Fisher CR-5300 User manual

FISHER
CR-5300
Stereo Cassette Tape Deck with
DOLBY Noise Reduction System
and Metal Tape Capability
THE FIRST NAME IN HIGH FIDELITY

SPECIFICATIONS
POWER SOUICOhiicte a aec a ehh misieed tod aed ala: aE Sa hs ed as AC 120/220V (50/60Hz)
Power Consumption .......0.0.0 00. ccc ee eee eee eee ee eee eens 14W
Recording System 4. ec. 64.264 et ee oe Sa TA a oe Wand PAV 4 AC Bias
EaSiRGS VSCOM. ofdux ce ore oiveke Soe actanceith sae Saks ed dietewy «8k Wa Alea ak Blnlo ee Ae AC Erasing
FADE SHERG oot Likes oo Gos edie tes uk ines ar ate re ita Ng eda 1-7/8 ips. +2%
Wow Ge Flutter: 3/6 Se bres aie eh ERS ee ai oa oth hwo Wi etn eae 0.08% WRMS
Torque
Playback’ <.:s.¢ csc", 30 dienelecd aha we atdet ib ate hs BAGS Aeon ah ee Gea Tate ie be Pale Ge 35 - 45g-cm
Fast POrward:s)sv-0.t3 3 and avehet das ie are ences AOA apditee ares gd eat wee 60 - 90g-cm
R@WIN fesece Soo nie Bet EGR EE ee ES EE s ha oo a od ah oa 60 - 90g-cm
Fast Forward Time... ... 0.0.0... c eee eee eee ee 100sec. (with C-60 cassette tape)
Rewind Time. 2... dhacccas eeu es sade ls jada gale ew, baa 100sec. (with C-60 cassette tape)
Frequency Response (Overall, DOLBY : OFF)
Fe203.(7dB band) tie: oki siden ta tree teee deed icerge aaa ASE Ww a toe Sond 3 40 - 12.5kHz
GOO AFAR aM eon sacs raed pom pee seen bce pee ay fn ane tae eed ao a ies a 40 - 14kHz
Metal (7dB band) ....... 0... 0. ccc eee eee e eee nes 40 - 16kHz
Signal to Noise Ratio (According to CCIR method: Weighted, DOLBY : ON)
FE203% 5 ached Reltinda ta a dtad totaal a detaltin Do ateid ee oi Siaed Bhd ao EE Aly gt BEBE oc 58dB
GEO 2 oe set lasers Shiba atnudeds Se Sepik e eene cs UNS E ty gba Sy ate yeaa ree aeaas 60dB
Metall sn shesde tov: eek as ude ote ants waves © ahs olsen ney tn ee Be 60dB
Signal to Noise Ratio (According to CCIR method: Weighted, DOLBY : OFF)
FOZ OS he rs tS nse we sok ae RAR eet ances tip ig a sgtaks wate autdnamNe, Meads Sate a 50dB
ClO? iin arian PA Bunn eA ae 0 Rie ca lays sanatiabee laa clas, Woe Pid d WL tee Bieta te 52dB
Metals ese chang dcralant atnatnady tie she Boark acale eww, 4 FP ee wrretece ere tions Oho apesbra dele bei 52dB
Erase Ratio (Overall)
FO2 O83 crasitenccn Site eiate’s weet Sear Secs s aie ead es ee hats Saleh Bale Rae ae b atenrees 60dB
CrO 2: ect vate be tet Oe nie ee a ie Bo eds einen aa la Ge dink g Mek, Same the shard Wee 60dB
Metal 2.20 o udee via aede bag ative Ba ae aliens atc seve ave, phon unos eR a ines, 4 60dB
Crosstalk (with Fe203)
PACK tO2T Ta Ck sii bead passa aE devine Wate fe es nd es ay aad REGAN Gated, Ge bared ee 60dB
Channel Separation (with Fe203) ...... 0.0.0... cee eens 35dB
Harmonic Distortion (K3)
FO2O3% scarlet dong daghivh wh ein eRe PoP RSE. S oh Gus SS ee BA Oe Me nd Re 1.8%
GOs fart eee ce street als Sei abrees tie eoptereagn ss ove hie ada don ahah a8 Meet ee ldaine Geet e 1.5%
WC tall ire secre apate Saale a ade seurar sad eed Nae base oh diets deidl ated eimeay thetiecalageeah tha xr as Se adh eir Aea seit 1.5%
Input Sensitivity and Impedance
Microphones ica See en ood ce es Ee a ai ee ks Pane eed he eo es ImV/15k-ohm
LINE SUING gsc, sek cat oMcsthnae atte ae db anna ca edhocttia Bil eeid, Do naa at OFR bk 100mV/50k-ohm
DINGINPUT 24. hata ga hive ek cee Se Owen ae Gee ea dy os 1mV/10k-ohm
Output Level and Impedance
EG | ae 6 Seat en Ne a Pe 500mV/2k-ohm (47k-ohm load)
DUNVOUTRUT aes acne eee Re wala ondatneue 2, 520mV/22k-ohm (470k-ohm load)
PICA DMOHEYS g scuce. ete ae dagt wee dona he eters aan eee 30mV/500-ohm (8-ohm load)
Oscillation Frequency ......... 0.0.00. cee ee eee eee eee eee teens 85kHz
Dimensions (Wx HxD)........ 0.00.00. ccc eee eee eee 400 x 120 x 205mm
Weight saAve 22 san dite hid bd ee ee el oa dy Seas ol a SL ah Gos en a ae SW 4.5kg
—Specifications subject to change without notice.—

MECHANICAL
EQUIPMENTS REQUIRED
Cassette-type Torque Meter (100g maximum)
Thickness Gauge
Cassette Tape (C-120)
Silicone Grease (Example: SHIN-ETSU SILICONE KS-64)
Paint or Glue
GENERAL REMARKS
e
Before
adjusting
the
mechanism
of
the
unit,
clean
the
tape
contacting surfaces with a soft cloth soaked in alcohol.
Trouble may occur because of oi! and grease stains.
The Belts must be kept clean while the adjustments are
performed.
*
Silicone
grease
(Example:
SHIN-ETSU
SILICONE
KS-64)
is
applied
to
the
Drive
Belt
and
the
Take-up
Belt
to
protect
them
from
abrasion.
If
necessary,
apply
a
proper
amount
of
silicone
grease
(Example:
SHIN-ETSU
SILICONE
KS-64)
to
each
groove
of
the
Flywheel
and
Friction
assemblies.
NOTE:
Silicone grease is not applied to the Replacement Parts.
@
Never
apply
grease
or
oil
to
the
ASO
Belt.
If
applied,
wipe
it
clean with benzine.
PINCH ROLLER ADJUSTMENT
1.
2.
i
Set
the
unit
in
the
playback
mode
and
check
to
see
that
the
clearance
between
the
Pinch
Roller
Arm
and
the
Slide
Base
is
more
than
0.1mm,
and
that
the
Take-up
Reel
Gear
rotates
before
the
Pinch
Roller
starts
rotating
as
the
PLAY
button
ts
gradually
pressed.
Pinch Roller Arm
Slide Base
more than
0.1mm
if necessary, adjust the clearance by carefully bending the
Pinch Roller Arm as illustrated.
Do not excessively bend it.
ADJUSTMENTS
FLYWHEEL THRUST ADJUSTMENT
Check to see that the clearance between the Flywheel Thrust
and Flywheel is 0.09 — 0.17mm with the chassis upside down as
illustrated. If necessary, adjust the clearance by the following
procedure.
Adjustment
=
$|> 0,09 — 0.17mm
Flywheel Thrust
|
Flywheel
1. While moving the Capstan up and down, slowly turn the
Flywheel Thrust clockwise to obtain the clearance of "O”
between the Thrust and the Flywheel.
NOTE:
Do not turn the Flywheel Thrust forcibly.
2. Turn the Thrust counter-clockwise by 45° — 90° from the
position.
3. After the adjustment, secure the Flywheet Thrust with paint
or glue.
TAKE-UP TORQUE ADJUSTMENT
1. Insert the cassette-type torque meter into the unit and
measure the torque of the Take-up Reel Gear with the unit
in the playback mode. It should be 30 — 50g-cm.
Take-up Torque
30 — 50g-cm
Take-up Reel Gear
2. If necessary, adjust the torque by moving the Friction
Spring of the Friction Assembly as illustrated.

MECHANICAL ADJUSTMENTS (continue)
Friction Assembly
a AP 9. the
Friction Spring
Friction Spring
NOTE:
if the Take-up Reel Gear and the Take-up Gear run idle and
produce an abnormal sound, adjust the take-up torque as
low as possible.
FAST FORWARD & REWIND TORQUE
1.
The fast forward and rewind torque value measured by
cassette-type torque meter should be 55 — 100g-cm.
REW.
Torque
€
y
A
ss
100g-cm
F.F Torque
Cassette Type
Torque Meter
NOTE:
Read the torque values on the torque meter just before the
unit automatically shuts off.
If the torque value is more than 100g-cm, apply a proper
amount of silicone grease (Example: SHIN-ETSU SILICONE
KS-64) to the groove of the Friction Assembly. Then, make
the Motor rotate and apply the silicone grease to the
Take-up Belt.
If the torque value is less than 55g-cm, replace the Take-up
Belt with a new one.
MOTOR SWITCH ADJUSTMENT
1.
Set the unit in the Stop mode and check to see that the
clearance between the Motor Switch and the Brake is
0.1 — 1.5mm as illustrated, and that the Motor Switch is
turned on by pressing one of the Select Buttons (PLAY, FF,
or REW).
Motor Switch
Brake
move the
Motor Switch
2.
If necessary, loosen the screw fastening the Motor Switch
and shift the Switch to the specified position.
3. After the adjustment, tighten the screw and secure It with
paint or glue.
MUTING SWITCH ADJUSTMENT
1.
This Switch is normally closed. Check to see that the
clearance between the both contacts of the switch is
0.5 — 1.0mm with the PLAY button down as illustrated.
t 0.5 — 1.0mm
move the
Soren Switch
If necessary, loasen the screw fastening the Switch and move
the Switch to the specified position.
After the adjustment, tighten the screw and secure it with
paint or glue
TAPE RUNNING CONDITION ADJUSTMENT
1.
Prepare the cassette tape (C-120} as the test tape for this
adjustment.
Insert the test tape into the cassette compartment and play
it back. Then, check to see that the tape is not curling along
the Tape Guide of the Erase Head while the test tape is
being played back.
\f necessary, tighten the adjusting screw and slowly loosen
the
adjusting
screw
until
the
tape
is
exactly
centered
in
the
Tape Guide of the Erase Head.
After
the
adjustment,
secure
the
adjusting
screw
with
paint
or
glue.

MECHANICAL ADJUSTMENTS (continued)
AUTO SHUT-OFF MECHANISM
; FUNCTION
1.
Silicone
grease
(Example:
SHIN-ETSU
SILICONE
KS-64)
is
7.
The
ASO
Pulley
continues
rotating,
so
that
its
tooth
meshes
applied
to
the
contacting
surfaces
of
the
Bushing
and
the
with
the
second
tooth
of
the
ASO
Lever
and
it
moves
the
ASO
Lever,
and
the
teeth
of
the
ASO
Lever
to
make
the
ASO
Lever
in
the
direction
of
arrow
C
again.
Auto Shut-off mechanism function smoothly.
If
necessary,
apply
a
proper
amount
of
silicone
grease
to
8.
Then,
the
ASO
Lever
pushes
the
Stop
Lever
in
the
direction
them.
of
arrow
C,
so
that
the
unit
is
set
in
the
stop
mode.
2.
The
ASO
Lever
is
ordinarily
pressed
to
the
Bushing
of
the
Friction
Assembly
by
the
spring
and
moves
in
the
direction
of
arrow
A
in
accordance
with
the
bushing
rotation.
Stop Lever
3.
The
shaft
of
the
ASO
Pulley
is
elliptical
in
shape
like
a
cam
ASO
Belt
as
illustrated
and
moves
the
ASO
Lever
in
the
direction
of
>
Cc
arrow
B
according
to
the
rotation
of
the
ASO
Pulley.
4. The teeth of the ASO Pulley and ASO Lever do not mesh
€ *. and the shaft moves the ASO Lever back and forth by the
“above
described
movements
(A
and
B).
Bushing
5.
When
the
tape
is
completely
wound
to
the
end,
the
bushing
rotation
stops,
so
that
the
ASO
Lever
is
moved
in the
direction
of
arrow
B
by
the
ASO
Pulley
and
it
stops
moving.
Friction
Assy
6.
While
the
ASO
Pulley
is
rotating,
its
tooth
is
engaged
with
ASO
Pulley
the first
tooth
of
the
ASO
Lever
and
it
moves
the
ASO
Lever
in the
direction
of
arrow
C.
Then,
the
tooth
of the
ASO
Pulley
is
disengaged
from
the
tooth
of
the
ASO
Lever.
ASO
Lever
B
a
If there is a problem with the the Auto Shut-off mechanism,
repair it referring to the following troubleshooting.
SYMPTOM
POSSIBLE
CAUSE
REMEDY
ASO
mechanism
does
not
|
ASO
Spring
is
unhooked
Repair.
work
properly.
-
Grease
is
not
applied
suficiently
to
the
circumference
|
Apply
grease.
of
the
Bushing
or
is
not
applied
at
all.
ASO
Lever
does
not
|
Shaft
of
ASO
Lever
is
|
Remove
grease
or
dust
by
wiping
Shaft
of
move
properly.
clogged
by
grease
or
dust.
ASO
Lever
with
alcohol.
ASO
mechanism
does
not
|
ASO
Lever
is
in
contact
with
Take-up
Pulley
of
|
Insert
the
washer
below
the
E
ring
of
the
work
at
all.
Friction
Assembly.
Bushing
and
keep
the
clearance
between
the
E
ring
and
the
Bushing
less
than
0.5mm.
ASO
Belt
is
worn
out.
Replace
ASO
Belt.
}
ASO
Belt
is
stained.
Wipe
ASO
Belt
with
benzine.
NOTE:
Se Although there is a case that the button is not locked by
pressing one of the Select Buttons (PLAY, FF, or REW)
without Power supplied to the unit after the unit has
automatically shut off, this symptom is not a mul function.

ELECTRICAL ADJUSTMENTS
REQUIRED EQUIPMENT
VTVM (2 sets}
Frequency Counter
Audio Signal Generator
Dummy Load (47k-ohm)
Dualtrace Synchroscope
Test Tapes
* 3kHz test tape (Example: TEAC MTT-111) for Tape
Speed Adjustment
10kHz test tape (Example: TEAC MTT-316) for Head
Azimuth Adjustment
Test Tape for DOLBY Level Calibration (Example:
TEAC MTT-150) in Playback Gain Adjustment
Test Tape for recording and playback operations
* Metal Tape (Example: TDK AC-701)
Alignment Tool
Prior to the Electrical Adjustments, set the unit and
the measuring instruments as follows:
@ DOLBY NR Switch .......2....00........0.0. OFF
@ Tape Select Switches .................. NORMAL
@ Input Select Switch .........0.........00.. LINE
@ Input Level Adjusting Volume ............ Maximum
@ Audio Signal Generator Output ....... 1kHz OdB (1V)
NOTE:
The Electrical Adjustments should be performed in the order as
described below.
TAPE SPEED ADJUSTMENT
1. Connect the frequency counter to the left or right channel
LINE OUT as illustrated. Then, insert a 3kHz test tape
(Example: TEAC MTT-111) into the cassette compartment.
Frequency Counter
3kHz (+15 Hz)
LINE OUT
(PLAYBACK)
2. While playing back the test tape, adjust the potentiometer
inside the Motor by turning it until the frequency counter
reads 3kHz (#15Hz).
HEAD AZIMUTH ADJUSTMENT
1. Remove the cassette compartment lid from the unit and
connect the dualtrace synchroscope and the VTVM to both.
channel LINE OUT as illustrated. Then, set the dualtrace
synchroscope as follows:
“ IMODE.. Svante Sts tulles on we, BODE 2 CHOP (chopped)
*> SOURCE: 4.5 cco Gasca be haneets INT (internal), CH1 or CH2
* SWEEPMODE .............. AUTO (automatic)
Dummy Load
LINE OUT
(PLAYBACK)
R L
©©
NOTE:
Adjust the field on the synchroscope with the VOL. ADJ.
and TIME ADJ
Insert a 10kHz test tape (Example: TEAC MTT-114) into
the cassette compartment. While playing back the test tape,
turn the azimuth adjusting screw until the wave forms of the
right and left channels are superimposed and set to optimum
at maximum reading of the VT VM.
Adjustment
R/P Head
Adjustment Screw
After the adjustment, secure the adjusting screw with paint
or glue.
3.
—6—

ELECTRICAL
ADJUSTMENTS
(continueg)
PLAYBACK GAIN ADJUSTMENT
LEFT CHANNEL
1. Connect the VTVM to the left channel LINE OUT as
illustrated. Then, insert the test tape for the DOLBY Level
Calibration (Example: TEAC MTT-150) into the cassette
compartment and set the unit in the playback mode.
VTVM
335mV (—9.5 dB)
LINE OUT
(PLAYBACK)
Epa
© «JAE
47k-ohm
Dummy Load
2, While playing back the test tape, adjust the potentiometer
(P101) until the output level becomes 480mV on the VT VM.
RIGHT CHANNEL
Connect the VTVM to the right channel LINE OUT. Then,
adjust the potentiometer (P201) for the right channel by
following the same procedure as LEFT CHANNEL.
RECORDING BIAS ADJUSTMENT
e For Metal Tape
LEFT CHANNEL
1. Connect the audio signal generator and the attenuator to the
« left channel LINE IN, and the VTVM to the left channel
LINE
OUT
as
illustrated.
Then,
insert
a
metal
tape
(Example:
TDK AC-701) into the cassette compartment.
Audio Signal
Generator
LINE IN
(RECORD)
R L
©) ©
ney
we Rienieter ee
7.1mV (—43 cB)
on
LINE OUT
(PLAYBACK)
R L
© ©
Dummy Load
OUTPUT
1kHz=14kHz, +1 dB
Set the Tape Select Switches to METAL.
With the INPUT Level Control set to the maximum,
alternately record the 1kHz signal and 14kHz signal from
the audio signal generator at 7.1mV {—43dB) on the tape
several times.
While
playing
back
the
recorded
signals,
check
that
the
14kHz
signal
output
is
identical
to
1kHz
signal
output
or
the
deviation
is
#1dB
on
the
VT
VM.
If not, adjust the potentiometer (P103}) and recheck the
output of each signal by playing back the signals after the
recording operation for the signals.
Repeat the above adjustment until the specified output is
obtained.
RIGHT CHANNEL
Connect the audio signal generator and the attenuator to the
right channel LINE IN, and the VTVM to the right channel
LINE
OUT.
Then,
adjust
the
potentiometer
(P203)
for
the
right channel by following the same procedure as LEFT
CHANNEL.

ELECTRICAL ADJUSTMENTS (Continued)
RECORDING GAIN ADJUSTMENT
e For Metal Tape
LEFT CHANNEL
1. Connect the audio signal generator and the attenuator to the
left channel LINE IN, and the VTVM to the left channel
LINE OUT as illustrated. Then, insert a metal
(Example: TDK AC-701) into the cassette compartment.
Audio Signal
Generator
LINE IN
(RECORD)
|
Attenuator
178mvV (—15 dB)
VTVM (480mvV)
LINE OUT
(PLAYBACK)
47k-ohm
Dummy Load
2. Set the Tape Select Switches to METAL.
3.
Place the unit in the recording mode with the PAUSE
button down. Feed 1kHz signal from the audio signal
generator at 178mV (—15dB) to the unit and adjust the
left channel INPUT Level Control until the VTVM reads
335mV (—9.5dB). Then, record the signal on the tape by
repressing the PAUSE button.
INPUT a 6 RIGHT
LEVEL 3 7
. While playing back the recorded signal, check that the
VTVM reads 335mV (~9.5dB).
If not, adjust the potentiometer (P102) and re-check the
output by playing back the signal after the recording
operation for the signal.
Repeat the above adjustment until the specified output ts
obtained.
RIGHT CHANNEL
Connect the audio signal generator and the attenuator to the
right channel LINE IN, and the VTVM to the right channel
LINE OUT. Then, adjust the right channel INPUT Level
Control and the potentiometer (P202) for the right channel
by following the same procedure as LEFT CHANNEL.
C

PARTS LIST
PRODUCT SAFETY NOTICE
PRODUCT SAFETY SHOULD BE CONSIDERED WHEN A COMPONENT REPLACEMENT 1!S
MADE IN ANY AREA OF AN UNIT. COMPONENTS INDICATED BY AMARK A
IN THIS PARTS
LIST AND THE SCHEMATIC DIAGRAM SHOW COMPONENTS WHOSE VALUE HAS SPECIAL
SIGNIFICANCE TO PRODUCT SAFETY. IT IS PARTICULARLY RECOMMENDED THAT ONLY
PARTS SPECIFIED ON THE FOLLOWING PARTS LIST BE USED FOR COMPONENT
REPLACEMENT POINTED OUT BY THE MARK.
a
PACKAGE
Part No.
AMPLIFIER P.C.B. ASSY
Description
141 6 1419 47204] Individual Carton
416 1449 62500] Styrofoam Case
141 6 1449 62600! Styrofoam Case
141 6 2519 11890] Poly Cover
141 6 2519 24033 Poly Cover
141 6 4559 03200] Serial No. Sheet
ACCESSORIES
rf * T 4 2369 70571] Patch Cord
5 141 6 4519 19400} Warranty Card
141 6 4729 07400} Caution Label
16 4729 07700) Caution Label
142 6 4119 01500} Instruction Manua!
CABINET
14101119 66401] Front Cabinet Assy
141 2 1119 60500] Cover
141 2 1249 22600| Cassette Lid
141 2 1319 17501] Cassette Lid Clear
141 2 1419 09271} Rating Plate
141 2 2449 32000] Sheet
102 3 1703 01218] Screw, Bind Hd. Tapping-1 +M3.0x12
ar 103 3 1703 00811] Screw, Bind Hd. Tapping-2 +M3.0x8
103 3 1703 01211] Screw, Bind Hd. Tapping-2 +M3.0x12
103 3 1703 01411] Screw, Bind Hd. Tapping-2 +M3.0x14
141 2 1619 68800} Knob
141 2 1619 69000} Switch Knob
141 2 1639 36600] Knob
AMPLIFIER P.C.B. ASSY
x 4 1329 75564} Amplifier P.C.B. Assy
4 2359 73601 | Jack 2P (Line In)
4 2359 73601 | Jack 2P (Line Out)
- 4 2359 71552) DIN Socket (Record/Piay)
C 4 2369 70740] RT Pin
141 2 4729 04700] Staple 10
4 2369 71450 | Connector 6P
4 2369 71480] Connector 3P
CC2 7 1500 KEOOC | Ceramic 270 pF
CC4 7 1500 KEOOC | Ceramic 470 pF
CD10 7100 0001V ectrolytic 100 uF
CD4 7 5100 OOOOV | Electrolytic 4.7 wr
CD47 6100 0001V | Electrolytic 47 PF
CD10 6100 OO00V | Electrolytic 10 pF
CC5 6 0500 KDOOC | Ceramic 56 pF
CM3 3 3500 KOOSV | Mylar 0.033 uF
CM1 5 3500 KOOSV | Mytar 0.015 uF
E
E
NB NM BH — = - a2 a
CD2 27160 0001V ectrolytic 220 uF
CD107160 0001V ectrolytic 100 uF
CD10 5100 OOOOV | Electrolytic 1 uF
CC1 0 1500 KEQOC | Ceramic 100 pF
CA3 34100 KOOOV] Aluminum = 0.33 uF
CA1 0 4100 KOOOV | Aluminum 0.1 uF
06100 OOOOV | Electrolytic 10 uF
2 3500 KOOSV | Mylar 0.012 uF
- 7 3500 KOOSV ; Mytar 0.047 uF
— 1 0 6100 OOOOV | Electrolytic 10 uF
CM4 7 2500 KOOSV | Mylar 0.0047 uF
CM5 6 2500 KOOSV | Mylar 0.0056 uF
CM2 7 3500 KOOSV | Mylar 0.027 uF
ae eww woe SB oe So oe oe es as os ss a oe
CM1 2 2500 KOOSV
CD10 6100 O0000V
CD10 6100 0000V
CD10 6100 0000V
CD4 7 4160 O000V
CD4 7 6100 0001V
CD10 6100 0000V
CA2 2 4100 KOOOV
CM2 7 2500 KOOSV
CC1 0 1500 KEOOC
CD4 7 4100 0000V
CD4 7 4160 Q000V
CD1 0 6100 0000V
CD10 6100 0000V
| CC2 2 1500 KEOOC
CC2 2 2500 KEOOC
CD10 5100 0000V
CD10 5100 0000V
' CC47 1500 KEOOC
; CC2 7 1500 KEOOC
| CC47 1500 KEOOC
CD10 7100 0001V
CD4 7 5100 0000V
CD4 7 6100 0001V
CD71 0 6100 0000V
CCS 6 0500 KDOOC
CM3 3 3500 KOOSV |
CM1 5 3500 KOOSV
CD2 27160 0001V
CD10 7160 000i1V
CDi 05100 OOOOV :
CC1 0 1500 KEQOC |
CA3 3 4100 KOO0OV
CAi 0 4100 KOO0V
CD10 6100 OO000V |
CM1 2 3500 KOOSV
CM4 7 3500 KOOSV
CD1 0 6100 O000V
CM4 7 2500 KOOSV
CM5 6 2500 KOOSV
CM2 7 3500 KOOSV
CM1 2 2500 KOOSV
CD10 6100 0000V
CD10 6100 O000V
CD10 6100 O000V
CD4 7 4160 O000V
CD4 7 6100 0001V
CD? 06100 OO00V
CA2 2 4100 KOOOV
CM2 7 2500 KOOSV
CC1 0 1500 KEOOC
CD10 5100 O000V |
CD4 7 4160 O000V
CD10 6100 0000V
CD10 67100 0000V
CC2 2 1500 KEOOC
CC2 2 2500 KEOOC
CD10 5100 0000V
CDi 0 5100 O000V
CC4 7 1500 KEOOC
Mylar
Electrolytic
Electrolytic
Electrolytic
Electrolytic
Etectrotytic
Electrolytic
Aluminum
Mylar
Ceramic
Electrolytic
Electrolytic
Electrolytic
Electrolytic
Ceramic
Ceramic
Electrolytic
Electrolytic
Ceramic
Ceramic
Ceramic
Electrotytic
Electrolytic
Electrotytic
Electrolytic
Ceramic
ylar
Mylar
ectrolytic
Electrolytic
Electrolytic
Ceramic
uminum
uminum
ectrolytic
ylar
ylar
ectrolytic
ylar
ylar
ylar
ylar
ectrolytic
ectrolytic
ectrolytic
ectrolytic
ectrolytic
ectrolytic
uminum
ylar
Ceramic
Electrolytic
Electrolytic
Electrolytic
Electrolytic
Ceramic
3
E
E
S
PMMMMOMMSSCTCeMmsgnyppyp
ectrolytic
ectrolytic
eramic
0.0012 wF
10 uF
10 wr
10 uF
0.47 uw
47
10 uw
0.22 p
0.0027 uF
100 pF
0.47 pF
0.47 uF
10 we
10 we
220 pF
0.0022 uF
Tuer
1 uF
470 pF
270 pF
470 pF
100 wF
4.7 uF
47 wr
10 wr
56 pF
0.033 wr
0.015 pF
220 uF
100 wr
1 wr
100 pF
0.33 uF
O.1 WF
O uF
0.012 uF
0.047 pF
O uF
0.0047 pF
0.0056 uF
0.027 uF
0.0012 pF
10 wr
O uF
10 uF
0.47 pF
47 wr
10 uF
0.22 pF
0.0027 uF
100 pF
1 ur
0.47 wr
10 uF
10 wr
220 pF
eramic 0.0022 uF
1 uF
1 uF
470 pF
410%

PARTS LIST (Continued)
Part
No.
Description
lany|
Rese
Part
No.
Description
AMPLIFIER P.C.B. ASSY
4 2039 70431 | Transistor, 2SC1815
4 2039 70431 | Transistor, 2SC 1815
203 5 5100 53660 | Transistor, 2SC536
RD1 5 3251 JSOOO ; Carbon 15k ohm 1/4wW
RD2 7 4251 JSOOO | Carbon 270 k ohm 1/4W
RD4 7 0251 JSOOO | Carbon 47 ohm = 1/4W
RD2 2 4251 JSOOO | Carbon 220k ohm 1/4W
RD1 5 3251 JSOOO | Carbon 15k ohm 1/4W
RD1 0 2251 JSOOO | Carbon 1kohm 1/4W
RD1 0 4251 JSOOO | Carbon 100 k ohm =1/4W
D1 8 2251 JSOOO | Carbon 18k ohm 1/4W
D3 9 2251 JSOOO | Carbon 39k ohm 1/4w
D3 9 4251 JSOOO | Carbon 390 k ohm = 1/4W
D3 9 2251 JSOOO | Carbon 39k ohm 1/4W
D1 0 4251 JSOOO | Carbon 100 k ohm 1/4W
D3 9 2251 JSOOO | Carbon 39k ohm 1/4W
D4 7 2251 JSOOO | Carbon 47k ohm 1/4w
Di GO 2251 JSOOO | Carbon 1k ohm 1/4w
D1 0 2251 JSOOO | Carbon 1k ohm 1/4w
D2 2 4251 JSOOO | Carbon 220 k ohm 1/4W
D3 3 1251 JSOOO | Carbon 330 ohm 1/4W
D15 4251 JSOOO } Carbon 150k ohm 1/4W
D1 0 2251 JSOOO | Carbon 1k ohm 1/4W
D2 7 4251 JSOOO | Carbon 270 k ohm 1/4W
D3 3 2251 JSOOO | Carbon 3.3k ohm 1/4W
D4 7 3251 JSOOO | Carbon 47k ohm 1/4W
01 8 1251 JSOOO | Carbon 180 ohm = 1/4W
No.
AMPLIFIER P.C.B. ASSY
C301 CD107250 0001V j Electrolytic 100uF 25V
C302 CD10 7160 0001V j Electrolytic 100uF 16V
C304 CD47 4250 O000V | Electrolytic O47 uF 25V
C305 | CC22 2500 KEOOC|Ceramic O0.0022uF 5OV +10%
C306 | CM2 2 3500 KOOSV | Mylar O0.022uF 5O0V +10%
C307 1% CP18 3101 JOOOV | Polypropylene
0.018 uF 100V +5%
C308%| CM6 8 2500 KOOSV | Mylar 0.0068 pF 50V +10%
C309%| CM6 8 2500 KOOSV | Mylar 0.0068 uF 5OV +10%
C310 | CM1 83500 KOOSV | Mylar 0.018 uF 50V +10%
C311 CD107100 0001V | Electrolytic 100uF 10V
C313 CD47 7250 0001V | Electrolytic 470uF 25V
D101 2025 9110 18820 | Diode, 1$188
D102 2025 9110 18820 | Diode, 18188
D103 202 5 9530 44810 | Diode, DS448
D104 202 5 9530 44810 | Diode, DS448
D201 202 5 9110 18820 | Diode, 18188
D202 202 5 9110 18820 | Diode, 18188
D203 202 5 9530 44810 | Diode, DS448
D204 202 5 9530 44810 | Diode, DS448
D301 202 5 3210 05120 | Diode, GZA5.1U
D302 202 5 3210 05120 | Diode, GZA5.1U
D304 202 5 9530 44810 | Diode, DS448
0312 202 5 3210 05120 } Diode, GZA5.1U
D313 202 5 9530 44810 | Diode, DS448
D330 202 5 9530 44810 | Diode, DS448
D331 202 5 9530 44810 | Diode, DS448
-=o emo oo
DOUDDDDIVIDVIVIUDDIAIIADANDIAIIAN
C101 4 2069 70380 | IC, NE646B D1 0 3251 JSOOO ; Carbon 10k ohm 1/4W
1C201 4 2069 70380 ; IC, NE646B D1 0 3251 JSOOO | Carbon 10k ohm 1/4W
L101 4 2729 70290 | Coil (33 mH) D5 6 2251 JSOOO | Carbon 56k ohm 1/4W
L102 4 2729 70290 | Coil (33 mH) D1 0 2251 JSOOO | Carbon Tk ohm 1/4W
L103 4 2729 70342 | Coil, DOLBY Filter D1 0 2251 JSOOO | Carbon Tk ohm 1/4W
L201 4 2729 70290 | Coil (33 mH) RD2 2 2251 JSOOO | Carbon 22k ohm 1/4W
L202 4 2729 70290 | Coil (33 mH) RD10 5251 JSOOO | Carbon 1M ohm 1/4W
L203 4 2729 70342 | Coil, DOLBY Filter RO2 2 2251 JSOOO | Carbon 2.2k ohm 1/4W
T301 1% 4 2589 73140 | OSC Transformer RD6 8 2251 JSOOO | Carbon 68k ohm 1/4W
P101 4 2229 72968 | Potentiometer (B-20 k ohm) RD1 5 2251 JSOOO | Carbon 1.5k ohm 1/4W
P102 4 2229 72968 | Potentiometer (B-20 k ohm) D4 3 4251 JSOOO0 | Carbon 430 k ohm = 1/4W
P103 4 2229 72971 | Potentiometer (B-100 k ohm) D6 2 3251 JSOOO | Carbon 62k ohm 1/4W
P201 4 2229 72968 | Potentiometer (B-20 k ohm) D5 6 2251 JSOOO | Carbon 56k ohm 1/4W
P202 4 2229 72968 | Potentiometer (B-20 k ohm) D7 5 1251 JSOOO | Carbon 750 ohm = 1/4W
P203 4 2229 72971 | Potentiometer (B-100 k ohm) | D2 2 3251 JSOO0 | Carbon 22k ohm 1/4W
D1 5 3251 JSOOO | Carbon 15k ohm 1/4W
D1 0 3251 JSOO00 | Carbon 10k ohm 1/4W
D5 6 1251 JSOOO | Carbon 560 ohm 1/4W
D6 8 2251 JSOOO | Carbon 68k ohm 1/4W
D1 0 3251 JSOOO | Carbon 10k ohm 1/4W
D8 2 3251 JSOOO | Carbon 82k ohm 1/4W
D8 2 2251 JSOOO | Carbon 8.2k ohm 1/4W
D2 7 0251 JSOOO | Carbon 27 0hm 1/4W
D6 8 12571 JSOOO | Carbon 680 ohm 1/4W
D5 6 0251 JSOOO | Carbon 56 ohm 71/4W
D3 9 2251 JSOOO |} Carbon 3.9k ohm 1/4W
D2 2 2251 JSOOO } Carbon 22kahm 1/4W
D1 8 4251 JSOO0O | Carbon 180k ohm 1/4W
RD2 7 3251 JSOOO | Carbon 27k ohm 1/4W
RD3 3 2251 JSOOO | Carbon 3.3k ohm 1/4W
RD2 7 1251 JSOOO | Carbon 270 ohm = 1/4W
RD1 1 3257 JSOOO | Carbon 11k ohm 1/4W
RD?1 0 5251 JSOOO | Carbon IM ohm 1/4W
RD2 2 3251 JSOOO | Carbon 22k ohm 1/4W
RD1 0 3251 JSOOO | Carbon 10k ohm 1/4W
RD3 3 3251 JSOOO | Carbon 33k ohm 1/4W
RD2 2 3251 JSOOO | Carbon 22k ohm 1/4W
RD2 2 3251 JSOOO | Carbon 22k ohm 1/4W
RD4 7 3251 JSOOO} Carbon 47 k ohm 1/4W
RD2 2 3251 JSOOO! Carbon 22 k ohm
RD1 0 3251 JSOOOj| Carbon 10 k ohm
RD1 0 32571 JMOOO/ Carbon 10k ohm 1/4W
RD1 0 3251 JSOOO | Carbon 10 k ohm
101 203 5 5100 69362 | Transistor, 2SC693
Q102 203 5 5100 69362 | Transistor, 2SC693
Q103 203 5 5100 69362 | Transistor, 2SC693
Q104 203 5 5100 53650 | Transistor, 2SC536
Q105 203 5 5100 53650 | Transistor, 2SC536
Q106 203 5 5100 53660 | Transistor, 2SC536
Q107 203 5 5100 53660 | Transistor, 2SC536 |
Q108 203 5 5100 53660 | Transistor, 2SC536 i
Q109 203 5 5100 53660 | Transistor, 2SC536
Q110 203 5 5100 53660 | Transistor, 2SC536
Q112 203 5 5100 53660 | Transistor, 2SC536
Q113 203 5 5100 53660 | Transistor, 2SC536
Q114 203 5 5100 53660 | Transistor, 2SC536
Q117 203 5 5100 53650 | Transistor, 2SC536
Q201 203 5 5100 69362 | Transistor, 2SC693
Q202 203 5 5100 69362 | Transistor, 2SC693
Q203 203 5 5100 69362 | Transistor, 2SC693
Q204 203 5 5100 53650 | Transistor, 2SC536
Q205 203 5 5100 53650 | Transistor, 2SC536
Q206 203 5 5100 53660 | Transistor, 2SC536
Q207 203 5 5100 53660 | Transistor, 2SC536 {
Q208 203 5 5100 53660 | Transistor, 2SC536
Q209 203 5 5100 53660 | Transistor, 2SC536 |
i
i
if
DDDDDDVDDIDIVIAIIIIADIAND
Q210 203 5 5100 53660 | Transistor, 2SC536
Q212 203 5 5100 53660 | Transistor, 2SC536
Q213 203 5 5100 53660 | Transistor, 2SC536
Q214 203 5 5100 53660 | Transistor, 2SC536
Q217 203 5 5100 53650 | Transistor, 2SC536 cb es pe Nee pk as ae a ey le Se ea ek, a a eS, a ee a ee ey ee ee ea a
702
ey