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Ca6 Ra 18 3 30 0u 3 5V
2
0
1
SC A RT 2
ca4 Xq 2-1 1 00 n I Ca1 T DA2 61 6 Xext s -1 Ca1 1 470 u 4 35 V La4 10u X e xts -2 I Ca 2 M SP 3 410 D L a3 1 0u
S CA R T1 Xq 4-1
Xq 3 -1
Cr 10 47 0n ** j 31 6 0R 0 j31 7 0 R0 ** 5 V r r r3 3k9 0V/1 . 8V r r 4 3k 9 rr6 3 k9
Xr1 -8 Xr1 -7 Xr1 -6 Xr1 -5 Xr 1 -4 Xr1 -9 Xr1 -1 Xr1 -3 Xr1 -2 r r14 1 k0 R r 13 56 0 R R r1 2 560 R Rr 1 1 5 6 0R cr 12 1 0 0 n 1 . 1 V D A T A ( 3 : 0 )c r 1 4 1 00 n 3. 9V 3 2 0 1 1 2 3 4 5 6 7 8 9 3 0 9 1 0 1 1 1 2 1 4 1 5 1 6 1 7 1 8 5 2 2 2 3 3 AD D R(9 :0 ) X t db3 -1 12 IQT V 2 .1 E P LD FIE LD AN D LIN E F LI C KE R RED UCT ION NO IS E R E D UC TI O N FME M1 PE AKI NG C TI LT I DY N -CO N TRAST ZO OM MEM ORY CO NT ROL fly bac k Y 0 .7 V V U 1V 1 V 4 VC C 1 3 2 6 Vss r r16 1k0 8 V pC t 3 1 4u 7 63 V 1 2V 0.1V 2 3 0.3V 1. 8V 1 .8 V Zr1 20.4 8 Mh z 0. 9 V 4 5 6 7 8 9 10 11 12 r r1 10k 13 14 15 52 51 50 49 48 47 C r 13 1 00u 2 5 V rt31
5 Vr
HH7xx
2 8 27
X q 4- 6
1 2V p
(CRT MODULE)
C RT1
T U N E R+ I F
Lfc5 C fc8 1 0u
28 V
S
6
N IC AM P R OC ES S ING
FM -D EMO DUL E
TS CQ VS /VC S HS XO UT XI N GP O TM CV BS VD D_1 VD DA VS SA_ 1 VD D_2 RE S VD D_3 VR EF VD D_4 A8 A7 A6 A5 A4 A3 A2 A1 A0 IC r1 S DA5 275 - 2S S DA5 273 - 2S
E X T. D R AM
rq4 6
18 .432 MHz
220R
7 +VC C
5
c a 31 ca 3 2 1 p 2 Z a1 DM A _S Y NC 64 1p 2
z dq2 B ZX8 4C8 V2
rq 42
rq4 1
7 5 R
3V
1 1.9 V
1 1.9V
3V
4. 9V
202V
13 0V
13 6V
3V
11. 9V
3V
202 V
130 V
R q37
rq 19
2 0 2V
1 25V
130 V
100 k
100k
rq3 8
100 k
CL UT
a da p tive
100 k
3 90 p Xfc 9-1 Xfc 9-2 Xfc 9-3 Xfc 9-4 cf c1 3 3 90 p Lfc 6 2u2
75R
3 90 p cq4 1 cfc 12 cq 42
9
I N_2 MU TE GN D
OUT_2 GN D
6
10R ca2 22n
2k2
4 k7
1 00 n La 5 1 0u ca 1 6 1 00 n
ca 1 7 1 0n
r q 16
3 4. 9 V 4 . 9V 4 5 6 7
C W _ DA D _ C TR _O U T1 D _ C TR _O U T0 A D R _S EL S T A ND BY Q D _ C TR IN 0 I M _ CL I M _ DA I 2 S _C L 1 2 8 _W S 1 2 8 _D A_ O UT 1 2 8 _D A_ I N S _ D A_ IN S _ I O S _ C L D V S UP D V S S S _ D A_ OU T F R A ME N _ C L N _ D A
S-b us I nte r fac e 2 2
D EEM PH J1 7
&
DEEM P H.
A GC
1 5k
ra 2
r a1
r a4
D/A
cfc 10
rfc 3
c a1 3
C W _ CL
2 . 9 V 2 . 5V
L a2 1 0u L q1 2 u 2 C a3 8 2 20 u c a7 3 1 0 0 n 1 6V ca 3 7 1 00 n C a4 1 1 0 u 6 3 V cq 4 39 0 p
r q24 L q3 2 u2 r q 18 4 70 R 7 5R
B ZX 8 4C 8 V2 rq8 3 SC L SD A 100k
c q4 5 3 30 p
r r7 4 70R
3V
fas t
b lo ck
rq 1 4
1 00k
st age s
cr5 1 00n
rf c4 75 R
390p cf c1 1 1n 0 V ID EO_ G ND XA4-1 +1 2 V +3 3 V + 5 V S C L S D A Ad s w
*
100 n 12Vr
Lq7 10u
3 0 V Cq1 10u 63V Lq 6 10u 5V r 100n ca5
Ca9 470 u 35V
I F FM I IC M A TRIX I NP . S EL .
AN A _I N 2+ 60 A N A_ I N- 59 AN A _I N 1+ 58 AV S UP 57 A V SS 56 M O NO _ IN 55 3 .8 V 2. 7 V 3 . 6V 0V ca 30 47 p
4 7p 1 . 5V
2 u2
cq 6 3 90p
R q1 2 15k
c q2 1 100 n
c q19 1 0 0n
10u
0R0 cr 6 100n C r8 1 0u 6 3 V
cr 7 10 0n
4. 9V
DAT A SLI CER
C H A RA C T E R RO M
r h3 8 47 0R
5Vr
R GB _ G ND VS S A _2 V S S _2
42 41 40 39 38 37 36 35 34 33 32 31 30 29 28 27
d a
c onv.
Rh 4
AD A PTI VE 50 /7 5 /J17
X T AL _ IN 62 T E ST I O1 61
R A TOR
G R V S S _1
2
R
ca 3 3
L q 2
r q 33 75R
Lr 1
j32 0
4. 9V
A / D
4 40 . 2 V 43
hue
in ter f .
sda
27 0.9 V
68k
c fc 9
1 00R
7 5R
r q39
2
XT A L_ O UT 63
c r3 10 0n
45 0.2 V
128 V
5 V
39 0 p
12 5V
S LIC ER T IMI NG
4.9V
137V
3 V
G E NE-
y -m a tr ix
co nt rol
(CONTROL UNIT MODULE)
r a5 8
rq3 6
z dq 3
B
c t1 10n 5 .2V c t2 10 n 5 .2V ct 3 10 n
sw it ch
A U D _C L_ O UT
c q 2
1 0 0k
1 0R
X spk r- 1
10 0k rq 43
FC700
2u2
ra 2 5
IN_ 1
OUT_ 1
1
c a3 4 4 7p cq 3 3 90p
r q2 2 1 0 0k
5 V stb
CRY S TAL
1 00k
10 0R
DI S PLA Y
B L AN
2
V HF/U HF
75
OHM
-VCC
5V r cq 12 39 0p
rq 4 4 22 0 R
r q 47 2 2 0R r q5 0 4 7k R q48 4R 7 rq 8 2 tq 11 BC 84 7 B
r q84 1M0 r r5
2 5
c r1 33 p cr 2 3 3p
B U S DIS PLA Y TI MIN G I NT ERF A CE
I I C EN S DA S CL C O RQ
1k5
2 H
1
r r1 7 1k0
y 1 f b 28 i2 c - b u s scl
Rt 18 2 70R R t17 27 0R
46 0. 2V
S C L
3 7
S D A
C h 28 10 0u
t h2 BC8 5 7B
1 r h 4 0 1 00R
2
3
4
5
6
7
8
9
13 0V
1
2
3
4
5
6
7
8
9
1
2
3
4
5
6
7
8
9 Rh1 8 470 R Rh2 1 470 R Rh 23 47 0R Rh1 9 4 70 R Rh2 2 4 70R Rh 24 470 R 1 1
CRT _CO NN
SO 1
3
G
26
Rh 3 4 k7 c h6 1n0
4 2
4 1
8
R G B G 1 G2 G 3 G5
2
3 ra8 1k0
8 Ca 1 22 u 3 5V ra9 10k ca3 22n MU TE r a 7 1 0R ra5 2 k2 ra6 4k 7
rq 1 7 4 7 0R
r q2 1 4 70 R
c q1 3 3 9 0p r q 23 7 5 R
La 6 1 0u
L a 7 10 u
c a1 4 1 0n Xs pk r- 4 S CL S DA
cq2 2 10 0 n r q28 4 70R rq 29 47 0R 4 70 R r q3 1 4 70 R rq 32
rq80 10 0k
r q81 1 00k
t q1 0 BC 847B
2 3
rr 8 4k7 cr 4 10 0n
5 . 2V 4 8V
B
c ontr ol r egi ste r
25
3.4 V
C t2 8 47 0n rt 16 10 0R Ct27 4 70n 1 2 Vp
3 8
rh3 9 1k0
ch16 ch 1 1 1n 0 1n0
6
22n
2 2n
m atr ix
Xq 5-12
X q5 -9
X q5 -4
X q5 -2
X q5 -7
X q5 -1
Xq 5-8
Xq 5-6
Xq 5 -5
satur .
cq 1 4
390 p
whi te
FA CILI T I ES
cut-off
10n
tfc 3 BC8 47 B
100 k
GN D V C C 3 OU T
Cfc20 10 u
Xfc6-2 Lfc 4 X fc 6-3 10 u
jfc 16
jfc 17
A UD IO_ G ND XA 4-8 GND XA 5 -1 LOC A L2 L OCAL1 IR _R C HP_ IN D
N C S C L S D A +5 V STR OB E N C +8 .5 V N C N C N C N C VI DE O A M_SO UN D SI F N C N C cq40 22n c q20 1 00n rq73 47 k tq6 BC8 4 7B c q30 10 0n rq3 56 0 R r q74 1k 0 Tq 5 BC 3 37-2 5 Rq 2 1 0R Cq 10 2 2u 6 3V 1 2V r
BC8 47B
C 8ohm
RAM 5 Vr
2
1M0 3 . 6 V Ca 3 5 3 3 0n 3. 7 V 3. 7 V 3 .8 V 3 .8V 3. 8 V 3. 8 V 7 . 3V 8 . 3V 7 .3 V 3. 8 V 3 .8V r a2 6 1 00 R r a2 8 3 . 8V 1 00 R r a29 3 .8 V 100 R C a 53 2 2u 35 V ra 2 7 1 00 R C a4 9 1 0 u 63 V Ca 40 33 0n
sw it c h
rf c14
AU DIO _LE FT
ta3
L a 1 1 0 u
1 M0
1 M 0
3 30 n
3 90 p
matri x
15 k
4n7
47 k
15 16 17 4 . 9V 18 19
B
rt2 9 68 R
cq 1 1 1 0n
D /A C H AN NE L S E LE CT D /A
SC 2 _I N _L 49 A S G2 48 SC 3 _I N _R 47 SC 3 _I N _L 46 B AG N DI 45 PD M C2 44 PD M C1 43 AG N DC 42 AH V SS 41 C AP L _M 40 A HV S UP 39 C AP L _A 38 S C 1O U TL 37 S C 1O U TR 36 VR E F1 35 S C 2O U TL 34 S C 2O U TR 33
1 3
Xq 7 -1
X d2- 6
B ZX 83 C3 V3 13 2. 6 V 3.2 V
4 . 3V
2 0
B
G R
u v y adr pl l ti ming g en s sc r ve rt se p r d el ay y
v y va
0
W EQ R A SQ A 11
ge n
6 8p
6 8 p
2
4 .3V 2 1 1 2V r c a 45 47 0 p c a 44 4 70 p C q32 C a4 6 3 u3 6 3V C a 48 1 0u 6 3V Ca5 1 2 2u 3 5V C a5 2 2 2 u 3 5V Ca 54 2 2u 3 5 V dq 4 B A V7 0 5V stb tt 2 T q 1 BC 5 47 B 12 Vr r t 28 4 70 R Tq 2 c q3 9 2 2p B C55 7B r q69 2 20R S D A ca 4 7 1 0 0n r q4 9 4 70 R C t 40 1 2Vr 1u 0 t q4 1 0u 63V c q29 1 0 0n r d 1 1 5k Cd1 1 470 n c d 12 3 n3 3 . 9V 2 4 0V 2 5 8 Vp t q3 B C84 7B 8V p X q7-6 Xd 2- 1 2 2
12
S WI TCH IN G
t im in g
l imiter
c h1 5
ch10
1 6V ca 5 5 1 0 n
cu r re n t
r a11 3 3k r a1 2 3 3k
ra 2 4 1 k0 4 . 9V
22 23 24 25 26 27
Mat ri x
M a tr ix
4 . 1V 2 3
dfc18 BAV 70
ST AR T REC_ LED +5V _STBY HP _LEFT + 12 V cfc 1 8 1 0n L fc 9 1 0u cf c17 10n c fc16 10 n
fs c
10
2 2
8 Vp
Xt d b2 -1 1 2V 12 Vp 28
WE RAS 3 I /O4 I /O3 I /O2 I /O1 2 5 2 4 2 1 ct 14 2 1 0 0. 7V
4 .9 V 1 2 0 . 1V 1 3
B
be am
S 8 ohm
21
0 .7V 0. 7 V c d21
8
CAS
pea k det .
cut -of f co mp
17 5V
C t23 3 30n Ct2 2 1u 0 63V
h o ri z
VOL U M E
ta 4 B C85 7 B
B A L A N C E
rq 1 150 R
R E S ET Q D A C A_ R D A C A_ L V R E F2 D A C M_ R D A C M_ L T E S TV O2
LOU DNES S
S CART
T re b l e
ct39
1 0 0n
c v bs 2
E Q UA L IZ ER
7 8
ra 42
r a 46
r fc10 47k
cfc 32 10n tfc 2 B C857B D f c4 LS5 4 60 r fc1 1 15 k Dfc 17 L G5 460 rf c9 270 R rfc47 1k 0 X fc 1 0 1 5 4 3 2 6 7 r fc2 0 10 k
c fc19 10n
HP _RI G HT HP_ G ND X A5 -1 2 H P_G ND Xf fc -12
zd a2 BZX8 4A 12 ca 66 ca 6 7 390p r a14 1 00k r a1 05 5Vr 12Vp S C L SD A 47k c a72 390p ca 10 1 100n r a 10 6 r a 12 0 Ca1 09 220 n I Ca4 10 0k 1 2V p 4 7 k* Xa ar-15 MU TE Xa a r- 1 28 V
0 .3 V 4 k 7 0 . 3V 3 . 8V
28 29 30
Rq 5 1 1 k 0 r q6 2 1 k0
yc y a
4k 7
X t1
V OL UME
Xt pp -1
Bee p e r
r fc1 9 1 0k Lf c7 1 0u Lfc 8 10 u Cfc1 4 100 u Cfc 15 100 u
2u2 63V
cq3 8 39 0 p 3 . 2V 1 I N rq5 2 270 R 2 DA T A 3 .2V r q5 3 2 70 R 3 .2V 3 IN 4 CL K OUT 5 I N OU T 154.5 V I N 7 PR O G OUT 3 . 2V 8 IN 9 VCC c t3 7 1 0n C AM _C PD 1 0 I N 9 .9 V B US D EC ODE R I Cq1 TEA 641 7 I N c t 38 4 7p rq 5 8 Cq3 1 2u2 63V c t4 2 3 90 p c t43 390 p Rq 57 10 0R R q 56 2k 2 rq6 4 4k7 rf 28 10 k Cq3 5 2 20n 47 0 R 1 13 . 5 V OUT 12 9. 9 V 13 4 .4V OUT 14 4. 4V 16 4. 5V OU T 1 74 . 5 V C IN GND 19 1 84 . 4 V txt . cv b s 2 03 . 2 V
I2C
rq7 2 4k7
r q71 1 2 0R
39 0p
31 C_ D AC S_R 32 C_ D AC S_L
ca8 0
3 90 p
f il t er
N C T U1
3
ra 48 10 k
r a49 10k Ca 110
0R 0
c d14 10 0n
Xtt a-8
s e ca m
d e mo d
5 Vstb
2
2 20 n
SC L rq 7 0 22 0 R cq2 3 1 0n
s w it ch
3. 5 795 45M Hz
4 Cfc27 22 u r f c38 1k 0 rfc4 3 1k 0 3 2 1 r f c51 2 1 Dfc1 2 3 LL414 8 r fc 34 5 60 k 13 1 2 9 8 6 5 2 1 4 B 4 A 3 B 3 A 2 B 2 A V c c G N D 1 B 1 A & 1Y 2Y 3Y 4Y 1 1 1 00k r fc52 1 M0 cf c 36 1u0 HEF4 011 BP 4 ICfc1 r f c39 3 10 k tfc 6 B C85 7B rf c 41 TC DT1 101 IC fc 3 ra 115 1k0 33 k rf c46 1 0 0k IC a3 MC3 307 8 ra 36 2k2 X ffc -1 0 Ca6 5 10 u 63 V 5 .9 V 5.9 V 1 2V r 11.9V C a6 0 4 7u 16V X tta-1 1 2Vr Ra41 4 7R ra3 9 68k r a38 10 k X SUBW-3 ra 100 10R
Zd 1
C O M B
ca2 4
1n0
p a l
r a4 7
c a1 0 0 22 n
**
ra101 3k 9 IN_2 MUT E GND 9
C a 106 22 0n
r q7 9
O U T Rfc 28 1 k0 Hf c2 SFH5 06
10
ca6 2 100 n 5 6
6 OUT_2 GND
BC847 B
B C 84 7B
1 n0
14
BY 527 D fc 7 BY5 27 DZ fc1 ZP D5. 1 D f c8 B Y527 Dfc9 BY527 Uf c1 -1 R fc23 2 20R rf c 48 1M8 rf c4 9 F fc 1 T3. 15A X fc1- 1 R fc 22 2 k2 H R f c 21 Lfc1 Cfc 2 1 2k2 4 0u 1 5p L fc 2 4 0u Cf c 22 15p rf c4 5 1M8 1 M8 M FC1-1 27 m Cf c24 3 3 0n R f c24 2 2 0R C fc26 3 30n
D fc 11 B T1 37 _6 00 Rf c2 6 100 R
5 60 k
lin e m em or y
li ne m em or y
ra 37 5 .9 V 1 2 3 4 5 .9V 2 1 0k 3 0 1 5 4 33 k
rfc31 1k 0 dfc13 L L4148 rfc5 0 1K8 rfc37 10k D fc1 6 L S54 20R tfc 1 r fc4 2 1 k8
C O N( 5:0 )
d e t
ICf c4 T CDT 1101
Ra3 4 47R
4 0 .7 V 5 6 7 8
ss c
13 12 11 10 U a 9 4.8V c d2 9 1 00 n 3 .1V
3MH z
+
+
cd2 4 100 n 3.5 V c d26 10 0n
E EP R OM
150k Rk2 0 6
TO
prot
R f c 27 10 0R Cfc 2 100n 250V
I Cfc2 IL410 (icf c5) (TL P1 68J ) BC 84 7B
r a 33 ra3 2 6 8k L o 5 Xo1-1 R o5 PTC Co1 220 n 96 61 6 X o4- 2 C o6 Xo4 - 1 2 322 6 62 Xo 1-4 1n 5 Do 1 BY52 7 Do2 BY5 27 Co 8 1n 5 Ro 30 1R 5 5 W Ro1 1R5 5 W 3 00 V Fo 1 F2 . 5A Ro 16 3 3k 9W Co 12 M o2 * * 10 n 7 L o1 R o14 1 Co3 1 n0 40 0V C o4 1n 0 400 V Co7 1n 5 Do3 BY 527 Do 4 B Y527 C o 9 1 n 5 C o 11 3 3 n 1 00 0 V D o6 1 N4 93 7 L o 2 3u T o 1 I RF B C4 0 D o7 R o2 0 22 0R 7 W 5 Co 8 0 10 0 p 2 2 Co 4 0 10 0 n C o 38 1n 0 Co4 1 1 0 0 0u 3 5 V 3 u 2 0 1 8 0k 2 4 C o7 8 1 00 p 11 2 3 3 u C o3 1 33 0p 1 60 0 V Do 1 1 BYM 36D Co 3 2 1 0 0 n Do1 2 B YW 9 8 R o 29 2 2 0R 4 W U1
fr eq ue nc y p ha s e 6M Hz v co d e t
E H T
**
R o46 * * Ro 44 56 k2
1 Co 5 4 1 00 0 u 16 V D o 5 B Y S2 1 -9 0 I Co 4 LM2 940 I N 5 V 5 Vs tb Co 7 6 R EF 2 2u 6 3V r o5 1 4 7k do 2 1 p ow L o 4 1 0 u C o 63 2 20n LS 4 14 8 4 1 IC o 6 P Q 05 R H1 1 I N O UT O N/ OFF GN D 3 to 6 B C8 4 7B 2 ro 5 5 4k 7 1 7
0
(PICTURE IN PICTURE MODULE)
Z d t3 B Z X8 3B3 0
X qpp - 1
100 k
C fc23 2 20u
/ 2
/19 2
DB7xx
C k 6 1 50p
1N 4 14 8 Rk 1 1 5k 6 Rk10 27 k R k71 Rk 12 5k 6 Rk 13 5k 6
rk 42 10 0k R k70
50 V
R k 17 6 k8 R k 51 1 8k
C k7 330n Rk 16 1 8 k
0 W5 S
C k8 330 n
Z dk3
UG 2
~
(FEATURE MODULE)
X tdb1 - 1
* *
* *
rk 5 3 Zdk 4 ** D s 2 1N4148 5 V stb 1 2V r j 31 9 ** 17 V 2 3 4 1 0 5 4 7k Rk7 2 ** R k45 ** C s 1 4 7 u 6 3 V r s 16 1k2 r s 17 1k2 r s18 1k2 rs1 5 r s19 1 k2 1 k 8 1 W S 3 0 V Ck 9 22u 63 V
Rk5 0 39k
L ine ou t
180 k
5Vs tb
x
r f29 10k 1 0 4 1 1 5 9 6 A XR ( 18 : 0) 8 7 13 12 14 15 1 6 5V stb ic f4 -4 * 7 4 HC T 08
Xt d b1 - 6 rt20 1k 0 c t4 4 10 n r t1 0 1k 0 VH( 5: 0 )
Xfc 2-1
Xo 2-1
81
R o 13 9
Co 10 22 0u 3 8 5V
**
Cfc1 10 0 n 25 0V
X o 2 -2 Xf c2- 2
D E M. C O IL S
9 0
*
Co 3 3 1 00 u 2 00 V Co 7 1 1 0 0n 28 V 6. 4 V C o 6 1 1 0 00 u 1 6V c o6 2 1 0 0n
O UT
5 8
Rk9 Dk2
5 9
1
Rk 61
* *
4 7V / 53 V
X fc1- 2
r f47
* *
Ver
cf 6
33p
Xf o1-2
1 00n
VC C
GN D
C o16
C a nc el lor c oi l
R o1 9
P OR T_1
PORT _0
10 0n
C f o2
**
4 9
5 0
5 1
5 2
5 3
5 4
5 5
5 6
5 7
5 8
5 9
6 0
6 1
6 2
6 3
SOF T_S T A RT
TU RN _ O FF 0. 15 V
B ZX8 5C2 0
MA X
2 .7V
S HUTDOW N LO GI C
2. 5V
C OM P A RATO R
6k 8 1 to1 0 B C85 7B E S 7 1V 8 r o6 co 21 3 3n c o2 3 C2 0 V Co22 1u0 c o 60 1 n0 r o 65 3 3 k
8
1 3. 4V
3 9 R
1 N 49 37
c o 5 8 4 7 n 1 Co5 6 1 n 5 1 7 40 0 VA C C o 57 Ro 2 8 ro2 7 2k2 1 0M R o3 1 2 7 0R 1 0 u 6 3 V 1 V
1 CS S 1 1 .1 V
MO NI TO RING
FE EDB A CK
&
Ro 2 4
R o2 6
ro 7 5 47 k
6 3V
24 22 18 31
1 6 1 ,2E N/ 30 G 1 G 2 1 3 1 4 1 5 1 7 1 8 1 9 2 0 2 1 0 1 2 3 4 5 6 7 6 4 7u 16 V
cf 1 5 10 0n V CC df 1 L S41 48 8 VCC 4 GND J 5 3 0 1
Cs 9 1 00 n
c f3 1 0 0n d
C o2 8 47 0n
7 1. 4V
VCC
AM P E RR OR
CHASSIS MC SERIES 100Hz
P WM
8 2
0. 3V
1
3 P O UT
2 7C4 001 r o 4 0
(Sync ) LOGI C
3
2 2 3 C f 21 2 u2 63 V 4
ro 10 co18 5 62R co 19 2 20p Ro15 22 k ro 4 1k 0
2 20 k 2. 7V
S T A GE O U T PUT
P O W ER
LOG I C
not used version component safety component, must be replaced only with original parts.
1 00 p
4 M o3 c o29 10 0 p T M26 23
8 4
1 0 0n
9 3
10 0p
r f 21 4 k7
Rf4 11 k0 1 k0 Rf24 2 70R rf4 3 10 0k r f 42 1k 0 R f 26 270 R
13
GN D
Do 1 8 1 N 41 4 8
c f1 0
RE SET * i cf5 T L77 0 5A
5
Rf23
4 3 2 1 0
C OMP
VI N
5
2 V
4 7 k
2 k0 5
R ESE T
6
10 k
VC C
5
12
R o4 2
95
2 7 C8 0 1
N o
Ye s
RES IN* C T S EN SE
L S41 48 7 rf2 0 df 3 LS 4148
R f4 0 270 R
11
2 0V
3 0V
4
5
6
Y
V O
6 1. 3 V
co7 4 2 2 0p
O SC
1 k0
I Cf 1
rf 5 1 r f3 1 Yes
i c f 4 N o
**
A
0 R0
7 4H CT 08
&
1
1
VR E F
*
2 df 2
10
VERSION 5 (3rd EDITION)
IS
I N
IMAX
2 V C C
c o 73 4n 7
r o 39 10 k R o 45
P i c t- o n rf 3 0
70
6 7
C s7 1 0n
5Vs tb i c f4- 1
c f2 0 1 00 n
7 3
2R 2 1/ 2W C k 36 3 3 0n
6 Mk 3 * *
1
XK 2_ 1
X f o3 _2
D o9
15
8
2. 5 V
BZ X8 4 C8 V 2
1 6 2
Rk59 C k32 4 70 n
15 . 1 V
X fo 3 _1
3 5V
1 00 n
6 4
3. 1V
R o5 0 4 k3 2
1 0u
1 5
7
10 0n
L OG IC
Z do2 1
r o 64 15 0k
1 00 u
c o2 6
2
T 2A
I Co 2
T E A5 1 7 0
1 N4 1 48
ro 3 6 15 k
t o7 B C 84 7B
Co 6 9
zd o1
1 5 3
1 4 C f 2
Tk3 B U2 525A F
BY 229F
X K2_ 7 X K2_ 2
L f3 1 0u
M3 L( 2: 0 )
L k 1 FJ1 37 5 15 .4V
9
Rk4 6 4k7
R k47 4k 7
Rk 4 8 4k 7
5 4
75
74
FO7xx
(DYNAMIC FOCUS MODULE)
rf 48 r f3 0
**
r s6 2 70 k
cs 10 10 0n
Rs 7
69
2 2R
Z ds1
* *
cs 4 10 n
Cs3 4 7 0n
c o7 2 4 70 p
IN V
R o 37 1 2 0k
ro38 4k7
c o8 1 3 3p
2 V
I Cf 1
**
&
P WM
5 i c f4- 2 * 74 H CT 08
66119685
8 3
2 7C 4 00 1 2 7C 8 01
*
rf 1 9 2 20R
Rf 5 2 4 k7
V CC
c s6 1 0n
*
F o2
*
1 4 29
B C8 5 7B
*
ck 20
1 5V
1 00n Lfo1
2 20k
rfo10 1 k 0
rfo11 1k0
*
Df03 B ZX84C 15
rf o12 100 k
*
PWM
T URN _ ON
Co 1 5
33 0 p
D o 17
1 3
AD C
PORT_ 3
po w
51
1 N41 48
5 6
BC 63 7
5 3
Rk65
*
Dk8
J31 8 * *
X K2_ 6
Cf o3
1
C f o4
BU K4 8 3
1 3 28
48
tk 6
27 R
C k2 8
O VER V OLT A GE
1 5 R
1 N 4 937
1 9
C o4 9
Ro 32 1 0R
to 4
10 k
3 9 0R
1 2 4
1 2
4 k7
I NP U T
MZ : 16:9 (wide)
TEA 226 2
**
V_REF .
V CC M O NI T OR I NG
G
Ro 5 2 10 0 k
0 R2 7
8. 5 V
1 1. 8 V
2 u2 6 3V 13 V Ro 2 3
Ck 15
B C5 4 7B
5
D o8
7 Vf b
*
3 0V
Ro3 4
R o 47
1 1 25
1 0 1 1 r f 11
S er ial
P WM
4 k7
L f 2 1 0u
rf1 2 100 R
46 47
3 2
1 2V p
BC 8 5 7 B
Xo3 -2
Ds 1 1 N 414 8 Rs2 0 68 k
R s 11
* *
c s8 220p rk 44 10 k
2.1 V
0. 5V D k4 r k27 1 k0
C k1 6 56 p 0. 5V Rk 28 100 R Tk 2 Rk 38
**
BY 359 F C k23 15 n Ck 26
X K 2_4
1u 0
rfo 3 5 6k R fo 8 5 6k
r fo 5 1 8 R tf o5 r fo9 BC 85 7 B
**
4
3
6
76
cfo 8
t fo6 BC85 7B
27k
S TART
T o9
SB 5 45 S
10 0n
1 N41 4 8
1 0 23
rf 8
2 7 0R
45
4
2. 0V
BC 547 B
C k25
Cf o 5
r fo7
W k 0
OS C
4
SO FT
C o14
Ro 17 1k0
9 2
Fo 3 3 2 1 T2 A
1 n0
2 R 2 S C o 53 1 0 00 u 1 6 V Do 2 0 Z d o2 B Z X8 3 C1 0
1 2V p
7 8 9
5 27 26
7 8 9
SC L SD A
6 5
L f1 rf 7 10u
18 r f9 1 00R
42 43 44 T i me r0
Ti me r W at c h dog
7 6 5 0V r f13 1 0 k
X s 2-1 Cf 23 470 n r t 35 6 k 8 rt 4 2 3k9 tt5 BC 847 B tt7 dt 1 LS 4 148
* *
C vd 1
3
**
V CC
V+
OU T
m
Rk0
IC o1
l
R 0
C0
C1
A T o15 MC R10 0 - 6 K
R o18 0 R47
*
R o 22
C o 44
1 0 0n
R o 49
2 W
8 Vp
6
6
6
r f 6 27 0R
VCC 17
VD7xx
MX : 4:3
Video signal (CVBS or Y) Chroma signal Sound IF signal Audio signal (L) Audio signal (R) Subwoofer signal RGB or UV signal Horizontal deflection signal Vertical deflection signal E-W raster correction signal
2 . 5V
Ro2 1 2 .1 V 2. 5V 56R 13 V
r f36
r f 48
61 k9
0 R0
**
0R 0
0.8V
*
4W Ro 9 5 k
3 3 0k
15 00 V
Do 13 BY W9 8 Do 1 4 SB 5 45 S
1 0 0n
1 00 n
2 20 n 7 V fb
c o 43 1 00 n
Rvd6
* *
Co17 330n
3 6. 4 V
2 5V
17V Ro 4 8 1 0 R
Re c - on To 8 2 SD 2 0 12
16
1 5
1 4
13
12
1 1
10
9
R o 14 3 30 k
R o2 1 0R 2 7
Co 46
*
Co 50
L o 3 10 00u 1 0 u 16 V
2
8 V
4 5
8 7
3 4 5
EP R O M
A 2 EN AB LE
4 6
2 3
39 40 41
t t6 BC 847 B rt39 10R
1
1 0 0u
4 7k
2 3
10 9
2
A 1
2 3
1
37 38
X RAM
OS C& TIM IN G
1 2 1 1 12MH z 1 0 9 VC C
0R 0 r t4 1 56 k rf 50 47 0R r t 40 22k rt 3 6 0R 0
6k 8
33R X s 2- 4
Hor
5 k
1 0 k
68 0 p
G ND
Ro3
2. 3V
1 n0
R o1 1
R o 70
Ro 8
r o7 1 0k
9 1
Co 1 3
1 8
C o 39
c o 42
Co 7 9
4
OU T O N/ O FF G ND
2 C o 55
VC C
IN
1 2V r
0 1
12 11
3 2 0 1
c f1
*
16 . 4V
1
1 7V
1 00 n
22 u 3 5 V
1 1 6
ST 24 W 16 D 4 8
r f 3 1 0k 1
3 0
SDA
1k0 SC L
Rv d3
(VERTICAL DUMPING MODULE)
27R
BY V 36 C
co 6 4
C o 6 5
G ND
Y
Y
R o 13
IC o3 P Q 12 R H1 1
1 2V
c f 5 1 00 n
9 1 0
I Cf2
rf2
1 4 2 0 3
33 34 35 36 B US I NTE R FAC E M E MOR Y EX TER NAL
1 6 1 5 1 4 1 3 Zf 1
&
* *
L S4 1 48 8
BYW 98- 200 C k11 22 00u 2 5 V
Xfo 2-5
1 n0
3u
0R 0
1 0k
100n
1 6. 2V
0 R1S
Xf o1-1
X f o2 -1
3 2
3 1
3 0
2 9
2 8
2 7
2 6
2 5
2 4
2 3
2 2
2 1
2 0
1 9
1 8
1 7
Ref
C o3 4
35 V
Lo 7
cf 7
28 V
df 4
Ve r
rf 4
33p
10 0 0u
10 0 n
7V
VE R T .YO K E
x
~
8 9
8 7
4 7 k
Co 3 6
Co 3 7
Lo 6 3u
5 V r
5 V r
c f 13 1 0 0p
DAT (7 :0) rf1 10k
5
0
6
7
4 5
*
rf4 6
* *
S R k 35
1 2
&
* *
11
4 7k 12V r 5 Vr
3 2V Lk7 10u Ck12
Rk 14 5k 6
BY V36 C
2
8 X k 2-1
Rvd 1
r f10 r f 3 1*
icf 3 S DA3 0C 2 63
1 3
**
Rv d2
*
1 0 k
**
30V
Z Dk 1 B ZX8 3B3 0
1 6V
Dk3
* *
S
5 7
Rk 19 7
* *
71
r s10 1 00R t s1 BC8 57 B
ONLY DYNAMIC FOCUS TUBES IN VGA VERSIONS
M f o2 T M26 24 10 6 1 2 tfo 4 BC 8 47B D fo1 1N4 93 7 Cf o6 47u Tfo 2 BC327- 2 5
ro 4 3
4 7
i cf 4- 3 74 HCT0 8 d f5 * * LS 4 148
CAN CE LLO R
rf 51
A 0
* *
O nl y
wi t h
16 : 9
s e t s
rt37
rt3 8
6 5
6 8
IC s 1 T DA83 54
* *
Rv d4
1 7V
Rk1 5 0R 22 Rk2 3 2R 2 Ck1 3 1 00u 15. 7V S Dk 6 B Y V36C Rk3 6 R k24 150 R R k30 1k5 Ck 1 7 22 0 n 7 2 0R4 7 1. 5W C k18 ck3 4 D k 5 1 N 414 8 15V 9 4 Mk2 F M2 5 43 3 30 p
Ck2 1 4 7 0 n 5 R k39 3 90R 1W Rk 4 9 S Lk 2 Xk2 -5
* *
69
t s2 BC 857 B zd s 2 BZX84C 2V 4 rk4 3 1 50R
C s 2 2 20 u 25 V
R vd5
Cf o1 8 20p
* *
-0. 6 V Rk34 0 R3 3 1 .5 W
R AM Ti mer 1
CPU
7
rf4 9 2 k 2
8
**
6 6
g u ard
r s1 1k2
**
R s3
Xs 1 -3
C k14 2.0V 1 00 n
2 5V
55
*
FU1206 L k6 D k9
H O R. YO KE
*
1u0
* *
Df c6
r f c33
7
r fc5 3 4 7K
cfc31
ca1 03 1 0 n
C a1 04
* *
22u 3 5V
3 c a116
2
ta 1 0 BC 847 B
* *
CA M _L 4
C AM _R 5 AU D(5 : 0)
47 u 16 V Z dq1 B ZX 8 3 C10
cq2 7 10 0 n
PAL/NTSC 4 .9 V 1 S -V HS Xdc f -1 F SC c d3 1 1 00 n 2 3 U d 16 15 14
c d2 7 1 0 0n 1 . 4V 1. 4 V cd 28 10 0n
1 5 1 8 1 7
Xt db2 -1 6 43 I
2
C- BUS
H D FL
2 7
0 .4V
2H
100 u
4k 7 X sw1 -1 U 1 R k7
VGA c onn e ct o r
VG A _R G B _OU T
Xt db3 -16
3 5
S CL
DZ s w1 BZ X 83C 12 FJ1 311 7
P IP PR O CES SO R
S DA 30V
Ck2 4 u7 25 0V
Ck 3 33 0p
X k2 -4, 5
X a t a -6
ra1 0
Cq 26
5Vr
Cs w1
T s w 1
**
ra116 2k2
8
3
2
r a1 02 1 k0
r a1 0 4 10 0 R
C a2 9 1 u 0 63V
TA700
(AUDIO LINE OUTPUT MODULE)
**
o V r e f
4 :3
10 k
33 0 n
R q 54 4 7 R
r t 23 4 7 k
1 2Vp
12 V
Ic d3 TDA 466 5
1 6
SD A
S DA V D FL
BUK457 -400
10 u
1u 0
ta5
**
* *
**
* *
* *
C f c 28
rfc 2 9 4k 7
c fc 2 9
8
7
Ca1 05 220 n
ra 10 8 4k7
XS UBW-1
6 8 0k
10 0n
ta 9
r a1 17 1 0 0k
ca 2 2
6 3 V
1n 0
t q 8 B C8 4 7B
1 k0
ra 1 10
* *
**
**
VCC GND
r a1 0 9 3k 9
10k
5
12 V p L i n e ou t
+1 2 Vp R a1 0 7 1 0R
33 k r a 35
1 2 Vp rq 67 Ca 7 4 16 : 9 0R0 3 30n r a 57 1M0 Ca 7 6 2 2 0R 3 3 k Ca 3 6 22 u 35 V
cq34 10 0k 10p r t2 6 r q 68 2 k 2 2 2 0R r t2 4 10 k
12 Vr
r q59 56 0 R
cd 19 10 0n
c a 10 8
**
* *
4 OUT _1
IN _1
1
**
**
**
- VC C
+ V CC
2 2n
BC8 4 7B
c a1 0 7 1 00 n
1n 0 o r a2 1
L S 41 4 8
r a 56 1 M0
B C8 4 7B rq 66
r t2 7 2 20 R
BC 84 7 B
63V
C
1 k0
demo d
**
M A I N S
N O N
I S O L A T E D
5
7
ca1 02
ta 6
560 k
1 u0
4
10 0 R
ca 2 6
d a 1
22 0 p r q65 2 2k
Zd2
r a4 5
D EL AY
**
TDA 261 6
ra1 0 3
Rk 5 5
* *
1 00 R ca 1 15 X ata -1
t a 8 B C 84 7 B R
Zd a 1 B Z X83 C8 V 2
10 u 6 3 V
pl l
1 00 n
2 7 k tq 7 c q33
B C84 7B
4 . 43 36 19MHz
5
r a 4 4
1 8 0R
c a5 7
rq 5 5
1k 0
cr om a
M A I N S
I S O L A T E D
*
1 2 Vr R a 31 C a5 6
1 0
2. 2V r q8 5
y
1. 6 V 3 1
1
t q9
C
u v
2 2.1V
2 .6V
V
V out R E F. VOL T AGE O V ERF LOW DE T EC T IO N Vo ut
* *
TU N ER VI D EO -I F
8V p
SV M
1 2V p
YOKE 200V
Xk1- 6
C
2 .6V
Xk1- 1
SWf c4
S W fc3
SWfc2
SWfc1
12 Vp
SR7 0X
**
c a27 3 9 0 p
*
c a2 8 3 90 p
L EV EL A DJ US T
L PF
Sc a r t Sc a r t
1 2
1 2
2. 2 V Y
r d2 82 k
c d1 3 1 00 n 4 . 6V 2 9 cd1 6 rd 5 3n3 33M
tu ning
N C
Xt pp -6
B ALA NC E
S pa t i al E ff e c ts
c q 28 100 n Xdc f- 13
(COMBFILTER MODULE)
B YPA SS
2 7 3. 5V 2 8
agc
se p
sda 6 sc l 5 v u
4
r d3 2 70 R
S DA
7V fb
A / D
T L C5 73 3
ic r 2 * * 10 n H YB5 1 440 0BT c t 19 47n
Xt2
C q25
1 1
CF700
2 6 3.8 V
* *
sy nc
Vcc
7 8.1 V
c d22 100n
FM E M2 6.9 V
d e t. over age be am cur ren t
R t33
rr18 0R 0 **
* *
3k9
(SOUND MODULE)
0. 3 V
B C8 47B
1 4
sc
l imi t
15 4 .3.. .2.4V
r t 3 0
AR7xx
0. 3V
Ba ss
BA S S & T RE BLE
c
d
9
f b
fas t
16 4.6V pea k d riv e
tt4 BC 857 B r t2 1 1k 0
r t25 2 k2
68 p
C h18 1 0u
D AC
Rh2 7 4 M7
MUT E
MU TE
2 20 u
1 0n
9
s wi tch
O E
delay
c a59
1 00k
C a5 8
rt 12
D SP
v
u
20
11
0 .1V
5
26
A9
A9
1
2 0
7 6
23 24 25
A6 A7 A8
3 1
4 .9V
9
B
3 5V
1
I N TE R N A L 2 4k B D R AM
D1
G
II S 2
SC 2 _I N _R 50
C a42
.4 5/1.4
1 0n
rf c1 6
1
2
cfc7
rfc2
A UD IO_ RIG HT
4k7
2 . 5 V
14
2
A S G1 51
1 M0
ra 52
ra 5 3
r a54
cq1 8
c q7
cq 8 10 n
cq 9 3 9 0p
Rq6 3 2 2k
4 .3 V
1 9
B
FB
u
14
2 .6V
Z dr1
C r9 2 2u
1 00n
poi nt
c q 16
cq 1 7 39 0 p
2
D0
21 22
A4 A5
4 .8V 8
y
R
4
20
A3
contr .
r q 8
2 . 5V
br i ght .
AUDIO_G ND
Xq 5-3
S F H 5 0 6- 3 8
4n7
4 7k
13
I IS
Xq 5-10
cr 1 1
G
G
S URR. SP.
X q5-1 1
1k 0
1 0k
H fc 1
Xfc6-1
j fc14 cf c 5 r fc1 jfc15
V IDE O_G ND
1n 0 SD A
25 V
2 70 R
2 . 5V 12
II S 1
A /D
SC 1 _I N _R 53 SC 1 _I N _L 52
33 0 n
0.1V
1 8
fb
i /o
15
0V
33 k
8 Vp
3 . 6V r a51
1 9
18 19
D3 D2
A1 A2
3 .8V
3.9 V 7
v
Xt h-1 0
1 0u
c h 2 2 2 n ch5 68p Lh 2 L h3 2 u2 2 u2 C h4 2 2n
ch7
r fc 13 330R
C h 1 4 7 u
ch8
Ch 9 2 2 n
ch 12 22 n c h13 22n
Ch 1 4
rfc1 2
r fc15
10 u
J1 3
VI D EO
c q3 7
1 00u
2
r r10
2 1
V S S _4
R
C q15
r a 23
2 . 5V 11
V R EF T OP 54
C a 43
4 7 0R
7 5R
1 k0
17
A0
adj ust
s t re ch
rt 14 22 3.1V 100 R 21 3.4V C t26 4 70n rt 1 9 1 k 0
L h6
r h2 75 0R
4 k7
r q1 3
r q2 7
2. 9V
4k7
Lfc3
C HROMA
22k
SC L
10
75 R
7 5R
1 7
16
0V
r r2
16
C A SQ
10 0 n
o u tpu t
clp
o
6
u
B
bl ue
23
3.4V
R h 12
ch 3 22 n
Rh1 3 68k
Rh16
r q4
r q9
r q1 1
P U
V S S _3
ct 4
22n
r a 22 270 R
8 9
4 .9V
r q1 0 6 8 R
R
R E SET
V BB
5
8 V g amm a
24
3.3V
r h1 2 k2
3 9
R h17 68 k
4 0
f
f
4 9 1 0 f gn d FOC U S A ND UG2 P OTE NT I OME TE R FO C2
r t13 20 3 .2V 1 00R
r h 6 2k 2 rh 7 2k 2 8Vp Lh 4 2 u2 rh 8 2k2 ch 25 15 0p ch 2 4 15 0 p Dh 1 B YW3 6C Lh1 10u Ct29 10 u 63V 12 V Ch 19 2 2n BY W 36C Dh 2 R h28 Rh2 9 Ch 21 Rh2 6 33k T h1 B F4 22 rh 36 rh 9 1 k5 rh 11 1 k5 rh 14 1k 5 rh37 2k 2 10 0k Ch27 10 u 63 V 1 k5 1 8k 2 20 n 8n 2 U G2 Rh33 1k 5
1 0
R ba
19 4.6V 2V c t24 100n
5 7
**
A 10
4 .9 V 1 1
G
18
4 3
C h 20 ch 2 3 1 50 p
FO CUS
C RT2
1 R0
26
CL K_I /O
I N TQ
* *
rt32
I Ch 1 T DA 61 1 1
I Ch2 T DA6 111
IC h3 TD A61 11
**
FO C1
X h2 -1
4 7V /53 V Xh 3 -1
D sup 8 5V 100n
Ch 17 4u7
C t 21 2 2u 6 3 V
C h2 2
I Ct 1 T DA 4 78 0 8V p
rh 31 6 8R
UG 2
L o ud ne ss
rd 4
S CL 8 V p
8V Y
ct 9 10 n
rt1 1 47k rt 15 56k
r a 61
3 .8 V
r r r
2 70R Cd23 2 .5V 3 2.5V 100u 25 V
3 .2V
0 .1 V 0.5 V
tt1 B C 84 7 B
VMxxx
**
(SVM MODULE)
TO X fo 1-1 FO 7X X M ODU L E GND T O Xfo 1 -2 FO 7XX M ODU L E T O Xk 2-1, 2 DY N P k 2 100M
C VBS 1
0
BC 8 57 B
2 V
3 0
U
E- Wo u t
2 9
3 0
X qpp -13
2 V 2 V
2
2V
6 1
62
Cq24 tt 3 2u2 Y /C VB S 2
3 .2 V
6
Y r q61
0V 3 2
1 2 .1 V r d22 1k0 0.3 V HSNC 1
3
rq6 0 82 0R 2 V
2H 2
202 V Rk 3
**
1 0
* *
M k1 D ST
X fo 1-1
X fo1- 2
EH T
3 0 kV
Cfo 1 X f o2 1 Mf o 1 3
hu e
CA M_ Y
Y
0.4 V
V SNC 1
D EF L EC T IO N PROCESS OR
Hor B C
ou t co mp
2 .1V
DEC O
5 Rsw3 Rs w4 1k0 Ts w2 3 5 6 470 R
R k4 27 R
Rk 54
2V
c d 17 18 p
cd 1 8 1 8 p
sys i dent
* *
Ck 1 Rk1 100n 1 00k Rk2 0 W5 57 V 1 2 60 0M Ck3 1 220 n 1 1 13
1n 5 TO TUB E A Q UA DAC 1 820p
rd 2 3 1k0
**
2.9 V
Ca 1 8 1 u 0 ca2 3
L r a 2 0 3 3k
*
9
5V r 4 .9 V
1 4
IC d1 T DA 9 14 3 5 Vr
24
SC L
D P L L
SC L
1 . 0 2
TDA 915 1 B SC 0. 7 V 4
32 AD AN AL /DI GIT
12V p
SW700
C k4 2n2 D sw3 1 N49 37 C sw2 22 n Ds w2 1N 49 37 4 D k1 BYV 26C
FO600
2 3 4 5
(DYNAMIC FOCUS MODULE)
A T4 043/ 67 A
Rk 58 1 5 k 6 Rfo 1 1 00R 1W 4
B C 55 7 B
T sw3 BF 42 2
Rsw 2 4k7
(140V SWITCH MODULE)
Rsw 5 220k
0.1 V
2 V
3 6
CVB S
Rsw6 2k2 Rs w7
Rsw 1 220 k
1 R5 S
6 0
4 Rk 8 2M0
**
**
**
ONLY DYNAMIC FOCUS TUBES
FO 6 0 0
PP7xx
Rk4 1
1k 0
Z d k 2 B ZX83 C8 V2
D k11
0R 47
* *
Pk 1
GND
3
Rk 5 2
cf 1 4 10 0n X o3 - 1
* *
r s 4 1 k2
Rs 2
R s5
rs21 1 00k
Tk4 2SD201 2
Rk2 5 rk 6 0 10R T k1 1 5 0 R 8. 6V
5 2
*
*
C k2 7
* *
** **
Ck33 CK 30
3 1 3 M fo1 A T4043 Rfo 2 3R3 R fo1 10 0R 1W 6 4 1 5
Cf o7 47 u Df o2 1 N49 37 Tfo 1 BC3 37 -25
tfo 3 B C8 57B r fo 6 82R rfo4 82R
Do 1 6
C o5 1
**
*
C k22 4 70p D k7
Xs 1-1
* *
Ck2 4 C k 38
**
XK2_ 5
*
* *
Lk5