Yaesu FT-101E, Инструкция по эксплуатации

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7
Y. W
4 7 k Q
26 Y. W 560k Q
I 2
CAR BON COMPOS ITION Y:1 w 2 . 2 Q
8
M ETALIC FILM
2W 6 . 8 k Q
YR POTENTIOMETER
3 EVL- SOA · B52 5 00 B
2 EVL- S OA · B I 3 I k B
V- I 06 K R Z - I I O k B
c
CAPACI TOR
I 3 DIPPED MI CA 5 0 W V 27 PF
I6 5 0 W V 2 70 PF
I 5
5 0 W V 5 I O P
F
29, 30 CERAMIC DI S C 5 0 W V
l P F ( S L)
22 , 2 3, 28 5 0 W V
5 P F ( S L J
2I , 2 5 5 0 W V 2 7 P F ( S L )
27 5 0 W V
39 PF ( S L )
6 5 0 W V 5 6 PF ( S L )
I 8 , 2 0 5 0 W V I 50 P F ( S L )
I 4 , I 9 , 24 5 0 W V 0 . O I ,tl·-
3
M Y L A R
2 50 W V 0 . 0511 F
5 , I 7 , 26 E L ECTROL YTIC
I 6 W V I 011 F
4 I 6 W V 47" F
I I , I 2 I 6 W V I OOOµ F
9 , I O 2 5 W V 1 00011 F
I
I 6 0 W V 2211 F
2 , 7 , 8
2 5 0 W V 2211 F
TC TRI MMER CAPAC ITOR
I ECV I Z W 20 X 40
20 PF
L INDUCTOR
I , 2 RFC
I m H
3 RFC 3 . 9mH
NB UNIT
P RINTED CIRCUIT BOA R D PB- 1 582 ( A - Z )
Q FET
&
TRANSI STOR
3, 4, 6 FET 3 S K40M
2
fl
2 S K1 9 G R (JF-1 033B)
1, 5, 7 , 8 Tr. 2 S C372Y
D DIODE
1 - 4
Ge.
1 S l 88 F M
x
CRYSTA L
1 HC-6 / U 2 7 2 5 k H z
R RESI STOR / CARBON FI LM
4, 5 , 1 4 , 22 , 33
Y. W l OO Q
1 5, 20
Y.w 330 Q
3 Y. W 390 Q
560 Q
4, 8 , 27, 28,
5 0 W V
3, 1 0, 1 3 - 1 5, 1 7 , 1 8
5 0 W V
5 5 0 W V
ELECTROLYTIC
5 1 6 W V
2 1 1 6 W V
TC TRI MMER CAPACI TOR
1
E C V- l Z W 50 X 40
L INDUCTOR
2 RFC
1 RFC
T TRANS FORMER
1 20
R l 2 - 4 1 2 9
1 2 1 , 1 2 2
# 220067
1 23 R 1 2 -4097
F I X / R F PROCESS UNIT
O . O l µ F
0 . 047µF
O . l µ F
l µ F
l Oµ F
5 0 P F
250µH
l mH
PRINTED CI RCUIT BOA R D P B - 1 5 34
- ·
-------
-- -----�-� --·---------- -
Q
IC, FET
&.
2 IC
1 , 3 , 4, 6, 7 FET 2 S K 1 9 G R
5 T R
2 S C372Y
D DIODE
2
S i 1 S 1 5 5 5
Varactor 1 S 2 2 3 6
XF CRYSTAL FI LTER
XF - 30A
XS
CRYSTAL SOCKET
S - 1 4 2 P
R RESISTOR
23
CARBON FILM
2, 3 , 5 , 1 0, 1 5 , 20, 24
1 1
7 , 9
1 , 4
� w
56 Q
%:;'
w
1 00 Q
%:;' W 470 Q
%:;' W l K Q
%:;' W
2 . 2 K Q
� W 3
.
3 K Q
8 , 1 2. 1 4 , 1 7
1 3, 1 8, 2 1 ,
l O K Q
l O O K Q
Y R
POTENTIOMETER
1
2 V l OK8 - 1 - 2 5KB
27 Y. W
1 0, 3 1 , 3 2
C
26
DI PPED MICA 50 W V
50 W V
20PF
5 1 PF 7 Y. W
8, 2 1 , 2 3 Y. W
1
Y. W
3 0 Y. W
1 3 , 1 7
Y. W
2, 6, 2 4
Y. w
1 8 Y. W
1 6 , 2 9 Y.w
9, 1 1 , 1 2, 1 9 , 2 5 , 26 Y. W
28 � w
c
CAPACI TOR
DIPPED MICA
1 9
5 0 W V
CERAMIC DI S C
1 5 0 W V
1 1 5 0 W V
2 6 5 0 W V
7, 2 5
5 0 W V
1 2 5 0 W V
9 5 0 W V
1 6 5 0 W V
2 5 0 W V
2 4
5 0 W V
20, 23
5 0 W V
l K Q
2 . 2 K Q
3 . 3 K Q
4 . 7 K Q
5 . 6 K Q
l O K Q
2 2 K Q
3 3 K Q
47 K Q
l OO K Q
1 50 K Q
470PF
3 P F ( N P O )
1 8 P F ( N PO )
22PF ( S L )
2 7 P F ( S L )
5 1 PF ( S L )
l OO P F ( N PO )
l OO P F ( S L )
1 20 P F ( NPO )
270PF ( S L )
0 . OO l µ F
29
4 C E RAMIC DIC S
1 9
50 W V
50 W V
20PF ( CH)
27 P F ( CH)
9, 1 5 50 W V
l OO P F ( CH )
1 - 3, 5 - 8, 1 0 - 1 4
1 6 - 1 8 , 2 0 , 22 - 25, 2 7 , 28
2 1
5 0 W V
50W V
TC
TRIMMER CAPACITOR
1. 2 ECV- 1 Z W 20 X32
T TRANSFORMER
1 - 3
R 1 2 - 4 424
L
INDUCTOR
2
3
RFC
RFC
FIX OUT
YFO UNIT
0 . Olµ F
0 . 047 µ F
20PF
250µ H
270µ H
#
00054
PRINTED CI RCUIT BOA R D PB - 1 056 ( A - Z )
Q FET
&.
TRANSISTOR
3 T R. 2 S C372Y
1 , 2
FET 2 S K 1 9 G R
-
3 4 -