Technics SU-V90D

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D617
Déi8
0619
D681
D704
D706
D706
D708
0709
O710
O71
DT12
D713
DI14
D715
D716
ONT
0718
o719
O721
D722
D751
D752
0753
D754
0761
Dié2
0763
0764
D765
D766
D767
0768
on
VARIABLE RESISTOAS
PE BPRPbE
(EG EI)
L5
L6é
U7
MA167 DIODE
SVDSIOVB20F = RECTIFIER
SVOISR3S200A = RECTIFIER
SVDISR3S200A = RECT! FIER
SVDISR3S200A_ RECTIFIER
SVDISR3S200A = RECTIFIER
MAI65 DIODE
SVDISR3S200A = RECTIFIER
SVDISR3S200A = RECTIFIER
MAIG5 DIODE
MAES DIODE
MAI65 DIODE
LNO74373P DIODE, GAASP
LNOT4373P DIODE, GAASP
LNOT4373P DIODE. GAASP
LNOT4373P DIODE, GAASP
LNOT4373P DIODE. GAASP
LNOT4373P DIODE, GAASP
LNOTA373P DIODE. GAASP
LNO88374P DIODE, GAASP
LNOB8374P DIODE, GAASP
LNO88374P DIODE. GAASP
LNOS8374P DIODE, GAASP
LNOS8374P DIODE. GAASP
LNOS8374P DIODE. GAASP
LNOS8374P DIODE, GAASP
LNOS8374P DIODE, GAASP
MA4047M DIODE
MAI65 DIODE
MAIE5 O1QDE
MA4030M DIODE
LNS4GRP-C L.E.0
LNO18397PH LED ASS’Y
LNO18397PH LED ASS’Y
LNO18397PH LEO ASS’Y
LNO41373P1 LED ASS’Y
LNO41373P 1 LED ASS’Y
LN041373P1 LED ASS’Y
LNO41373P 1 LED ASS’Y
MATES DIODE
MA2QWA DIODE
MATES DIODE
MAI65 DIODE
MA4240H DIODE
MAIGS DIODE
MAI65 DIODE
MAIGS DIODE
MAI65 DIODE
MAI65 OIODE
MA4051-M O10DE
MA4051-M DIODE
MATES DIODE
MAIES OLODE
EWt PRAQ28231 =—-V.R, MAIN
EWHFDAOI4G1S =: V.R, BALANCE
EWC2XA000C15 =: V.R. TREBLE
EWC2XA000C15 —-V.R. BASS
EVNK6AAQ0BS2 ~—-V.R, V-AMP 1 CQL)
EVNK6AA00BS2 —-V.R, V-AMP 1 CQ(R)
EVNK6AA00B52 «VR, |-AMP 1CQ(L)
EVNK6AA00B52 «VR. |-AMP 1 CQ(R)
QVNB3A00B472 = VR. D/A CON.AL)
QVNBSA00B472
ERTD2WHL 104S
ERTO2WHL 104S
ERTD2WHL104S
ERTD2WHL 104S
SLOZE50MH49
SLQYO7G-50
SLAYOTG-50
SLOYO7G-50
V.R, D/A CONAR)
THERM| STOR
THERMI STOR
THERM STOR
THERM! STOR
COILS AND TRANSFORMERS
CHOKE COIL
COIL
COIL
COIL
€H)
TI
x701
x801
Sl
$2
FUSES
PA, PE)
SWITCHES
SLQY07G-50
SLQW471-1P3
SLQW471-1P3
SLQW471-1P3
SLQW471-1P3
SLQY07G-50
SLQYO7G-40
SLQY18G-20
SLQY18G-20
SLQYO7G-50
SLQYO7G-50
SLQYO7G-50
SLAYO7G-—50
ELEPK470KA
ELEPK4R7KA
ELEPK4R7KA
ELEPK4R7KA
ELEPK4R7KA
ELEPK4RTKA
ELEPK470KA
ELEPK470KA
ELEPK330KA
ELEPK330KA
ELEPKSGOKA
ELEPK330KA
SLQB20G-1P
ELEPKI0IKA
ELEPKIOIKA
ECEPH390KA
ECEPH3S0KA
ELEPK330KA
ECEPH3Q0KA
SLT5Q152
£, EF, Et, EB}
A SLT5Q153
EK. XL, XA}
ERF3GBKR22N
ERFSGBKR22N
EXCEMT103C
EXCEMT 103C
EXCEMT103C
EXCEMT103C
EXCEMT103C
EXCEMT103C
EXCEMT103C
EXCEMT103C
EXCEMT 103C
EXCEMT1C3C
OSCILLATORS
COIL
CHOKE CO!L
CHOKE COIL
CHOKE COIL
CHOKE COIL
COIL
COIL
COIL
COIL
COIL
COIL
COIL
COIL
COIL FILTER
COIL
COIL
COIL
CcOrL
COIL
COIL FILTER
COIL FILTER
CHOCK COIL
CHOCK COIL
CHOCK COIL
CHOCK COIL
CHOCK COIL
CHOKE COIL
CHOKE COIL
CHOKE COIL
CHOKE COIL
CHOCK COIL
CHOKE COIL
POWER TRANSFORMER ©
POWER TRANSFORMER
WIRE WOUND RES! STOR
WIRE WOUND RESISTOR
FILTER
FILTER
FILTER
FILTER
FILTER
FILTER
FILTER
FILTER
FILTER
FILTER
SVFCSB400P-M CERAMIC FILTER
SVQAT1923
FI rN XBA2C31TBO
£. EF, El, EB)
EH, EG)
FA A XBA2C63TBO
EK. XL, XA)
PA, PE)
F2 A XBA2C31T BO
EK, XL. XA)
& SSH1201
A ESE37263
EK, XL. XA)
{PA, PE)
$101
—~43—
SSH1233
CRYSTAL OSCILLATOR
FUSE 250V, T3.15A
FUSE 250V. T6.3A
FUSE 250V. T3.15A
SW. POWER
SW. VOLTAGE SELECTOR
SW, MW/MC CHANGE
SU-V90D SU-V90D
FS
Sw. DIRECT CHANGE © SW. INPUT
Sw. POWER AMP Di RECT Sw. INPUT
SW. MUT ING SW. INPUT
Sw. DIGITAL SEL SW. INPUT
SW. TONE SW. INPUT
Sw, SPEAKER SW, LOUDNESS
SW. SPEAKER AELAYS
SW. INPUT
SW.
INPUT
RLY601
SSY126
RELAY
SW.
INPUT
RLY801
SFDYG5A237P
~—-
RELAY
;
RLYBO2
SFDYG5A237P
—-
RELAY
SPPTaD PROTECTION COVER
Pi SPG6I69 PACKING CASE ACCESSORIES
E, E!, EB. EH) Al
(E, EF. £1, EB)
(EH, EK. XL)
Al SQF13151 INSTRUCT | ON BOOK
SQF13150 INSTRUCT 1 ON BOOK
SPG6171 PACK 1NG CASE
SPG6172 PACKING CASE
SQF13152 INSTRUCT 1ON BOOK
SPS4844-1 PAD
SQF13153 INSTRUCT LON BOOK
SPS4844-2 PAD
A SFDACO5E03 POWER CORD
ae
oe
oe
PA,
PE}
eeu
es
‘i
a
As
SJP5213
PLUG
a
)
een
S
mAb
A4
SJP5215
PLUG
See
a
SPPH16
POLYETHYLENE
BAG
XA, PA, PE)
RJP120ZBS-H = AC PLUG ADAPTOR
Hi RESISTORS & CAPACITORS
Notes : * Important safety notice :
Components
identified
by
4\
mark
have
special
characteristics
important
for
safety.
When
replacing
any
of
these
components
use
only
manufacturer’s specified parts.
* Bracketed indications in Ref. No. columns specify the area. (Refer to the first page for area.)
Parts without these indications can be used for all areas.
Numbering System of Resistor
Example:
:
Carbon
:
12:
172W
J:
£5%
102
: Metal
Oxide
:
25:
/4w
F:£1%
ro
2
a
ty
a
t0e
: Fuse
Type
Metal
:
18:
V8W
a:
t2%
Type Wattage
Shape
Tolerance
Value
: Metal
Film
:
S1:
1/2W
J: £5%
(1/4W)
(1KQ)
:
Carbon
(chip)
:
50:
v2W
kK:
£10%
ERX
2
AN
J
471
:
Metal
Film
(chip)
¢
3A:
3W
M:
£20%
Type
Wattage
Shape
Tolerance
Value
:
Solid:
oo
;
ba:
aw
(2W)
(470)
:
tncombustible
Box-Shaped
:
Wire-Wound
Numbering
System
of
Capacitor
:
Cip
Resistor
Example:
:
Cip
Resistor
ECKD
1H
102
zZ
F
Type
Voltage Value Tolerance
Peculiarily
(50V)
(0.001pF)
:
Electrolytic
OJ:
6.3V
ECEA
50 M
330
:
Ceramic
1C : 16V
Ce
ae
Ape
ean ea, gee
:¢
ic
Capacitor
1H:
50V
Type
Voltage
Pecliarity
Value
: pageales
e
50
:
SOV
(50V)
(33HF)
:
Polypropylene
2H:
500V
:
Ceramic
1:
100V
: Non
Polar
Electrolytic
KC
:
400V
AC
@ Capacity
are
in
microfarads
(UF)
unless
specified
:
Ceramic
(Chip
Type}
KC :
125V
AC
C:
£o.25pF
otherwise,
P
=
Pico-farads
(pF)
F=Farads (F).
:
Ceramic
(Chip
Type)
(ut)
D:
£0.5pF
@
Resistance
are
in
ohms (Q),
unless
specified
:
Semiconductor
otherwise,
1K
=
1,000, 1M
=
1,000kQ
:
Liquid
electrolyte
’ -dauble layer capacitor
—~44—