125955
45
CONTENTS
Functional
SDECITIICATIONS = cicvencagcnc
Cabinet & Chassis
PAS
Recommended
FIM
TUNEr
AM
Tuner
TROUDIE
Tuner
FrontEnd
Printed
Semiconductor
Key
Board
Antenna
Power
Tuned / Stereo
Tuner
SCHEMAlIC
AMRF
FM
MPX
PLL
Control
Static
FM
Pre
Auto / Manual,
Block
U16t
coc
dcscoanesudee
ALONG
ANGNMEN
SHOGUNG
P.C.Board
schematic
Circuit
Switch
Terminal
Switch
Printed
IF/FMIFICLA
Driver
Scalar
DIAGN:
IC
LA
IC
P.C.Board
Circuit
IC
Diagram:
Exploded
Test
Equipments
45454255.6s0r
csi
icsetcsesacasvdatns
GUIGG
Layout
Diagram
Board
3400
TC
IC
ST / MUTE
Parts
Lead
Identification
P.C.Board
P.C.Board
Indicator
Board
wnnsaticuscka
1260
Signal
9147
TD
6301
TD
6104 P Signal
pecans
convehuriase
kota
x05.
o5c4ce
Alignment
List
(Bottom
P.C.Board
Flow
AP
Signal
AP
IC
ales
phd
ais
one
ns
een
tugs
View
nhotaw
san
...........
bi
oredcewes
rete
ieee
........
Gaek
dwuenna
chicas
ic
0.00
Glad
dan
ccc
ccc
an
eda
0.
ancwerewshee
ed
aainaasaaeetes
aca
Veda
edn
cece
Singtel
Points.................0.......5.
c.s2ecsdickdecewetenacwdvcwe
...........
(Bottom
(Bottom
View)
(Bottom
.........
ensSie
Signal
Sianal
Flow
..........
Flow
Flow
Flow
BU
4013 B Signal
0...
ccc. c cece cece
.......0...
View)
View)
ccc
............
..............
..........
View)
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tees
...........
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.....
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ate
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Flow
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cate
ai
easeaisoreds
out
i
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eee
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ccc
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ccc
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ecu
cc
cece
cece
cece
ccc
eceeeetecuceuceueavens
digas
cece
eee e nce
ty
ccc
cece
cece
.............
cenneeneeeeuuees
kbin
coven
ccc
cece
eee
cece
cece
c
ee
ahaa
een
2
anand
ts
caleeeends
eee
eeceneeeeenneees
eases
iden x naehtes
ence
eenenaeeeenes
hhvetiae:
ebed
tea
eesuaseeeibes
aoreadawe
bane’
petnamatebimadateuleas
dtiane
aawasae
Ve
3
4
5
6
6
7
8
9
9
10,11,12
eee
ence
eeneeeeees
ce
ce
eecevceveneues
ee
ceceececeuceues
13
14
14
14
ea a eee
ewe
enies
cence
cece
ne
eeeenees
eeeneeeneeueenannes
een e ne
enc
cee
eeaeeeeens
cere
eenenueens
cece
eee
15,16
17,18
eneaes
eee
14
19
19
20
20
21
21
FUNCTIONAL
Three-tuned
Varactor
Diode
Control)
Operation
Preset
MIXER
Linear
Lw
&
>
fs)
et)
Function
Control
Lo
Low-pass
Filter
{Low
Noise
System) Circuit
Phase
Detect
Serial
eer
Transfer
Key
Input
LED)
—
T.
Phase
Output
jou
FET)
(MOS
E}
FM
Local
Local
Frequency
Prescaler
(Swaliow
Counters
Divide
OSC
Frequency
{Perfect
Preset
(Preset
Output
System}
Output
Control/PLL
Static
ec
Memory
Key,
Filter
nae
ta
Output
iF
28C930
AM
|
|
BLOCK
1
Linear
(Double-balanced
Mixer
"
0"
Digital
co
a
Phase
IC
LA1260}
iocai
Frequency
Function
ee
tal
Display
ee
Static
CNT
EEL
Counter
{Quadrature
Fitter
Output
DIGITAL
Control
Driver
Drive)
Display
Type
Display
DIAGRAM
LIMITER
&
iF
Detection)
SECTION
==
=a
Output
AM
OUTPUT
LW
MW
Function
FM
FM
MPX
AM/FM
SW.
(PLL}
Sw.
Circuit
+5V
+B
L
OUT
-
OUT
R
oe,
ee
FM
SECTION
26
dB
Quieting
Quieting
dB
46
Signal-to-Noise
Capture
Alt.
image
Spurious
iF
AM
Total
Total
Stereo
Sub-Carrier
Audio
AM
Usable
Ratio
Channel
Response
Response
Response
Suppression
Harmonic
Harmonic
Separation
Frequency
SECTION
Sensitivity
Selectivity
Ratio
Rejection
SPECIFICATIONS
Sensitivity
Mono
Sensitivity
Mono
Ratio
Mono
Stereo
(+300
Ratio
Ratio
Ratio
Distortion
Distortion
(19
Response
at
50
Mono
at
65
Mono
Stereo
(100
kHz/38
(20
Hz — 15
—
kHz)
dB
dBf
(100
(100
Hz/1
Quieting
Hz/1
H2/1
kHz/10
kHz)
kHz)
kHz/6
kHz/6
kHz)
kHz)
kHz)
1.2uV/13.17dBf
|
7.O2V/28.15dBf
65
dB
60
dB
2.0
dB
58
dB
46
dB
70
dB
70
dB
0.4
%
0.5
%
0.2/0.2/0.5
0.3/0.3/0.7
40/40/25
30/50
%
%
dB
dB
+0.1/-2.5dB
=
=
350nV/m
LW
1000
”V/m
GENERAL
Power
Power
Dimensions
Weight
Because
product
Requirements
Consumption
(W
(approx.)
its
products
designs
and
(50 Hz)
x D x H)
are
subject
specifications
to
continuous
without
notice
improvement,
and
without
Fisher
incurring
19
9
400 x 208x55
1.3
Corporation
any
obligation.
VAC
Watts
kg
reserves
the
mm
right
to
modify
CABINET
&
CHASSIS
EXPLODED
VIEW
cx4—&
2 <
CX3
-
PARTSLIST
|
O
mee
CA
CA2
CA3
CA4
CA5
CA6
CA7
CA8
CA9
CAi0
CAI1
CAi2
CA13
CA14
Part
No.
PACKING
131-6-2119-02130
131-6-3009-35490
131-6-3068-16840
131-6-4559-11200
131-6-9459-00300
141-6-1139-97013
141-6-1449-97400
141-6-2519-10019
ACCESSORIES
131-0-4012-00180
131-6-2719-10801
131-6-4519-15700
131-6-4559-10900
141-2-1729-00500
142-6-4119-32506
CABINET
141-2-1129-07001
141-2-4219-33101
131-2-6111-14200
A\
141-2-3229-48100
131-2-3229-48000
141-2-3119-22200
131-2-1801-16200
—131-2-5205-32400
131-2-4219-17100
131-2-1601-86200
~—-141-2-1659-33300
PARTS
3-9415-10300
CHASSIS
&
4-2369-74581
4-2369-74062
4-2579-71601
Bag
Bag
Pad
Patching
Serial
Rubber
Outer
Case
Poly
PARTS
FM
Bag
Guarantee
|
Manufacturing
Holder
Explanatory
Cover
Screw,
Bushing
Plug
Plug
Plate
Plate
Loop
Chassis
Leg
Cushion
Shaft
Knob
Button
Description
LIST
Polyethylene
Polyethylene-Exp.
Sheet
No.
Sheet
Band
Cor
Carton
Styrofoam
Cover
100
x
190
LIST
Antenna
Assy
Fan
Certificate
No.
Antenna
Booklet
PARTS
Top
Bind
Cord
Cord
Shield
Earth
Antenna
(Power
(Power
Switch
Hd.
(Line
Cord)
RCA
(Power
Cabinet
Knob)
Switch)
(Station
LIST
Tapping-B,
Supply)
+M3.0x8
Memory)
Sems
Q’ty
1
1
1
1
2
1
1
2
1
1
1
1
1
1
1
1
5
1
1
1
1
1
1
1
4
{
1
1
9
ae
eee
CA15
CA16
CA17
PCB1
PCB2
PCB3
PCB4
PCB5
CX1
CX2
CX3
CX4
CX5
CX6
NOTES:
1.
Parts
Description.
2.
Ordering
10
Part
No.
141-0-1129-05712
~141-2-1129-06711
131-2-1601-87900
131-2-5205-32400
131-2-6308-22200
141-2-1319-36101
141-2-1449-60604
141-2-1539-16801
141-2-1659-33400
141-2-1659-33500
141-2-1259-07100
141-2-1419-16731
P.C.B.
ASSY
141-0-1939-04690
141-0-1939-04700
141-0-1939-04710
141-0-1939-04720
141-0-1939-04730
SCREW
101-3-1303-00811
143-3-1902-60811
143-3-1903-00611
143-3-1903-00811
143-3-1903-01018
143-3-1902-60818
order
quantity
PARTS
PARTS
must
of
pcs.
Cabinet
Cabinet
Knob
Cushion
Filter
Window
Plate
Decorate
Decorate
Button
Button
Cover
Name
LIST
Tuner
Keyboard
Antenna
Power
Tuned/Stereo
LIST
Screw,
Screw,
Screw,
Screw,
Screw,
Screw,
contain
screws
Front
Assy
Front
(Up/Down
Dial
(Power)
Switch
(Function)
Switch
(Function
Bottom
Plate
P.C.B.
Assy
Switch
Terminal
Switch
P.C.B.
Ind.
Pan
Hd.,
Brazier
Hd.
Brazier
Hd.
Brazier
Hd.
Brazier
Hd.
Brazier
Hd.
Model
and
resistors
Description
Knob)
FM)
P.C.B.
Assy
P.C.B.
Assy
Assy
P.C.B.
Assy
+M3.0x8
Tapping-B,
Tapping-B,
Tapping-B,
Tapping-B,
Tapping-B,
Number,
must
+M2.6x8
+M3.0x6
+M3.0x8
+M3.0x10
+M2.6x8
Part
Number
be
multiple
Q’ty
1
1
1
1
1
1
1
1
3
1
1
1
1
1
1
1
1
2
8
2
5
2
2
and
of
Each
precaution
parts
list
wattage
the
and
supply
ing a component
tance,
Leakage-current
from
the
or
circuit
in
schematic
or
this
manual
identified
voltage
that
resistance
before
should
diagram
with
are
designated
measurements
returning
be
designate
,
use
the
PRODUCT
followed
compo
only
the
in
the
must
product
duri
repla
parts
to
SAFETY
ng
nents
cement
be
made
the
servicing.
in
which
parts
list
in
this
to
customer.
NOTICE
Components
safet
designated,
manual.
determine
y
that
can
identified
be
of
special
or
parts
exposed
with
the
significance.
with
the
parts
are
IEC
symbol
same
ratings
acceptably
When
A\in
the
replac-
of
resis-
insulated
following
The
e
Line
Accurately
e
Voltmeter
DC
e
Standard
e
Standard
e
Generator
IF
e
e
Stereo
RECOMMENDED
recommended
are
Voitmeter
1MQ)
AM
for
FM
for
Voltage
Signal
Signal
Signal
equipments
test
Isolation
Calibrated
(Hight
Generator
Generator
Scope
Generator
Transformer
AC
Impedance
TEST
e
e
e
e
e
e
EQUIPMENTS
completely
to
Multiplex
Antenna
Loop
Dummy
Frequency
Distortion
Oscilloscope
Antenna
test
Generator
AM
for
(300
Counter
Meter
and
ohm,
the
align
Balanced
Tuner:
Type)
for
FM
Note:
|
i}.
>.
é
:
ITEM
The
turning
as
in
S-CURVE
ALIGNMENT
FINAL
DETECTOR
ADJUST-
MENT
(MINIMUM
T.H.D.)
Note:
circuit
IF
FM
selectivity,
and
conventional
Connect
IF
level
TPO1
terminal.
capacitor
generator
Connect
Generator
Dummy
Antenna
Set
+2kHz.
1kHzto
deviation.
Setting
attenuator
for
|
almost
Itis
GENERATOR
utilizes
the
LC
circuits.
10.7MHz
Genescope
70dB
and
ground
Use
in
FM
Antenna
terminals.
Generator
Modulate
provide
Generator
60dByz.
FM
ALIGNMENT
FM
non-turnable
a
must
IF
output
terminal
to
5pF
series
output.
Signal
RFF
through
to
to
98MHz
to
+40kHz
output
TUNER
unnecessary
DIAL
aligned
be
Position
|
Radio
with
FM
with
with
level!
interference.
Minimum
Frequency.
Front
DIGITAL
|
FM
Display
Set
FUNCTION
—
to
SETTING
ceramic
precisely
Panel
98MHz.
to
ALIGNMENT
switch
Front
in
filter
non-
of
Counter
coil
which
to
center
the
Connect
Genescope
to
ground
Connect
Distortion
Analyzer
TUNER
adjust
FM
to
End
INDICATOR
establishes
TPO2
the
of
Radio
and
terminal.
Harmonic
to
OUT.
position.
perfectly
as
bandpass.
IF
the
bandpass,
filter
Adjust
IF
input
so
symmetrical.
Adjust
|
for
linearlity.
Note:
the
If
Harmonic
apporoved
value
adjust
the
value
the
adjusted.
PROCEDURE
FM
S-wave
that
FM
minimum
numerical
to
the
the
Front
as
smallas
range
insure
To
than
rather
Coil
1st
DET
DET
gain
form
2nd
and
becomes
Coil
value
an
appropriate
IFT
located
to
minimize
possible
can
Distortion
as
specifications,
FM
End
of
360°(degrees).
symmetrical
10.7MHz
to
(T02),
(T03)
best
of
be
not
inside
the
within
ae
:
;
}
Repeat
Note:
3.
FM
STEREO
SIGNAL
SEPARATION
CONTROL
Use a screwdriver
Step
CAUTION:
1
Connect
to
|
channel
Apply
with
(FM
FM
nals.
Main
from
Same
RIGHT
plastic
Coil
DET
FM
Antenna
19kHz
channel,
signal
1000Hz
LEFT
channel.
as
above
channel.
grip
This
personnel,
TO2)
Stereo
termi-
signal
sub
ON.
signal
for
for
all
precision
(FM
2
and
SG
ON.
adjustments.
high-fidelity
trained
DET
in
Coil
the
T03)
instrument
repair
optimum
until
Scope
VTVM
TUNER
Scope
VTVM
TUNER
transistor
of
alignment
and
AC-
to
RIGHT
OUT.
and
AC-
to
LEFT
OUT.
should
equipment
be
serviced
reached.
is
Adjust
output.
and
VRO1
for
only
printed
minimum
by
qualified
circuitry.
AM
ALIGNMENT
Maintain
AM
generator
TUNER
—
FUNCTION
output
as
ALIGNMENT
low
switch
as
to
possible
LW
or
for
suitable
MW
position.
indication.
roy
.)
1.
AMIF
ALIGNMENT
.
MW
FREQUENCY
COVER
ALIGNMENT
(161
3.
(522kHz)
.
MW
TRACKING
ALIGNMENT
(603kHz)
5.
(1404kHz)
Note:
6.
LW
FREQUENCY
COVER
ALIGNMENT
(360kHz)
ITEM
(RF)
1kHz)
(RF)
Repeat
(RF)
Connect
ground
Do
|
generator.
Same
Connect
Antenna
terminal
Generator.
Antenna
Loop
Generator
603KHz
Modulate
(30%
the
adjustments
Do
|
generator.
GENERATOR
IF
Genescope
fevel
70dB
not
connect
as
Antenna
modulation).
not
connect
450kHz
output
to
TPO3
terminal.
above.
Standard
to
output
of
AM
RF
Place
60cm
(FM-60).
Setting
or
1404kHz.
with
400Hz
in
Items
Radio
Signal
Loop
away
and
Loop
from
to
4
and
DIAL
SETTING
Position
interference.
Minimum
Frequency.
Front
Panel
DIGITAL
Display
to
1611kHz.
Set
| |
DIGITAL
Display
Set
to
522kHz.
|
DIGITAL
Display
}|
Set
to
603kHz.
DIGITAL
Display
Set
to
5.
Then,
confirm
Front
Panel
DIGITAL
Display
Set
to
360kHz.
of
non-
Counter
Counter
Counter
Counter
1404kHz.
Counter
|
that
INDICATOR
Connect
Genescope
to
TP04
ground
Connect
meter
ground
|
Same
Connect
and
to
TUNER
Same
there
is
Connect
meter
ground
Radio
input
and
terminal.
DC
Voit-
to
TPOQ5
and
terminal.
as
above.
AC
Oscilloscope
VTVM
OUT.
as
above.
no
traking
DC
Volt-
to
TPO5
terminal.
and
IF
|
|
|
error.
|
Adjust
gain
Voltmeter
Tuning
(See
Same
Adjust
for
Adjust
(TCO1)
Voltmeter
Tuning
(See
AM
and
Voltage
Table
as
MW
maximum
MW
for
Voltage
Table
PROCEDURE
IFT
(TO9)
best
symmetry.
reading
Specified
Value
1).
above.
Antenna
gain
output.
Antenna
maximum
reading
Specified
Value
1).
for
maximum
Coil
(TO5)
Trimmer
gain
output.
~
(153kHz)
.
LW
(RF)
TRACKING
ALIGNMENT
(160kHz)
(350kHz)
Note:
Repeat
Use a screwdriver
MW/LW
Tuning
Voltage
J
[Maximum
the
adjustments
with
Frequency
Value
isaintiz
|
1.3v
Same
as
Connect
Antenna
terminal
Generator.
Antenna
Loop
Antenna
Generator
160kKHz
Modulate
(30%
modulation).
plastic
Cover
Range
at
TPO5
|
360
[
90v
above.
Standard
to
output
of
AM
RF
Place
60cm
away
(FM-60).
Setting
or
350kHz.
with
400Hz
in
Items
grip
for
KHz
|
|
Loop
Signal
Loop
from
to
8
and
all
adjustments.
S22
kr
13V
DIGITAL
Display
Set
to
|
DIGITAL
Display
|
Set
to
DIGITAL
Display
Set
to
350kHz.
9.
Then,
confirm
(Table
[161
1KnZ
|
90vV_
Counter
153kHz.
Counter
160kHz.
Counter
1)
|
that
Same
Connect
and
to
TUNER
Same
there
as
above.
AC
Oscilloscope
is
VTVM | Adjust
OUT.
as
above.
no
traking
Same
|
for
Adjust
(TCO2)
error.
maximum
:
as
above.
LW
Antenna C oil
LW
Antenna
for
maximim
gainou
(TO6)
tput.
Trimmer
gain
output.
TROUBLE
SHOOTING
GUIDE
Tuning
Frequency
|
MW
~ | §22kHz
LW}
r
522kHz
153kHz
=n
Tuning
Voltage
Voltage
Low
High
Low
ae
Voltage
Voltage
Possible
OSC
MW
Inductance
MW
OSC
inductance
LW
OSC
Inductance
LW
Inductance
C107
little.
C107
much.
C20
little.
Coil
OSC
Coil
Capacitance
Capacitance
Capacitance
;
Coil
is
Coil
is
is
is
Cause
(T07)
too
(T07)
too
(TO8)
too
(TO8)
too
little.
much.
little.
much.
is
too
is
too
is
too
|
Adjust
Tuning
Adjust
Tuning
Increase
Decrease
Increase
Corrective
OSC
MW
Frequency
Coil
OSC
LW
Frequency
Capacity
Capacity
Capacity
: .
Action
(T07)
Coil
522kHz.
(T08)
153kKHz.
of
C107.
of
C107.
of
C20.
at
at
alta
é
4
wey
oe
t
MW
LW
TCO1
Trimmer
adjusted.
TCO2
Trimmer
adjusted.
522kHz
1611kHz
522kHz
1611kKHz
153kHz
|
360kHz
153kHz
360kHz
Condenser
Condenser
Voltage
Low
Voltage
Low
High
High
Voltage
Low
Voltage
Low
High
High
cannot
cannot
Voltage
Voitage
Voltage
Voitage
be
be
C20
Capacitance
much.
DO1,02
wrong
or
as
Same
as
Same
as
Same
The
fin
Condenser
exposed
Same
of
as
(SVC
bad
above.
above.
above.
Trimmer
is
to
the
above.
is
too
Rankis
321)
parts.
completely
outside.
Decrease
Replace
|
check
Q15,16.
Same
Same
|
Same
If
8.5V,
C107
if
8.5V,
and
if
replace
readjust
as
as
as
the
Tuning
add
18pF.
the
Tuning
replace
readjust
the
Tuning
Capacity
DO1,02
PLL
above.
above.
above.
2pF
C15
tt.
of
(SVC
Circuit
of
ICO04,
Voltage
with a parallel
Voltage
DO1,
02
it.
Voltage
18pF
with
C20.
321)
QO06
is
less
is
more
(SVC321)
is
normal,
15pF
and/or
and
than
cross
than
and
TCO2
Trimmer
adjusted.
Condenser
Cannot
be
The
fin
of
Condenser
concealed
Trimmer
Trimmer
is
completely
by
the
Condenser.
body
of
If
the
Tuning
replace
readjust
C15
it.
Voitage
18pF
with
is
normal,
22pF
and
in,
S3OARD
LAYOUT
(TOP
VIEW)
sess
aeenasone
ESE
OO
EE
Rag,
Ss
RS
ALIGN
DEAE
ORDER 2 DEAD
NE
APOE
sarsnageegy
OP
Ronen
ts
eGo
RGORC
ES
renmcinra
P: a fi
:
a,
oe
ont
ee
ye
Sa
FM
IFT
eeahasan
Q02
:
Fa
!
|
ee
}
ed
ee
TO1
()
i
GND
Vee
RF
FM
ANT
COIL.
ph
ANT
Seal
ANT
DOI
SVC2II
H
;
Q01
2SKke4ai
Q01
FM
RO2
COIL
tTcot
ROS
CO3
003
=DO3
GMAO!
a
COs
28C2999
OVtT
ROS
Q03
ae
Ep
C10
i}+-—_—OF
ouT
cog
Fout
IF
Vcc
Vt
GND
ANT
LO1
LO2
Lov
enn
po4
SVC2I1
Q03
2SKI61
Q04
2SK212
Gi
P.C.BOARD
PARTS
LIST
TUNER
141-0-1939-04690
Bt
301
01
02
“FQ3
-
104
F05
233
me
02
1.03
702
103
104
105
T06
T07
108
TO9
C01
‘C02
JRO
111-2-6220-11100
131-2-5205-22503
131
131
141-2-3889-03400
CAPACITORS
02
CC4-7-0500-KD00C
“93
Cl2-2-3160-NGOOR
CC2-2-3500-ZG00C
06
CC4-7-3500-ZG00C
“07
CC4-7-3500-ZG00C
08
CC4-7-3500-ZG00C
CD4-7-663A-0001V
10
ult
C12
C13
C14
C15
C16
C17
C18
C19
C20
C21
C22
C23
C24
C25
C26
C27
C28
C29
C30
C32
C33
Cl2-2-3160-NGOOR
CD1-0-6160-0001V
CC2-2-1500-KDOOR
CC1-0-3500-ZG00C
CD2-2-5500-0001V
CC1-5-0500-KD00C
CD2-2-5500-0001V
CC4-7-3500-ZGO00C
CC4-7-3500-ZG00C
C12-2-3160-NGOOR
CC6-8-0500-JDOOR
CD1-0-5500-0001V
Cl2-2-3160-NGOOR
CS4-3-1500-JO00V
CC4-7-3500-ZG00C
CC4-7-3500-ZG00C
CS3-3-1500-JO00V
CC4-7-3500-ZG00C
CD1-0-6160-0001V
CC4-7-0500-KD00C
CD1-0-6160-0001V
Cl2-7-3250-KFO0C
CC1-0-2500-KE00C
Part
No.
P.C.B.
ASSY
4-2262-18940
4-1259-72035
(Component
are
not
serviceable
4-2142-00080
4-2272-00301
4-2272-00301
4-2272-00230
4-2279-70080
4-2252-00082
4-2359-77520
4-2539-71420
4-2539-71420
4-2539-71600
4-2569-71690
4-2569-71691
4-2529-70230
4-2579-71730
4-2579-71740
4-2589-72470
4-2589-72480
4-2569-71681
4-2242-00120
4-2242-00180
4-2222-00960
-2-6108-11201
-2-6201-21500
Tuner
P.C.B.
Tuner
P.C.B.
FM
Frontend
parts
used
and
Digitron
Ceramic
Filter
Ceramic
Filter
Ceramic
Filter
Ceramic
OSC
Crystal
7.2MHz
Connector
Choke
Choke
Choke
FM
FM
Anti
MW
LW
MW
LW
AM
Film
Film
Potentiometer
Wire
Cushion
Cover
DET
DET
Birdie
ANT
ANT
OSC
OSC
IFT
Trimmer
Trimmer
Wrap
Plate
Heat
Braket
Assy
Coil
1004H
Coil
100H
Coil
33H
(st
2nd
Coil
Coil
Coil
Coil
Sever
Sink
Digitron
Ceramic
Boundary
Ceramic
Ceramic
Ceramic
Ceramic
Electrolytic
Boundary
Electrolytic
Ceramic
Ceramic
Electrolytic
Ceramic
Electrolytic
Ceramic
Ceramic
Boundary
Ceramic
Electrolytic
Boundary
Polystyroul
Ceramic
Ceramic
Polystyroul
Ceramic
Electrolytic
Ceramic
Electrolytic
Boundary
Ceramic
Description
Assy
in
Front
available.)
10.7MHz
10.7MHz
Filter
8P
16P
100k0.-B
Terminal
End
47pF
0.022uF
0.022uF
0.047nF
0.047uF
0.047uF
47F
0.022uF
10F
220pF
0.01
F
2.2/LF
15pF
2.21LF
0.047uF
0.047F
0.022uF
68pF
1F
0.022uF
430pF
0.047uF
0.047uF
330pF
0.047uF
10uF
47pF
10F
0.027uF
0.001
uF
50V
16V
50V
50V
5OV
5OV
6.3V
16V
16V
50V
50V
o0V
50V
o0V
50V
5OV
16V
50V
SOV
16V
SOV
50V
50V
50V
5OV
16V
50V
16V
25V
50V
+10%
+30%
+80.-20°.
+80,-20:-
+80.-20°.
+80.-20°:
+30%
+10%
+80,-20°-
+10%
+80.-20:-
+80,-20°:
+30%
5%
+30%
£5%
+80.-20°-
+80.-20:
5%
+80.-20:-
10%
10%
+£10%
Q’ty
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
|
|
1
{
1
{
2
1
1
1
1
1
{
1
1
1
1
1
|
1
{
1
|
1
ae
C34
C35
C36
C37
C38
C40
C41
C42
C43
C44
C45
C46
C47
C48
C49
C50
C51
C52
C53
C54
C55
C56
C57
C58
C59
C60
C61
C63
C64
C66
C67
C68
C69
C70
C71
C72
GS
C74
C75
C76
C93
C95
C96
C97
C98
C100
{
C103
1
C104
C107
1
C108
C109
C110
1
1
1
|
|
1
|
1
1
1
1
1
If
DO2
equivalent
DO1
DO2
DOS
D06
D08
DO9
Part
No.
CM4-7-3500-KOOSV = Mylar
CC1-0-2500-KEOOR
CD1-0-5500-0001V
CD4-7-4500-0001V
CD1-0-5500-0001V
CD1-0-6160-0001V
CD1-0-5500-0001V
CC3-9-1500-KE00C
CC3-9-1500-KE00C
CD2-2-6160-0001V
CD2-2-5500-0001V
CD2-2-5500-0001V_—_
C14-7-2500-KEOOR
C14-7-2500-KEOOR
Cl2-2-3160-NGOOR
CD2-2-7100-0001V
CD2-2-8100-0001V
CD4-7-663A-0001V
CC2-7-0500-JCHOC
CC2-7-0500-JCHOC
CM1-0-3500-KOOSV
CD1-0-7160-0001V
CD1-0-5500-0001V
CD1-0-7160-0001V
CD1-0-5500-0001V
CD1-0-5500-0001V
CC2-2-3500-ZGO0C
CC2-7-0500-KD00C
Cl2-2-3160-NGOOR
Cl1-0-3250-MFOOR
Cl1-0-3250-MFOOR
CD4-7-6160-0001V
CD4-7-6100-0001V
CD4-7-6100-0001V
CD1-0-7160-0001V
CD1-0-8250-0001V
CC1-0-3500-ZGO0C
CC1-0-3500-ZG00C
CC1-0-3500-ZGO0C
CC1-0-3500-ZGO0C
Cl2-2-3160-NGOOR
CD4-7-6160-0001V
Cl1-0-3250-MFOOR
Cl1-0-3250-MFOOR
Cl1-0-3250-MFOOR
CC4-7-3500-ZG00C
Cl2-2-3160-NGOOR
CC4-7-3500-ZG00C
CC1-8-0500-KDO0C
CD4-7-4500-0001V
CD1-0-6160-0001V = Electrolytic
CD1-0-6160-0001V
SEMICONDUCTORS
necessary,
(SVC
replace
321)
characteristics.
202-5-1260-32123
202-5-1260-32123
202-5-2810-44210
202-5-2810-44210
202-5-2810-44210
202-5-2810-44210
Ceramic
—_
Electrolytic
Electrolytic
—_
Electrolytic
Electrolytic
Electrolytic
Ceramic
Ceramic
Electrolytic
_—_
Electrolytic
Electrolytic
Boundary
Boundary
Boundary
‘Electrolytic
Electrolytic
Electrolytic
Ceramic
Ceramic
Mylar
Electrolytic
Electrolytic
Electrolytic
—_
Electrolytic
—_
Electrolytic
Ceramic
Ceramic
Boundary
Boundary
Boundary
Electrolytic
Electrolytic
Electrolytic
Electrolytic
—_
Electrolytic
Ceramic
Ceramic
Ceramic
Ceramic
Boundary
Electrolytic
Boundary
Boundary
Boundary
Ceramic
Boundary
Ceramic
Ceramic
Electrolytic
Electrolytic
both
together
Diode,
Diode,
Diode,
Diode,
Diode,
Diode,
.
Diode
with
SVC
321
SVC
321
DS
442
DS
442
DS
442
DS
442
Description
0.047uF
0.001uF
0.474F
390pF
390pF
0.00474F
0.0047uF
0.022uF
220uF
2200HF
0.0iuF
100uF
100uF
0.022uF
0.022uF
0.01uF
0.0iuF
100uF = =616V
1000uF
0.01uF
0.01mF
0.01uMF
0.01uF
0.022uF
O.0inuF
0.0iuF
0.01uF
0.047uF
0.022uF
~—©(0.047uF = 50V__+80,20%
0.47uF
DO1
(SVC
new
ones
C
C
50V
50V
1uF
SOV
50V
1uF = o5OV
10uF
16V
1uF
O5OV
50V
50V
22uF = 16
2.24F
50V
2.24F
SOV
50V
50V
16V
=—s«d0V
10V
47uF
6.3V
27pF = =50V)
2/pF
=50V
50V
=.
16V
1uF = o5OV
16V
1uF = 55OV
1uF
SOV
50V
27pF
50V
16V
25V
25V
47u4F
=s16V
47uF
10V
47uF
=610V
25V
50V
50V
50V
50V
16V
47uF
16V
25V
25V
25V
50V
16V
18pF 3 =650V + 10%
50V
10uF
§=16V
10uF
86
16V
321)
and
which
+10%
+10%
+10%
+10%
+10%
+10%
+30%
+5%
+5%
+10%
+80.20%
+10%
+230%
+20%
+20%
+80.20%
+80.20%
+80.20%
+80.20%
+0%
+20%
+0%
+2%
+80.20%
+9%
Dodie
have
the
Q’ty
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
|
|
1
|
|
1
1
1
1
1
1
1
|
1
1
|
|
|
|
1
1
1
1
|
|
1
1
1
1
1
SS
ee
eee
|
|
ak
oO
P.C.BOARD
PARTS
LIST
(continuea)
Ref.
No.
Di0
D11
Di2
D13
D14
D15
D16
D17
D18
D19
D20
D25
D27
D28
D29
D30
D31
D32
D33
D35
D39
C01
IC02
IC03
1C04
IC05
1C06
Q01
Q02
Q03
Q04
Q05
Q06
Q07
Q08
Q09
Q10
Q11
Q12
Q13
Q14
Q15
Q16
Q17
Q18
Q19
Q20
Q21
Q22
023
Q24
Q25
Q26
Q27
RO1
R02
R03
R04
ROS
RO6
R08
Rog
Part
No.
202-5-281
0-44210
202-5-2810-44210
202-5-2810-44210
202-5-2810-44210
202-5-2810-44210
202-5-2810-44210
202-5-2810-44210
202-5-2810-44210
202-5-2810-44210
202-5-2810-44210
202-5-2810-44210
202-5-2810-44210
202-5-0220-01010
202-5-0220-01010
202-5-0220-01010
202-5-0220-01010
202-5-3210-13011
202-5-0220-01010
202-5-2810-44210
202-5-2810-44210
202-5-2810-44210
207-5-3281
-26110
207-5-0743-40010
4-2069-74380
ITT---TC91-47P-
ITT---TD61
ITT---TD63-01
203-5-4921
-04P-
AP-
-01
280
4-2039-71410
203-5-5000-53680
203-5-5000-53680
203-5-5000-53680
203-5-5000-53680
203-5-4921
203-5-4921
-01280
-01280
203-5-5000-53680
203-5-5000-53680
203-5-5000-53680
203-5-7230-60850
203-5-5000-53680
203-5-5000-53680
4-2039-71412
TTT---28C1-815-B
203-5-5000-53680
203-5-5000-53680
203-5-5000-53680
203-5-5000-53680
203-5-5000-53680
203-5-8570-33060
4-2039-71411
203-5-7230-60850
203-5-5000-53680
203-5-5000-53680
203-5-5500-93060
RESISTORS
RD5-6-2251
RD2-2-0251
-JM000
-JS000
RD2-2-2251-JM000
RD2-7-1251-JM000
RD3-9-1161-JHO00
RD1-0-2161-JHO00
RD2-4-2161-JHO00
RD2-2-0251-JS000
Diode,
Diode,
Diode,
Diode,
Diode,
Diode,
Diode,
Diode,
Diode,
Diode,
Diode,
Diode,
Diode,
Diode,
Diode,
Diode,
Zener
Diode,
Diode,
Diode,
Diode,
IC,
LA
IC,
LA
IC,
BU
-
IC,
TC
-
IC,
TD
IC,
TD
Transistor,
FET,
Transistor,
Transistor,
Transistor,
Transistor,
Transistor,
Transistor,
Transistor,
Transistor,
Transistor,
Transistor,
Transistor,
Transistor,
FET,
Transistor,
Transistor,
Transistor,
Transistor,
Transistor,
Transistor,
Transistor,
FET,
Transistor,
Transistor,
Transistor,
Transistor,
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
DS
DS
DS
DS
DS
DS
DS
DS
DS
DS
DS
DS
DSF
DSF
DSF
DSF
Diode,
DSF
DS
DS
DS
1261
3400
4013
9147
6104
6301
2SK
2SK
2SK
442
442
442
442
442
442
442
442
442
442
442
442
10
10
10
10
10
442
442
442
B
AP
P
AP
2SD
246
2SC
2SC
2SC
2SC
2SD
2SD
2SC
2SC
2SC
2SA
2SC
2SC
246
2SC
2SC
2SC
2SC
2SC
2SC
2SD
246
2SA
2SC
2SC
2SC
Description
C
C
C
C
GZA
13
C
1012
536
536
536
536
1012
1012
536
536
536
608
536
536
1815
536
536
536
536
536
330
608
536
536
930
X
9.6k9
220)
2.2kQ
2700
3902
1k
2.4kKQ
220)
1/4W
1/4W
1/4W
1/4W
1/6W
1/6W
1/6W
1/4W
+5%
+5%
5%
+5%
+5%
+5%
+
+5%
5%
Q’ty
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
|
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
Cette
Te a ee ee
a
Ref.
No.
R10
RD8-2-2251-JM000
R11
RD1-0-5161-JHOOO
R12
RD2-2-3251-JM000
R13
RD2-2-2251-JM000
R14
RD1-0-5161-JHOOO
R15
RD1-0-3251-JM000
R16
RD1-0-2251-JM000
R17
RD3-9-1161-JHO00
R18
RD2-4-2161-JHOOO
R19
RD1-0-1161-JHO00
R20
RD1-0-4251-JM000
R21
RD1-0-4251-JM000
R22
RD2-2-3251-JM000
R23
RD1-0-3161-JHOOO
R24
RD1-0-4251-JM000
R28
RD2-2-3251-JM000
R29
RD2-2-3251-JM000
R30
RD1-0-4251-JM000
R31
RD1-0-2161-JHO00
R32
RD1-0-1251-JM000
R33
RD3-3-2251-JM000
R34
RD1-0-2251-JM000
R35
RD1-0-1251-JM000
R37
RD2-2-3161-JHO00
R38
RD3-3-2161-JHO00
R39
RD2-2-0251-JSO00
R40
RD1-0-4251-JMO00
R41
RD6-8-1161-JHOOO
R42
RD1-3-4161-JHO00
R43
RD1-3-4161-JHOO0
R46
RD1-0-2161-JHOOO
R47
RD1-0-2161-JHOOO
R49
RD1-0-4251-JM000
R50
RD2-2-3251-JM000
R51
RD2-2-3251-JMO00
R52
RD2-2-2251-JM000
R53
RD2-2-2251-JMO00
R54
RD1-0-4251-JMO00
R55
RD1-0-4251-JM000
R57
RD2-2-2251-JM000
R58
RD1-0-4251-JM000
R59
RD1-0-4251-JM000
R60
RD1-0-4251-JM000
R61
RD1-0-4251-JM000
R62
RD1-0-4251-JM000
R63
RD1-0-3251-JM000
R64
RD3-3-4251-JM000
R65
R66
R67
R68
R69
R70
R71
R72
R73
R74
R75
R76
R77
R78
R79
R80
R81
RD1-0-3161-JHO00
RD1-0-3251-JM000
RD1-0-4251-JM000
RD1-0-4251-JM000
RD4-7-3251-JM000
RD2-2-3251-JM000
RD1-0-3251-JM000
RD2-2-1251-JMO00
RD1-0-1251-JM000
RD1-0-2161-JHO00
RD3-3-4251-JM000
RD3-3-4161-JHOOO
RD4-7-2161-JHO0O
RD2-7-2251-JM000
RD2-7-2251-JM000
RD1-0-2251-JM000
RD2-7-1251-27000
Part
No.
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Description
B2kQ
IMQ
22kQ
2.2kQ
IMQ
10kM
1k
3900
24kQ
1000
100kKQ
100kKQ
22kQ
10kQ
100kQ
22kQ
22kQ
100kQ
1kLO
1000
3.3kQ
1kQ
1000
22kQ
3.3kQ
22.
100kQ
6800
130kQ
130kQ
1kQ
1kKQO
100kQ
22kQ
22kQ
2.2kQ
2.2kQ
1O0kKQ
100kQ
2.2kQ
100kKQ
100kQ
100kKQ
100kKQ
100kKQ
1OkKQ
830kKQ
10kKQ
10kQ
100kQ
100kKQ
A47kQ
22kQ
10kQ
2200
1000
1kQ
330kQ
330kQ
47kQ
27kQ
27kQ
1kQ
2700
1/4W
1/6W
=
1/4W
1/4W
1/6W
1/4W
=
1/4W
1/6W
1/6W
1/6W
1/4W
1/4W
1/4W
1/6W
1/4W
1/4W
=
1/4W
1/4W
1/6W
1/4W
1/4W
1/4AW
1/4W
=
1/6W
1/6W
1/4W
1/4W
1/6bW
1/6W
1/6W
1/6W
1/6W
1/4W
3
1/4W
1/4AW
1/4W
1/4W
=1/4W
=
1/4W
1/4W
1/4W
=
1/4W
1/4W
3
1/4W
1/4W
=
14W
114W
TEW
14W
14W
114W
TAWA
«14
14W
14
W4W
16W/
14VW/
16VW/
16W/
44
14W
14W
Tay
+5*:
+5:
+5¢:
+5:
+5:
+5°:
+55;
+5‘;
+5°:
+5°:
+5°5
+5%
+5%,
+55;
+5°
+5%
+53
+5%;
5°;
+5°;
+53;
+5°;
+5--
+5°-
+5:-
+5:-
+5:-
+5:-
+5:-
+5:-
+5::
+5--
+5-:
+5::
+5:
+5:-
+5°-
5:
+5:
+5--
+5
+5
+5
+5
+5
+5
5
+5
+5
+5
+5
5
5
+5
+5
+5
+5
+5
+5
+5
+5
+5
+5
5
Q’ty
1
|
1
|
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
|
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
|
=
anh
P.C.BOARD
PARTS
LIST
ccontinuea)
aor
32
33
34
85
86
87
88
“89
30
91
12
3
34
35
A9O7
98
499
R100
2101
R102
3103
3104
“105
R106
3107
108
R109
R110
R111
R112
R113
R114.
3115
R116
R117
R118
R119
R120
R121
R122
R124
R125
R126
R127
R128
R129
R131
R138
R139
R146
R148
R149.
R150
R154
R155
R157,
=
=
=
=
=
=
=
No.
Part
RD5-6-2251-JM000
RD1-0-3251-JM000
RD1-0-2251-JM000
RD6-8-3161-JHO00
RD6-8-3161-JHO00
RD4-7-3251-JM000
RD4-7-3251-JM000
RD1-0-3251-JM000
RD1-0-4251-JM000
RD1-0-4251-JM000
RD1-0-4161-JHO00
RD4-7-2251-JM000
RD4-7-2251-JM000
RH1-0-2501-JZ000
RD1-0-4251-JM000
RD4-7-3251-JMO000
RD3-3-4251-JM000
RD2-2-3251-JM000
RD2-2-3251-JMO000
RD4-7-3251-JM000
RD4-7-3251-JM000
RD4-7-3251-JM000
RD4-7-3251-JM000
RD4-7-3251-JM000
RD4-7-3251-JM000
RD4-7-3251-JM000
RD4-7-3251-JM000
RD4-7-3251-JM000
RD4-7-3251-JM000
RD4-7-3251-JM000
RD4-7-3251-JM000
=RD4-7-3251-JM000
RD4-7-3251-JM000
=RD4-7-3251-JM000
=RD4-7-3251-JM000
RD4-7-3251-JM000
RD4-7-3251-JM000
=RD4-7-3251-JM000
RD4-7-3251-JM000
RD4-7-3251-JM000
RH2-2-1102-JZ000
RD1-0-3161-JHOOO
RD1I-0-2251-JMO000
RD1-2-2251-JM000
RDI-0-2251-JM000
=RD1-0-2251-JM000
RD1-0-4161-JHO00
=RD1-0-2251-JM000
RD1-0-2251-JMO00
RD1-0-2251-JM000
RD1-0-2251-JM000
RD1-0-2251-JM000
=RD1-0-3251-JM000
RF8-2-A251-KHO00
RD1-0-3161-JHO00
RD1-0-2251-JM000
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Metal
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Metal
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Carbon
Fuse
Carbon
Carbon
Description
—
56kQ
10kQ
1kOQ
68kQ
68kQ
47kQ
47kQ
10kQO
100kQ
—
100KXD
100kQ
47kQ
47kQ
1kQ
~—100kKQ
47kQ
330kQ
22kQ
22k
47kQ
47kQ
47kQ
47kQ
47kQ
4A7kQD
47kQ
47kQ
47kKQ
47kQ
47kQ
47kQ
4A7kKQD
A7kKQD
A7kKQ.
A7kKQ
47kQ
47kQ
47kQ
47kKQ
4A7kKQ
2200)
10kQ
1.2kQ
100kQ
10kQ
8.20
10kQX
1kQ
1kOQ
1kQ
1kQO
1kO
1kQ
1kQ
1kQ
1kQ
1/4W
1/4W
1/4W
1/6W
1/6W
1/4W
«1/4W
1/4W
1/4W
«=
1/4W
1/6W
1/4W
1/4W
1/2W
«1/4W
«1/4W.
1/4W
1/4W
=1/4W
1/4W
=1/4W
1/4W
1/4W
1/4W
=1/4W
1/4W
1/4W
=1/4W
«1/4W
=1/4W
«=1/4W
«=1/4W
=1/4W
«=1/4W
§=1/4W
1/4W
=
1/4W
=
1/4W
1/4W
=
§=1/4W
IW
1/6W
=1/4W
1/4W
1/4W
3
1/4W
1/6W
1/4W
1/4W
1/4W
1/4W
3
=1/4W
1/4W
1/4W
1/6W
3
1/4W
+5%
+5%
+5%
+5%
+5%
+5%
5%
5%
5%
5%
5%
+5%
+5%
+5%
5%
5%
+5%
+5%
+5%
+5%
+5%
+5%
+5%
+5%
5%
+5%
+5%
5%
5%
+5%
5%
5%
+5%
+5%
5%
+5%
5%
+5%
+£5%
+5%
5%
+5%
5%
5%
+£5%
5%
+5%
5%
5%
5%
£5%
5%
+5%
+10%
+5%
+£5%
Q’ty
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
+5%
+5%
+5%
+5%
+80-20%
multiple
Q’ty
1
1
15
|
1
1
1
1
1
1
1
1
1
1
1
1
1
2
1
|
|
2
1
1
and
of
Switch
Switch
Switch
(L.E.D.)
224
LN
253
SLP
P.C.B.
Terminal
Terminal
Terminal
470H
Coil
ASSY
P.C.B.
Switch
P.C.B.
Switch
1
Terminal
P.C.B.
Ind.
Ind.
(L.E.D.)
156
SLP
SLP
256
Model
and
Description
ASSY
Assy
P.C.B.
P.C.B.
6mm
(Mode)
RP
(Memory)
B
6800
1800
1000
ASSY
P.C.B.
P.C.B.
(Antenna)
4P
Assy
(Power)
Key
O.01uF
ASSY
P.C.B.
P.C.B.
B
(Stereo)
B
(Tuned)
Number,
resistors
Assy
390
Assy
Part
must
1/4W
1/4W
1/4W
1/6W
50V
Number
be
No.
ee
PCB2
DO1
DO2
R01
R02
R04
PCB3
LO1
R01
PCB4
1
C01
1
1
1
1
1
PCB5
1
1
1
1
DO1
1
DO2
1
1
1
NOTES:
1
1
1.
|
1
2.
1
1
1
1
1
1
Part
KEYBOARD
141-0-1939-04700
4-2262-18950
4-2312-05300
131-2-4208-42900
SEMICONDUCTORS
--DWW-LN22-4RP--
4-2029-72121
RESISTORS
RD6-8-1251-JM000
RD1-8-1251-JM000
RD1-0-1251-JM000
ANTENNA
141-0-1939-04710
4-2262-18960
4-2379-71021
4-2539-71610
RESISTOR
RD3-9-0161-JHOOO
POWER
141-0-1939-04720
4-2262-18970
4-2312-03320
AX
111-2-6220-11100
CAPACITOR
CC1-0-3500-ZGO00C
TUNED/STEREO
141-0-1939-04730
4-2262-18980
131-2-4208-34400
SEMICONDUCTORS
DOO---SLP--156B-
DOO---SLP--256B-
°
Sie
Ordering
10
quantity
pcs.
SWITCH
TERMINAL
SWITCH
must
Keyboard
Keyboard
Keyboard
Spacer
_L.E.D.,
L.E.D.,
Carbon
Carbon
Carbon
Antenna
Antenna
Antenna
Choke
Carbon
P.C.B.
Power
Power
Push
Wire
Ceramic
IND.
Tuned/Stereo
Tuned/Stereo
Spacer
_L.E.D.,
_L.E.D.,
contain
of
screws
P.C.B.
Switch
Wrap
precaution
Each
parts
ing
tance,
l
fromthe
and
list
component
a
wattage
eakage-current
supply
the
or
circuit
in
schematic
or
manual
this
identified
voltage
that
resistance
before
should
diagram
A\
with
are
measurements
returning
be
designate
only
use
,
designated
the
PRODUCT
followed
components
replacement
the
the
in
must
product
during
parts
be
to
the
SAFETY
servicing.
which
in
parts
this
in
list
to
made
customer.
NOTICE
Components
safety
designated,
manual.
determine
can
that
identified
special
of
be
parts
or
exposed
the
with
significance.
the
with
are
parts
symbol
IEC
ratings
same
acceptably
When
the
in
A\
replac-
resis-
of
insulated
|
TRANSISTOR
2SA
2SC
2SC
2SC
2SD
608
536
930
1815
1012
SEMICONDUCTOR
|
LEAD
IDENTIFICATION
LA
1260
22
LA
21
16
1514
3400
20
19
BOTTOM
13
BOTTOM
18
17
12
16 15
1110
VIEW
9
VIEW
14
13
12
-
—
an
———
C-—-~COLLECTOR
E--EMITTER
ale
TC
9157
AP
aK
BOTTOM
S~>SOURCE
G->GATE
D-~DRAIN
VIEW
123
TD
6104
45
BU
TD
6301
P
FRONT/BOTTOM
6
7
4013 B BOTTOM
12345
14131211109
AP
BOTTOM
VIEWS
VIEW
6 7
8
VIEW
42
41
40
39
38
37
36
35
34
33
32
31
30
29
28
27
26
25
24
23
a
le
ee
28 27
26
25 24
23
22
8 9 10
21
20
19
11:12
18
17
13
16
14
15
KEY
BOARD
TO
TUNER
SWITCH
(BOTTOM
VIEW)
P.C.BOARD
OMA
EEL
ORES
YEW
NEE:
POWER
ANTENNA
pa
I)
SWITCH
(BOTTOM
FM
a
eel
et
RR
P.C.BOARD
VIEW)
TERMINAL
(BOTTOM
ANT
L
eisai.
Aaa
JOl
TO
TUNER
GND
HL
a
PCO!|
P.C.B.
VIEW)
CC
a
PCO7
P.C.BOARD
AM
EXT
ANT
a
a
TUNED/STEREO
las
P.C.BOARD
(im
IND.
TO
POWER
AMP
SUPPLY
19V
AC
TO
TUNER
PCOS
PCB.
(BOTTOM
TO
TUNER
VIEW)
P.C.B.
TO
LOOP
ANTENNA
(BOTTOM
VIEW)
TUNER
OUTPUT
TERMINAL
PR,
C
B
°
Soy
sone
[SYMBOL
|
|
Q07,08 | 2SD
|
|
No.
Device [ B [ C
Q01
/28D 1012 | OV_ | 10.6V
Q02
|
28K
290
005 | 280.536
q09
Q10
ait
Q12
Q13
14
2SC
|
28C 536 | 0.6V | OV | OV
|
28C
NRO
neiebstanOvaaNs
AYA
TO
KEYBOARD
TRANSISTOR
eee
246 | 2.7V | 12.3V | 4.2v
536 | OV
_|
1012
536
|
a
CS
=
ce)
110.5V | OV
mlRl>lS
=
5
Shis/Pln
OS
©
0.2V_|
ov
536
|
0.7V
|
OV
|
tiv
—~15-
A
et
DC
|
|
cat
|
|
|
|
|
IONS
SW
VOLTAGES
SYMBOL
1
Q
Q16
a17
018
a19
022
023
24
Q25
Q26
027
PER
AER
ORS
DN
SIS
ELODIE
3V
ERIS
DLL
te
sees
ee
6V
0
12.9V
EMBRAER
|
SYMBOL
No.|
iC01
|
_!co2
Rae
ce
|
1C03
| _ ic06
ieee
for
DEVICE | 1
|
LA
1260
|
BU
4013B|
sauce
iC
PINNUMBERS
DC
VOLTAGES
7
|
6.0V
*
|
TV
3.AV
Z
1
3
ov
ea!
0
ae
OV
4.0V
OV
Fal
ov
Oe
por
93.
|
fo7v
[oz
24 | 25 | 26
19.3V
[18.0v
[i8.2v[19.0v
3.3V
ae
ae
OV
27
|
a
19
OV
28
14
3,.9V
eee
=
OV
ae
fe
118
3.1V
a
el
|
OV
18.6V
onic
an
epi
naa
oa.
DEED
IDS
ESE
P
°
No
5
e B ° C 2
«
28
29D
ee
0.6V
1815 | 0.6V | 1.6Vv | OV
330
eae
10
14.8V | -0.9V
6.1V
FM
FRONT
END
1CO5
iLO3
ie
C64.
0.0227
C63
m27P
C66
0.01
fet
amex
LOOP
ho"
ANTENNA
,
na
Onl
On
Om
i
On
Q12
OF
>
0
pe
R70
22K
c46
a
22/50
Ri26<
WET
i
nasi
1K
R148
1K
WU
ave
;
Oe
p
Ge
Lcag
QOS
TUNER
NO
|
OUTPUT
ie
te
Loch
‘
R14.
()
iM
ars
bap
4
01
rig
22K
ANT
R79 R78
2.7K
Oe,
7]
|
Z
Rit
*™
27K
C55
709
pot
L.C13
|
=
0.01
1
cdreetesnamecd
Tco1
foe]
RBS
IN
c58.
1oo/16e7
ose
100/716
mcie
“pye.2/50
EW
&RBO
1K
bt
[—
ag
RBI
270
RBZ
R82
Be
Hi6Y
gig
GOUT
PMA
C104
6.047 | “dep
an
Gg
2.7V
©
R19
400
BIT.
C17
0.047
|
ea
Bsa
5.022
4002
ing
1
R21
100K
iy
"226
0.047
[seor
904
|
|.co9
F
47/63
3
~~
BIRDIE
Rog’
*Y
TPO2
FILTER
22
ci
0.622
a
|
R37
22K
i+12V
+33.
TO.
rh
sean
<cOP
OOF
lo.
‘Bc
047
VROI
100K
"FM
SB
(>
STEREO
SEPA.|
2
=
Sra7
C45
390P
ee
390P
ee
oe
Sen
R155
10K
meen
4
A.
Mecenre
it
010
|
ba
R127%
4*C69
1.2K
PATSIO
12
|
:
weal
PC 04
EPS
“eet
eT
G
PEE
M8
M7
M6
| |
ee
fe
Oe
oe
en
OOOO
a
OOO
TTT ery
Ff
M5
M4
M3
M2
Mi
MEMORY
|
|
HG
|]
off
DOWN
UP
|
ef
ae
de
|
7
OO
OOO
dae
aaa
MODE
4
LW
MW
Because
modifications
|
FM
|
Fisher
without
products
notice.
are
subject
to
continuous
improvement,
0G01
Fisher
DIGITRON
Corporation
reserves
the
right
tomake
any
=.
=i
PS
Gi-
iat
=
2
changes
:
-
PRODUCT
|
Each
|
should
ing.
.
are
are
on
ST/MUTE
show
50
indicated
Hz.
the
and
|
nate
|
can
|
When
|
identified
placement
parts
resistance,
that
listin
Leakage-current
measurements
determine
acceptably
supply
product
indicated
the
schematics
respect
Signal
those
obtained
diagram.
&
x
TO
POWER
19V
All
resistors
All
capacitors
All
voltages
following
UseaV.T.V.M.
All
voltages
FUNCTION
The
values
set
to
“MW”
AC
input
at
This
is
a
basic
AMP
SUPPLY
AC
values
values
indicated
conditions.
+10 % with
SW:
FM
iniCO1
position.
19
volts
schematic
or
220/1W
—~18—
NOTES:
1.
2.
3.
.
.
.
a
Oo oO
.
.
>
OD
.
SAFETY
precaution
be
Components
IEC
symbol
the
schematic
components
be
replacing a component
with
are
this
circuit
to
in
“ohm”
in
to
chassis
followed
A\
of
special
with
A\ , use
parts
the
wattage
designated
manual.
must
that
exposed
insulated
before
the
customer.
(K=10°,
“uF”
(P=107'),
are
measured
ground.
Stereo
L.E.D.
with
in
during
identified
in
the
diagram
in
which
significance.
designated,
same
or
returning
M=10°).
FUNCTION
NOTICE
this
only
ratings
or
in
the
resistance
be
parts
from
ON
manual
servic-
el
parts
lis
secig.
safety
the
re-
voltage
parts
made
are
the
the
under
position.
SW
or
of
to
the
|
|
|
AM
RF
IF
FM
FMO
IF
Function
C)
IC
SW.
LA
1260
SIGNAL
FLOW
FM
MPX
IC
LA
3400
Lamp
Trigger
SIGNAL
OUTPUT
LEFT
AM/FM
SW.
Muting
SW.
FLOW
RIGHT
PLL
CONTROLIC
AMIN
39
PSC
38
FMIN
37
TC
TEST
36
34
Constant
Multiplexer
AP
9157
DO-1D0-2
35
SIGNAL
-
§TOP1
STOP2
Auto
Circuit
32
STOP3
Stop
33
ROM
FLOW
31
MUTE
O/S
DATA
CK1
CK2
Timing
Generation
Circuit
Reference
Frequency
Quartz
Oscillator
N
aeO
Preset
Memory
(RAM)
p~)
FM
MW
on
LW
OSC1
OSc2
MC1
MC2
M8
Memory
Preset
Control
o
MANUAL
7
8
9
UP
10
DOWN
AUTO
M7
M6
M5
M4
M3
M2
M1
STO
i
aa
‘aw
a,
by
cy
dy
ey
fy
Gh
Binary
—20-
to
BCD + IF
Offset
ROM
FM
PRESCALAR
IC
TD
6104P
SIGNAL
FLOW
—~91-—
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