Technics SU-X933 User manual

ORDER NO. AD8904097C8 .
Manual
Amplifier
SU-X933
Color
(K)...Black Type
Area
Country
ee ae
Service
Digital Integrated Amplifier
SPECIFICATIONS
(DIN 45 500)
AMPLIFIER
SECTION
Muting
—20
dB
Super bass 70 Hz, O~ +10 dB
DIN power output Output voltage
1kHz THD: 1% 2x50 W (8 Q) TAPE REC OUT 200 mV
Total harmonic distortion Channel balance, AUX 250 Hz~-6,300 Hz +1.0 dB
rated power at 1 kHz 1% (8Q) Channel separation, AUX 1 kHz 55 dB
Harmonic distortion Headphones output level and impedance 473 mV/330 Q
half power at 1 kHz 0.03 % (8Q) Load impedance
Residual hum and noise 0.5 mV MAIN 8N~16Q
Damping factor 30 (8 Q) SURROUND 8Q~16N
Input sensitivity and impedance
PHONO 3 mV/47 kQ
TUNER, AUX, TAPE 200 mV/22 kQ i GENERAL
cD 300 mv/15 kQ
Maximum input voltage (1 kHz, RMS) Power consumption 330 W
PHONO 120 mV Power supply
SIN (rated power 8 ©) For Great Britain and New Zealand == AC 50 Hz/60 Hz, 240 V
PHONO 73 dB (IHF, A, 79 dB) For continental Europe AC 50 Hz/60 Hz, 220 V
TUNER, CD, AUX, TAPE 84 dB (IHF, A: 83 dB) For others AC 50 Hz/60 Hz, 110 V/127 V/220 V/240 V
Frequency response Dimensions (W x H x D) 360 x 106.2 x 304 mm
PHONO
RIAA
standard
curve
(14-3/16"
x
4-3/16"
x
12”)
+0.8 dB (30 Hz~15 kHz) Weight 5.3 kg (11.7 Ib.)
TUNER, CD, AUX, TAPE 10 Hz~50 kHz (—3 dB)
Tone controls Notes:
BASS 50 Hz, +10 dB~—10 dB 1. Specifications are subject to change without notice.
TREBLE
20
kHz,
+10
dB~—10
dB
Weight
and
dimensions
are
approximate.
2. Total harmonic distortion is measured by the digital spectrum
analyzer.
"Technics
Matsushita
Electric
Industrial
Co.,
Ltd.
,
Central
P.O.
Box
288,
Osaka
530-91,
Japan

a CONTENTS
Page Page
SEFORE REPAIR 0.0.2.0 ccc c cece cence eee e teen en enees 2 PRINTED CIRCUITBOARDS ..................00000. 17~21
ROTECTION CIRCUITRY 0.0.2... 0 cc cece cece eee eens 2 TERMINAL GUIDE OF IC’S,
ICCESSORIES!. eA cetc korea etian ot Anette dite Aanad 2 TRANSISTORS AND DIODES .............0.00000 2000 24
OCATION OF CONTROLS .... 0.00... ccc cence een ence ees 3 WIRING CONNECTION DIAGRAM ..........0000 0000 eee e ee 22
SONNECTIONS 0.0... ccc cece eee eter cece eee e teens 4,5 DESCRIPTION OF FLPANEL ...............00. 000 eee e eee 23
ISASSEMBLY INSTRUCTIONS .............00 000: e eee ees 6~8 FUNCTIONS OF IC TERMINALS .............000.000000. 23, 24
SCHEMATIC DIAGRAM ......0 0.00.0 cece cece cece ee eee 9~14 REPLACEMENT PARTSLIST ..............000. 0000s 25~33
LOCK DIAGRAM 0.0... 0c ccc cc ccc eee ence eect eee e es 15,16 EXPLODED VIEW ...........0 ccc c cece cece cece cece 31,32
# BEFORE REPAIR
(1) Turn off the power supply. Using a 100, 5 W resistor connect both ends of power supply capacitors (C711, C712, 3300 UF) in
order to discharge the voltage. :
(2) Before turning the power supply on, after completion of repair, slowly apply the primary voltage by using a power supply
voltage controller to make sure that the consumed current at 50 Hz/60 Hz in NO SIGNAL mode should be shown below with
respect to supply voltage 110 V/127 V/220 V/240 V.
Power supply voltage AC 110V AC 127V AC 220 V AC 240 V
Consumed current 50 Hz | 100~500 mA 70~470 mA 50~250 mA 40~240 mA
Consumed current 60 Hz | 97~476 mA 68~457 mA 49~244 mA 39~236 mA
# PROTECTION CIRCUITRY
The protection circuitry may have operated if either of the following conditions is noticed:
*No sound is heard when the power is switched ON.
“Sound stops during a performance.
The function of this circuitry is to prevent circuitry damage if, for example, the positive and negative speaker connection wires are
“shorted”, or if speaker systems with an impedance less than the indicated rated impedance of this unit are used.
If this occurs, follow the procedure outlined below:
1. Switch OFF the power.
2. Determine the cause of the problem and correct it.
3. Switch ON the power once again.
Note:
When the protection circuitry functions, the unit will not operate unless the power is first switched OFF and then ON again.
ACCESSORIES
@AC power supply COP 2... eee cece renee e eens 1
Configuration of AC power supply cord differs according to area.
e@Attachment AC plug .......... 0. ccc eee ee eee eens 1
SJA190 .........- For (GN) area only. SJP9215...For (GC) area only
SJA188 .......... For (EB) area only.
RJAO004 ........ For (GC) area only.
SFDACO5E03_....For others.
m LOCATION OF CONTROLS
eFront panel
[1] Power switch (POWER)
[2] Voiume level/balance indicator
(BALANCE/VOLUME)
[3] Volume-level indicator
[4] Muting indicator (MUTING)
[5] Volume control (VOLUME)
[6] Input selectors/indicators
eRear panel
PLAY BACK
TAPE (REMOTE OUT)
TO DECK
REC ouT—
(REMOTE IN)
TO TUNER
EXT
LoutpuT —
TUNER GND
Audio muting switch (MUTING)
Balance controls (BALANCE)
[9] Tone controls (BASS/TREBLE)
Super bass control (SUPER BASS)
[11] Surround-sound switch (SURROUND)
[12] Headphones jack (PHONES)
COOLING FAN
[SURROUND - SOUND —
SPEAKERS
Co
~AC IN
TURNTABLE 4
SYNCHRO-REC
tei a
cD
SYNCHRO TAPE
VOLTAGE SELECTOR
(For (GC) area only)
TO DECK
(Except [EG] area)
*Phono input capacitance is about 270 pF for EG area
(about 100 pF for other areas).

m@ CONNECTIONS
sciedTes Turntable
SYNCHRO REC (not included)
Tuner
OUTPUT
(not
included)
QD QD
A 0
é : (See below.)
Re)
RH OHUROY MOR
i cen
MN
{J
REMOTE contro. Graphic
INPUT OUTPUT equalizer
® @
(not included)
i “GND” terminal of the amplifier
This terminal is for use with a turntable which has a ground wire.
“EXT” terminals of the
amplifier
When these terminals are not in use, be
sure to insert the shorting pins (included).
Connection diagrams shown are for connections to a
Technics hi-fi component system.
Make connections in the numbered sequential order.
[1]Connect the stereo connection cables
(included with the turntable, tuner, graphic equalizer,
compact disc player and cassette tape deck).
[2|Connect the L-type cables
(included with the turntable, compact disc player,
graphic equalizer and cassette tape deck).
Note:
Connect the L-type cables included with a compact
disc player as illustrated below in either case:
eWhen a graphic equalizer does not have the
remote control terminals.
«When a graphic equalizer is not used in combina-
tion with these components.
Compact disc player
REMOTE
q
Cassette tape deck y
OUTS
REMOTE
CONTROL

Turntable (not included) [3]Connect the flat cables.
[3-t] Connect the 3-core flat cable
Household AC outlet (included with the tuner).
oe [3-2] Connect the 3-core flat cable
Tuner
CONTROL
AC
OUTLET
(included
with
the
cassette
tape
deck).
AMPLIFIER —\ [ae
(not included)
~AC IN
[4]Connect the AC power supply cords.
Connect this cord only after all other cables and
cords have been connected.
Notes:
1. The configuration of the AC outlet and AC power
supply cord differs according to area.
ae
Except [EG] area) - 2. Connect the AC power supply cord included with a
He
(
compact disc player to the AC outlet of the
[3-2] 4 amplifier as illustrated below in either case:
¢When a graphic equalizer does not have the AC
Graphic equalizer AC OUTLET outlet.
(not included)
When a graphic equalizer is not used in combina-
tion with these components.
Amplifier
Compact disc player AC OUTLET AC OUTLET
(not included)
~AC IN
LJ Gat
Compact disc player
AC OUTLET
)
~AC IN (e2)
Ly; a a |
@ About the AC outlets of the each components
Do not connect video-related equipment (such as a TV, etc.) to the AC outlets of
these components. (These outlets are especially for audio equipment.) Also do not
exceed the indicated power ratings when connecting to these outlets.
° “SWITCHED” outlet (For tuner)
Power is controlled by the power switch.
¢ “UNSWITCHED” outlets (For amplifier, compact disc player, graphic
equalizer)
Power is always available, regardless of power switch setting.

m@ DISASSEMBLY INSTRUCTIONS
| Removal of the Cabinet
Removal of the Front Panel
Procedure
1—2
Cabinet
(Bottom Side)
&
13]
1. Remove the 3 screws (@~®).
2. Remove the flat cable (J501).
3. Remove the front panel in the direction of the arrow.
Remove the 6 screws (Q@~@).
Removal of the Power Switch
P.C.B.
Procedure
152-3
Power Switch
Front Panel
How to remove the flat cable
a
Pull out the flat cable while pressing
the connector.
1. Remove the power switch knob by pushing it from behind
the front panel.
2. Remove the 2 screws (@, @).
Removal of the Volume P.C.B.
Ref. No. Removal of the FL Drive/Tone
4
Amp
P.C.B.
and
Volume
P.C.B.
1.
Remove
the
1
knob
(@).
2. Remove the 1 nut (®).
Procedure Removal of the FL P.C.B.
1. Remove the 3 knobs (Q@~®). 3. Remove the 2 screws (Q, ®).
2. Remove the 3 nuts (Q@~@).
3. Remove the 5 screws (@~@®).
tie
Connector
ae
B: 16mm
C: longer than
18mm
Use a wrench of the
dimensions shown in
the illustration above
to remove nuts.

Removal of the Operation Switch |. Ref. No. Removal of the AC Outlet/AC IN Ref. No. Removal of the Fan Motor Ref. No. Removal of the Power
P.C.B. 6 P.C.B. 9 10 Transformar
Procedure Procedure Procedure
1524-5
1>6
mm
110
3]
Kf
S| =<
Operation
Sutch Lpe : 7 ,
AP a
A | (
Iw
AC Outlet /AC IN PC.B-
1. Remove the 3 screws (Q@~®).
2. Release the 4 claws. Release the 4 claws.
1. Remove the 1 flat cable (J701).
2. Remove the 4 screws (@~@Q).
Rear Chassis
. Pull out the 1 connector (J207).
. Release the 3 claws.
. Insert a screwdriver at the root of the cooling fan.
Force it out of the motor shaft.
. Remove the motor cover by used © screwdriver.
. Remove the motor from the fan casing.
. When mounting the motor fan, align the fan casing’s
projection with the hole of the fan motor.
Cooling fan
1. Remove the 6 screws (Q@~@).
2. Remove the 1 connector (J204).
Fan case
Projection
Fan motor
Regulator Transistor
1. Unsolder the power IC or regulator transistor.
2. Remove the 3 screws (Q@~®).
eWhen mounting the power IC or regulator transistor.
Apply silicone compond (SZZOL15) to the rear side of . 4. Remove the 3 screws (@~®).
power IC or regulator transistor. 5. Remove the main P.C.B. in the direction of the arrow.

2
3
4
5
6
7
8
9
10
ES
crono
EQ
AMP
/
INPUT
SELECTOR
CIRCUIT
VOLUME
CIRCUIT
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CONTROL 1
(TO TUNER’
R661 D620
15K MAIGSTA
REMOTE OUT| : 4203
E (TO TAPE)
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_21 22 23 24 25 26 27 28 29
m@ SCHEMATIC DIAGRAM
(Parts list on pages 25~30)
| ~——Phono signal (Lch)
1302 3x R30 | Vie. 47K,
nie Svs i Saker (This schematic diagram may be modified at any time with the development
cnet t Sox bd 4 of new technology.)
3 Bs 28 rae avd at 0302 |
in 2 leo. Notes:
7 D301~ 304 Eee ae eS1: Power switch.
> scene eS2: Voltage selector switch in “220 V” position.
Lé O-~O * (110 V/127 V/220 V/240 V)
Sige sik ov ov Yow 8 For (GC) area only.
b Wee - - eS601A: Surround-sound switch.
ONS ze 2s ee Gear 0304 Q301,302 ©S601~604: .
BES C302 . 2SC331|AQSTA S610: Input selector switches.
SUPER CRASS AM ieee : PHONO, S602: TUNER, S603: AU
ais S604: TAPE, S610: CD
aa ©S607, 608: Balance control switches.
Pa let (S607: Leh, S608: Rch)
ee ese eS609: Audio muting switch.
€325, SOV! meses: GD Phono signal line = =<" Recording signal
as wz) Phase difference signal mum Super bass signal
34a 47k —_ >= Positive voltage line -~<<_ >-Negative voltage line
ee =
Rice fae T90F | c308 160? J cap covet f (Ea ets Bs : ol ge * Indicated voltage values are the standard values for the unit measured by
SV13102B 3a.L85 R324. 220K gose TSE tak) aan the DC electronic circuit tester (high-impedance) with the chassis taken as
me ot . .
Siac oe Ee Bls poser ey standard. Therefore, there may exist some errors in the voltage values,
depending on the internal impedance of the DC circuit tester.
e|mportant safety notice:
Components identified by A\ mark have special characteristics important
for safety. When replacing any of these components, use only
manufacturer's specified parts.
pale
=
ee
eT
lea
ee
eee
oes
4501
Ks03
503
505
«R533,
“SII
;
oO
ee
el
oa!
Dene
ne
“Caution!
R328 wx
Ow.
i B38
C326 S50VI
TONE AMP.
OOP 'ev22 12k 0047 > ‘| > 0
:
,
Lah
;
@
|
IC
and
LSI
are
sensitive
to
static
electricity.
oi 0) oh % (| Secondary trouble can be prevented by taking care furing repair.
‘
iS
6
|
*Cover
the
parts
boxes
made
of
plastics
with
aluminum
foil.
L502 : te
osoa levee ‘Tek 7 |ie'to doat For CEG) area, © Ground the soldering iron.
2salsosaasTa
LN
xsi2
0
ia
1
Y
*Put
a
conductive
mat
on
the
work
table.
MOTOR
ORE
Sarena
*Do
not
touch
the
legs
of
IC
or
LSI
with
the
fingers
directly.
5
Q505
Bla
|
88
38
|
38 2SC33IIAQSTA ge | FE (Sel ssl HEADPHONES
BE
MOTOR
DRIVE
83
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7
POWER
Power
Source
For
(GC)
area.
| a
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ae Py mane a 188 Ssl | J
gs
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pe
LL
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Be eee oor A (8160 ) SPEAKERS
7(
wf
20
RE
a
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For
(EB)
area.
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s 2 GiRGE een
8 5: G2)—O~_9 i Ac ouTLeT |
rd . et = ii oe eS rte ( SWITCHED )
=
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s
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es
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5
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|
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(
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5 Kee “3 pe A eS 4 AC OUTLET
ook
1
(UNSWITCHED)
,
5
bs
1
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MAI67TA
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3
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REGULATOR > + ()}—-€3) @3) <
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AC 240v--- CEB,GN)
(50 /60Hz )
o
AC 110/127 /220/240V
AC
IN/
AC
OUTLET
(50/60Hz
}
al TERMINAL CIRCUIT
-13—

UD CEE Be DD CEE)
m@ BLOCK DIAGRAM
AN6558F TCOI64N
Ce
pl
PHONO
EQ
AM
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28
iia
INPUT
T
M5238P
jc.
2031)
Q
AMP
po
NPUT
SELECTOR
Pico]
MIXING(PHASE.
DIFFERENCE
8
[Riza | I X1 [x2 [x3 [x4 [xs [x6 x7
| [PHONO r PHASE SHIFT
er aren | [TUNER
O ) xl
5 rl> t Soto | 1 [co
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)
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pin
No.
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_
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SO
TUNER e—_ ° \ right channel. (M) Fan MoTOR 0502 i Sete
25 Sa
(4)
1
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Q651 D620 Q601, 609 VR601 I Suppr L ths soaks
VOLUME boss 6 D
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{|
REC
SIGNAL
Q605
MN4030B
ue!
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MN
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SYNCHRO l INTERFACE | GB) CB) FSi ae pre
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TO TAPE I
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Coe, wee a. eee : Ss, ee : : suPPLY) |
turn7as.e [] 29 os & 5 2 $ a 5 LC65540-3230 5 ! i E
ic P32 ple eee !
MICRO COMPUTER
SYNCHRO REC 6 AN78LO6 For (EB) area.
SB te TE ie eee EN
SYNCHRO
STRAT
4
sy.co
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L
—— CD |] *, Sta Sey fe ars ° Pe ae me 2S < - os EB e & 2 2 2 ! ac outcet !
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13 fiz Jair [to 5 32 |
, | 703,070! o. §.-\b Sh ee eee a
| | seo3 | se6oo | séos i [j- a eae
(MUTING ) (RIGHT | | Pale Petre
la a] 2) |
al 52 z| oo !
s6o7 | . 3 2) Lo saya
poees
(cD)
(LEFT)!
2a
lee
ie
eee
a
|
9702,0713
|
p707~
710
From power transformer ; NS | | ¢} «0 hk] @ | | RECT.
FL Display ING, ae | ©! © o| © L
gx | o| a al a | ~ — F
| | | | X60
| $602 \ \ Q704,0702
HeNTUNER) | | |
aN | | | °
Notes | ! | |
Soin Pe a | $601 | l
—>— = PHONO SIGNAL (PHONO)] 0602, 603,610 D704 0705 For(E,£5,EG) areas.
! 1s NC | | | Q701 ++ | rc a
=> =MAIN SIGNAL | | | | | | I
;
H
L——__i__4___
|
TO
FL
DISPLAY
|
pipers
| zz> :PHASE DIFFERENCE SIGNAL I (ed eet Nt 4 [ele a pt et ma | (UNSWITCHED) |
Le ee ee ee 4 KEY MATRIX CIRCUIT INPUT SELECTOR IND. ees L 4
=5 — —16—

STUD CEE Be DD CEE
1 2 3 7 8 9 10
stl PRINTED CIRCUIT BOARDS (parts list on pages 25~30)
LED/INPUT SELECT SWITCH PCB.
A 2 —
PHONO
EQ
AMP/INPUT
SELECTOR
PCB.
pe
S
(|
BALANCE
b
|
INPUT
SELECTOR
2
fe)
rs
Ss “~
aD
mo
e
B aes
a
Vv
bo
:
3
>
Cc
2s
INPUT/OUTPUT
. TERMINAL PCB.
c a
| REMOTE = fEXT |=
CONTROL || OUT _TUNER| roueety ; “apo
NES
(TUNER
()
(TO
TAPE)
7
fo
|S
FL
DRIVE
/
TONE
AMP
PCB.
[
tRreece
|
(eas
SUPER
Bass
|
EG)
ears, |
|
l
se
E
(OH
VoLUME
Pca.
mea
VOLUME
rea.
ane
acme
=o]
eee l
|
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F
eas.
ome |
t
:0)
|
SURROUND
pore |
~17—
—18-—

11
MAIN PC.B.
12
13
Note:
a.
e -(C)
pide CE
Italy ) areas.
~19—
14
[SYNCHRO| | SYNCHRO REC
( TAPE) (cD) (TURNTABLE)
=
Capacitors and Coils
indicated by(C)or (L)area. '
used only in the EG(F.R.Germany /
a
16
SPEAKERS
(8 ~I6Q)
17
SPEAKERS |
(SURROUND
aN 50/60Hz
240V 50/60Hz
—20—
19
AC IN/AC OUTLET
TERMINAL PC.B.
‘{E,E5, EG)
(EB,GN) /
20
UNSWITCHED --{E,E5,EG
SWITCHED ----(EB)
AC OUTLET
HEADPHONES /POWER SWITCH PC.B.
TI
( Power transformer )

SPEAKERS |
SPEAKERS
(8 ~160,)
IN ZAC OUTLET
TERMINAL PCB.
(SURROUND
220V 50/60Hz
240V 50/60Hz
-(E,E5, EG)\
(UNSWITCHED --{E,E5, EG)
(EB,GN) /
\ SWITCHED ---(EB)
AC OUTLET
HEADPHONES /POWER SWITCH PC.B.
( Power transformer )
GR
21 22 23 24
Power Source For (GC) area.
|
|
To Power Switch
|
| Y :
s2
VOLTAGE
ADJ
(ears
AC OUTLET AC IN
(UNSWITCHED) (110 7127 7 220/7240V
50/60Hz )
SVI3102B [ 14 pin |
AN6552F TC9177P | 20 pin | AN78L06
AN6558F TC9164N | 28 pin |
M5238P LC6554D-3230 | 64 pin |
AN6554F
MN4030B : 2
MN4013B SP ; ae
No.1 ' 2. Output
ie 3. Common
2SC3311A-Q, UN4111
2SA1309AQS,
UN4211
sop
GP15GLF
28D1450R
K—+¢—A
MA4051, MA4056M,
MA4047M, MA4180M
MA4150M
2SD1762EF
2SB1185EF
LN873RP-LS
Cathode
Caco—te—A
—21-

m@ WIRING CONNECTION DIAGRAM
[ac IN | [Ac OUTLET]
(UNS WITCHED)
Gy)
Bo AC IN/AC OUTLET
Pe
@&
TERMINAL
P.C.8
EXCERTLESI
SYNCHRO
SPEAKERS|
[
7
REC
SYNCHRO
(8~ 160) || TAPE B {
vl
ee
2
;
{
(TURNTABLE)
(CD)
(TAPE)
z
=
&
Z
_|SURROUND
oo
&
S
cn
eeew
on
ed
en
SPEAKERS \
(8160)
| |
yK502 Soot TON JK603 UK602 JKEO!
J203
HIGO*VOUAUN—
INPUT/OUTPUT
TERMINAL P.C.B.
FAN MOTOR
aN
San
SLD CER}
@ DESCRIPTION OF FL PANEL
@GRID ASSIGNMENT
so S1 S82
in / {BALD
HOOCDTTI0000T000
mousovonoooosososasssnaasqHneneoessH#¥t¥
VOLUME MAX
ePIN CONNECTION
GRY
8.
J202
MIN VOLUME MAX
LEFT BALANCE RIGHT
ua a P.C.B.
POWER
TRANSFORMER
701
TTiTTitit «
i A OT a A A EF LEE LLL LL DDD DDO. oO A AT PE TT EST BP TT Py
J604A
FL
DRIVE/TONE
AMP
P.C.8.
(12898)
yeosa
[ese]
J30l y602 J601 J6O3A
02345678910) 12345678910]
Se
6
f
{
f
1
J60
|
t
;
[
|
x z
a «
) a
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re HE ADPHONES/
POWER SWITCHP.C.B
PHONES
B LED/iINPUT SELECT SWITCH P.C.B.
—22—
PHONO EQ
INPUT SELECTOR JP
ZFOVMA BUR
VOLUME P.C.8,
ES
m@ FUNCTIONS OF IC TERMINALS
1C601 (LC6554D-3230) Micro Computer
Function Description
Grid drive output for digital multidisplay (FL).
S609 P eaienceay |
MUTING BALANC P eaienceay |
S607
=a
13 $601 $604
PHONO TAPE1
Key matrix output.
Key matrix input.
Not used.
Not used.
Rotary encoder input of volume control (VR601).
Grounding.
Input for power detection.
| cst Not used.
a
Grounding.
—23—
SU-X93:

AN MOTOR
IE P.C.B,
é]
SUD CEE
@ DESCRIPTION OF FL PANEL
eGRID ASSIGNMENT
So S1 S2
Henn bmp gre OnEvOmpo mH NE| = H
MIN VOLUME MAX
S7 S7 $7
@PIN CONNECTION
® ANODE CONNECTION
MIN VOLUME MAX
m FUNCTIONS OF IC TERMINALS
1C601 (LC6554D—3230) Micro Computer
LEFT BALANCE RIGHT
(xt)
Function Description
Grid drive output for digital multidisplay (FL).
Key matrix output.
BALANCE(R)
$607
BALANCE(L)
Key matrix input.
Not used.
Not used.
Rotary encoder input of volume control (VR601).
Grounding.
Input for power detection.
Not used.
Input for power detection.
Grounding.
—23-
SID CEE)
Function Description
Input selector noise cut multing output.
Not used.
Not Used.
LED selector display (VTR) output.
LED selector display (TAPE) output.
+] LED selector display (VIDEO DISC/AUX) output.
LED selector display (CD) output.
LED selector display (TUNER) output.
LED selector display (PHONO) output.
Grounding.
w
=
Grounding.
wo iS)
Clock oscillation input/output.
fe] ie)
@ aS
Reset signal input.
©
ST signal control output.
ao
DATA signal control output.
Player synchronized recording input.
N
+
_
a wo} ® o a
CD synchronized recording input.
Deck synchronized recording output.
Player STOP/START signal output.
Deck onrecording signal input.
eo
Input selection by tuner unit signal.
49 cD Input selection by CD unit signal.
Input selection by tape unit signal.
52
es Digital multidisplay (FL) output.
Direct operation input.
Power supply.
—24—

Notes; * Important safety notice :
m@ REPLACEMENT PARTS LIST
Components identified by /\ mark have special characteristics important for safety. When replacing any of these components use only
manufacturer's specified parts.
* Bracketed indications in Remarks columns specify the area. (Refer to the first page for area.)
Parts without these indications can be used for all areas.
Resistor Type Wattage
t J:
Numbering System For Resistors
Example:
ERD 25 F J 102
Type Wattage Shape Tolerance Value
(1/4W) (1KQ)
ERX 2 AN J 471
Type Wattage Shape‘ Tolerance Value
(2W) (4702)
Numbering System For Capacitors
Example:
ECKD 4H 102 z F
Type Voltage Value Tolerance Unique
({50V) {0.001 UF)
ECEA 50 M 330
Type Voltage Characteristics Value
(50V) (33pF)
@ Capacity values are in microtarads (iF) unless specified
otherwise, P=Pico-farads (pF) F=Farads (F).
@ Resistance values are in ohms (Q), unless specified
otherwise, 1K = 1,000Q, 1M=1,000kQ
Ref. No. Part No. Part Name & Description Remarks
: Electrolytic
: Ceramic
: Ceramic Capacitor
: Polyester
: Polypropylene
: Ceramic 1
: Ceramic (Chip Type)
: Ceramic (Chip Type)
: Semiconductor
: Liquid electrolyte
: Carbon
: Metal Oxide
: Fuse Type Meta!
: Metal Film
: Carbon (chip)
: Metal Film (chip)
: Solid
: Incombustible
Box-Shaped
: Wire-Wound
: Chip Resistor
: Chip Resistor
OJ: 6.3V
1C : 16V
1H: 50V
50 : 50V
2H: 500V
: 100V
KC : 400V AC
KC : 125V AC
(UL)
Non Polar Electrolytic
double layer capacitor
Part No.
ERDS2TJ473T | C. RESISTOR
RESISTORS ERDS2TJ222T
ERDS2TJ822T
C. RESISTOR
C. RESISTOR
12:
25:
18:
$1:
50:
3A:
8G:
; Part Name & Description
1/4W
1/4¥
1/a¥
V2W
1/4W
1/8W
1/2W
V/2W
ow
1/8W
47K
2. 2K
: £10%
: £20%
: +80 o,
- 20
:t5%
: £2%
:£1%
: £0,.25pF
: £0.5pF
Remarks
ERDS2TJ391T C. RESISTOR
ERDS2TJ822T |. RESISTOR
1/awW
ERDS2TJ224T | C. RESISTOR TERDS2TJ 682T jC. RESISTOR
1/4W
ERDS2TJ563T |C. RESISTOR
ERDS2TJ682T jC. RESISTOR
1/4W
ERDS2TJ271T jC. RESISTOR ERDS2TJ104T |C. RESISTOR 1/4¥
ERDS2TJ680T C. RESISTOR ERDS2TJ104T | C. RESISTOR
1/4
|ERDS2TJ 184T |C. RESISTOR
ERDS2TJ471T |C. RESISTOR
1/4¥
ERDS2TJ123T | C. RESISTOR
ERDS2TJ103T |C. RESISTOR
1/4¥
ERDS2TJ563T jC. RESISTOR ERDS2TJ103T | C. RESISTOR
1/4W
ERDS2TJ471T |C. RESISTOR
ERDS2TJ103T | C. RESISTOR
1/4¥
ERDS2TJ102T |C. RESISTOR
ERDS2TJ103T |C. RESISTOR
1/4
ERDS2TJ224T |C. RESISTOR
‘eRps27J 221T jC. RESISTOR
1/4W
ERDS2TJ221T |€. RESISTOR ERDS2TJ123T C. RESISTOR 1/4W 12K
ERDS2TJ333T |C. RESISTOR
ERDS2TJ123T |C. RESISTOR 1/4W
12K
ERDS2TJ273T C. RESISTOR ERDS2TJ822T |C. RESISTOR 1/48 8. 2K
ERDS2TJ223T |C. RESISTOR ERDS2TJ822T |. RESISTOR 1/4¥ 8. 2K
ERDS2TJ393T jC. RESISTOR
ERDS2TJ224T |C. RESISTOR
1/4¥ 220K
ERDS2TJ103T | C. RESISTOR
ERDS2TJ224T |C. RESISTOR
1/4¥
ERDS2TJ273T jC. RESISTOR
+
ERDS2TJ102T |C. RESISTOR —
1/4W
zak |
1K
ERDS2TJ103T jC. RESISTOR ERDS2TJ102T {C. RESISTOR 1/4W IK |
ERDS2TJ104T jC. RESISTOR
| ERDS2TJ563T jC. RESISTOR
1/4 56K
ERDS2TJ393T jC. RESISTOR
ERDS2TJS63T | C. RESISTOR
1/4W
56K
ERDS2TJ471T |C. RESISTOR
ERDS2TJ563T |C. RESISTOR
1/4¥
56K
ERDS2TJ151T C. RESISTOR
ERDS2TJ563T = |C. RESISTOR
1/4¥
56K
ERDS2TJ104T jC. RESISTOR
ERDS2TJ223T |C. RESISTOR
1/4¥ 22K
ERDS2TJ224T | C. RESISTOR
Sn eat
ERDS2TJ223T jC. RESISTOR
1/4¥
22K

ERDS2TJ472T
Part Name & Description
C. RESISTOR 1/4W
Remarks
C. RESISTOR
Part Name & Description
1/AW 10K
Remarks
ERDS2TJ472T
C. RESISTOR
1/4awW
C. RESISTOR 1/28 100
ERDS2TJLO4T
C. RESISTOR
1/4W
Tc. RESISTOR 1/aw 100
ERDS2TJ104T C. RESISTOR 1/4W
C. RESISTOR
1/4W 1M
ERDS2TJ224T C. RESISTOR 1/4W
C. RESISTOR 1/4W 10
ERDS2TJ224T C. RESISTOR 1/4W
C. RESISTOR
1/4W 10
ERDS2TJ152T C. RESISTOR 1/4W
ERDS2TJ152T €. RESISTOR
1/4¥
C. RESISTOR
1/2 10
C. RESISTOR 1/28 10
ERDS2TJ102T C. RESISTOR 1/4¥ 1K
ERD25FVJ470T ¢. RESISTOR
1/4W 47
ERDS2TJ102T C. RESISTOR
1/4W 1K
ERGIANJP331S, M RESISTOR IW 330
ERDS2TJ224T
C. RESISTOR
1/4W 220K
ERGIANJP331S M RESISTOR 1W
ERDS2TJ224T
C. RESISTOR
1/4W 220K
ERDS2TJ122T C. RESISTOR 1/4W
ERDS2TJ562T
C. RESISTOR
1/4W 5. OK
ERDS2TJ122T C. RESISTOR 1/4¥
ERDS2TJ562T
C. RESISTOR 1/4¥ 5. 6K
ERDS2TJ562T C. RESISTOR
1/4W
ERDS2TJ223T C. RESISTOR 1/4W 22K
ERDS2TJ562T
C. RESISTOR 1/4¥
ERDS2TJ223T C. RESISTOR
1/4W 22K
ERDS2TJ562T C. RESISTOR 1/4W
ERDS2TJ392T
C. RESISTOR 1/4N 3. 9K
ERDS2TJ562T
C. RESISTOR
1/4¥
ERDS2TJ392T
C. RESISTOR 1/4h 3.9K |
ERDS2TJ103T
C. RESISTOR 1/44
IERDS2TJ823T
Tec. RESISTOR
1/48 82K
ERDS2TJ103T
C. RESISTOR
1/4
ERDS2TJ823T
C. RESISTOR
1/48 82K
ERDS2TJ224T
C. RESISTOR
+
ERDS2TJ222T
ERDS2TJ222T
ERDS2TJ102T
ERDS2TJ102T
R343 ERDS2TJ221T |C. RESISTOR —1/4W
ERDS2TJ473T
ERDS2TJ472T
ERDS2TJ472T
ERDS2TJ123T
ERDS2TJ123T
ERDS2TJ272T
C. RESISTOR
C. RESISTOR
C. RESISTOR
C. RESISTOR
C. RESISTOR
C. RESISTOR
C. RESISTOR
C. RESISTOR
C. RESISTOR
C. RESISTOR
1/482. 2K
1/4 2. 2K
1/48
1/48
1/4
1/484. 7K
1/484. 7K
1/4W 12K
1/4W
1/4W 2. 7K
ERDS2TJ2237
ERDS2TJ4727
ERDS2TJ5627
ERDS2TJ103T
ERDS2TJ224T
ERDS2TJ2237
R627 ERDS2TJ2237
ERDS2TJ2237
R629 ERDS2TJ8227
ERDS2TJ101T
ERDS2TJ1017
1/4W
C. RESISTOR
ran Cites ance
C. RESISTOR
C. RESISTOR
C. RESISTOR
C. RESISTOR
C. RESISTOR
C. RESISTOR
C. RESISTOR
€. RESISTOR
C. RESISTOR
C. RESISTOR
1/4W
1/aW
1/4W
1/4W 10K
1/4 = 220K
1/4¥
1/4¥
1/4¥
1/AW 8.2K
1/4
1/4¥ 100
ERDS2TJ272T
{e. RESISTOR
1/482. 7K
ERDS2TJ104T
C. RESISTOR
1/4W 100K
ERDS2TJ472T
C. RESISTOR 1/4¥ 4. 7K
ERDS2TJ153T
C. RESISTOR
1/4W 15K
+
ERDS2TJ473T C. RESISTOR 1/48 47K
ERDS2TJ153T C. RESISTOR 1/4W 15K
ERDS2TJ103T
C. RESISTOR
1/4W¥ 10K
ERDS2TJ473T C. RESISTOR
1/4AW 47K
ERDS2TJ104T
C. RESISTOR 1/4 = 100K
ERDS2TJ473T
C. RESISTOR 1/AW 47K
ERDS2TJ332T
C. RESISTOR 1/4W 3. 3K
C. RESISTOR 1/aW 470
ERDS2TJ332T {¢ RESISTOR
1/43. 3K
C. RESISTOR
1/4W 470
ERDS2TJ102T
C. RESISTOR 1/4¥ 1K
ERDS2TJ102T C. RESISTOR
1/48 IK
C. RESISTOR
C. RESISTOR
1/4W = 470
1/W 470
TERDS2TJ393T
C. RESISTOR 1/4¥# 39K
C. RESISTOR 1/AW#_ 220
ERDS2TJ393T C. RESISTOR
1/48 =. 38K
C. RESISTOR
1/4¥
ERDS2TJ272T C. RESISTOR 1/4W 2. 7K
C. RESISTOR
1/44
ERDS2TJ272T
ERDS2TJ393T
C. RESISTOR 1/4W¥ 2. 7K
1/4¥
C. RESISTOR 1/4W 39K |
Ic RESISTOR
| C. RESISTOR i/aw
C. RESISTOR
1/4¥ (39K
C. RESISTOR 1/4W
ERDS2TJ393T
ERDS2TJ223T
C. RESISTOR
1/4¥ 22K
ERDS2TJ182T {C. RESISTOR 1/4¥
ERDS2TJ223T
C. RESISTOR
1/4¥# 22K
ERDS2TJ562T C. RESISTOR 1/4¥
ERDS2TJ562T
C. RESISTOR 1/4 5. 6K
"| EROS2T684T C. RESISTOR
1/48 680K
C. RESISTOR 1/4¥
ERDS2TJ154T
ERDS2TJ153T
C. RESISTOR
1/4¥ 150K
C. RESISTOR
1/4W
C. RESISTOR
1/4¥ 15K
_26—
C. RESISTOR
1/4
1/44

ERDS2TJ562T
C. RESISTOR
Part Name & Description
1/4¥ 5. 8K RCBS1HLO1KBY
Part Name & Description
C. CAPACITOR 100P
|
ERDS2TJ562T C. RESISTOR 1/4¥ 5. 6K
RCBSLHIOLKBY
C. CAPACITOR 100P
ERDS2TJ102T
C. RESISTOR
1/48 1K
RCBS1H1O1KBY
ERDS2TJ153T C. RESISTOR 1/4¥ 15K
RCBS1H101KBY
ERDS2TJ472T C. RESISTOR 1/4h 4. 7K RCBS1H101KBY
C. CAPACITOR
100P
C. CAPACITOR
100P
C. CAPACITOR 100P
ERDS2TJ102T C. RESISTOR 1/48 1K
RCBS1HIO1KBY
C. CAPACITOR 100P
za
ERDS2TJ223T C. RESISTOR 1/48 22K
RCBS1H1O1KBY
C. CAPACITOR s0¥ 100P
TERDS27J2237
|c. RESISTOR 1/44 22K RCBS1H1O1KBY
C. CAPACITOR
SOV. 100P
ERDS2TJ223T
Ic. RESISTOR
1/4W 22K
RCBS1H101KBY C. CAPACITOR
SOV 100P |
ERDS2TJ223T
C. RESISTOR 1/4¥ 22K _{RCBSIHLOLKBY
C. CAPACITOR s0¥ = 100P
ERDS2TJ223T C. RESISTOR
1/4¥ 22K |
RCBS1H101KBY C. CAPACITOR
SOV 100P
ERDS2TJ680T C. RESISTOR 1/48 68
RCBS1H101KBY
C. CAPACITOR s0¥ 100P
ERDS2TJ223T
C. RESISTOR
1/4W 22K
RCBSLHLOLKBY
C. CAPACITOR
SOV 100P
ERDS2TJ223T
C. RESISTOR
1/4¥ 22K RCBS1LH1O1KBY
C. CAPACITOR
s0¥ = 100P
ERDS2TJ223T
C. RESISTOR
+
1/4¥# = 22K
ECBTLE103ZF5 C. CAPACITOR
25V_ 0. 01U
TERDS2TJ102T C. RESISTOR 1/48 1K
ECBTLE103ZF5
C. CAPACITOR
25V_ 0. 01U
TERDS2TJ1027
‘Yc. RESISTOR van IK | ROBSLHA7OJLY C. CAPACITOR
—t
SOV. 47P
ERDS2TJ472T C. RESISTOR
1/4W 4. 7K ECFTD472KXL
C. CAPACITOR
25V 4700P r
ERDS2TJ562T
C. RESISTOR
1/4W 5. 6K
ECEALEK3R3B E. CAPACITOR 25¥ 3. 3U
ERD25FVJ101T
C. RESISTOR
1/4¥ 100 ECEALEK3R3B E. CAPACITOR
25V 3. 3U
0
9
1
2
4
3
ERDS2TJ47 3T
R705 ERDS2TJ103T
6
C. RESISTOR
C. RESISTOR
1/4W 47K RCBSIHI80JLY
C. CAPACITOR
1/48 10K
ECFTD823KXL. S. CAPACITOR
C. CAPACITOR
C. CAPACITOR
SOV -18P
25V 0. 082U
25V 0. B1U
25V 0. 01U
R? ERD25FWJAR7T |C. RESISTOR 1/48 4.7 [AN ECBTIELO3ZFS
R707 ERD25FVJ4R7T |C. RESISTOR 1/4W 4.7 [AN cai2 ECBTIELO3ZF5
R708 ERDSIFWJ12IT |C.RESISTOR 1/2 120 [AN C213 ECEALCUIO18 |E.CAPACITOR —16V_100U
nis erosersorzr_fcwsismon van 2 7K [a
c2is ECEAICK100B [E.CAPACITOR 16V —_10U
“CAPACITORS
+
ECBT1E1032ZF5
ECBT1E103ZF5
C. CAPACITOR
C. CAPACITOR
25V 0. 01U
25¥ 0. 01U
RCBS1H330JLY €. CAPACITOR SOV 33P
ECKWNS1032VS C. CAPAC ITOR 250V 0. 01U RCBS1H330JLY
{
C. CAPACITOR
90V.—-33P
RCBS1H10LKBY ic. CAPACITOR SOV 100P RCBSIHISOJLY | C. CAPACITOR
2.
s0V = 15P
4.
RCBS1H101 KBY
C. CAPAC ITOR SOV. 100P
1
RCBS1H1SOJLY \¢. CAPACITOR 30V. «LP
ECBT1E1032F5
C. CAPACITOR 25V 0.010 ”/RCBSIHLOLKBY C. CAPACITOR
50V 100P |
ECBT1E1032F5
C. CAPACITOR
25V 0. 01U RCBS1HLO1KBY C. CAPACITOR SOV. -100P
ECEALHPS3R3B E. CAPACITOR
SOV 3. 3U
RCBS1HLO1KBY
C. CAPACITOR o0¥. 100P
ECEALHPS3R3B E. CAPACITOR
SOY 3. 3U
{RCBSIHLOLKBY
C. CAPACITOR s0V.100P
"YECBT1H102KB5
C. CAPACITOR SOV 0. 001U ECBT1E103ZF5 C. CAPACITOR 25V 0.01U
ECBT1H102KB5 C. CAPACITOR
SOV 0. 001U
ECEAQJK330B
ECEAOJK330B
E. CAPACITOR 6.3V-33U
ECBTIE103ZF5
ECEAIEK3R3B
C. CAPACITOR
E. CAPACITOR
25¥_ 0.010
25¥ 3. 3U
E. CAPACITOR 6.3V -33U ECEAIEK3R3B E. CAPACITOR
25¥ 3. 3U
ECFTD223KXL
S. CAPACITOR 25¥ 0. 022U ECEAICK100B E. CAPACITOR
16¥—-10U
ECFTD223KXL
S. CAPACITOR
25V 0. 022U | ECEAICK100B E. CAPACITOR
16V.— 10U
ECFTD682KXL
S. CAPACITOR 25V 6800P
ECEALHPSO10B
E. CAPACITOR
o0V 1U
ECFTD682KXL S. CAPACITOR
25V 6800P
ECEALHPSO10B jE. CAPACITOR SOV 1U
ECEA1HPS3R3B E. CAPACITOR
SOY 3. 3U
ECEALHK3R3B jE. CAPACITOR S0V
ECEALHPS3R3B E. CAPACITOR SOV 3. 3U
ECEALHK3R3B }E.CAPACITOR SOV
RCBSIHI80JLY C. CAPACITOR Sov. =: 18P ECEALCPS100B jE. CAPACITOR
ROBS1HI80JLY C. CAPACITOR
SOV. -18P
RCBSHISLKBY C. CAPACITOR
ECEAICPS100B /E. CAPACITOR
ECEALHPS3R3B |E. CAPACITOR
~27~—
ECEALHPS3R3B jE. CAPACITOR

ECEA1HKR47B E. CAPACITOR
Part Name & Description
SOY 0.47U
Remarks
ECBT1E2232ZF5 C. CAPACITOR
Part Name & Description
25V 0. 022U
41
Remarks
ECEA1HKR47B E. CAPACITOR SOV 0. 47U
ECEALAU470B iE. CAPACITOR 10V. 47U
|ECEALHPSO10B E. CAPACITOR SOV 1U
ECEA1VK330B
E. CAPACITOR
35¥ —-33U
ECEALHPSO10B E. CAPACITOR SOV 1U
ECEALVK330B E. CAPACITOR 35¥ —-33U
ECFTD473KXL
S. CAPACITOR 29 0. 047U
RCBS1H331KBY
C. CAPACITOR
S0V = 330P
ECFTD473KXL
S. CAPACITOR 25V 0. 047U
RCBSLH331 KBY
C. CAPACITOR
SOV 330P
ECFTDL83KXL
S. CAPACITOR
25V 0. 0180
RCBS1H331KBY
C. CAPACITOR
|
SOV 330P
ECFTD183KXL S. CAPACITOR 29V 0. 018U
RCBS1H331KBY C. CAPACITOR 5ov 330P_ |
ECFTD823KXL
S. CAPACITOR
29 0. 082U
ECEALHK2R2B
E. CAPACITOR
SOV. 2. 2U
ECFTD823KXL,
S. CAPACITOR 25V 0. 082U
ECEALHK2R2B E. CAPACITOR SOV. 2. 2U
ECFTD332KXL S. CAPACITOR 25¥ 3300P
RCBS1H221KBY C. CAPACITOR SOV 220P
ECFTD332KXL S. CAPACITOR 25V 3300P
RCBS1H221KBY C. CAPACITOR SOV = 220P
ECFTD223KXL
S. CAPACITOR 25V 0. 022U
ECBT1E1032ZF5 Jc. CAPACITOR 25V 0.01U
ECFTD223KXL
sa
S. CAPACITOR 25V 0. 022U
|ECEALCK100B E. CAPACITOR 16V 100
ECEA1CU470B
E. CAPACITOR 16V. 0 47U
RCBS1H1O1KBY C. CAPACITOR s0V = 100P
ECEALEK3R3B EE CAPACITOR 25¥ 3. 3U
RCBS1HIO1KBY | C. CAPACITOR
SOV L00P
lie
ECEALEK3R3B E. CAPACITOR 25V 3. IU
ECBTLELO3ZP5 C. CAPACITOR
25V_ 0. 01U
ECBT1E103ZF5 C. CAPACITOR 25V 0. 01U
C. CAPACITOR
25V 0.010
ECBTIE103ZF5
C. CAPACITOR 25V 0. 01U
eee:
ECEADJUIO2E E. CAPACITOR 6.3V 1000U
‘TECBTIE1032°5
ECBTIE103Z65
RCBSIH470JLY
ECKT1H391KB
C. CAPACITOR
C. CAPACITOR
25V 0. O1U
ECEAQJU 102E
25V 0. 01U
C. CAPACITOR
C. CAPACITOR
ECKT1H391KB
C503 ECKTIH1O2KB |C.CAPACITOR SOV 1000P
ECKT1H102KB
C. CAPACITOR
C. CAPACITOR
TECEAICPS220B
ECEAICPS220B
ECCTIHISOK
ECCTINISOK
E. CAPACITOR
E. CAPACITOR
C. CAPACITOR
C. CAPACITOR
|ecKr 14732
C. CAPACITOR
SOV. 47P
SOV 390P
SOV 390P
Sov 1000P
16V. 0 22U
16V. 22U
Sov. 15P
SOV. = -15P
SOV 0. 047U
RCBS1H331KBY
E. CAPACITOR
6.3V 1000U
4
C. CAPACITOR SOV 330P
ECEAOJK101B
ECBT1E103ZF5
RCBS1H1O1KBY
RCBSIHLO1KBY
ECBT1H102KB5
ECBT1E2232F5
ECKT1H1032F
E. CAPACITOR
€. CAPACITOR
C. CAPACITOR
C. CAPACITOR
C. CAPACITOR
C. CAPACITOR
6.3V¥ 1L00U
25V¥ 0. 01U
30V. 100P
s0¥. 100P
SOV 0. 022U
s0V 0. 01U
C.CAPACITOR SOV 1000P
4
ECKTIH1032F |C.CAPACITOR S50V 0.01U |A
E. CAPAC ITOR
47U
47U
ECEAICU470B jE.CAPACITOR = 16V
16V
ECKT1H473ZF
C. CAPACITOR
SOV 0. 047U
TE. CAPACITOR
16V-22U
[ECKT1N4732F C. CAPACITOR SOV 0. 047U
E. CAPAC [TOR 16V—22U
ECKT 1H4732F
C. CAPACITOR SOV 0. 047U
E. CAPACITOR
16¥ 10
E. CAPACITOR 16V. 1 0U
E. CAPACITOR
16¥—10U
ECEAICK1O0B
ECBT1E103ZF5 C. CAPACITOR
25V 0. 010
E. CAPACITOR
SOV. 2. 2U
TECBTIE1032F5
C. CAPACITOR
25V 0. 01U
C. CAPACITOR SOV 0. 047U
ECBTIE103ZF5 C. CAPACITOR 25V 0.01U
E. CAPACITOR
s0¥ 3300U
4
ECBT1E103ZF6 C. CAPACITOR 25V 0.010
S0V 3300U
A
ECBT1E103ZF5 C. CAPACITOR
25¥ 0.010
ECKW2H103PE
E. CAPACITOR
C. CAPACITOR
s00V 0. 010
A\ (E, E5, EB, GC, GN)
ECEA1HU330B
E. CAPACITOR
SOV. 33U
ECQE1104KN
P. CAPACITOR
125V 0. 1U
A\ (EG)
ECEA2AU100B E. CAPACITOR
100V. = 10U
ECKTLH1032ZF
C. CAPACITOR
30V 0. 01U
A
ECEALEKAR7B E. CAPACITOR 25V. 4. 7U
ECEALW330B
E. CAPACITOR
35V-33U
\ECEALHPS3R3B E. CAPACITOR
SOV. 3. 3U
ECEA1WU330B
E. CAPACITOR
35¥ —-33U
TECEALHPS3R3B
E. CAPACITOR
SOV. 3. 3U
+
ECKT1H4732ZF
C. CAPACITOR
25V 0. 0470
ECKT1H1022F C. CAPACITOR
SOV 1000P
(EG)
ECBT1E223ZF5
C. CAPACITOR
25V 0. 022U
ECKT1H1022ZF C. CAPACITOR
SOV 1000P
(EG)
C. CAPACITOR
25¥ 0. 047U
ECKT1H2232ZF C. CAPACITOR
SOV 0. 022U
(EG)
TECKT 1H2232F C. CAPACITOR
ECKT1H1022F
ECKT1H1022F
C. CAPACITOR
SOV 0.022U | (EG)
50V 1000P | (EG)
C. CAPACITOR
50V 1000P
(EG)
ECEAQJULO2E
E. CAPACITOR
6. 3V 1000U

Part No. Part Name & Description Part No. Part Name & Description Remarks
DIODE RLQZPLOIKT-Y {COIL SJT30549BB [CONNECTOR (5P)
INTEGRATED CIRCUITS TpiOve RLQZPIROKT-Y [COIL SJS50581BB | SOCKET (5P)
it ELEXT330KA9 COIL ; SJS50581BB | SOCKET (5P)
ANGSS8F IC, EQ ANP MAIG5TA {DIODE ELEXT330KA9 [COIL SJS50581BB | SOCKET (SP)
TC9164N
TC,
INPUT
SELECTOR
MA4O5IMTA
[DIODE
YRLOZPLOIKT-Y
[COIL
;
's3r5406
‘(SP
TERMINAL
M5238
IC,
BUFFER
AMP
MAL65TA
DIODE
~|RLQZPIOIKT-Y
[COIL
[SiF3251
[SURROUND
SPEAKER
TERMINAL
~TANGSS4F IC, SURROUND AMP (waiesTa (DIODE RLQZPIOIKT-Y {COIL SJJTIE HEADPHONES JACK
yresi77P _‘|1C, ELECTRONIC VOLUME MALGSTA {DIODE RLQZPIOIKT-Y {COIL RJJ33701 SYNCHRO, TAPE
YAN6552F TC, BUFFER ANP | MALGSTA [DIODE RLOZPIOIKT-Y |coIL RJJ33T01 __[SYNCHRO, CD
ANGS58F TC, BUFFER AMP MALGSTA [DIODE RLQZPLOIKT-Y |COIL RJJ33T01 [svc TURNTABLE
ANGSS8F IC, TONE/S. BASS AMP MalesTa [DIODE RLQZPLOIKT-Y {COIL $JS306 CONNECTOR (3P), TO DECK (E, E5, EB, GN, GC)
‘Tsviai028 |IC, POWER AMP MAIGSTA | DIODE ELEXT330KA9 [COIL
1L.06554D-3230 |1C, MICRO COMPUTER MAIG5TA [DIODE TFUSE HOLDERS
¥N4030B ‘|IC, LOGIC MAAOS6MTA [DIODE OSCILLATORS |
WN4013B IC, LOGIC LNB73RP-LS — |DIODE FUSE HOLDERS A
ANTBLO6
IC,
REGULATOR
MAL65TA
[DIODE
TeFocc300474
[OSCILLATOR
FUSE
HOLDERS
TAC.
ES, EG,
0)
[Dione
T
TRANSISTORS
DIODE
DISPLAY
TUBE
TRANSFORMERS
|
DIODE
2SA1309AQSTA | TRANSISTOR RSLOOL3-F [DISPLAY TUBE RTPIMSEOO1-V [POWER TRANSFORMER
2SD14500RSTA | TRANSISTOR RIPIMSBOO1-V |POWER TRANSFORMER
2SD14500RSTA | TRANSISTOR SWITCHES 1 ——_—|RTPAMSGO01-V [POHER TRANSFORMER A\(66)
28C3311AQSTA | TRANSISTOR
28C3311AQSTA | TRANSISTOR ESB8249V POWER
2SC3114STU | TRANSISTOR ESE37263 VOLTAGE SELECTOR
ioe fascias fest sicia__ssiiee [Su
2SAL309AQSTA {TRANSISTOR MALG5TA EVQQBOOSR —_| INPUT SELECTOER, PHONO
2SAL309AQSTA | TRANSISTOR MALG7TA EVQQBOOSR [INPUT SELECTOER, TUNER F2 XBA2C207BO |FUSE, 250V 12. 0A ANCE, E5, EG)
2SC3311AQSTA | TRANSISTOR MA167TA XBAZC10TBO FUSE, 250V TI. 0A
2SA1309AQSTA | TRANSISTOR $604 EVQQBOOSR | INPUT SELECTOER, TAPE
UN4211TA __ | TRANSISTOR [EvQQBOOSR BALANCE, L
UN4211TA _ [TRANSISTOR
"[28C331.1AQSTA [TRANSISTOR
UN4211TA
__|
TRANSISTOR
DIODE
=e
2SC3311AQSTA | TRANSISTOR calf
UN4211TA | TRANSISTOR VARIABLE. RESISTORS
TRANSISTOR
i
V.R, BASS CONNECTOR (4P)
V.R, TREBLE CONNECTOR (10P)
SOCKET (12P)
CONNECTOR (12P)
CONNECTOR (2P)
RJTOO3KOO8M | CONNECTOR (8P)
RJUOO3KO08M | SOCKET (8P)
SJT30543-V [CONNECTOR (SP)
MALGSTA
|MAI6STA CONNECTOR (5P)
MALGSTA CONNECTOR (5P)
—29- —30—