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TS-570 0
Ref. No.
Parts No.
0 64
0 2 C Z 6 2 (Y)
068
L F B O l
0 6 9 , 7 1
R B 7 5 1 H
0 2 CZ3 3 ( Y )
0 7 3
074
0 2 C Z4 . 7 (Y)
0 7 5
M A 1 1 0
0 7 6
1 S S 2 2 6
0 7 7
0 2 C Z 6 2 (Y)
0 8 2
L F B O l
0 8 5
M A 1 1 0
0 8 9 - 92
M A 1 1 0
0 9 5
M A 1 1 0
096
0 2 C Z 5 . 1 (Y)
097
OAP2 3 6 K
098
OAN 2 0 2 K
0 9 9 , 1 00
02 CZ24(Y)
M A 1 1 0
0 1 0 1 , 1 02
0 1 03 , 1 04
L F B O l
TX-RX U N IT (X57 -500X-XX) : PLL
Ref. N o .
Parts N o .
0500
2 S C 2 7 1 4(Y)
0 5 0 1 - 5 03
2 S C 2 7 1 4(Y)
0504
2 S C 24 1 2 K( S )
0505
2 S C 3 7 2 2 K ( R )
0 5 0 6 , 5 0 7
2 S C 3 7 2 2 K ( R )
0 5 0 8
OTC 1 43TK
0509
2 S K 1 8 7 5 (V)
05 1 0
2 S C 2 7 1 4(Y)
0 5 1 1
2 S C 2 7 1 4(Y)
05 1 2
2 S C 2 4 1 2 K( S )
05 1 3
2 S C 2 7 1 2 ( G R )
05 1 4
2 S C 24 1 2 K( S )
0 5 1 5
2 S C 2 4 1 2 K( S )
0 5 1 6
2 S C 24 1 2 K( S )
0 5 1 7
2 S C 24 1 2 K( S )
0 5 1 8
2 S C 2 7 1 2 ( G R )
0 5 1 9
2 S C 24 1 2 K( S )
0 5 2 0
2 S C 2 4 1 2 K( S )
052 1
2 S C 2 7 1 4(Y)
0 5 2 2
2 S C 2 7 1 4(Y)
0 5 2 3
2 S C 24 1 2 K( S )
0524
2 S C 3 7 2 2 K ( R )
052 5 , 5 2 6
2 S C 3 7 2 2 K ( R )
0 5 2 7
OTC 1 1 4 E K
0528
2 S K 1 8 7 5 (V)
0 5 2 9
OTC 1 1 4 E K
0530
2 S K 1 8 7 5 (V)
053 1
OTC 1 1 4 E K
0532
2 S K 1 8 7 5 (V)
0533
2 S C 2 7 1 4(Y)
0534
2 S C 2 7 1 4(Y)
34
D ES CR I PTION OF COM PON E NTS
Use/Fu nction
Z e n e r d i o d e
R e l a y s u rg e a bsorption
Reverse c u rrent p reve n t i o n
Ze n e r d i o d e
Z e n e r d i o d e
Reverse c u rrent p reve n t i o n
C l i p p e r
Z e n e r d i o d e
Switc h i n g
R everse c u rrent p reve n t i o n
Reverse c u rrent p reve n t i o n
Reverse c u rrent p reve n t i o n
Ze n e r d i o d e
Switc h i n g
Switc h i n g
Z e n e r d i o d e
Reverse c u rrent p reve n t i o n
S u rg e a b s o r p t i o n
0- 1 0 : K,M2
Use/Fu nction
X'ta l O S C
B uffe r a m p l if i e r
a m p l i f i e r
Active L P F
Active f i l t e r
vco
Switc h i n g
B uffe r a m p l if i e r
A m p l i f i e r
B uffe r a m p l if i e r
B uffe r a m p l if i e r
B uffe r a m p l if i e r
A m p l i f i e r
B uffe r a m p l if i e r
B uffe r a m p l if i e r
B uffe r a m p l if i e r
B u ffe r a m p l if i e r
B uffe r a m p l i f i e r
Tri p l e d c i rc u i t
A m p l i f i e r
B uffer a m p l if i e r
Active L P F
Active L P F
Switc h i n g
VCO A
Switc h i n g
VCO B 8 4 . 0 4 - 9 7 . 04 M H z
vco c
Switc h i n g
B uffe r a m p l if i e r
A m p l if i e r
Operation/Condit i o n /Compati b i l ity
Vo ltage sta b i l i z a t i o n
Exte r n a l control r e l a y
Vo l t a g e sta b i l i z a t i o n
Voltage sta b i l i z a t i o n
O n w h e n F M l a rge i n p u t
Voltage sta b i l i z a t i o n
C A R TX/RX c h a n geover ( O n w h e n TX)
Vo l t a g e sta b i l izati o n
8 . 83 M H z fi l t e r
O N w h e n F M m o d e a n d TX
S u rg e a bsorpt i o n of powe r s u p p l y l i n e
2-7 1 : E,E2,E3
Operation /Condition /Com pati b i l ity
2 0 M H z
2 0 M H z
2 0 M H z
C o m p a r i s o n 2 0 k H z ( F M 5 k H z )
F M m od u l at i o n i n p u t on/off
L 0 2
64 . 2 2 M H z
64. 2 2 M H z
C h o p p e r o u t p u t ( 1 O M H z )
0/A buffer
C A R
C A R
C h o p p e r o u t p u t ( 5 M H z )
0/A buffer
M i x e r i n p u t b uffe r ( 5 . 54 - 6 . 09 M H z )
2 0 M H z
=
2 0 M H z x 3
60 M H z
P L L I C i n p u t (7 5 - 47 . 5 M H z )
P L L I C i n p u t ( 7 . 5 - 47 . 5 M H z )
C o m p a r i s o n 5 0 0 k H z
V C O A c h a n g eover
7 3 . 0 8 - 84 04 M H z
V C O B c h a n geover
V C O C c h a n geover
9 7 . 04 - 1 03 . 0 5 M H z
M i x e r i n p u t b u f f e r (73 . 08 - 1 03 0 5 M H z )
L0 1 o u t p u t (73 . 08 - 1 03 05 M H z)
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