Ref.
No.
Part Code
Part Name and Number
Ref.
No.
Part Code
Part Name and Number
Ref.
No.
Part Code
Part Name and Number
R2 5 7
M 3 0 6 2
C h i p R . MC R 0 3 E Z H J 1 0 4
C2 5 5
CU3 0 2 3
C h i p C , C M1 0 5 C H 1 0 1 K 5 0 V
R2 6 0
R K 3 0 5 9
C h i p R . M C R 0 3 E Z H J 5 6 3
p o t 7
CU3 0 2 7
C h i p C , C M 1 0 5 S L 2 2 1 K 5 0 Y
vZ D
!
R2 6 1 ,
R K 3 0 6 6
C h i p R . MC R 0 3 E Z H J 2 2 4
C2 5 8
CU3 0 5 3
C h i p C, C M1 0 5 W5 R 1 0 2 K5 0 V
R2 6 2
R K 3 0 5 0
C h i p R , M C R 0 3 E Z H J 1 0 3
C259
CU3 0 5 3
C h i p C, C M1 0 5 W5 R 1 0 2 K5 0 V
R 2 6 3
R K 3 0 6 5
C h i p R , M C R 0 3 E Z H J 1 8 4
C2 6 0
CU3031
C h i p C, C M1 0 5 W5 R 4 7 1 K5 0 V
R 2 6 4
R K 3 0 6 7
C h i p R . M C R 0 3 E Z H J 2 7 4
C261
CU3031 . C h i p C , C M1 0 5 W5 R 4 7 1 K 5 0 V
R2 6 5
R K 3 0 5 8 . C h i p R , M C R 0 3 E Z H J 4 7 3
C262
C S 0 2 0 9
C h i p , T a n t a l C . T M C M B 0 J 1 0 6 M
R2 6 6
R K 3 0 5 0
C h i p R . M C R 0 3 E Z H J 1 0 3
C2 6 3
C S 0 0 6 9
C h i p T a n t a l C . T M C S A l V 1 54M'
R2 6 7
R K 3 0 5 0
C h i p R , M C R 0 3 E Z H J 103
C2 6 4
C S 0 2 0 9
C h i p T a n t a l C. TMCMBOJ106M
R 2 6 8
R K 3 0 4 6
C h i p R , M C R 0 3 E Z H J 4 7 2
C2 6 5
CU3 0 4 3
C h i p C , C M1 0 5 W5 R 4 7 2 K 5 0 V
R 2 6 9
R K 3 0 2 9
C h i p R , M C R 0 3 E Z H J 1 8 1
C2 6 6
CU3 0 1 9
C h i p C , C M1 0 5 C H4 7 0 K 5 0 V
R270-
R K 0 1 0 5
C h i p R , M C R 1 0 E Z H J 2 R 2 E
C 2 6 7
C U3 0 5 2
C h i p C , C M1 0 5 ff5 R 1 0 3 K2 5 V
R 2 7 1
R K 3 0 6 2
C h i p R , M C R 0 3 E Z H J 1 0 4
C 2 6 8
C E 0 3 0 7
Chip Electrolytic C.ECEVOJA470P
R 2 7 2
R K 3 0 5 8
C h i p R , M C R 0 3 E Z H J 4 7 3
C 2 6 9
C U 3 0 5 3
C h i p C, CM1 0 5 W5 R 1 0 2 K5 0 V
R2 7.3
R K 3 0 3 8
C h i p R , M C R 0 3 E Z H J 1 0 2
C 2 7 0
C U 3 0 5 3
C h i p C , C M1 0 5 W5 R 1 0 2 K 5 0 V
R 2 7 4
R K 3 Ö3 4
C h i p R , M C R 0 3 E Z B J 4 7 1
C2 7 1
C S 0 0 4 9
C h i p T a n t a l C . T M C S A l C l 0 5 M
R 2 7 5
R K 3 0 3 4
C h i p R . M C R 0 3 E Z H J 4 7 1
C2 7 2
CU3053,
C h i p C . C M1 0 5 W5 R 1 0 2 K 5 0 V
R 2 7 6
R K 0 1 0 5
C h i p R . M C R 1 0 E Z H J 2 R 2 E
C2 7 3
C U 3 0 5 3
C h i p -C; CM1 0 5 W5 R1 0 2 K5 0 V
R 2 7 7
R K 3 0 5 0
C h i p R , M C R 0 3 E Z H J 1 03
C 2 7 4
C U 3 0 5 3
C h i p ; C „ C M 1 0 5 W 5 R 1 0 2 K 5 0 V
R 2 7 8
R K 3 0 1 4
C h i p R , M C R 0 3 E Z H J 1 0 0
C 2 7 5
C E 0 3 1 5
Chip Electrolytic C.ECEV1CA470P
R 2 7 9
R K 3 0 2 9
C h i p R , M C R 0 3 E Z H J 1 8 1
C 2 7 6
CU3 0 5 3
C h i p C . C M1 0 5 W5 R 1 0 2 K 5 0 V
R 2 8 0
R K 3 0 5 4
C h i p R , M C R 0 3 E Z H J 2 2 3
C2 7 7
C S 0 0 4 9
C h i p T a n t a l C . T M C S A l C l 0 5 M
R 2 8 9
RK1 0 1 8
C h i p R , M C R 1 8 E Z H J 1 0 1 E
C2 7 8
C S 0 2 0 9
C h i p T a n t a l C , T M C M B 0 J 1 0 6 M
R 2 9 0
R K 3 0 6 6
C h i p R , M C R 0 3 E Z H J 2 2 4
C 2 7 9
C U 3 0 5 3
C h i p C , C M1 0 5 W5 R 1 0 2 K 5 0 V
R 2 9 1
R K 3 0 4 4
C h i p R , M C R 0 3 E Z H J 3 3 2
C 2 8 0
C E 0 3 1 5
Chip. Electrolytic C, ECEV1CA470P
R 2 9 2
R K 3 0 5 0
C h i p R , M C R 0 3 E Z H J 1 0 3
C2 8 1
C U3 0 5 3
C h i p C , C M1 0 5 W5 R 1 0 2 K 5 0 V
y
R 2 9 3
R K 3 0 7 0
C h i p R . M C R 0 3 E Z H J 4 7 4
C2 8 2
C U3 0 5 3
C h i p C , C M 1 0 5 V 5 R 1 0 2 K 5 0 V
C 2 8 3
C U 3 0 5 3
C h i p C , C M1 0 5 W5 R 1 0 2 K 5 0 V
C 2 0 1
C S 0 0 5 7
Chip Ta n t a l C.THCSA0J225H
C2 8 5
C U 3 0 5 2
C h i p C , C M1 0 5 W5 R 1 0 3 K 2 5 V
C 2 0 2
CU 3 0 5 2
C h i p . C . C M1 0 5 W5 R 1 0 3 K 2 5 V
C 2 8 6
C U 3 0 5 3
C h i p C , C M1 0 5 W5 R 1 0 2 K 5 0 V
C2 0 3
C U 3 0 5 2
C h i p C . C M1 0 5 W5 R 1 0 3 K 2 5 V
C 2 8 7
Ç U 3 0 5 3
C h i p C , C M1 0 5 W5 R 1 0 2 K 5 0 V
C 2 0 4
C U 3 0 5 2
C h i p C . C M1 0 5 W5 R 1 0 3 K 2 5 V
C 2 8 8
CU3 0 5 2
C h i p C . C M1 0 5 W5 R 1 0 3 K 2 5 V
C 2 0 5
C U 3 0 5 2
C h i p C . C M1 0 5 W5 R 1 0 3 K 2 5 V
C 2 8 9
CU 3 0 5 2 '
C h i p C , C M1 0 5 W5 R 1 0 3 K 2 5 V
:•
'
C 2 0 6
C U 8 0 0 3
C h i p C , C C 2 0 1 2 J F 1 E 1 0 4
C 2 9 0
C U 3 0 5 3
C h i p C , C M1 0 5 W5 R 1 0 2 K 5 0 V
C 2 0 7
C U 8 0 0 3
C h i p C . C C 2 0 1 2 J F 1 E 1 0 4
C2 9 1
C S 0 2 3 5
' Chi p Tant al C.TMCSA1V334M
C2 0 8
C U 8 0 0 3
C h i p C , C C 2 0 1 2 J F 1 E 1 0 4
C 2 9 2
C U 8 0 0 3
C h i p C , C C 2 0 1 2 J F 1 E 1 04
C 2 0 9
C U 3 0 5 2
C h i p C , C M 1 0 5 W5 R 1 0 3 K 2 5 V
C2 9 3
CU8 0 0 3
C h i p C . C C 2 0 1 2 J F 1 E 1 0 4
C 2 1 0
C U 3 0 1 7
C h i p C , C M1 0 5 C H 3 3 0 K 5 0 V
C 2 9 4
CEO3 0 8
Chip. Electrolytic C, ECEV0JA101P
C2 1 1
C U 3 0 5 3
C h i p C , C M1 0 5 W5 R 1 0 2 K 5 0 V
C 2 9 5
C U 3 0 2 3
C h i p C , C M1 0 5 C H 1 0 1 K 5 0 V
C 2 1 2
C U 3 0 5 3
C h i p C , C M1 0 5 W5 R 1 0 2 K 5 0 V
C2 9 6
CU3.06Ö
C h i p C , C M1 0 5 C H 2 2 1 K 5 0 V
C2 1 3
C U 3 0 5 3
C h i p . C , C M1 0 5 W5 R 1 0 2 K 5 0 V
C2 9 7
C U 8 0 0 3
C h i p C . C C 2 0 1 2 J F 1 E 1 0 4
C2 1 4
C U 3 0 5 3
C h i p C , C M1 0 5 W5 R 1 0 2 K 5 0 V
C 2 9 8
CU3Ô53'
C h i p C , C M 1 0 5 Y 5 V 3 3 3 Z 2 5 V
C2 1 5
C U 3 0 5 2
C h i p C ; C M 1 0 5 ff5 R 1 0 3 K2 5 V
C 2 9 9
C U3 0 5 3
C h i p C . C M 1 0 5 Y 5 V 3 3 3 Z 2 5 V
C2 1 6
C2 1 7
C 2 1 8
C U 3 0 1 9
C U 3 0 0 6
C U 3 0 1 3
C h i p C , C M1 0 5 C H 4 7 0 K 5 0 V
C h i p C . C M 1 0 5 C H 0 5 0 C 5 0 V
C h i p -C .-CM10 5 CH15 0 K 5 0 V- ..
CN201
CN202
- - C N2 03-
U E 0 1 0 1
UEO1 0 0
- UEO0 9 8 -
C o n e t o r , 5 2 0 3 0 - 2 8 1 0
C o n e t o r : , 5 2 0 3 0 - 1 6 1 0
C o n e t o r - f 5 2 2 0 - 7 - 1 0 9 0
•
C 2 1 9
CU 3 0 5 3
C h i p C . C M1 0 5 W5 R 1 0 2 K 5 0 V
C 2 2 0
CU 3 0 1 9
C h i p C , C M 1 0 5 C H 4 7 0 K 5 0 V
I I
t
*
7
C2 2 1
C S 0 0 5 9
Chip Ta n t al C,TMCSC0J226M
JTocz
•
i
fip
v
C 2 2 2
C U 8 0 0 3
C h i p C , C C 2 0 1 2 J F 1 E 1 0 4
C 2 2 3
C U 8 0 0 3
C h i p C , C C 2 0 1 2 J F 1 E 1 0 4
C 2 2 4
C U 8 0 0 3
C h i p C . C C 2 0 1 2 J F 1 E 1 0 4
C 2 2 5
C U 3 0 5 3
C h i p C . C M1 0 5 W5 R 1 0 2 K 5 0 V
!
C 2 2 6
C U 3 0 6 1
C h i p C , C M 1 0 5 C H 2 7 1K50V
C 2 2 7
C U 8 0 0 3
C h i p C , C C 2 0 1 2 J F 1 E 1 0 4
C2 2 8
C U 3 0 5 3
C h i p C , C M1 0 5 W5 R 1 0 2 K 5 0 V
C2 2 9
C U 3 0 5 2
C h i p C , C M 1 0 5 W5 R 1 0 3 K 2 5 V
C 2 3 0
C U 3 0 5 3
C h i p C , C M 1 0 5 W5R1 0 2 K5 0 V
C2 3 1
C U 3 0 5 3
C h i p C , C M 1 0 5 W5 R 1 0 2 K 5 0 V
C 2 3 2
C S 0 0 6 3
Chip Ta n t a l CJMCSA1Y104H
C 2 3 3
C U 3 0 3 9
C h i p C , C M 1 0 5 W5 R2 2 2 K5 0 V
C 2 3 4
C U 3 0 5 3
C h i p C , C M1 0 5 W5 R 1 0 2 K 5 0 V '
C2 3 6
C S 0 0 5 0
Chip Ta n t a l C.THCSB1A475M
C2 3 7
C S 0 0 6 3
Chip Ta n t al C.TMCSA1Y104M
C 2 3 8
C U 3 0 5 4
C h i p C , C M1 0 5 f f 5 R 2 2 3 K 2 5 V
C2 3 9
C U 3 0 5 6
C h i p C , C M 1 0 5 Y 5 V 4 7 3 Z 2 5 V '
C 2 4 0
C U 3 0 5 6
C h i p C . C M 1 0 5 Y 5 V 4 7 3 Z 2 5 V
C2 4 1
C U 3 0 5 4
C h i p C , C M1 0 5 W5 R 2 2 3 K 2 5 V
C2 4 2
C U 3 0 5 2
C h i p - C , C M1 0 5 W5 R 1 0 3 K 2 5 V
C 2 4 3
C S 0 0 4 9
Chip Ta nt al C.THCSA1C105M
C 2 4 4
C E 0 3 0 8
Chip Electrolytic C,ECEVOJA101P
C 2 4 5
C U 3 0 5 4
C h i p C , C M1 0 5 W5 R 2 2 3 K 2 5 V
C2 4 6
C U 3 0 5 4
C h i p C , C M1 0 5 W5 R 2 2 3 K 2 5 V
C 2 4 7
CU3 0 3 1
C h i p C . C M 1 0 5 W5 R 4 7 1 K 5 0 V
C 2 4 8
C U3 0 3 1
C h i p C . C M1 0 5 W5 R 4 7 1 K 5 0 V
C2 4 9
C U 3 0 3 1
C h i p C , C M 1 0 5 W5 R 4 7 1 K 5 0 V
C 2 5 0
C E 0 0 5 6
E l e c t r o l y t i c C . 1 6 MV1 0 0 S W
C2 51
C U 3 0 3 1
C h ip C , C M 1 0 5 W 5 R 4 7 1 K 5 0 V
C2 5 2
C U 3 0 3 1
C h i p C , C M1 0 5 W5 R 4 7 1 K 5 0 V
C2 5 3
C S 0 0 4 9
C h i p T a n t a l C . T M C S A l C 1 0 5 M
C2 5 4 .
C U 3 0 5 2
C h i p C , C M 1 0 5 W 5 R 1 0 3 K 2 5 V
- 4 -
Summary of Contents for DJ-162ED
Page 9: ... ADJUSTMENT ...
Page 10: ... RECEIVE TRANSMIT COMMON ...
Page 11: ......
Page 13: ... L L SQdvoa od ndo ...
Page 14: ......
Page 15: ... P7S o m SCHEMATIC DIAGRAM OF VCO UNIT 13 ...
Page 16: ... VCO PC BOARDS MOO agBEaaBaaaaBsaaaBB 1 4 ...
Page 17: ... SCHEMATIC DIAGRAM OF RF UNIT 1 5 ...
Page 18: ... RF PC BOARDS 16 ...
Page 19: ......
Page 20: ... SCHEMATIC DIAGRAM OF IF UNIT 18 ...
Page 21: ... 61 o O SQÜVOa3d dl ...
Page 22: ... ...