ND
R_G
ND
N.C
.
G N.C
.
G_G
ND
S_S
W
B A_L
_IN
B_G
ND
A_G
ND
A_L
_OU
T
A_R
_IN
A_R
_OU
T
C3222.2n
R2273k
L10327 uH
C405100n
R11
947
k
R14
44.
7k
VT1BF422
IC301UC3842
1
2
5
4
7
6
3
8
COMP
Vfb
GND
Rt/Ct
Vcc
OUT
Isens
Vref
X501
X_4
3
4
1
2
L10122 uH
TT3
TT12
R23
010
0 om
R21
418
0 om
R13
43.
3k
C238
4.7n
R11
322
0 om
C14
330p
R603390 om
+C606
470.0
+C103
47.0
R10
947
0 om
R16
0.68
om
R201
1k
R11
222
0 om
R141
680 om
X201
1 5 4 3 2
VT202BC547
R31910k
VD306
1N4148
C21
8
47p
C23
222
0n
R130 27 om
12
11
13
9
7
3
1
6
2
14
10
8
T301BCK-35-0218
VD5051N4148
R202 10 om
C304
1n
R10
210
k
C5114.7n
R321
0.22 om
C12
010
0n
R220 360k
VT203BC547
C21
147
n
R210100 om
C403
100n
R30739k
R11
547
0 om
TT7
+C50722.0
L20533 uH
C130
100n
L1041 uH
R138
680 om
C10847p
+C12422.0
C13
330p
C21
347
n
VD
61N
4148
!
R313
180k
XT1
12 mHz
+
C312100.0
VT302BC547
C317470p
R20
910
0 om
R212
330 om
R30615k
RP301
470
om
R213
100 om
C107100p
C406
100n
R20
591
om
+
C515 100.0
VD310
RGP15D
!
R23
810
k
R23
239
.2k
C11922n
R21510k
C21
210
0n
X301
R2422.2k
C50847n
C31
922
0n
+ C21
547
.0
C514 470p
C206
100n
!
R140
10k
R22
910
0 om
X3
13452
R127120k
R6390 om
C408
1n
VD504RGP15J
+
C101
100.0
C20
710
0n
C131100n
C241 22n
TU101
TU101
1
2
3
4
5
6
7
8
9
10
11
AGC
NC
NC
SCL
SDA
+5V
+5V
NC
+30V
IF2
IF1
+
C506
2.2
R325
12 m
VT102BC547
+ C1184.7
C202
100p
TT6
VD103
UPC574
+
C40447.0
+
C223 4.7
!
VD5071N4148
R315
0.22 om
R124150 om
C22
5
220n
C301
1n
VT103BC547
R21610k
K101
C228
100n
VD303RGP15D
R515k
R512
2.4 om
!
+
C502470.0
VD2041N4148
L102
1 uH
R226100k
R5040.47 om
C245
47p
R251
2.2k
R14
54.
7k
IC302LM317
2 3
1
IN OUT
REG
R135100 om
R224
100
om
VD5011N4148
R2390 om
L20622 uH
!
+ C328470.0
C310
1n
L20433 uH
R408
3 om
VD503RGP15J
R122
220 om
R5010.47 om
R2434.7k
R322
820 k
C242
3.3n
R7
2.7k
C31610n
R406
1k
!
R14312k
R315k
R10330 om
R221 100 om
Z3TPS 6.0
R314
1k
C605220nR604
2.2 om
IC102HS0038A2
1 32
OU
T
GN
D
+
R11
175
om
R11
475
om
VD102LED
!
R125100 om
+
C208
100.0
L2034.7 uH
VD105
1N4148
IC401 STV9302A
1234567
R23
110
0 om
R228
100 om
R14330 om
VD
101
5.1v
+C303
100.0
C12622n
L201 33 uH
C2221n
TT14
C12
322
n
R1103,3k
C325
27n
L10522 uH
R217 27k
R20
810
0 om
C50
99.
6 nF
-5%
+3%
!
C314
220n
X102 x3
123
VD
202
9.1v
+
C318100.0
R10
822
0 om
X601
X_2
+
C115
10.0
R13
33.
3k
Z2TPS 6.5
C50
533
0n
L110
CB6A
R32327 om
VT501
ST1803DHI
+
C1140.47
C308470p
!
C407
1n
R50610k
R128
470 om
C503
680p
+
C1
4.7
L108
CB
6A
C11047p
VD
304
1N40
07
F301
3.15 A
VT301
STP
5NK
60Z
X502X_4
1
4
3
2
C24
0
1n
R3051.2k
R10
675
om
R12330 om
!
R20727k
R4052.7k
R402470 om
R12
033
k
R317 680 om
+
C111
47.0
+
C214100.0
+
C12510.0
R222 27k
R20
410
k
K102
R142
47k
R311
10 om
R509180k
TDA9351IC202
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
64 63 62 61 60 59 58 57 56 55 54 53 52 51 50 49 48 47 46 45 44 43 42 41 40 39 38 37 36 35 34 33
ON
/OFF
_(p1
.3)
SC
L
SD
A
V.tu
ne(p
2.0/
pwm
)
MU
TE_p
3.0/
adc0
)
AV
1/A
V2(
p3.1
/adc
1)
KE
Y(p
3.2/
adc2
)
SC
AR
T-S
W_(
p3.3
/adc
3)
GN
D_c
p
VH
F-1(
P0.
5)
VH
F-3(
P0.
6)
GN
D_a
SE
C_p
ll
+8 V
DE
C_d
ig
PH
2_lf
PH
1_lf
Vss
TV3
DE
C_b
g
AV
L/ew
VD
R_B
VD
R_A
IF_i
n1
IF_i
n2
I_re
f
VS
C
AG
C
AU
D_d
em/S
IFin
1
DE
C_s
dem
/SIF
in2
Gnd
TV2
SN
D_p
ll/S
IFag
c
RE
FO/A
Mou
t
P1.
2/N
T0
P1.
1/T0
P1.
0/IN
T1_
IR
+3.3
V
RE
SE
T
XTA
L ou
t
XTA
L in
OS
C_g
nd
+3.3
V
VP
E
+3.3
V
B o
ut
G o
ut
R o
ut
I cut
off
BC
L
B/U
(b-y
)
G/Y
R/V
(r-y
)
FB
A_o
ut/A
M o
ut
SV
HS
_chr
om
EX
T_ C
VB
S/Y
in
Gnd
TV1
INT_
CV
BS
in
+8V
IF_C
VB
S o
ut
IF_p
ll
EH
T
A_e
xt in
/Qss
_out
H_f
b/S
SC
Hou
t
Z1TPS 5.5
!
C311
1n
+
C12
210
0.0
+
C231
10.0
R3181k
R24
11.
2k
VT101BC547
IC20
1
24C
08W
6
1 2 3 4
8 7 6 5
A0
A1
A3
GN
D
Vcc
TES
T
SC
L
SD
A
+
C22
64.
7
+C33010.0
VD502
RGP15J
