Marantz SR2000 User manual

7.2
TUNER
BOARD
SCHEMATIC
DIAGRAM
AND
COMPONENT
LOCATIONS
—
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:
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7.3 MAIN AMP/POWER SUPPLY BOARD SCHEMATIC DIAGRAM AND COMPONENT LOCATIONS — P700 7.4 TONE AMP BOARD SCHEMATIC DIAGRAM AND COMPONENT LOCATIONS — PEO00
| PEOO TONE ASSY ]
32.8V
ree en en ee
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RTI 100
F703]
in 6 Arr7o1
S705 Vk L701 yz)
Wir 8 728
Teh | O 4 9 Gaby
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pv
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ov @ RIT 4.7 (1/2W) S19
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L \R70: =
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S707 ‘O.A/IOOV ores
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B FEIPY-@
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Ren RrOz
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220/50V oon, 2 10/80¥
Ea |
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Qgoee i
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7.5 PUSHSWITCH BOARD SCHEMATIC DIAGRAM AND COMPONENT LOCATIONS — PS00
807
CAUTIONS ‘ [rsx PSOO SWASSY
| REPLACE WITH SAME TYPE FUSE
Deank y812
54250
AT 250
J811
‘5 j FOR CANADA
1 FOR EURQBELU.K
807
| cao2 ;
a |
Rs04 |
Losreos rvosr cosr
rg
CAUTION
U7
10 ; 11

7.6 HEADPHONE JACK BOARD SCHEMATIC DIAGRAM AND COMPONENT LOCATIONS — Pwoo
Fives 1
c
wae
oo.
xii Lyxos 4x08 | JX04] sxa6:
C—O ee mere ae oe
ch METER ADJ,
RXO8 Ik 0x03 AXO3 33011W)
AW 4 4
ero i
S¥stem 2
xu
Paaea ger
Peon 3
vzoi
By
foomA
IP250 1
ee |
JZ5i : : 3zs2
12

8. EXPLODED VIEWS AND PARTS LIST
8.1 [€01-99] FRONT PANEL
For(N) TYPE
004B
For(N) TYPE
0048
@ (U): for U.S.A.
@(C): for Canada
@ (N): for Europe
ae [|
2112063400 Front Pane! Assembiy
2112063410 Front Panel Assembly
2112158110 Window, Dial
2112158120 Window, Meter
2112063010 Escutcheon
2112063110 Escutcheon, Low Filter
2112063040 Escutcheon, Wood
2112063050 Escutcheon, AL.
2112160020 Bracket (R)
2112160030 Bracket (L)
2112154010 Knob
2112115010 Spring
53118169A0 Hexagon Nut
2112154020 Knob
2112154030 Knob
2112154040 Knob
51100308A9 | B.H.M. Screw
51280308B0 | B.H. Tapped Screw
51400310A0 B.H. Tapped Screw
51280306B0 B.H. Tapped Screw
51280308B0 B.H. Tapped Screw
41280308B0 B.H. Tapped Screw
2112303010 Mask
2276005050 Clamper
2112259020 Bushing
2112259030 Bushing
13

MARANTZ DESIGN AND SERVICE
Using
superior
design
and
selected
high
grade
components,
MARANTZ
Company
has
created
the
ultimate
in
stereo
sound.
Only
originat
MARANTZ
parts
can
insure
that
your
MARANTZ
product
wil!
continue
to
perform
to
the
specifications
for
which
it is
famous.
Parts
for
your
MARANTZ
stereo
are
generally
available
within
72
hours
throughout
the
nation
via
a
toll-free
line
to
our
National
Parts
Depot
in
California.
The
sales
professionals
who
take
your
call
immediately
refer
to
their
own
desk
tap
com-
puter
terminal
and
can
quickly
determine
the
availability
and
price
information
you
require.
1f,
for
some
reason,
your
order
should
exceed
our
available
stock,
we
usually
can
instantly
provide
an
alternate
replacement
part
or
current
delivery
infor-
mation.
When
the
order
is
placed
and
confirmed,
the
computer
simultaneously
generates
“hard
copy”
orders
at
the
distribution
center,
As
hard
copies
come
directly
from
the
computer
to
the
national
parts
depot,
your
requested
stock
is
assembled
and
prepared
for
shipment
and
placed
on
the
first
available
carrier
for
delivery
to
you.
ORDERING PARTS
Phone
orders
will
eliminate
mail
delays,
and
we
encourage
the
use
of
this
method.
If
you
order
by
mai!,
usze
MARANTZ
parts
order
torms
which
are
available
from
our
National
Parts
Depot
located
at
the
following
address:
:
SUPERSCOPE NATIONAL PARTS DEPARTMENT
20525 Norchoff Street
Chatsworth, California 91311
Phone: [phone]
1-213-998-9333
The
following
information
must
be
supplied
to
eliminate
defays
in
processing
your
order:
Complete address.
Complete part numbers.
Complete description of parts. ‘ : :
Model number for which part is required (indicate MARANTZ}.
Account number (for account customers only).
CP Ne
Direct
consumers
will
be
provided
with
the
current
retail
price
quotation
on
available
parts
in
order
to'advise
them
of
the
cost
of
the
parts
and
shipping.
;
OVERSEAS PARTS ORDERING
Parts may aiso be ordered from the following overseas addresses: |
CANADA
-
AUSTRALIA
©
JAPAN
Superscope
Canacla,
Ltd.
-
Superscope
{Australasia}
Pty.,
Ltd.
_
Marantz
Japan,
Inc,
3710
Nashua
Drive.
-
32
Cross
Street
(P.O.
Box
604)
3622
Kamitsuruma
Mississauga
Brookvale
2100
N.S.W.
:
Sagamihara
Shi
Ontario,
Canada
L4VIM5
|”
Austratia
,
Kanagawa,
Japan
EUROPE
Superscope
Europe,
S.A.
Marantz
France
Marantz
Audio
U.K.
Ltd.
Superscope
GmbH
Avenue
Leopold
IIf,
2
~-Rue
Louis
Armand
9
London
Road,
203
Max-Planck-Strasse
22
7120
Peronnes-Lez-Bincne
-
92600
Asnieres
Staines
D-6072
Dieieich
7
Belgium
'
Hauts-de-Seine
‘Middlesex
West
Germany
France
—
2S
England
-
All
of
the
above.
locations
are
fully
equipped
to
take
care
of
your
total
service
needs.
Because
various
countries
have
differing
configuration
requirements,
it
is
necessary
that
you
contact
the
service
facility
in
your
particular
country.
In
the
event
that
_
there
is
no
service
location
fisted
for
your
country,
please
contact
the
nearest
facility
for
the
necessary
assistance.
:
, mame Been we for.
_ We sound better

TABLE GF CONTENTS
Section Title Page
1, PW.BGARDS ......... ius Gi inlesboasialia desler wpeviefie'-d afin goa uaCaNa iar dagsxl be arava dye iste ee eda ena, pit aneite a ead ace tae oh oc 8
2, TEST EQUIPMENT REQUIRED FORSERVICING .......0 0.0.00 cece cece ee ce eee teense $a ore BAO aR ease wl Berean eee 3
3. FM ALIGNMENT PROCEDURES ............... tao cat opts corer Shins gu GahaiT esa he Ld uiety stain sha al cglterd) wl bam cbs are ana" eb a pea iterate gate 4
3.1. Tuning Meter Alignment ......... iy ea aates ar wile! Statics jnsaareimiint ous ac Gh aitarea) & erGua raat. er eee am ork ig, Date! vel Ven euny ee one 4
3.2 FM Tracking Alignment... 0... ee ees Sabaneta’ anndey aes nis “vk otenage iter lated aaretare te wee ce 4
3.3 FMUF Alignment... .. dy causal ahs Goad oS Bs wise Eider Shins“ orfavag wie s0ijd ap ie pes ie Blan Wyatanwccai Uh Gr eiteriel tay aiterg caigea de Sw anal) anak ate Suey 4
3.4 Mono Distortion Alignment........ Fetch fake se ten elucrieine! Deh Ee Nea, laa! ana te Matea acetates a atleitesei ae aa eeuaeeaoe beatae ad Beraaa vay Ga 4
3.5 Stereo Distortion Alignment ......... ria dpgisa aire Vets akesey ues “#41 058. ce Seyi lacara) era valves ela rat el, Gace ta tape: tora ads ie tatbury iuaret an arasien 4
3.6 Multiplex Alignment ,....... eicheats rem ah arart. nineteen toads or bseetar ign tat as 'oSaP iw"w eile ere “aM GE Sey Wins. Wear bine! feel a weule “oan eee 5
3.7 Steres Separation Alignment 2... ee ee ee tee tee eee ete eee eee eee 5
3.8 Muting Level Alignment... .........-... are Tela “osteo. weds A fests: ‘er'n Se saCa ata era? ce uasiwa elas tarde Rtas ase gue’ aoa ate Boe 5
4, AMALIGNMENT PROCEDURES... 00... 0 ec ee te ee eee ee eee ee eens §
4.1 AMIF Alignment ......... Pe a ee 5
4.2 AMTracking Alignment.............-.. Sia ee erat wa we, eee Me gy Seaton poe arin a: wueteel ps ULI a de eS Srelewere fe where 8, te 5
§. AUDIO ADJUSTMENT ooo ee eee a ie ee ee dee erent ieee ES 0 Were OES a eae ae wg ne alee wee eee ee 6
5.1 Voltage Adjustment ......-.....0004 gid ovstatd WiGraswc die he atarens “ay avutige ene Aoi eta saaabar Gis, gia Saye hdcas erect ite teh ara avaebweits 6
6.2; Poiver! Matar Calibration «6.506 b.c00 oe tics yet le eta te Sev eee, aS PhS a Sale ays wile awn lio oa wna) ese Goiasel ashe! few a ere et 6
6. VOLTAGE CONVERSION oi ccn5 6 colic vtensee w eras eoa e Oe ewe wlohe etd Dow: aE bie ecw whe Ses wte aes Merde wee ene Shae ca aeae 6
7, DIAGRAMS 2... wc ccc cc et ce te ee eee 4 farsboclip Secep Ry Rican uk ae ae cetyl “es ap oh wage adam wl btareier a aveie eh auc abeieeate te 7
7.0 Block Diagram 2... 1... ee ee soi va ehaie ouceredshev als i: aint Puch eitarie “or ev eeeitasianai sat Tare .rsa,sawe rater fy ooo Siena dy ataved tern ars 7
7.2) Tuner Board Schematic Diagram and Component Location-P100 ....... 00000. ., 2 eee eee Siebel ab Nel seta eerste carer ie 8
7.3 Main Amp/Power Supply Board Schematic Diagram and Component LocationsP700 ............ Seeeata echt eve: Sista Brace 10
74 Tone Amp Board Schematic Diagram and Component Locations-PEOO..... Dia tatinies'ei utes GNaicevaRen epauincar puanel 9 Faecei war a/auacasahose 14
7.5 Pushswiteh Board Schematic Diagram and Component Locations-PS00...-........... i av ay ea, aye dl cdng aewerard Wy sh Ete hie Cress 1
7.6 Headphone Jack Board Schematic Diagram and Component LocationsPW0O 22... ee ee ee 12
7.7 Power Meter/Speaker Switch Board Schematic Diagram and Component Locations-PXO0 2... 0... 0. ce ee ee ee eee 12
7.8 Stereo LED Board Schematic Diagram and Component Locations-PYODO 2... ee ee ee ee 12
7.9 Dial Pointer Lamp Board Schematic Diagram .and Component Locations-PZ00 . 2.0.0.0... ce ee ee ee ee eee 42
7,10 Tuning Meter Lamp Board Schematic Diagram and Component Locations PZ50 ..........-0. Deity “aise. Syste tess chat oteea ek, ars eee 12
8. EXPLODED VIEWS AND PARTS LIST 1.2.2... 0... 0c ee eee ee eee eee ee ee ep er eens 13
8.1 [€01-99} Front Panel 2.2.2... 2... doll aia tartan sees Spleen ed digrtee ah te ovdles ak a acpaih terete ence Naeetes hie are eae 13
8.2 (€02-99] TopCover.............. satiasra i Sanaite ea) obe Py Bocas ace ate™epa lat soia eae hee, 2, Page si elle toe we miebested 14
8.3 [C03-99} Rear Panet. ... 0... ee rahat ates es Ses wcidtataevat hE iG AENeias aceecesasehB al eae arlene 15
8.4 [P01-95] Front Chassis and General Parts 2.0... 1. ee ee ee eee eee yar btw cde aten een 16
8.5 [P0299] Chassis and Other Parts ...........--. Aessaiyio cast ep hai ete 20d RR OES Se aca lp te Rolhtacte Shes aim, hiatal asey 17
8.6 [HO1-99] Packing Materials... 0. ee te ee ee eee ter eee ee eee eee ee ene 18
8:7. Electreal! Parts scx, a cescots ao eSys ahah oa teajaaparn ekncaee aah odo 7e wigs ok Guo wales avec AngvayS wade UAd agente dia beeen a eee 19
9.

INTRODUCTION
This service manual was prepared for use by Authorized
Warranty Stations and contains service information for
Marantz Model SR-2000 Stereophonic Receiver.
Servicing information and voltage data included in this
gram.
manual are intended for use by the knowledgeabte and ex-
perienced technician only. All instructions should be read 1
carefully. No attempt should be made to proceed without B)
a good understanding of the operation of the receiver.
The parts tist furnishes information by which replacement
parts may be ordered from the Marantz Company. A simple
description is included for parts which can usually be ob-
tained through local suppliers.
1. P.W. BOARDS
As can be seen from the circuit diagram the chassis of
Model SR-2000 consists of the follawing units. Each unit
mounted on a printed cifcuit board is described within the
square enclosed by a bold dotted line on the circuit dia-
moe W
Oo wm
2. TEST EQUIPMENT REQUIRED FOR SERVICING
. Tuner
. Main Amp/Power- Supply
. ToneAmp....--. ee rlurited on P.W. Board PEOO
. Pushswitch
. Headphone Jack ...... mounted on ?.W. Board PWOO
. Power Meter/Speaker Switch
sted aie 'y Shensndtetaw mounted on P,W,. Board PXOO
. Stereo LED ......... mounted on P,W. Board PYOO
. Dial Pointer Lamp
. Tuning Meter Lamp
side lesa gt. Since aegis mounted on PW. Board P100
mounted on P.W. Board P700
on Dedaw apis -. mounted on P.W. Board PSOO
. mounted on P.W. Board PZ00 —
. mounted on P.W. Board PZ50
This table lists the test equipment required for servicing the Model SR-2000 Receiver.
Manufacturer and Model No.
AM Signal Generator
Test Loop
~ Use with AM Signal Generator
FM Signai Generator
MPX Signal Generator
Sound Technology
Mode! 10004
Signal source for FM alignment
Stereo separation alignment and trouble
shooting —
Distortion Analyzer
Audio Osciliator
AC VTVM
Sound Technology
Model 1700A
Oscilloscape
“Tektronix Model T932
Distortion measurements |
Sinewave and squarewave signa! source
Voltage Measurements {AC)
Phili ips ‘Mode! 3232
Waveform analysis and troubie shooting and
ASO lignin
‘Frequency Counter
Fluke Model 4 900A
Circuit Tester
DC VTVM
AC Wattmeter
- Model 313, Triplet Model 80
Trouble shooting
Fluke Model 8000 “Digital” Simpson
vole measurements ae)
Simpson Model 1379
AC Ammeter
Line Voltmeter
Variable Autotransformer
Shorting Plug
Output Load. (8 ohms,
+ 0.5%, 100W}
Output Load (4 ohms,
+0,5%, 100W}
Commercial Grade (7-TOA}
Simpson Model 1359
Superior Electronic Co.,
__Powerstat Model 116B— 104A
Use phono plug with 600- ohm
across center pin and sheli
Commercial Grade
Commercial Grade
Monitors amplifier output andek short circuit
condition
Monitors potential of primary power to
amplifier
Adjusts level of primary power to eee
Shorts ariplitien input to. ‘eliminate noise
pickup
+ Provides 8-ohm load for amplifier output
termination
Provides 4-ohm load for amplifier output
termination

3.
FM ALIGNMENT PROCEDURES
(Selector switch in the FM position)
3.1. TUNING METER ALIGNMENT
1.
2.
Set the FM signal generator to no signal,
Adjust the secondary core of L201 ((@)} so that the tun-
ing meter may read zero (center position),
NOTE: Place the tuning pointer at 98 MHz adjacency.
3.2 FM TRACKING ALIGNMENT
1.
Connect an FM signal generator to the FM antenna ter-
minals and an oscilloscope and an audio distortion ana-
tyzer to the TAPE OUT jacks on the rear panel,
. Set the FM signal generator to 87.3 MHz and provide
about 3 to 5 wV. Place the tuning pointer at the low fre-
quency end by rotating the tuning knob and adjust the
core of oscillator coil L105 (()} to obtain maximum
audio output. ;
. Set the FM signal generator to 109 MHz and provide
about 3 to 5 uV. Rotate the tuning knob and place the
tuning pointer at the high frequency end and adjust the
trimming capacitor C114 ((D)) for maximum output,
NOTE: Keep the C114 at a half of satisfied capacitance.
4.
5.
Repeat steps 2 and 3 untii no further adjustment is nec-
essary.
Set the FM signal generator to 90 MHz and tune the re-
ceiver to the same frequency. Decrease signal generator
output untif the audio output jevel decreases with the
decreasing generatar output. Adjust the antenna coil
L101 (8), RF coil L103 (©) for minimum audio dis-
tartion.
6.
Set the FM signal generator to 106 MHz and tune the
receiver to the same frequency. Adjust the trimming
capacitors TC; (B)) and TC, (©) for minimum distor-
tion,
. Repeat steps 5 and 6 until no further adjustment is nec-
essary.
3.3 FM IF ALIGNMENT
1.
Set the FM signal generator to 98 MHz and increase its
usable output level and tune the receiver to the same fre-
quency. ‘
. The L106 (©) should be adjusted for maximum output
waveform with decreasing the FM signal generator input
level so that the amount of noise should be the same on
and beneath the waveform. Readjust the L201 for cor-
rect zero point as turning the L106 deviates zero point.
'3.4 MONO DISTORTION ALIGNMENT
i:
2.
3.
4.
Set the FM signa! generator to provide 60 dB at 98 MHz.
Set the modulation of FM signal generator to 1 kHz,
100%.
Place the tuning meter pointer at the center position.
Adjust the primary core (upper) of L201 ((F)) for mini-
mum distortion,
25 STEREO DISTORTION ALIGNMENT
1.
2.
3.
Set the FM signal generator to provide stereo composite
signal and tune the receiver to the same frequency,
Adjust the L106 (©) for minimum distortion.
Repeat the adjustment of L201 so that the tuning meter
may read zero. ,
g ©
LAOS
® .
LSOl
AM ANT
COIL D> Aol
@
S) R313
Q @ [race | “lem Separation
ADJ.
[2D _ oxo
L201
I9kHz 3akHz DIS.cotL (4)
Q40)
402
AM SWEEP INPUT ©)
7) Tco4
~ AM OSC
eae
UPPER: MO rr ISFORTION
1
af jReor -—t LI} =
Ojem muting @ Ter ®
R225 ADJ. FM ANT Liot
ee Cees Lios5
y d | FM OSG
U
AM ANT
0
EM ANT,
COR
Figure 1. Adjustment Point Locatians

3.6 MULTIPLEX ALIGNMENT
1
2
. 3.
4,
Connect a frequency Counter to test point J301.
Set the FM signal generator to provide 60 dB {1 mV) at
98 MHz.
Tune the receiver to the same frequency so that the cen-
ter tuning meter pointer indicates its center.
Turn off the modulation of the FM signal generator and
adjust the R304 (@) so that the frequency counter may
a precisely react 19.08 kHz.
"3.7 STEREO SEPARATIGN ALIGNMENT
1,
Set the FM signal generator to provide stereo composite
signal and tune the receiver to the same frequency so
that the center tuning meter pointer indicates its center.
. Adjust the R313 ()} for maximum and same separa-
tion in both channels.
3.8 MUTING LEVEL ALIGNMENT
1.
2.
3.
Set the FM signal generator to provide 22 dB {12,6 nV)
at 98 MHz, ,
Set the modulation of FM signal generator to 1 kHz,
100%, ,
Tune the receiver to the same frequency so that the cen-
ter tuning meter pointer indicates its center.
. Turn on FM MUTING pushswitch.
. Turn the R207 (C1) until the output waveform disap-
pears and adjust it to a point where the waveform comes
to appear again:
Figure 2. Dial Stringing
4. AM ALIGNMENT PROCEDURES
(Selector switch in the AM position)
4.1 AM IF ALIGNMENT
1
Connect a sweep generator to the tuning capacitor C120
{for AM oscillator) and an alignment scope to the test
point JAGG.
. Rotate each core of IF transformers LAGS (()) and
LAO6 (D) for maximum height and flat top symmetrical -
response.
4.2 AM TRACKING ALIGNMENT
1.
Set the AM signal generator to 520 kHz. Tum ‘the tuning
capacitor fully closed (place the tuning pointer at the
low end) and adjust the oscillator coil LAO4 (OD) for
_ maximum audio output.
. Set the AM signa! generator to 1650 kHz, Piace the tun-
ing pointer in the high frequency end and adjust the
trimming capacitor TC, ((L)) for maximum audio output.
. Repeat steps 1 and 2 until no further adjustment is nec-
essary.
. Set the AM signal generator to 600 kHz and tune the re-
ceiver to the same frequency and adjust a slug core of
AM ferrite-rod antenna LO51 (K)} for maximum output,
. Set the generator to 1400 kHz and tune the receiver to
the same frequency and adjust the antenna trimming
capacitor TC, (KK) for maximum output,
. Repeat steps 4 and 5 until no further adjustment is nec-
essary.
NOTE: Use the loop for AM tracking alignment.

5. AUBIO ADJUSTMENT
5.1 VOLTAGE ADJUSTMENT
1.
Turn
on
the
POWER
Pushswitch
and
connect
a
DC
voilt-
meter
across
the
J825
and
J837,
2,
Check
that
DC
voltmeter
reading
is
32
+1
V,
5.2
POWER
METER
CALIBRATION
Adjust
the
trimming
resistors
RXO9
(w}
and
RX10
(WW)
so
that
the
power
meter
reading
is
OdB
(30
W}
at
1
kHz,
load},
30 W outputs (8 2
(T)
(A}
Versions
{N}
Version
NOTE ON SAFETY:
THE
PARTS
HAVING
THE
DESIGNAT
FTZ REGULATION
THE
PARTS
MARKED
WITH
A\
ARE
IMPORTANT
PARTS
ON
THE
SAFETY,
PLEASE
ED
PARTS
NUMBERS
WITHOUT
FAIL.
6. VOLTAGE CONVERSION
To
convert
the
unit
to
a
different
power
source
voltage,
change
the
position
as
illustrated
in
the
drawing
below.
CAUTION:
DISCONNECT
POWER
SUPPLY
CORD
FROM
Ac
OUTLET
BEFORE
CONVERTING
VOLTAGE,
00
NOT
DISASSEMBLE
THE
VOLTAGE
SELECTOR
ABSOLUTELY.
(P} Version
Figure 3, Voltage Conversion
USE
Instruction
for
the
use
in
the
range
other
than
specified
in
FTZ
codes.
bitten wir,
zU
korrigieren,
dass
er
den
Bestimmungen
entspricht.

7, DIAGRAMS
7.1 BLOCK DIAGRAM
male
.ENBASAS
1
WALSAS
o,3!
WaRW3dS
(INO
EVN
wanvads
0d)
#31714 MoI
AHOMLIN
4311t4
: TOXLNOD TOWING) 1641Nd]
PRLELDS ow y Seve
dav
z
i
—-
i j
HOLLAS
WaavIdS
Navi
TaNN¥HO
YAHLO
WON
i { 1
HOLIMS OnOw/
ONILNW
Wd
“HOLIMS
L HOLINGM
WL
#O1SISIU
ONIX
¥HOMLAN
ssaNeno
HOLIMS
go1ga1as
a.
! [
awy :
SaNOKd OW3H“T anol {
a
=
=
vo
a
wMOMLa#
se
A
o.
oe
END
ra
ise:
3NOL
eee,
[a
—
ae
i
i awy
ns
ud
H3AiNO
MALS YSAOd
HILUAS
ss3Nanet
i
———{7)
100
t
eras
[
ni
t t
} ~ () 2 advarxny
S/
x
.
Zz
¢
—~--—E)
ono
<
Josino3
108iN03
qouvive
=
3WNIA
W313 Badd
| |
HUSNIULS |
uautid
SS¥d
HOt
“FOV
NOlLYH¥d3S
4300036
034318
te ONILAW Wd |
WINES
| wy
|
4inauia
4049314
a
ONULAW
wey
on
too
=
dw dt
wy
VHNIINY
O0U-3Lighag
38D
W504i
‘ray
Wag
|
aNILavt
ny
ang
~
0193130
7
wB0e
Wd
Wd
iq
us
rrr
St
WS
vid

8.2 [C62-99] TOP COVER
PART NO.
2412064012
3906259010
51280414U0
2112257022
5128041280
4/4) 4 [| 2259057072
0070
DESCRIPTION
Case, Wood
Bushing
B.H. Tapped Screw B4x 14_
Lid, Bottom Cover
B.H, Tapped Screw B4 x 12
Leg
PART NO.
e (U); for U.S.A,
@{C): for Canada
© (N}: far Europe
DESCRIPTION
2578861010
2931861712 .
2932861072
2911861443
14

8.3 [63-99] REAR PANEL
~~ Fort(NITYPE
® (U)}: for USA,
#(C): for Canada
® (N): for Europe
2112160210 Bracket
2112160260 Bracket
2112160226 Bracket
51280308U0 B.H. Tapped Screw . B3 x8
51280308U0 B.H. Tapped Screw -B3 x8
51280308U0 B.H. Tapped Screw 83 x8
61280308U0 B.H. Tapped Screw B3x8
51280308U0 | B.H. Tapped Screw B83 x8
1465259030 Bushing :
51420308TO O,C.H. Tapped Screw 3x8
FS10125800 Fuse 1.25A7F 250V
¥J08000290 Jack, Fuse Holder
¥7T03040170 | Terminal, Speaker
Y703040170 } Tarminal, Speaker
Y¥J04000560 Jack, AC Outlet
Y¥J04000560 Jack, AC Outlet
Y¥ 403010240 | Terminat, Ground
BYG5060010 | Plug, Voltage Selector
Y¥P04000590 | Plug, AC Inlet
¥CO02000150 | A.C. Power Cord
2712265010 Indicator
“45

8.4 [001-99] FRONT CHASSIS AND GENERAL PARTS
For(N}TYPE
@ (U}: for U.S.A.
e {C): for Canada
@ (N)}: far Europe
QTY
PART NO. DESCRIPTION PART NO. DESCRIPTION.
ujctn
21412169010 Bracket, Front Chassis 22419273420 Flywheel Assembly
51280308B0 B.H. Tapped Screw B3x8 2219273012 Flywheel
5170030849 B.H.M, Screw 'B3x*8 : ‘2215353010 Ring
2142114010 Stopper ; 2219063030 Escutcheon
2133303020 Mask 5169030609 Socket Screw
2276005050 Clamper
2417259010 Bushing ;
2142274030 Reflector “ 2112104500 Retainer
2112302020 Dial, Meter 4) 2219112012 Shaft
51280308B0 B.H. Tapped Screw B3x8 3743 | 5128630880 B.H. Tapped Screw
2276005050 Clamper
BN e246 eHsaRn=
PMw eo nara OM BNA Sena] =
iM7 1000026 D.C. Meier
2142303040 | Mask IM11000020 |} D.C. Meter
2112053020 Cover
2142053016 Cover $P01010240 Push Switch, Power
2112053030 Cover 4, SP02010330 Push Switch, Power
IN1G080510 Lamp 100mA
SROG04C040 | Rotary Switch
DF17223800 | Film Cap. 0.022uF +20%
DF17223800 | Fitm Cap. O.022nF +20%
16

@.5 [P02-98] CHASSIS AND OTHER PARTS
@ (U}: for U.S.A.
@ {C): for Canada
e# (N}: for Europe
DESCRIPTION
2112105010 | Chassis, (L)
2142105020 Chassis, (R)
21121260160 Stay
5128030880 B.H. Tapped Screw
5157041080 P, Taptite Screw
2142271010 Holder
4502271010 Holder
5126031080 B.H. Tapped Screw
51 280308B0 B.H. Tapped Screw
2416760050 Bracket
2116055010 Buffer
61280308B0 B.H. Tapped Screw
5128030880 B.H. Tapped Screw
51280308B0 B.H. Tapped Screw
5411009SA0 Fiat Washer
2112053030 Cover
5128260580 B.H, Tapped Screw
2112460070 Bracket
5128030886 8.H. Tapped Screw
.| 2112063010 Cover
2112302010 Dial
5128030880 B.H. Tapped Screw
2412274040 Reflector
51280312B0 | 8.H. Tapped Screw
2276G0S050. | Clamper
2142303050 Mask
2112159010 Drum
7112159010 Spring
72040805A0 | String (180)
2112103010 Pointer
2112103020 Pointer
2276262500 Pulley, {K}
2142303030 Masi
2412267032 Heatsink
2112271020 Holder
2112272010 Pole
51280308B0 B.H. Tapped Screw
2112160040 Bracket
51280308B0 B.H. Tapped Screw ~
2276160040 Bracket
§1280308B0 B.H. Tapped Screw
5128030880 B.H. Tapped Screw
62030049W0 | Lug
= AJA) = AS ot ot ot ot —* AD AD =2 RD ek ek et ot od = AIA = AQ = od oe oe oe’
|
2142160050 Bracket
5128030880 | 8.H. Tapped Screw
51238030880 B.H. Tapped Screw
2207267020 Heatsink .
5128031480 B.H, Tapped Screw
5128031680 B.H, Tapped Screw
2
4
Zz
1
7
4
hePNnNAN peonAN
~
T817614010 Power Transformer
TS17614020 Power Transformer
TS18612010 Power Transformer
LF11000250 | Antenna Coil
LF11000240 Antenna Coil
1M17G00010 D.C. Meter
$$06040026 Slide Switch
2259109040 | Shield
2259109062 | Shield
2112109010 | Shietd
1
1
1
4
4
1
2
2
2
7
1
2
4
1
6
it
2
1
4
1
1
4
4
2
2
4
1
1
1
1
1
4
1

8.6 {H61-99] PACKING MATERIALS
© (U): for U.S.A.
®{C): for Canada
@({N)}: for Europe
PART NO. DESCRIPTION REF, | QTY | PART NO, DESCRIPTION
DESIG. |uic}N
|.
2112801010 Packing Case - 0145 1 2225813010 Envelope
2112801150 | Packing Case O14S +] 2112856010 | Circuit Diagrarn
2112809010 Cushion. Qtss
2112809020 Cushion 0165
2918107180 Sheet o17S {14
+ | 9620000180 Guarantee Card
9650000053 S. Station Card
80130250106 Poiyethy Bag
a
_
g08as09g04G Polyethy Sheet 0138 1 + | 2864804010 Sleeve
9526019010 Serial NO. Card 022S 2886851 100 Instruction
9226019020 Serial NO, Card 023S 141 27318219010 "| Silicagel
9526019060 Serial NO, Card 0248 2} .{| 9510901020 Label
0258S 1] 3560000043 Hang Tag
2918813012 Envelope
28188713010 Envelope OO1¥Y | 1)1}4)] ZAO2000070 | EXT. Antenna
2818854026 Guarantee Card W001 11 2001805020 } A.C. Power Cord
2818854042 | Guarantee Card
2412851010 } instructions
21412851310 Instructions
2112851020 Instructions
2172857050 Instructions
21142851030 Instructions
18

8.7 ELECTRICAL PARTS
P100-TUNER CIRCUIT BOARD
PW. Board, Tuner
P.W, Board Assembly
PW. Board Assembly
¥G21120010
2221120010
2Z21t28010
P100-CAPACITORS
Ceramic O.01MF
Ceramic 0.072F
Elect © 10uF
Elect 10uF
Ceramic 0,01KF
Ceramic 0.01KF
Fiim 0.01pF
Elect 0.33KF
Elect 3,.3uF
Ceramic O0,071uF
DK18103320 +B0% —20%
DK18103320
EA10601690
EA10602530
DK18103320
DK18103320
DF17 103300
£A33405030
FA33505080
DK18103320
+80% --20%
+80% --20%
ee ey
ee ee ae eS Bad et ee
+80% —20%
+80% —20%
+5%
+80% —20%
+5%
+0.5pF
+80% —20%
16V
16V
+80% —20%
DK18103320
0D1547G0370
0K18103320
DF55391090
DD111003706
DK18103320
EA22601690
EA22601690
DK18223320
0.01KF
47 pF
0.01 F
390pF
10pF
0.0t WF
22uF
22uF
0.022uF
Ceramic
Ceramic
Ceramic
Film
Ceramic
Ceramic
Elect:
Elect
Ceramic
ee eet wd se BPO ee oe a ee ee
0.01 4F
0.014 F
+80% —20%
+80% —20%
Ceramic
Ceramic
-_ -_
DK178103320
DK18103320
= =
_
DD11100300
EA33405030
DK18103320
DK18103320
DK18223320
DD15150300
0D10050370
DD11100370
DD15301360
DK18103320
+0 SpF
50V
+80% —20%
+80% —20%
+80% —20%
+5%
+0.25pF
tQ.5pF
+5%
+80% —20%
Ceramic
Elect
Ceramic
Ceramic
Ceramic
Ceramic
Ceramic
Ceramic
. Ceramic
Ceramic
4OpF
0.33uF
O,0turF
O.01nF
0.022F
15pF
5pF
10pF
300pF
0.6 ipF
1
1
1
1
1
1
1
1
:|
4 ee ee ee ee ee ee ee ee ee)
DD10010300
CT11000080
DD15180350
DB11100300
DD15300300
Db15150300
DKt8223320
CA32400100
0K18103320
1pF
10pF
15pF
iOpF
+0.25pF
10.5pF
+5%
+0.5pF
+5%
Ceramic
Trimming
Ceramic
Ceramic
Ceramic 30pF
Ceramic 15pF +5%
Ceramic 0.022yF +80% —20%
Variable, FM-3, AM-2
Ceramic O.01uF +80% —20%
ee ee oe oe ee ee es sae ee ose ee
DK18103320 | Ceramic O0.01uF +80% —20%
® (U): for U.S.A.
# (C); for Canada
@ {N): for Europe
a | we
C213 [1114] 1] &447405030 | Elect 0.47 nF 50¥ |
C214 §1$111] 0K18403320 | Ceramic O.04uF +80% —20%
c215 |1/1]|1) OK18403320 | Ceramic 0.04nF +80% —20%
C216 |1/1] 17 EA47405030 | Elect OAT RE 5OV
C217, 111111] EA10601690 | Elect 10uF 16V
C218 1)1})71) EA10505090 Elect Tur 50V
o219 |+11)1} 0615330370 | Ceramic 33pF 15%
C302 1/1]7)} DF17473300 Film O047uF +20%
C303 1/7]1) 0OF55471090 Film 470pF +5%
C304 11/4]7]) EA33505090 Elect 3.3uF 50V
C305 $141] 7) EA22505030 Elect 2.2uF 50V
C306 }1/1341]| EQ22405010 | Elect O.22nF +£20%
C307 }1]1)1)] 0015471360 | Ceramic 470pF 45%
c308 |1/14}1 ) EA47601690 Efect 47 uF 16V
c309 }111[1) 0015470370 | Ceramic 47pF 125%
C310 11411) 0D15470370 | Ceramic 47pF 25%
C311 1};1}1] EA10601690 | Elect 10.F 16V
€312 $1)11/1 | EA10601690 | Elect 104F 16V
C313 «1111/1 } GEA10602530 | Etect 1QuF 25V
C314 |111] 1) EAtT0601690 | Elect 10uF 16V
C316 EA47405030 ; Elect O47uF 5OV
C316 [14141] EA47405030 7 Elect 0.47uF 5OV
Cat? f141 DF16272300 | Fiim 2700pF +£10%
C317 4 {| DF16182300 | Fiim 1800pF +10%
6318 |t/1 DF16272300 | Film 2700pF +10%
C318 4} DF16182300 | Fiim 1800pF +10%
C318 |4/1] 4} £A10505030 | Elect TRF 50V
C320 {14111} EA10505090 | Etect Te SOV
€327 4+ | EA47601690 Elect 47 uF
16V
C328 1/411 | DK18403320 Ceramic 0.04uF +80% —20% |
C329 1/7177 | BDK18403320 Ceramic O.04uF +80% -~20%
C330 |1!411)0K18403320 | Ceramic O0.044F +80% —20%
C401 1/7111] EA33505030 Elect 3.3uF 50V
C402 1/4141] EAS3505030 Elect 3.3uF 50V
C403 1/1]1) 0015470370 Ceramic 47pF +5%
C404 1/1)%4 } 0015470370 Ceramic 47pF +5%
C405 1/1/14) EA10701096 Elect 100uF 10V
C406 1/711] EA10701090 Flect 1004F 10V
C407 74141) OK16221306 Ceramic. 220pF =5%
19
ee ee ee oe ee Se ee
DK18222320
DK18403320
BK18403320
EA22505030
DK18403320
BDK18403320
£410505090
DK18403320
DK18403320
‘Ceramic 0.022nF
Ceramic
Ceramic
Elect
Ceramic
Ceramic
Etect
Ceramic
Ceramic
0.04uF
0.04nF
2.2)F
0,04F
0.04F
1phF
0,04uF
0.04yF
+80% —20%
+80% —20%
+80% —20%
5O0V
+80% —20%
+80% —20%
SOV
+80% —20%
+80% —20%
C321
=
EA10505030
C408 147171) OK16224300 Ceramic 220pF +5%
C409 14117) DF16123360 Film 0,012unF +10%
C410 1)1]1 | DFt6123300 Film 0.012uF +10%
C411 111] 1 | OF16332300 Film O.0033uF +10%
C412 447173 | OF16332300 Film O.0033uF +10%
C413 411741 7 EA10505090 Elect - WWF 50V
C414 41111 | EA10603590 Elect 10ur 35V
C415 +t |3 114] &A10505030 Elect 1uF 56V
C416 +141 /1 7 6A1G505030 Elect Tur 50V
C417 1 §4$41DD15220370 | Ceramic 22pF +5%
c418 |1]1)13)0D15220370 | Ceramic “22pF +5%
C419 41111 ]0K17332300 | CeramicO.0033uF +20%
C420 1]71)4 | BK17332300 | CeramicO.0033uF =20%
Elect Tur
50V

®(U): for U.S.A.
@ (C): for Canada
® (N): for Europe —
Sees forerg| rarrno. | oesonrnon | [oHsti. Jatera| TARTNO. | pesenrion
pul] Ni : DML
P100-RESISTORS R304 |1|1] 1] RAO5020160 5KQ (B) Trimming
{All Resistors are +5% and %W) “R305 11/111] GDO5102140 1K2.
RAO2 $111] 1] GDO5103140 10KQ A306 11/1] 1) GGO5101140 1008
RAOZ |14]1{ 1) GO05103140 FOK2 R307 |1|1] 1] GDO5223140 22KQ
RAd4 |1 | 1) 11 GD05223140 22KQ R308 | 1) 17 +1 GD05223140 22KQ
RAGS 1111] 1| GDO5222140 2.2KQ - R309 1141] 1; GDO5473140 47K
RAOG | 1 | 1) 1] GD05271140 2702 R310 (1/11 1| GD05473140 47KQ.
RAO? |1 11] 1] GD05102140 1K9 R311 |1]1) 7%] GD053937140 39K2
RAO8 }1/1] 1] GD0S5631496 56KQ A312 {141]1]/ GD05393140 39KQ
RAGS | 71} 3 11) Gbo5273140 27K2 R313 |1]1] 7] RAGS040090 500KQ. (B} Trimming
RAO |1]1/] 141] GD05104140 TOOKQ
RAI1 [1 [1[ 1] GDO5333140 33KQ R315 41111 1| Goos472140 4.7KQ
R316 |1{1]|1{ GD05472140 4.7K2
RAI2 | 4] 1]1| GDOS104146 100KQ R317 |1]1]1/ GD05472140 4.7K
RAZ }1)1}1} GDOS5102140 1KR R318 [111] 1] GD05472740 4.7K
RA14 11} 1] 1! GO0S222140 2.2KQ2 R319 [141] 1/ GD05273140 27K.
RAi5 |7 1711] GD05470140 4722 , Raza }1}4)1! G005273140 27K2
R101 $111] 1] GO05104140; ~ 100Ka R321 [1]1]1)GD05473140) . 47K
R102 |1] 141) GDO5680140 B82 : R322 |1|1] 1] GD05184140 180KQ
R103 |144) 1} GD05101140 1002 - R323 |1/1) 1] GDO8S64140 560KQ
R104 $1] 1] 1} GDO5101140 10082 R324 $111] 1) GD05564140 560K
R105 |1/111{ GD05223140 22K
R107 |1/ 1/1} GDo5223140 22K2 R325 }1/1/ 17) GDos392140 3.9K2
Rios [1 ]/1)1!GD05472140| 4.7KQ R326 [4 {11 1| GD05392140 3.9K
R327 |1}1)1{ GD05102140 1K2
R108 j +} 1|41| GDO5102140 | 1KQ A328 $1411 1) GD05102140 1K&
R140 [411] 1| GG05183140 18KO R329 )1 $4) 1] GD05473140 47K2
R171 [111] 1} GDos103140 TOK R330 }1/1/ 1] GD05473140 47KQ
R142 11/1] 1 | GDO5272140 2,7KQ R331 [1 [11 1| Gpa5101140 1002
R113. 1144} 1 | GD05103140 TOKQ R332 |1 $1] 11 GD051017140 1002
R174 | 4 $4] 1} GDO5101140 1002 R333 |1 | 111) GD05272140 2.7KQ
R116 }117)1| GGos470140 470 R334 11 )141) GDO5104140 100KQ
R201 |1}1}1}| GD0S331140 3302
R202 $1 [1|1|GDO5272140| - 2.7Ka R335 111141 | GD05332140 3,3K2
R203 |1]1}1|G005153140 15KQ R337 11 41/1] GD05183140 18KQ
; R401 [111] 1) GD05222140 2.2K9
R204 |1)1)| 1) GD05331140 3302 R402 |1]1}1] GD05222140 2.2KQ..
R205 [111]1] GOess61140 5602 R403 {1 11/1] GD05471140 4702
R207 |1]1}1] RAOSO20090 5OKQ. {B) Trimming R404 1114111 GD05471140 4702,
R208 |1 [1] 14 | GD05104140 100KQ R405 |1]1] 1] GDOs663140 56K2
R209 j1]1]1| GD05103140 10KQ R406 {111 | 1] GDO5563140 BEKS.
A210 ]144]1] GbeS222140 2.2KQ R407 11 |1] 1} GD05394140 390K
R211 |1 11/1) GO05124140 120K2 R408 |1/1)1) GDo5394140 390KQ
R212 |1]111 | GDo5682140 68KQ ,
R213 |1/1)7 | GGos470140 4722 R409 |i 111/17; GDO5184140 180K2
; R410 |111)1| GDO5184140 | - 180Ka
R214 ]141/1|GD05103140 10K2Q R411 |1.]1 | 1] Gb0s274740 270K2
R215 |1/1)1 | GD05332140 3.3KQ _ | R412. H4 |1][1} Gbos274140 270K2
R216 11/41 | GD05331140 3202 R413 |1 1141) GDOs223140 22K2
| R414 11/1 )1}GD05223140}. ~~ 22Kn
R219 }1]14(1] GDO5154140 150K. R417 {1 |1/1| GD05224140 220Ka
R221 |41]1]) 1} Gb05682140 6.8K2 R418 |1[1]1]|GD05224140 | = 220Ka
7 R419 31 |1/1 | GDo5223140 22K2
R301 114114} GD05473140 47K R420 |1 |1 | 1] GD05223740 22KQ
R302 |1 | 1/1} GD05222140 2.2K
R303 (1171/1 | GD05153140 1BKQ R421 +1 (117 | GGo5220140 222
R422 |1}1]1}GD05184140 | 180Ka2
R423 |1 4141] Gp05471140 | = 4702
R424 11 |1]1]| GDos471140 4702

e@ (U): for USA,
© (C}: for Canada
6 (N}: for Europe
PART NO, DESCRIPTION
pe ee
P100-SEMICONDUCTORS 1/1 | 1] 0OF16473540 | Film 0.047uF +10%
| 1] 1] HC10025060 | IC HPC1178C 1/1|1]DF16473540 | Film 0.047nF +10%
1/7] HVv000G6126 | Varistor MV-203 1|1]1 4 £A22705090 | Elect 2204F 50V
1 | 1] HT32634280 | Transistor 28C2634(S-or T) c714 |141 41] EA22705090 | Efect 220uF 5OV
1}1] H&400451B0 | F.E.T. 3SK45(B) C715 |14)1)1]EA22705090 | Elect 220uF 5OV
1| 1] HT310471C0 | Transistor 28C1047(C) c7i6 |11111 4) EA22705090 | -Etect 220uF 50V
1{ 1] HT308291C0 | Transistor 28C829(C) C717) 1141) 1 7 OF17104300 | Film O.1uF +20%
1} 1] HT308291C0 | Transistor 28C829(C) e718 [11111 |DF17104300 | Film O.1nF +20%
1/1] HC10028030 |] IC ~ LA1231 C719 |111]1 | OK18103320 | Ceramic O.0ipF +80% —20%
111] HD20011050 | Diode 1$1555 c720 {1111/1 |OKt8103320 | Ceramic O.01uF +80% —20%
0301 11/111] HC10024060 | IC “#PC11610 cso1 |+]4+]/1]2K18103510 | Ceramic O.0inF +80% —20%
0302 |1]1}7] HDZ0011050 | Diode 181555 cg02 |131]1|0K18103510 | Ceramic O.0ipF +80% —20%
Q303 |1]144] HT32634280 | Transistor 28C2634(S or T} &C803 [1 |1 EB10904210 | Elect 10000uF 42
Q304 |1]7141]) HT32634280 | Transistor §2SC2634(S or T} AC803 1 | EBGE804210 | Elect 6800uF 42V
a305 |1]1]1] HD20011050 | Diode 1S1555 #0904 11 |1 EB10904210 | Elect 10000uF 42V
0401 |1/}4)7]) HC10012060 | IC “#PC1024H AC804 1 | EBG8804210 | Elect 6800uF 4a2V
a402 |1/141] HC10012060 | Ic uPC1024H cs06 |1/1/1)DK18103510) Ceramic OOiuF +80% —20%
C807 |1/11)1/)] GA47706390 |] Elect 470uF 63V
P100-MISCELLANEOUS csos |1/1/1/] EA47605090 | Elect 47 RF 50V
141414] FF10045200 } Ceramic Filter 450KHz cao9 |1/1/1} GA22605090 | Elect 22uF 50V
F201 |1/7]1)FF11070050 | Ceramic Filter SFE10.7MD1
F202 [141]14]F11070050 | Ceramic Filter SFE10.7MD1 C810 11 /7/1}DK18103320 | Ceramic OO1uF +80% —20%
F203 [1]1]1| FF11070050 | Ceramic Filter SFE10.7MD1 cai1 {13 | 1} A22701690 | Elect 220)4F 16V
C812 {141/]1/)EA10602530 | Elect 10uF 25V
Jvo1 f1/1] 1] ¥TO2040280 | Terminal, RCA Phano/Aux c8i3. |1j)14+1) EA10603530 | Elect 1OuF 35V
Jvo2 |1/1]1] YTG2040280 | Terminal, RCA Tape In/Out cgi4 |111/1]0K18103320 | Ceramic O.01uF +80% —20%
Jvo3 {1]1]1] ¥To1050010 | Terminal, Antenna csis |1)111]EA10602530-} Elect jOuF 25V
cgie |1)1/1]0K18103320 | Ceramic 0.01nF +80% —20%
LAG1 §1/1/1])LC11540020 | ChokeCojl 1504H c8is |11141] FA47606390 | Elect 47ue 63V
LAO4 11] 1] 1) 1010010480 | OSC Coil cs17 |1414}1) 6A22701090 | Elect 220uF 10V
LAOS [1/111] £t30010730 | I.F-T. 450KHz P£700-RESISTORS
LAG6 |1/[1!1] L!110010740 LES. 450KHz {All Resistors are 25% and VW)
L101 1141/1] LA12028040 | Ant. Coil R701 1141117] GDO5102140 1KQ
£102 |1)111] LL24800030 | Coil R702 |1 11/1] G005102140 1K.
L103 |111]7} LK11800020 | Coil R703 }1 1137 | GDO5334140 330K2.
L104 $1]1]4]L017510010 | Choke Coil . 0.754H R704 |11/11]14 | GDOS334149 330K2
L105 |1]1]7]/ LO12036010 | OSC Cail R705 |1114|1 | GDO5393140 39K2
Liog 11/1/17] Lo016010 | LF.T. R706 |1 14/4 | Go05393140 39K2
oo R707 |1 14/11 GDO5122140 1.2K2
L201 |1!$1]1/ 0'#4016240 | LLF.T. R708 i741] 1 | GDO51227140 1.2KQ
L203. |14%]7] LC11830010 | Choke Coil 184H R709 1141/1 | GD05273140 27K82
L301 |1/4|41|LS20013010 | M.P.X. Coil R710 |11111)Gb05273140 27KQ.
L302 |1/1114} LS20013010 | M.P.X, Coil
R711. |14151)GA05047010 4.72 1W
Ks00 [1/411] SRO6040130 | Rotary Switch, Selector R712 |1 111% | GAG5047010 4,72 Iw
R7i3 }1|1)14 | GGO5104140 1002
.* R714 {1|1)1] GGO5101140 1002
P700-MAIN AMP./POWER R715 [$1111 1GG05101140 4002
SUPPLY CIRCUIT BOARD R716 {4 |/1]1] GGosto1140 1002 ;
F700 [4/1] 1} ¥K21121810] PW. Board, Main Amp./ R717 $1.|1 11 | RC1G047120 472 +10% YW
Power Supply R718 }1/1!)14)RC10047120 4.79. +10% YW
1 Z2Z21121810 | PW. Board Assembly R719 |1 +1/14GD05100140 102
1 2221423810 | P.W. Board Assembly R720 |1 $1] 1 | GDO5100140 FON
1) 2221128810 | P.W. Board Assembly
P700-CAPACITORS
c7ot |+/111) 0D15471370 | Ceramic 470pF +5%
c702 |1/141)DD15471370 | Ceramic 470pF +5%
c703 «| 1/441) £A10505030 | Elect 1uF 50V
c704 |71{441] EA1GS05030 | Elect 1uF 50V
e705 |1:/111} GA47601690 | Elect 47 uF 16V
e7os }141)71! EA47601690 | Elect 47 uF 16V
c7o7 [1 44111} £A10505030 | Elect Ws 5OV
c708 }44151) EA1C505030 | Elect 1pyF 50V
c7o9 $7 /441/1)0D11060370 | Ceramic 6pF +0.5pF
c710 «$141417{9D11060370 | Ceramic 6oF +0.5pF