a i m a
S E R V I C E
C D C - X 1 4 6 M
C D C - X 1 4 6 0 M
R E V I S I O N P U B L I S H I N G
• T hi s Service M a n u a l i s th e “ R ev isi on P ub lis hi ng ” a n d re pl ac e s “ Sim ple M a n u a l ”.
(S/M Co de No . 0 9 - 9 9 1-400-6T1)
S E R V I C E M A N U A L
S / M C o d e N o . 0 9 - 9 9 5 - 4 0 0 - 6 R 1
S P E C I F I C A T I O N S
R A D I O S E C T I O N
( F M )
Fre que ncy R a n g e
8 7 . 5 M H z -1 0 8 M H z ( 1 0 0 k H z s t e p s )
8 7 . 5 M H z - 1 0 8 M H z ( 5 0 k H z s t e p s )
U sa ble S e n s i ti v i ty
1 2 . 7 d B f
5 0 dB Q u ie tin g S e n s it iv it y 1 7 . 2 d B f
I F Reje ction
F req ue nc y Re sponse
S / N Ra tio
8 0 d B
3 0 H z - 1 5 , 0 0 0 H z
6 3 d B
Stereo Se paration 3 5 d B a t 1 k H z
A l te r n a te Chann el Sel ect iv it y
7 0 d B
C ap tu re Ratio
3 d B
( A M )
F req ue nc y R a n g e
5 3 0 k H z - 1 , 7 1 0 k H z ( 1 0 k H z s t e p s )
5 3 1 k H z - 1 , 6 2 0 k H z ( 9 k H z s t e p s )
Usable S e n s it iv it y
3 0 n V ( 3 0 d B )
C D S E C T I O N
Fre q ue nc y R e s po ns e
D yna mi c R a n g e
1 7 H z - 2 0 k H z + 0 /- 3 d B
M o r e t h a n 8 0 d B
Channel S ep ara ti on M o r e t h a n 6 5 d B
S / N Ra tio
W ow /Fl utt er
M o r e t h a n 8 5 d B
U n m e a s u r a b l e
A U D I O S E C T I O N
M a x . P ow e r Ou tp ut 4 0 W x 4 c h a n n e l s
T A P E / M D IN i n p u t
In pu t S e n s iti v it y (l oa d im pe da n ce )
T A P E / M D I N 5 0 0 m V ( 1 0 k Q )
G E N E R A L
P ow e r Supp ly Volta g e 1 4 . 4 V ( 1 1 t o 1 6 V a l l o w a b l e ) ,
D C , n e g a t i v e g r o u n d
L o ad Imp ed an c e 4 Q
To ne C ont rol B a s s ± 1 0 d B a t 1 0 0 H z
T r e b l e ± 1 0 d B at 1 0 k H z
P re a m p O u tp ut V olta g e (l oa d im pe da n c e)
2 . 2 V ( 1 0 k £ 2 )
In sta llatio n S iz e 1 8 2 ( W ) x 5 3 ( H ) x 1 5 5 ( D ) m m
( 7 1 /4 ( W ) x 2 ’ / „ ( H ) x 6 1 / 8 ( D ) in c h e s )
• D e s i g n a n d s p e c if ic a t i o n s a r e s u b j e c t t o c h a n g e w it h o u t
n o t i c e .
A C C E S S O R I E S / P A C K A G E L IS T
I f c a n ’ t u n d e r s t a n d f o r D e s c r i p t i o n p l e a s e k i n d l y r e f e r to “ R E F E R E N C E N A M E L I S T
R E F . N O . PART N O . K A N R I D E S CR IP TI ON
8Z - K CF -9 0 5- 01 0 IB, I N ST Y L( 3L ) 14 6 0 M < 1 4 6 0 M Y L >
1
8 Z - K C F- 9 02 -0 1 0 IB ,I N ST Y U ( 3 L )1 4 6M < 14 6M Y U>
1
8 Z - K C F- 9 04 -0 1 0 I B , Y L ( 3 L )1 4 60 M< 1 46 0 MY L>
1
8 Z - K C F- 9 01 -0 1 0 I B , Y U ( 3L )1 4 6M < 14 6M Y U>
1
8 7 -2 51 - 0 7 3 - 4 1 0 S C R E W , U + 2 . 6 - 6
2
87 — B I O - 1 4 1 — 0 1 0 N U T , 5 TYPE-2
3
8 7 - B 10 - 14 3- 0 10 UT1 + 5- 1 5 W / O SLO T
4
8 7 - B 10 - 14 4- 0 10
5
8 7 - B 10 - 14 5- 0 10
6
8Z - K C1 -0 3 0- 01 0 C A S E , DF P - C
7
8 Z - K C1 - 23 1- 0 10
8
8 Z - K C1 - 23 2- 0 10 KE Y ,R E M O V E - C
9
8 Z - K C1 - 23 5- 0 10 H LD R , R E A R M T G
1 0
8 Z - K C1 - 24 4- 0 10 S-S CREW, 5* 6 TH +T A P P I N G ST
1 1
8 Z - K C 1- 2 50 -0 1 0 S- S CR E W , H E X A G O N
1 2
8 Z - K T 1- 6 16 -0 1 0 C O N N A SSY , 1 6 P B 5 2
1 3
1 4 8Z -K C 7 - 6 9 1 - 0 1 0
N O .
W , 5 .2 -10 -0. 5
W - S P R , 5 . 3 - 8 . 5 - 1 . 5
H L DR , H A L F - C
R C UN I T, C D 1 < 1 4 6 0 M Y L >
- 2 -
PROTECT ION O F E Y E S F R O M LASER B E A M D UR IN G SER V IC IN G
T hi s se t e m p lo y s lase r. T h e r e f o r e , be su re t o f o l l o w c a re f u ll y the
in s t ru c t io n s b e lo w w he n se rv ic in g .
W A R N I N G ! !
W H E N S E R V I C I N G , D O N O T A P P R O A C H T H E L A S E R
E X I T WITH T H E E Y E TO O C L O S E L Y . I N C A S E I T IS
N E C E S S A R Y T O C O N F IR M L A S E R B E A M E M IS S I O N .
B E S U R E TO O B S E R V E F RO M A D I S T A N C E O F M O R E
T H A N 3 0 c m F RO M T H E S U R F A C E O F T H E O B J E C T I V E
L E N S O N T H E O P T I C A L PICK-UP BLOCK.
■ Cau tio n: Invisi ble la s e r ra d ia t io n w he n
o p e n a n d i n t e r l o c k s d e f e a t e d a v o id
exp o su re t o b e a m .
■ Adv arsel: U s yn lig la se rs t a lin g v ed a b n i n g ,
nltrs ikk er he ds af br yd er eer ude af f un ktion .
Undg S u d s a e t t e l s e f o r st a l in g .
V A R O I T U S !
L a i t e e n K ä y t t ä m i n e n m u u l l a k u i n t ä s sä k ä y t t ö o h j e e s s a
m ainit ulla t a v a l l a s a a t a a a l t i s t a a k ä y t- tä jä n
tu r v a ll is u u s lu o k a n 1 y l i t t ä v ä l l e n ä k y m ä ttö m äl le
l a s e r s ä t e i l y l l e .
V A R N I N G !
O m a p p a r a t e n a n v ä n d s p â a n n a t s ä t t ä n v a d s o m
s p e c i f i c e r a s i d e n n a b r u k s a n v i s i n g , k a n a n v ä n d a r e n
u t s ä t t a s f ö r o s y n l i n g l a s e r s t r â l n i n g , s o m ö v e r s k r i d e r
g r ä n s e n f ö r l a s e r k l a s s 1 .
C A U T I O N
Us e o f c o n t r o l s o r a d j u s t m e n t s o r p e r f o r m a n c e o f p r o c e
d u r e s o t h e r t h a n t h o s e s p e c i f i e d h e r i n m a y r e s u l t i n
h a z a r d o u s r a d i a t i o n e x p o s u r e .
A T T E N T I O N
L’ u t i l l i s a t i o n d e c o m m a n d e s , r é g l a g e s o u p r o c é d u r e s
a u t r e s q u e c e u x s p é c i f i é s p e u t e n t r a î n e r u n e d a n g e r e u s e
e x p o s i t i o n a u x r a d i a t i o n s .
A D V A R S E L
U s y n l i g l a s e r s t â l i n g v e d â b n i n g , n â r s i k k e r h e d s a f b r y d e r e e r
u d e a f f u n k t i o n . U n d g â u d s æ t t e l s e f o r s t r à l i n g .
T h i s C o m p a c t D i s c p l a y e r i s c l a s s i f i e d a s a C L A S S 1
L A S E R p r o d u c t .
T h e C L A S S 1 L A S E R P R O D U C T l a b e l i s l o c a t e d o n t h e
r e a r e x t e r i o r .
P r e c a u ti o n to r e p la c e O p ti c a l b lo c k
( K S S - 5 4 0 A )
B o d y o r c l o t h e s e l e c t r o s t a t i c p o t e n t i a l c o u l d
r u i n l a s e r d i o d e i n t h e o p t i c a l b l o c k . B e s u r e
g r o u n d b o d y a n d w o r k b e n c h , a n d u s e c a r e
t h e c l o t h e s d o n o t t o u c h t h e d i o d e .
1 ) A f t e r t h e c o n n e c t i o n , r e m o v e s o l d e r
s h o w n i n t h e r i g h t f i g u r e .
P IC K U P A S S Y P .C .B
S O L D E R
< o >
- 3 -
E L E C T R I C A L M A I N P A R T S L I S T
I f c a n ’ t u n d e r s t a n d f o r D e s c r i p t i o n p l e a s e k i n d l y r e f e r to “ R E F E R E N C E N A M E L I S T
R EF. NO .
P A R T NO . KA N R I D E S C R IP T IO N
REF. NO .
P A R T NO. KA NR I D E S C R IP T IO N
N O . NO .
I C
8Z- KT 1- 6 22 - 01 0 C - IC ,L C 7 5 3 7 4 E
87 - A2 0- 8 7 6 - 01 0 IC,HA1 315 8 C1 25
88- KT 1- 6 08 - 01 0 C- I C , L C 7 5 8 5 4 W
87 - A9 0- 9 51 - 01 0 R C R UNI T, S BX 19 7 1- 52
8 7 - A 2 1-268-010
88- KT 1- 60 6 -0 8 0 I C ,P ST9 94 D
87 - 02 0- 7 8 4 -0 8 0 I C ,T C4 053 BF
87 - A2 0- 25 8 -0 4 0 I C , S M 5 8 7 7 AM C4 01 87 -0 10- 494 -04 0 C AP , E 1 -5 0 GAS
87 - A2 1- 07 9 -0 4 0 I C ,B A6 995 FP
87 - A2 0- 03 1 -0 8 0 I C ,B A6 195 FP C4 02 87 -0 10- 494 -04 0 C AP , E 1 -5 0 GAS
87 -0 17 -7 45 - 01 0 I C, C XA 17 8 2B Q C4 04 87 -0 10- 494 -04 0 C AP , E 1 -5 0 GAS
87 -0 7 0 - 13 0 -0 10
88- KC 4- 61 5 -0 1 0 I C , U P D 7 8 01 4F G C- 6 22 -A B 8
T R A NS I ST O R C4 08
8 7 - 0 2 6- 2 35 -0 8 0 C- T R, D T C 1 1 4 E K C 410
87 -A 30 - 28 9 -0 40
87 -A 30 - 28 7 -0 40 C - T R , D T C 1 1 4 T K A
8 9 - 3 2 4- 1 22 -0 8 0
8 7 - A 3 0- 2 7 9 -0 4 0
8 7 - A 3 0- 3 00 -0 8 0 T R , 2SB127 7 C4 15
8 7 - A 3 0- 2 99 -0 8 0 T R , 2SB13 26
8 7 - A 3 0- 3 02 -0 4 0
8 7 - A 3 0- 2 98 -0 8 0
89 - 2 11 -3 2 3- 08 0 C- T R , 2 S B 1 1 3 2 R C418
87 -A 30 - 30 1 -0 80 TR,2S D18 62 C420 87 - 01 0- 5 55 -0 4 0 CA P , E 10 0-10 GAS
87 -A 30 - 01 1 -0 80
87 -0 26 -2 36 - 08 0 C- T R , D T C 1 2 4 E K
87 -0 26 -2 39 - 08 0 C - T R , D T C1 14 T K
87 -A 30 -2 48 - 04 0
89 -3 24 -1 21 - 08 0 C- T R , 2 S C 2 4 1 2 K Q C4 25
DIOD E C 42 7 87 - 012 -1 4 0 -0 80 CA P, 47 0 P
8 7 - 0 20 - 58 5- 0 80 C -Z E NE R, 0 2C Z 6 . 2 Y C 429 87 - 010 -4 98 -0 4 0 CA P, E 1 0- 16 GAS
87 - A 40 -6 5 4- 01 0
87 - A 40 -5 2 3- 08 0
87 - A 40 -6 2 4- 08 0 ZE N E R , M T Z J 1 0 A
87 -A 40 -1 89 - 08 0 D I O D E , 1 S R I 39 — 4 0 0 C 4 3 2
87 -0 20 - 46 5 -0 80
87 -0 7 0 - 13 6 -0 80
87 -0 17 - 93 2 -0 80 Z E N E R, MT Z J6 .2 B
87 -0 17 - 93 1 -0 80 Z E N E R, MT Z J5 .6 B
87 -A 40 - 50 9 -0 80 ZE N ER , MT ZJ 6 .8 C C 4 3 7 87 — A l l — 17 7 — 0 8 0 C - CA P, S 0.1 5- 16 K B
87 -A 40 - 65 0 -0 80 Z EN E R, M T Z J 6 . 8 A C 4 3 9
87 - 0 20 -3 3 1- 08 0 C- D I O D E , D A N 2 0 2 K C 440
M AI N C.B C 5 51
A N T 10 1 8Z - K T1 -6 1 4- 01 0 A N T, AW - 00 2
C1 01 87 - 01 0 -1 9 7 - 08 0 C A P , C HI P 0. 01 DM
C1 02 87 -0 10 - 19 7 - 0 80 C A P , C H I P 0. 01 DM
C103 8 7 - 0 1 0- 32 2 -0 8 0 C - CA P, S 100P-5 0 CH
C1 04 87 -0 1 0- 49 8 -0 4 0 CA P, E 1 0- 16 G AS C 556
C105 8 7 - 0 1 0- 49 8 -0 4 0 CA P, E 1 0- 16 G AS C 558
C106 8 7 - 0 1 0- 32 2 -0 8 0 C-C AP , S 100P-5 0 C H C 559 8 7 - 01 0-4 98- 040 CA P ,E 1 0 - 16 GAS
C10 7 8 7 - 0 1 0- 3 22 - 08 0 C - CA P ,S 1 00 P-5 0 C H
C108 87 -0 1 0- 49 4 -0 4 0 CA P, E 1 - 5 0 GA S
C109 87 -0 1 0- 49 4 -0 4 0 CA P, E 1 - 5 0 GA S C 563
C110 8 7 - 0 1 0- 18 6 -0 8 0 CA P ,C H I P 47 00P C 851
c m 8 7 - 0 1 0- 49 0 -0 4 0 C A P , E L E C T 0. 1-50 C 8 52
C1 12 8 7 - 0 1 0- 19 7 -0 8 0 C A P , C H I P 0 . 0 1 DM C853 87 - 010 -1 7 8 - 08 0 C - C A P , S 1000P-50 KB
C113
C 1 1 9 8 7 - 0 1 0- 49 0 -0 4 0
C1 21
C1 21
C1 22 87 -0 1 0- 22 0 -0 8 0 C- C A P , S 0.018 -25 K B < 14 60 M YL > C 858 8 7 - 01 0-1 7 8- 080 C - C A P , S 1000P- 50 KB
8 7 - 0 1 0- 0 7 2 -0 4 0
87 -0 10 - 22 0 -0 80 C - CA P, S 0 .0 18- 25 KB <1 4 60 MY L > C 856
8 7 - 01 2- 3 65 -0 8 0
C - I C , U P D 1 7 8 0 16 AG C -5 35 - 3B 9 C 302 8 7 - 01 0-1 82- 080
I C , CX D2 5 07 AQ C405
C - T R, 2S A10 37 A K(R )
C- TR ,2 S C 2 4 1 2 K
C- TR ,D T C 3 1 4 T K
C - T R , 2S D 17 58 - F5
T R , 2S D2396
C- T R , D T B 1 1 3 2 K
C- T R , 2 S B 1 1 9 7 K Q C4 23
D I ODE , DS A17 C
ZE NE R,MTZJ9. I B
DI OD E, 1 SS 1 33
Z E N E R , M T Z J 5 . I B
CA P , E 2.2-50 M 5 L S RE
C A P , E L E C T 0. 1-50
C - C AP , S 0.0 2 7 - 2 5 K B< 1 46 M YU >
C 1 2 2
C1 23
C1 24 8 7 - 01 0-1 7 8- 08 0 C HI P CA P ,1 00 0 P
C3 01 8 7 - 01 0-1 82- 08 0
C3 03 8 7 - 01 0-1 82- 08 0 C - C A P , S 22 00 P -5 0 KB
C3 04 8 7 - 01 0-1 7 8- 08 0
C3 05 8 7 - 01 0-1 7 8- 08 0 C - C A P , S 1000P-50 KB
C4 03 8 7 - 01 0-4 94- 04 0 CA P , E 1 - 50 GAS
C 40 6 87 - 010 -49 4-0 40 C A P , E 1 - 5 0 GAS
C 40 7 87 - 010 -49 4-0 40 CA P, E 1 - 5 0 GAS
C 40 9
C 41 1 87 -01 0- 49 4 -0 40 C A P , E 1 - 5 0 GAS
C4 12
C4 13 87 -01 0- 49 8- 0 40 CA P, E 1 0- 16 GAS
C 4 14 87 - 010 -4 98 -0 4 0 CA P, E 1 0-1 6 GAS
C416 87 -01 0-4 98 - 04 0
C4 17 87 -01 0-4 98 - 04 0
C4 19 87 -01 0- 49 8- 0 40 C AP , E 1 0 - 16 GA S
C4 21 87 -01 0- 49 4- 0 40
C 4 22 87 -01 0- 49 4- 0 40
C 4 24
C4 26 87 - 012 -1 40 -0 8 0 CA P, 4 7 0 P
C4 28 87 - 012 -1 40 -0 8 0 C A P , 4 7 O P
C4 30 87 - 010 -4 98 -0 4 0 CA P, E 1 0- 16 GAS
C 4 31 87 - 010 -1 84 -0 8 0 C HIP C AP A CI T OR ,3 3 00 P( K )
C 4 3 3 87 -01 0- 19 8 -0 80 C A P ,C H IP 0. 022
C 4 3 4 8 7 - 01 0-1 98- 080 C A P , C H I P 0. 022
C 43 5 8 7 - A1 1-1 7 7 - 080 C - C A P , S 0.1 5-1 6 K B
C 4 3 6 87 — A l l — 17 7 — 0 8 0 C - C A P , S 0.1 5-1 6 K B
C 43 8
C 4 4 1 8 7 - 01 0-4 91- 040 CA P ,E 0. 22 - 50 GAS
C 5 5 2
C 5 5 3 8 7 - 01 0-4 94- 040 CA P ,E 1 - 5 0 G AS
C5 54 8 7 - 01 0-4 94- 040
C 55 5 87 - 010 -17 8-0 80 C HI P CA P, 1 0 0 0 P
C 55 7
C 56 0 8Z - KC1 -63 0-0 90 CA P, E 3 30 0U- 16 M 1 0 5 EX
C 60 9 87 - 010 -19 7 -0 80 C A P ,C H IP 0. 01 DM
C8 54 87 -01 0- 17 8- 0 80 C - C A P , S 1000P-50 KB
C855 87 -01 0- 17 8- 0 80
C 85 7
87 -0 12- 365 -0 80 C - C A P, S 0 .02 7 -2 5 KBC 14 6M
87 -0 10- 17 8 -0 80
87 -0 10- 197 -0 80 C A P , C HI P 0. 01 DM
87 -0 10- 494 -0 40 C A P , E 1- 50 G A S
8 7 - 010 -49 4- 04 0
8 7 - 010 -49 8- 04 0
8 7 - 010 -49 8- 04 0 C A P , E 10 -1 6 GA S
87 - 01 0- 49 4 -0 4 0
87 -0 10- 498 -04 0
87 - 01 0- 49 8- 0 40
87 -0 10- 494 -04 0 CAP ,E 1 - 5 0 GAS
87 -0 10- 494 -04 0 CAP ,E 1 - 5 0 GAS
87 -0 12- 140 -08 0 C A P , 4 7 O P
87 - 01 0- 18 4 -0 8 0
87 — A l l — 17 7 — 0 8 0
87 -0 10- 196 -08 0
87 -0 10- 491 -04 0
87 -0 10- 494 -04 0
87 -0 10- 494 -04 0
8 7 - 010 -17 8-0 80 C HI P CA P, 10 0 0P
8 7 - 010 -17 8-0 80
8 7 - 010 -17 8-0 80 C HI P CA P, 10 0 0P
8 7 - 010 -49 7 -0 40
8 7 - 016 -66 9-0 80
8 7 - 010 -18 2-0 80
87 -0 10 -1 7 8 - 08 0
87 -0 10 -1 7 8 - 08 0
CH I P C AP ,1 0 00 P
C - C AP , S 2 2 00 P-50 KB
C - C AP , S 2 2 00p-50 KB
C - C A P , S 1000P-50 KB
CA P , E 1 - 5 0 GAS
CA P , E 1 0- 16 GA S
CAP ,E 1 - 5 0 GAS
C A P , E 1 0-1 6 GAS
C A P , E 1 0-1 6 GAS
C A P , E 1 0 -1 6 GAS
C A P , E 1 0-1 6 GAS
CA P , E 1 - 5 0 GAS
CAP ,E 1 - 5 0 GAS
CH I P C AP AC I TO R, 3 30 0 P( K)
C - C AP , S 0.1 5-1 6 K B
CH I P C A P A C I T O R , 0. 1-25
CAP ,E 0.2 2 - 50 GAS
CAP ,E 1 - 5 0 G AS
CAP ,E 1 - 5 0 G AS
CA P , E 1 - 5 0 G AS
C HI P C AP , 10 0 0P
CA P , E 4.7 -35 M 5 L SRE
C- C A P , S 0.1-2 5 KB
C - C A P , S 220 0 P- 5 0 KB
C - C A P , S 1000P- 50 KB
C - C A P , S 1000P -50 KB
C - C A P , S 1000P -50 KB
- 4 -
RE F. NO.
P A R T N O . K AN RI D ES C R IP TI O N REF. NO
N O .
C 8 5 9
C860
C 86 1 87 - 010 -19 8-0 80 C A P , C H I P 0. 02 2
C 86 4
C 86 5
C866 87 -01 0-1 94- 08 0 C - CA P, S 0.047 -25 Z F
C867
C868
C 86 9 87 -0 10- 555 -04 0
C87 0
C8 7 1
C 88 0 87 -01 0-1 8 2- 08 0 C - C A P , S 2200P- 50 K B
C 90 1 87 -0 1 0- 1 98 -0 8 0 C A P , C HI P 0 . 02 2
C9 02
C903
C9 04
C905
C9 06 87 -0 10- 55 3 -0 40
C9 07
C908 8 7 -0 10- 19 6- 080 C HI P C A P A C I T O R , 0 .1- 25 SW815
C9 09
C910 87 -01 6-0 39 - 01 0
C 9 1 1 8 7 - 010 -31 5-0 80 C - C A P , S 2 7 P -50 CH
C 9 1 2
C 9 1 3 87 - 010 -1 9 8 -0 80 C A P, C H I P 0 . 0 2 2
C 9 1 4
C91 5 87 - 010 -1 9 8 -0 80 CA P, C HI P 0 .0 22
C 9 1 6
C 9 1 7
C92 0
C9 26 87 - 010 -5 55 -0 4 0 CAP ,E 1 00- 10 GA S
C9 27
C9 28
C9 98
CON 851 8 Z - K T 1 - 6 11 - 01 0 C O N N , 1 6 P CAM-B51
CO N901 87 -A 60- 861 -08 0
D1 01
D9 09 87 - 027 -26 2-0 10 LED, TLR -12 4( RE D)
A F 8 8 1 8 Z- KC1 -62 1-0 10 FU S E ,1 5A 32 V
J7 51
J 85 1
L1 01 87 -0 03- 143 -08 0 C O I L , 4 . 7 U H
L1 04 8Z -K T1- 619 -01 0 C O I L , 68 MH K7 -D
L3 01 87 -0 03- 143 -08 0
L3 02
L303 8 7 - A 5 0-0 7 9-080 C O I L , 2 2 U H ( C E C S )
L801
L 85 2
L 90 2 87 -0 03- 14 9 -0 80 CO IL ,4 7 UH
L903 87 -0 03- 14 9 -0 80 CO IL ,4 7 UH
SW 90 1 87 -A9 1- 07 0- 0 10 SW, TA CT SK HH L V
SW 90 4
T UI 0 1 8 Z— K T 1 — 63 1— 0 1 0
X 90 1
FR O N T C. B
C 8 0 1
C 8 0 2
C8 03 87 - 010 -1 94 - 08 0 C A P ,C HI P 0 . 04 7
C8 04
C8 07 87 -0 10- 17 8 -08 0
C808
LCD80 1 8Z -KC 2- 60 6- 0 10 LCD ,ZKC-2
PL801 8Z -KT 1- 64 1- 0 10
PL802
PL803 8Z -KT 1- 64 1- 0 10 L A M P , T - 3
8 7 - 010 -17 8- 08 0 C - C AP , S 100 0P-50 K B P L80 4
8 7 - 010 -17 8- 08 0 C - C A P , S 100 0P-50 KB PL805
8 7 - 010 -49 8- 04 0 CA P , E 1 0- 1 6 G AS PL807
8 7 - 010 -55 5- 04 0 CA P, E 1 00- 10 GAS
87 -0 10 -2 37 - 080 CA P, E 1 000 -16 M 1 1 L SM E SW 802
87 -0 10- 555 -0 40 CA P ,E 10 0-1 0 GAS
87 -0 10- 555 -0 40 C AP , E 10 0-1 0 GAS
87 - 01 0- 18 2- 0 80 C - C A P , S 2200P- 50 K B
87 - 01 0- 19 8- 0 80 C A P ,C HI P 0 .0 2 2
87 - 01 0- 1 94 - 08 0 C A P ,C HI P 0 .0 4 7 SW810
87 - 01 0- 1 98 - 08 0 C A P , C H I P 0 .0 2 2
87 - 01 0- 4 98 - 04 0 C AP , E 1 0- 16 GA S SW 812
87 -0 10- 497 -0 40 CA P ,E 4.7 -35 GAS S W8 1 4
87 - 01 0- 31 5- 0 80 C - C A P , S 27 P-50 C H S W81 6
87 -01 0-1 96- 08 0 C HIP C A P A C I T O R , 0.1-25
87 -0 10 -1 98 -0 8 0 CA P ,C HI P 0 . 0 2 2
87 - 01 0-3 22 - 08 0 C - C A P , S 1 0 0P- 50 C H
87 - 01 0-3 22 - 08 0 C - C A P , S 1 0 0P- 50 C H
87 - 01 0-1 98 - 08 0 CA P , CH IP 0 . 0 2 2 CD C.B
87 - 01 0-1 96 - 08 0
87 -0 10 -1 7 8 -0 8 0 C - C A P , S 1000P- 50 KB C3 07
87 - 01 6-6 69 - 08 0 C-C A P ,S 0.1-25 K B
8 8 - KC4 -60 7 - 08 0 P R O T E C T O R , D S P - 3 0 1N -A 2IF
8 8 - KTA -60 4- 01 0 JA CK , P I N 4 P V- TY P E
8Z - KT 1-6 18- 01 0 J AC K, D I N 1 3 P TCS5116 C5 36
8 7 - 005 -84 9-0 80 C O I L , 10 UH K CECS
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87 - 00 3- 14 9 -0 8 0 C O IL , 47 U H
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SW805 8 7 — A 9 1 — 159— 0 1 0 SW , T A C T S KH L AD
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SW818 8 7 - A 9 1- 15 9 -0 10
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8Z - KT 1- 6 41 - 01 0 L AM P , T - 3
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87 - A9 0- 0 01 - 08 0 C - S W , T A C T SK Q M A L
87 - A9 1- 1 59 - 01 0 S W , TA CT SK HL A D
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8 7 — A 9 1 — 159— 0 1 0 SW , T A C T SK HL A D
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8 7 — A 9 1 — 159— 0 1 0 SW , T A C T S KH L AD
8 7 — A91 — 159— 0 1 0 SW , T A C T S KH L AD
8 7 -A 90 - 00 1 -0 80 C - S W , T A C T S K QM AL
8 7 - A9 1- 1 59 -0 1 0 SW , T A C T S KH L AD
8 7 -A 90 - 00 1 -0 80 C - S W , T A C T S K QM AL
8 7 -A 90 - 00 1 -0 80 C - S W , T A C T S KQ MAL
87 - A9 0- 0 01 - 08 0 C - S W , T A C T SK QMA L
8 7 - A 9 1-1 59-010 S W , T A C T SK HL A D
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87 - A1 0- 2 59 - 08 0 M F 4 . 7 / 1 6 V
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87 - 01 6- 56 1- 0 80 M F 1 0 M F / 6 . 3 V
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