Technics ST-G560L User manual

ORDER NO. AD8905130C8
Service
Manual
CYUARTZ Synthesizer
LW/MW/FM Stereo Tuner
SPECIFICATIONS
(DIN 45 500)
Mi FM TUNER SECTION
Frequency range 87.50 ~ 108.00 MHz
87.525~ 108.00 MHz (+25 kHz shift)
Sensitivity 1.5 uV (IHF, usable)
SIN 30 dB 1.3 pV (75 O)
SIN 26 dB 1.2 uV (75 Q)
SIN 20 dB 0.9 pV (75 Q)
IHF 46 dB stereo quieting sensitivity 28 wV/75 QD
Total harmonic distortion
MONO (normal) 0.015 %
STEREO (normal) 0.02 %
S/N
MONO 72 dB (80 dB, IHF)
STEREO 66 dB (73 dB, IHF)
Frequency response 4Hz~15 kHz, +0.5 dB~ —1.0 dB
Alternate channel selectivity
normal + 400 kHz 50 dB
super narrow +200 kHz 25 dB
Capture ratio 1.0 dB
Image rejection at 98 MHz 100 dB
IF rejection at 98 MHz 100 dB
Spurious response rejection at 98 MHz 110 dB
AM suppression 55 dB
Stereo separation
1 kHz 60 dB
10 kHz 45 dB
Carrier leak
19 kHz ~55 dB (—60 dB, IHF)
38 kHz —40 dB (—45 GB, IHF)
Channel balance (250 Hz~ 6,300 Hz) +1.0 dB
Limiting point 0.85 pV
Bandwidth
IF amplifier 180 kHz
FM demodulator 1000 kHz
Antenna terminals 75 Q (unbalanced)
Technics
Tuner
Color
(K)...Black Type
(S)...Silver Type
Area
Country
Code | Area Color
(E), (E5) | Continental Europe {K) (S)
(EB) Great Britain (K) (S)
(EF) France (K)
WAM TUNER SECTION
Frequency range
MW 522 kHz~ 1611 kHz (9-kHz steps)
530 kHz ~ 1620 kHz (10-kHz steps)
LW 155 kHz ~ 353 kHz (9-kHz steps)
153 kHz~ 351 kHz {—2-kHz shift)
Sensitivity (S/N 20 dB)
MW 20 pV, 300 uVv/m
LW 50 uv
Selectivity (+9 kHz)
MW (at 999 kHz) 50 dB
LW (at 254 kHz) 50 dB
Image rejection
MW (at 999 kHz) 40 dB
LW (at 254 kHz) 40 dB
IF rejection
MW (at 999 kHz) 60 dB
LW (at 254 kHz) 35 dB
@ GENERAL
Output voltage 0.3 V (0.6V IHF)
Power consumption 9W
Power supply AC 50 Hz/60 Hz, 240V
Dimensions (W x H x D) 430 x 69 x 298 mm
(16-15/16" x 2-23/32” x 11-23/32”)
Weight 2.7 kg (6 Ib.)
Note:
Specifications are subject to change without notice. Weight and
dimensions are approximate.
Matsushita Electric Industrial Co., Ltd.
Central P.O. Box 288, Osaka 530-91, Japan

m@ CONTENTS
Page Page
ACCESSORIES co es hth wad oOo cys Rhee deans 2 CIRCUIT BOARDS AND WIRING CONNECTION
CONNECTIONS ......... 0c ccc ee teen cence net eee e eee 2 DIAGRAM 3.536 esi seas Lette. haGued Seda eens 15,16
LOCATION OF CONTROLS .............-. 0c e eens 3 FUNCTIONS OF IC TERMINALS..................05. 17
DISASSEMBLY INSTRUCTIONS. ..............004. 4,5 DESCRIPTION OF FLPANEL ..................005- 18
MEASUREMENTS AND ADJUSTMENTS ............ 6~8 TERMINAL GUIDE OF IC’S, TRANSISTORS AND
BLOCK DIAGRAM ......... 0. cece eee eee tee eee 9,10 DIODES | Acse-3403 ead oS A ERS et os 18
SCHEMATIC DIAGRAM ...........-. cece ee eee 11~14 RESISTORS AND CAPACITORS .............. 19~21
REPLACEMENT PARTS LIST ............. 00008 19~23
EXPLODED VIEW ....... ccc ccc ccc eects 24
m@ ACCESSORIES
Stereo connection cable (SUP2276) ...............0-5 1 e@Screws (XTB3+10AFZ) ....... cece cece eee ee eens 2
@FM indoor antenna (SSA270M) ................. ee eee 1 eAttachment plug (SUP9009 for [EB] area only).......... 1
@AM loop antenna (SPB1162T) ........... 0. ee eee eee 1 @AC power supply Cord ........ 0... cece ce eee ees 1
e@AM antenna holders (SMA233-1M) .............00005 1 For [EB] area only (SJA193)
(SMA231M) .........0-- eee eee 1 For others areas (SFDACO5E03)
m@ CONNECTIONS
This unit
WO bee
(R) ()
Household
AC outlet
Stereo connection AC power supply cord Fit a suitable plug to an AC power
cable (included) (included) supply cord.
(ARYL) Amplifier (not included)

Please file and use this supplement manual together with the
Service Manual for Model No. ST-G560, Order No. AD8906196C2
(EG, Ei areas), or ST-G560L, Order No. AD8905130C8 (E, E5, EB, EF
areas).
ORDER NO. AD8911350S2
Service
Manual
Tuner
© T-G560
ST-G560L
Area
Country
Code
Color
(K)...Black Type
(S)...Silver Type
Area
Color
F.R. Germany
Note:
;
(Ei)
Italy
(K) (S)
®The
purpose
of
this
supplement
is
to
correct
errors
in
the
“Replacement
Parts
List”.
——
a
:
(E),
(E5);
Continental
Europe
(K)
(S)
Please
correct
your
service
manual
as
follows.
ABI:
AEme
|
Omen
ten
GUrOpe
i}
SISK
2
(EB)
Great
Britain
(K) (S)
(EF)
France
(K)
ST-G560
(Page
21
of
service
manual.)
Ref.
No.
|
aa,
ehenge
ol
Panhe.
Part
Name
&
Description
Remarks
Original
New
CABINET
AND
CHASSIS
RFKNTGS560E-K
RGKO090A-K GRILL (Black Type)
RGKO0090A-S RFKNTGS560E-S GRILL (Silver Type)
RFKGTG560EGK
RFKGTG560EGS
RYP0123-K
RYP0124-S
23
23
ST-G560L (Page 23 of service manual.)
Ch f Part No.
Ref. No. ee ange Part Name & Description
Original New
FRONT GRILL (Black Type)
FRONT GRILL (Silver Type)
CABINET AND CHASSIS
16 RGKOO90A-K RFKNTGS60E-K
RGKOO90A-S RFKNTGS5S60E-S
FRONT PANEL (Black Type)
FRONT PANEL (Silver Type)
| Remarks |
16
23 RYP0097-K RFKGTG560LEK
23 RYP0098-S RFKGTGS560LES
Technics
FRONT PANEL (Black Type)
FRONT PANEL (Silver Type)
Matsushita Electric Industrial Co., Ltd.
Central P.O. Box 288, Osaka 530-91, Japan
Printed in Japan
F891107900TW

ORDER NO. AD8905130C8-A
vim ST-G560L
Mi MESSUNGEN UND EINSTELL METHODEN
@ LW/MW/FM
Einstellungen der Bedienelemente und zu verwendende Gerate.
¢ MW und UKW MeBsender (MW und UKW Nebsender) ¢ Keramischer Kondensator (200 pF)
¢ Stereo-Modulator * Oszilloskop
© Verzerrungs-Analystator ¢ Frequenzzahler
© Elektronische Wechselstrom-und ¢ Drosselspule (100yH)
Gleichstrom-Voltmeter (EVM) e Widerstand (100 KQ)
Anmerkung: Fur Z202, L303 und L304, werdeven justiert Ersatzteil geliefert. Dien Kern dieses Teils daher nicht drehen.
MW-HF-JUSTIERUNG
. Der Testaufbau ist in der Abbildung gezeigt. Anmerkung:
Stellen Sie die Einheit auf “MW” Betrieb. Der Antenneneingang-Signalpegel muB so niedrig wie
. Radio und Signalgenerator auf 612kHz einstellen. méglich und frei von automatischer
. Radio und Signalgenerator auf 1503kHz einstellen. werstarkungsregelung (AGC) sein.
. 2201 (MW-Antennenspule) auf maximale Ausgangsleistung
abgleichen.
. Die Schritte 3~5 wiederholen.
LW-HF-JUSTIERUNG
. Der Testaufbau ist in der Abbildung gezeigt. 6. Die Schritte 3~5 wiederholen.
. Stellen Sie die Einheit auf “LW” Betrieb.
. Die Radiofrequenzanzeige und den Messender auf
155kHz einstellen.
. Die Radiofrequenzanzeige und den Messender auf
353 kHz einstellen.
. 2201 (LW-Antennenspule) auf maximale Ausgangsleistung
abgleichen.
Anmerkung:
Der Antenneneingang-Signalpegel muB so niedrig wie
mdglich und frei von automatischer
werstarkungsregelung (AGC) sein.
UKW-MONO-VERZERRUNGS-JUSTIERUNG
. Der Testaufbau ist in der Abbildung gezeigt. . Schritte 4 und 5 einige Male wiederholen.
. Stellen Sie die Einheit auf ‘‘FM (UKW)” Betrieb. . Versichern Sie sich, daB die Verzerrungsfaktoren von
. Die Radiofrequenzanzeige und den Messender auf Kanal L und Kanal R ann&hernd gleich sind und auf ein
100.10 MHz einstellen. Minimum gehalten sind.
. Den Kern von T101 so justieren, daB die im Signalzustand
gemessene Spannung OmV (0+ 20 mV) im 300 mV-Bereich
betragt.
- 7102 so justieren, daB der Verzerrungsfaktor des linken
Kanals minimal wird.
TRENNUNGS-JUSTIERUNG
1. Der Testaufbau ist in der Abbildung gezeigt. . VR301 so justieren, daB der R-Ausgang minimal ist, wenn
2. Stellen Sie die Einheit auf “FM und IF normal” Betrieb. der Stereomodulator im L-Betriebszustand (Linker Kanal
3. Die Radiofrequenzanzeige und den Messender auf moduliert) ist.
100.10 MHz einstellen.
Anmerkung:
Fir die Justierung ist ein Schraubendreher aus
Kunststoff zu verwenden.
UKW-SIGNALSTARKEPEGELS-JUSTIERUNG . Durch Dricken der UKW-Signaltaste das
1. FOr den AnschluB des Priifgerates siehe die Abbildung. Flissigkristalldisplay von “frequency” auf “dB”
2. Das Gerat auf “FM und IF normal” stellen. umschalten.
3. Das Hochfrequenz-Anzeigegerat und den . VR101 so einstellen, da® 54dB angezeigt wird.
Signalgenerator auf 100.10 MHz stellen. “54dB” wird auf dem Fldssigkristalldisplay angezeigt.
. Die Schritte 4,5 wiederholen:

FRANCAIS
Mi MEAURAGES ET REGLAGES
mm LW/MWIM-F.
Positionnements des commandes et équipement utilisé
¢ Générateur de signaux AM et FM (AM et FM- SG)
¢ Modulateur stéréophonique
e Analyseur de distorsion
¢ Oscilloscope
¢ Compteur de fréquence
¢ Bobine d’amortissement d’arrét (100H)
e Résistance (100 kQ)
¢ Condensateur céramique (200 pF)
¢ Voltmétre électronique a C.A. et C.C. (EVM).
Nota:
Pour
Z202,
L303
et
L304,
des
éléments
réglés
sont
fournis.
Aussi,
ne
pas
tourner
les
noyaux
de
ces
piéces.
REGLAGE DE A.M.-H.F.
. Le raccordement de l’équipement d’essai est montré sur
Villustration.
. Régler l'appareil sur le mode “MW”.
. Régler le cadran radio et le générateur de signaux sur
612kHz.
. Régler le cadran radio et le générateur de signaux sur.
1503 kHz.
. Régler 2201 (bobine ANT A.M.) pour une sortie maximale.
REGLAGE DE RE-LW
1. Le raccordement de l’équipement d’essai est montré sur
Villustration.
. Régler l'appareil sur le mode “LW”.
. Régler le réglage de |’affichage de radiofréquence et du
générateur de signaux sur 612kHz.
. Ajuster le réglage de l’affichage de radiofréquence et du
générateur de signaux sur 353kHz.
. Régler Z201 (bobine ANT LW) pour une sortie maximale.
REGLAGE DE DISTORSION MONOPHONIQUE M.F.
1. Le raccordement de l’équipement d’essai est montré sur
illustration.
2. Régler l'appareil sur le mode “FM”.
3. Régler le réglage de l’affichage de radiofréquence et du
générateur de signaux sur 100.10 MHz.
. Ajuster le noyau de T101 de telle sorte que la tension
mesurée sur le mode de signaux soit de OmV (0+ 20 mV)
dans une plage de 300mvV.
REGLAGE DE SEPARATION
. Le raccordement de I'équipement d’essai est montré sur
Villustration.
. Régler l’appareil sur le mode “FM et IF normal”.
. Ajuster le réglage de l’affichage de radioféquence et du
générateur de signaux sur 100.10 MHz.
REGLAGE DU NIVEAU DU SIGNAL FM
1. Le raccordement des appareils de mesure est indiqué sur
la figure.
2. Placer l'appareil en mode “FM et IF normal’.
3. Régler le générateur et le compteur sur 100.10 MHz.
4. Changer l’indication de l’affichage a cristaux liquides de
“fréquence” a “dB” en appuyant sur le bouton FM.
6. Répéter les étapes 3~5.
Nota:
Le niveau d’entrée d’antenne doit étre aussi bas que
possible étant libéré de commande automatique de gain.
6. Répéter les étapes 3~5.
Nota:
Le niveau d entrée d’antenne doit étre aussi bas que
possible étant libéré de la commande automatique de
gain.
. Ajuster T102 de telle que le facteur de sistorsion du canal
de gauche soit minimisé.
. Répéter les étapes 4 et 5 quelques fois.
. S’assurer que les facteurs de distorsion du canal de
gauche et du canal droite soient sensiblement les mémes
et au minimum.
Nota:
Le tournevis de réglage utilisé devra étre fait en résines.
. Ajuster VR301 de telle sorte que la sortie de droite soite
minimisée lorsque le modulateur stéréo est sur le mode
“@’’. (modulation de canal de gauche.)
. Régler VR101 de maniére que I’indication ‘‘54dB” soit
indiquée sur !’affichage.
. Répéter les opérations 4, 5.
ao) = Printed in Japan
F890501950FF/TW/YY

m@ LOCATION OF CONTROLS
Control section
4 |
10} = [9][sii7) [6] [5]
[1] Power “standby (/on” switch
(power “standby (/)/on”)
[2] Tuning-mode selector/indicator (tuning mode)
[3] Tuning control (tuning)
[4] Preset-tuning buttons (1—0)
(39 channel random preset tuning)
[5] Memory button (memory)
BY E-Ye) E:T -\ea dC)
[6] Preset channel buttons (preset channel)
[7]FM signal-strength indication button
(FM-signal)
FM mode selector (FM-mode)
[9] FM IF band selector (FM-IF band)
(10 Band selectors (band selector)
[A] FM IF band indicator (FM auto IF)
[B] Quartz-lock indicator ( | )
[C] FM stereo indicator (stereo)
[0] Band indicator (band)
[E] Digital frequency display
[F] Memory indicator (M)
[G] Channel display (channel)
[H] FM mode indicator (FM mode)
The operating procedures and features are similar to those for and of the ST-G550L.

ST-G560L
m@ DISASSEMBLY INSTRUCTIONS
eae Removal of the cabinet Removal of the front panel
Procedure
1
2)
A.
d 1. Remove the 3 screws (@~®).
e@Remove the 5 screws (@~@). 2. Remove the front panel in the direction of the arrow.
Removal of the power switch P.C.B. Ref. No. :
Bae and LED/Tuning P.C.B. Removal of the operation P.C.B.
Procedure Procedure
1-2-3 1253-4
Operation PC.B.
Remove the 5 screws (@~@).
ee Removal of the sub panel
Procedure
15253—4-—5
Removal of the power switch P.C.B.
Remove the 2 screws (@, @).
Removal of the LED/Tuning P.C.B.
1. Remove the tuning knob and nut.
2. Remove the 1 screw (@).

ST-G560L
Removal of the power supply P.C.B.
F Ref. No.
RefNo. | Removal of the FL Drive P.C.B.
Procedure Procedure
1-6 1-7
FL/Drive PCB
Power Supply PC.B>
. ae
Remove the 2 claws. :
. Remove the 7 screws (@~@).
2. Remove the 2 connectors (CN106, CN107).
3. Remove the power supply P.C.B. in the direction of the
arrow.
1. Remove the 4 screws (@~@Q).
2. Remove the 2 connectors (CN106, CN107).
3. Remove the FL drive P.C.B. in the direction of the arrow.
e@When checking the soldered surfaces of main P.C.B. and
replacing the parts, do as show.
1. Remove the 11 screws (Q@~@®).
2. Pull out the front panel in the direction of the arrow @.
3. Remove the bottom chassis in the direction of the arrow ©.
4. Reinstall the front panel to the FL drive P.C.B.
Power Supply PC.B.
Bottom Chassis

ST-G560L
e
Replacement of the Foot. Heat Melted Posts
1. Remove the 4 heat melted posts on the chassis with a pair of / S
nippers or similar tool.
2. To replace the foot (RKA0009) on the chassis, melt the 4 posts
1e fo Foot
with a soldering iron.
Soldering Iron
(Chassis
(RKAO009)
m@
MEASUREMENTS
AND
ADJUSTMENTS
Bi LW/MW/FM
Control positions and equipment used
@
AM
and
FM
signal
generator(AM
and
FM-SG)
@
Choke
coil
(100yH)
@
Stereo
modulator
@
Resistor(100kQ)
@
Distortion
analyser
@
Ceramic
capacitor(200pF)
@
Oscilloscope
@
AC
and
DC
electronic
voltmeter(EVM)
@
Frequency
counter
Note:
For
Z202,
L303
and
L304,
they
are
supplied
as
adjusted
parts.
So,
do
not
turn
the
cores
of
the
parts.
MW-RF
ADJUSTMENT
AM
SIGNAL
GENERATOR
CONDITION
Modulation
1.
Test
equipment
connection
is
shown
in
figure.
Modulation
frequency
2.
Set
the
unit
to
“MW”
mode.
3.
Set
the
radio
frequency
display
and
signal
generator
to
612kHz.
4.Set
the
radio
frequency
display
and
signal
generator
to
1503kHz.
5.Adjust
2201
(MW
ANT
coil)
for
maximum
output.
6.Repeat
steps
3~5.
AC
EVM
Oscilloscope
Note:
Antenna
input
level
must
be
as
low
as
possible
being
free
from
AGC.
ee Capacitor Output
200pF terminal
LW-RF ADJUSTMENT
Modulation
1.Test
equipment
connection
is
shown
in
figure.
Modulation
frequency
2.Set
the
unit
to
“LW”
mode.
3.Set
the
radio
frequency
display
and
signal
generator
to
155kHz.
4.Set
the
radio
frequency
display
and
signal
generator
to
353kHz.
5.Adjust
Z201
(LW
ANT
coil)
for
maximum
output.
6:Repeat
steps
3~5.
Note:
Antenna
input
level
must
be
as
low
as
possible
being
free
from
AGC.

FM MONO DISTORTION ADJUSTMENT
1.Test equipment connection is shown in figure.
2.Set the unit to “FM” mode.
3.Set the radio frequency display and signal! generator to
100.10MHz.
4.Adjust the core of T101 so that the voltage measured in
signal mode is OmV(0+20mY) in 300mvV range.
§.Adjust T102 so that the distortion factor of L-CH is
minimized.
6.Repeat steps 4 and 5.
7.Make sure that the distortion factors of L-CH and R-CH
are nearly the same and minimum.
Note: The adjusting screwdriver used should be made of
resin.
SEPARATION ADJUSTMENT
1.Test equipment connection is shown in figure.
2.Set the unit to “FM and IF normal” mode.
3.Set the radio frequency display and signal generator to
100.10MHz.
4.Adjust VR301 so that the R-CH output is minimized when
stereo modulator is in “L”(L-CH modulation) mode.
FM SIGNAL STRENGTH LEVEL ADJUSTMENT
1. Test equipment connection is shown in figure.
2. Set the unit to “FM and IF normal” mode.
3. Set the radio frequency display and signal generator to
100.10 MHz.
4. Change FL display from “frequency” to “dB” by pressing
the FM signal button.
5. Adjust VR101 so that 54dB is indicated. ‘54dB” is
indicated on the FL display.
6. Repeat steps 4, 5.
FM SIGNAL GENERATOR CONDITION
Modulation
Modulation frequency
Output level
FM SIGNAL GENERATOR CONDITION
Modulation Stereo “L’’ mode or ‘“‘R”.
mode 45%, Pilot 10%
Modulation frequency
Output level
Modulation
Modulation frequency.
Output level
Guense
000
ST-G560L
e Adjustment points.
FM STEREO FM DET FM DET
SEPARATION Coil Coil
ADJ. (100.IMHz) (100.IMHz)
FM FRONT
Z20!| END PACK
FM STRENGTH
LEVEL ADJ.

ST-G560L ST-G560L
m@ BLOCK DIAGRAM
NIN
—19
DATA GL CE rip o~.
—_—— —. on)
95 no 5 Q905
g FM MONO DISTORTION adj.
FM G8) q TIO1.102
FM DET COIL
IC 101
FM ANT FM FRONT-END FM-1F AMP 1c102
lAND?A
Sa
FM
IF
&
DET
|
ANz7e
3
]
24}
24
2i|
204
19
6
AM
DET
FM-IF
|
IC101
e
|
CFIO2
T~
O-
=O
<O=
= O
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aes
ai AL
FM-2nd 12
Js IF_AMP arte | a,
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15
FM DET fe
, in :
1
Q102. IF BAND EM ‘
102104
CB) er
Q105, 106
VR101 FM MON AN6554F
VR301
STRENGTH
SEPARATION
adj.
Oy;
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GETZ
c!oss
aa
ame
LEVEL
adj.
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.
7
0251 ee es eS
LW:ON
IC 102 | |
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14
Q951,
952
Q901~903
l
MW/
LW
MW/
LW
FM
LOOP
3
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TCHI
LOOP
SWITCHING LOOP FILTER . |
x90! |
(7.2
MHz)
|
|
2
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14
US
A
|
rr —= :
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|
Lmzoor™
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PD!
P02
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|
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MUTING
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b
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301
FM STEREO MPX
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=
PLL
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SYNTHESIZER
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19 c SRDY MUTE MONO. Vss soc 7 7
© CLK SSL3D
al
© S OUT IF BAND ©
8 Q703 , Q704
so g
Key return signal
FM
FM VOLTAGE
RO
| A CONTROL (+8)
M5094 1-421SP ly
STEREO 9
Q906 ~909 R3 MICROCOMPUTER
KEY MATRIX
TUNING TUNING |
TUNING 0
LOCK
oR R22. R3 56071
time (
mode memory
$918
‘ D701~ 0706
% «| 62647 Q701 , Q702
preset
Toi
so S15
“~~ XIN XOUT VP
q
| A 8
a aoe ee © — a.
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Key
scan
signal
3
4
301
54
28
29
Signal a3
$915 0
VR9OI x902
a
(4MHz)
HO
>¢
RECTIFIER/
REGULATOR
AC IN
—ooooo See
STANDBY
# $701
(POWER) foe el
TUNING o
> VOLUME STANDBY
cH
$908
aS
FL DISPLAY
-10-

EQ Main circuit
ZOO! FM FRONT END (SNVFE407G29)
cA eR MW/LW28
201 R203 100K se
C122 20.01
narrow
signal Aes
ee Ze > a
Sp) .
a1o1 OP rurtnen
2SC2786MTA BAN] SEO ZaHe AS
BUFFER AMP (ov) ey,
104
ov
2SC331IAQSTA
IF BAND SELECTOR
Q102,103
2SAIZ09AQSTA
1F BAND SELECTOR
Q905
2SC331IAQSTA
MUTING
EM
oon
2SKI93L
ar
2SC2668R
2SAIZSO9AQSTA
“26.047
OSC
oat
Sapeece
Bis
ee
ae
LW/MW
SWITCHING
2
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FM
ANT
A
(750)
ear)
a|-~
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5
8
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8
|
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signal
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2SC331IAQSTA
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SYNTHESIZER
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DRIVE
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DRIVE
ES
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16902
M5094!1-421SP
=
MICRO
COMPUTER
t+—
F
TOOP
vRSOL
(TUNING)
[Gh tunine vacircuit
-11-
ce
Oa GS re See ere es
FL DISPLAY
FLI(SAD6MTII7GK)
ae |
UE
TOOP
b-66-66-66-660-566660+64
0910
MA4082MTA
0907 _MAISOFV(IFI)
MAISOFV(IFO)
= eS he
Q904
OTCI44ESTP are
POWER DET. eames |
POWER SWITC
CIRCUIT
0902 MAIG5TA
+t
D906 MAIGSTA
+t
903 MAIGSTA
+
Key: on
--3.4V
J LI L ov
Iv/2msec.div.
0918
MA 4300 MTA
=
z c
25 pee
a :
e
8h Los
28 :
af T°
i: )
©
-12-
0919~929
MAI65TA

1clo2
AN7274NS
AY : FM IF AMP & DET/ AM CONV.
C205 K0.001
12 13 14 15 | 16
FM DET. coil TP 301
1C301 9
wilodra tio /t102 AN7472S
g FM MPX
R307 270K
C313 390P
R311 15K
Q301,302
2SDI450RSTTA
MUTING
AF signal
t $2SAIZ309AQSTA
} MUTING CONT.
5.
Bre
a
POWER SWITCH
CIRCUIT
OPERATION
SWITCH:
CIRCUIT
—
S914 sgi8
(FM MODE) | (MEMORY)
os os
(e}—{8) i
CNIO3 cP103 9 O~ 9 0/9 oO
Q304
2SAI309AQSTA
1F BAND SELECTOR
C13.6V) R70
g- 47K 13.3V
SET Q704 \ ay RE faecal is
13.4V
9)
13.6v)
:
*
C316
EE
Q703, 704 (0.1V) raze ££
50V33 27K
z R320 1005 R326 TK
P52 380 hes, 33M
2SAI3Z09AQSTA (1
POWER SUPPLY
= é
5.5V 8 13.6 Pssst’
< ES.
&xs 7y
aa 3 f 1c302
arate 55V 3 aNeaSer
same’ Sun ne
WNG
<
85x Q106
ae
z
"R327 27K
(Q108, 106
“2SC3311AQSTA
NOISE DET.
A
A
AC 220V--CE,E5)
AC 240V--(EB)
(50/60H2)
ACINE
Q701,702
2SC3940AQSTA
REGULATOR
5.5V
C706 16V2200
-13-
| ST-G560L
a SCHEMATIC DIAG RAM (Parts list on page 19~22)
(This schematic diagram may be modified at any time with the development
of new technology.)
Note 1:
S701: Power switch.
@S901~S910: Preset tuning switches.
$901: CH1, S902: CH2, $903: CH3, S904: CH4,
[ss CH5, S906: CH6, S907: CH7, S908: CHB,
$909: CH9, $910: CHO
©$911~S913: Band selector switches.
$911: FM, $912: MW, S913: LW
©S914: FM mode selector switch.
$915: FM signal ON/OFF Switch.
$916, S917: Preset channel switches.
$916: DOWN, $917: UP
S918: Memory Switch.
$919: FM iF band switch.
$920: Tuning mode switch.
* Indicated voltage values are the standard values for the unit
measured by the OC electronic circuit tester (high-impedance) with
the chassis taken as standard. Therefore, there may exist some
errors in the voltage values, depending on the internal impedance
of the DC circuit tester. ( ): AM voltage
Positive voitage lines set AP signal lines
coco FM OSC ———> FM signal
manna AM OSC sumae> AM signal
Gamma IF super narrow signal
¢ Important 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.
Note 2:
¢ Use of ceramic filters in pairs
The ceramic filters (CF101~CF104) for FM-IF circuit are available in three
ranks. For this circuit, be sure to use the ceramics of the same rank in a pair.
At repairing and replacement, pay close attention to the diodes (D907, D908) for
use as different diodes must be used depending on each rank of the ceramic
filters.
Color marking
(Red, Black or White)
yj
SFE
RANK
;
10.7
MHz
(Color)
D907
D908
CENTER
FREQUENCY
ns
es
Note: © mark: Diode is used.
x mark: Diode is not used.
* Caution!
IC and LSI are sensitive to static electricity.
Secondary trouble can be prevented by taking care during repair.
* Cover the parts boxes made of plastics with aluminum coil.
* Ground the soldering iron.
%* Put a conductive mat on the work table.
% Do not touch the legs of IC or LSi with the fingers directly.
—14-

ST-G560L ST-G560L
1 2 3 4 5 7 8
m CIRCUIT BOARDS AND WIRING CONNECTION DIAGRAM
TUNING
CK
PCB.
BI
LED:
Ree.
DBT
Auto Ind.)
SYSTEM CONTROL PC.B.
POWER
SWITCH
PC.B.
OPERATION SWITCH PC.B.
CA SOTS: ;
‘ype!
(1) -MEMORY / ) (UP) AUTO/ ) (NORMEEL) ( -LW/ jc Ne \( -FM/ )
| — AUTO MEMORY L MONO NARROW —FREQ SHIFT/\—ALLOCATION’\ ~FREQ SHIFT
TUNING MODE | 39 CHANNEL RANDOM PRESET TUNING PRESET CHANNEL FM- FM- FM-1F BAND SELECTOR
SIGNAL| | MODE BAND
(DOWN) (ON / OFF) (
——
FM mono distortion adj.
ie
MAIN PC.B.
citer
a LJ ]
(L ch) (R ch) aul
Ac 220V-°: ce)
AC 240V-:- EB
\50/ 60 Hz
—15- -16-

| ST-G560L_ ST-G560L | ST-G560L
i u @ FUNCTIONS OF IC TERMINALS @ DESCRIPTION OF FL PANEL
(IC902: M50941-421SP)
| PINNO. | iNrouT | MARK | —CDESCRIPTIONOF TERMINAL
eS ed Oe
| a | Not used in this unit, connected to GND.
SSL1
SSL2
| 7 | INPUT SSL3 FM signal level detector terminal.
Station detection of auto tuning terminal.
INPUT ° Received: ‘‘H’”’, No signal: “L”
INPUT | STEREO Reference voltage terminal.
Not used in this unit.
TUNING 1
RF BAND Not used in this unit.
OUTPUT | IF BAND
¢ GRID ASSIGNMENT
6G
M CONTROL PC.B.
$16
quartz lock
$12 $11 $10
_ pret TONS
e PIN CONNECTION
SoG
ogg
FIFIN 6|S
Lcownenon [1]t)8)5/3] 6h
FM IF BAND ea terminal.
¢“normal”: “super narrow”
a
[Fal @|
[aa S| | sa] S|
OUTPUT SRDY: serial 1/O enable signal, CLK: clock signal,
SOUT: serial data signal.
n
eS)
LEPC ePBEL EEL EEL
INPUT Control input terminal.
Clock pulse waveform output terminal.
OUTPUT FM: 1kHz signal (duty 50%)
’ '
: ‘
y | | Sy akeks) ' 1 3
/~ ¥e Pe
fe » i Y i Fee Not used in this unit.
Q i
: i - e
-
1
|
a
ees
eee
ANODE
CONNECTION
=
[S[~eo_[
sa
[
@
[08
|
@
|
10
a
i OUTPUT 5
i
a ‘7 “Sy Terminal to eliminate shock noise due to unlocking at PLL.
1
i
:
<Muting
output>
$2
AM
2c
kHz
Hl
;
See
ar
ira
guiceiatas
» ita OUTPUT | MUTE * Power switch “off”. 83 MW | 2 |e |
2 aati ¢ Frequency change. (up/down, FMAM (MW/LW), REC).
'
i ~~
au Hy a. yf
a i PLL data output terminal. | ss | ae
n ive) we ws
@e a
ae
o a
ele
o [oy
en
@o Qa
2
an | gle e/g -3
z
4 < 6
i=)
M50941-421SP_ | 64 pin Pier: AN7472S
Segment signal terminal for
FL display. = os
OUTPUT
ae —26.0V
10V/Smsec. div.
2801310, 2SC3940 | 2SA1309, 2SC3311 MA165, MA150FV | LN446YP,LN846RP | MA4062, MA4082M
2SD1450,
2SC2788
|
1SR35200
MA4140M,
MA4051M
DTC1444EsS,
MA4300M
Not used in this unit.
Terminal for key scan signal
a ee
é \
‘s \, : 7 i ~ PLT Remote control inate terminal. Not used in this unit.
~ : ir ‘, S11 lg
: | ae - INPUT Power supply detection terminal.
| | | [ S12 if
/ iat y Ground terminal.
i| ae is $13 1b
f
|
a
|
S15
ii £ | L —_ INPUT | xin | Connecting terminal for crystal oscillator. | 815 |
Hl
IK
|
;
[29
[
oureur
sa
REY ~ON i i | 30 | —— | xcn | Not used in this unit, connected to GND.
) 3 | Ee
Hi , | 33 |] ——[ ne |
ue fs, | Terminal for key return signal
u : to external key matrix. 6
| INPUT | 1
i 0 1v/2msec. div. AN6554F 14 pin
| i LM7001 i a AN7274N
: Z go
occ Power supply terminal for FL display. ip > Slog ain
.
A -5V
to external key matrix and -f}-----f-ov
OUTPUT grid signal terminal for FL display.
62
17
-26.0V
10V/2msec. div.
INPUT AVcc Power supply terminal of device.
INPUT
~17-
-18-
N
Cathode
Cac-—fg—o A
DTC114YS
Bia
BF
a
Anode
Cathode
p
Ca
—g—e
A

ST-G560L
m@ REPLACEMENT PARTS LIST
Parts without these indications can be used for ail areas.
eK” mark parts are used for black type only.
e“S” mark parts are used for silver type only. Parts other than “K” and “S” marked are used for all color types.
e(F}: indicates parts that are supplied by PFS. (Panasonic France S.A. Longwy division).
Notes: important 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.
© The parenthesized indications in the Remarks columns specify the areas. (Refer to the first page for area.)
Ref. No. Part No. Part Name & Description Remarks
|ERDS2TJ 103T C. RESISTOR 1/4
Ref. No. Part No. Part Name & Description Remarks
ERDS2TJ223T C. RESISTOR 1/4¥
ERDS2TJ822T C. RESISTOR 1/4W
ERDS2TJ331T
C. RESISTOR
R101 ERDS2TJ102T jC. RESISTOR 1/4W 1K ERDS2TJ473T |C.RESISTOR 1/4W 47K
R102 ERDS2TJ272T |C. RESISTOR 1/48 2. 7K ERDS2TJ681T jC. RESISTOR 1/4W 680
ERDS2TJ683T
ERDS2TJ272T
ERDS2TJ392T
Ic RESISTOR
ERDS2TJ393T
C. RESISTOR 1/A¥ «68K
C. RESISTOR 1/aW# (39K
C. RESISTOR
ERDS2TJ564T C. RESISTOR 1/4¥ 560K
ERDS2TJ333T
C. RESISTOR 1/4W
33K
ERDS2TJ222T C. RESISTOR
R107 esoseszarT C. RESISTOR 1/48 = = 220 ERDS2TJ823T 1/AW# 82K
R108 ERDS2TJ104T |C. RESISTOR 1/4¥ 100K ERDS2TJ274T |C.RESISTOR 1/4 270K
R109 ERDS2TJ101T |C. RESISTOR 1/4W 100 ERDS2TJ102T |C.RESISTOR 1/4¥ 1K
R110 [EROSZTJ@22T C.RESISTOR 1/48 = 8. 2K EROS2TKF1502 jMRESISTOR 1/4W = 15K |
ERDS2TJ684T |C.RESISTOR 1/4W 680K ERDS2TJ393T |C.RESISTOR 1/4W
1/AW 2. 2K
R113 ERDS2TJ182T |C. RESISTOR 1/4W 1. 8K ERDS2TJ223T |C.RESISTOR 1/4¥ 22K
RL ERDS2TJ101T |¢. RESISTOR 1/4W 100 ERDS2TJ101T |C.RESISTOR 1/4¥ 100
RLIG ERDS2TJ103T |¢. RESISTOR 1/4¥ 10K R323, 324 {ERDS2TJ332T |C.RESISTOR 1/4¥ 3. 3K
R117 ERDS2TJ682T |C. RESISTOR 1/4¥ 6. 8K R325, 326 |ERDS2TJ102T |C.RESISTOR 1/4H 1K
ERDS2TJ472T |C.RESISTOR 1/4" 4. 7K R327, 328 [ERDS2TJ272T |C.RESISTOR 1/4¥ 2. 7K
ERDS2TJ102T |C. RESISTOR 1/4¥ 1K ERDS2TJ' 5627 |¢. RESISTOR =1/4W 5. 8K
ERDS2TJ331T |C. RESISTOR 1/4% 330 ERDS2TJ333T |C.RESISTOR 1/4W = 33K
[ERDS2TJ 102T |C. RESISTOR 1/4¥ 1K ERDS2TJ102T |¢.RESISTOR 1/4W 1K
ERDS2TJ104T |C. RESISTOR 1/48 100K ERDS2TJ392T |C.RESISTOR 1/4W 3.9K
R123, 124 = |ERDS2TJ473T |C. RESISTOR 1/48 47K ERDS2TJS61T jC.RESISTOR 1/48 560
ERDS2TJ332T |C. RESISTOR 1/48 3.3K ERDS2TJ183T j|C.RESISTOR 1/4W 18K
ERDS2TJ101T |C. RESISTOR 1/4 100 ERDS2TJ274T {C.RESISTOR 1/4W 270K i
ERDS2TJS63T |C.RESISTOR 1/4¥ 56K ERDS2TJ473T |C.RESISTOR 1/4W 47K
ERDS2TJS64T jC. RESISTOR 1/4¥ 560K ERDS2TJ333T |C.RESISTOR 1/48 33K
ERDS2TJ331T |€. RESISTOR 1/48 330 ERDS2TJ102T |¢. RESISTOR 1/4W 1K
ERDS2TJ222T {C. RESISTOR 1/4 2. 2K |! ERDS2TJ2211 |C. RESISTOR 1/AW# 220
ERDS2TJ563T |. RESISTOR 1/48 56K ERDS2TJ222T jC.RESISTOR 1/4W 2.2K
ERDS2TJ822T |C. RESISTOR 1/48 8 2K ERDS2TJ101T j|C.RESISTOR 1/4W 100
1/48 ERDS2TJ473T |C.RESISTOR 1/48 47K
1/48 ERDS2TJ103T |C.RESISTOR 1/48 10K
1/4W ERDS2TJ223T |C.RESISTOR 1/4W 22K
1/4W ERDS2TJ104T |C. RESISTOR 1/4W 100K i.
C.RESISTOR 1/4 ERDS2TJ100T |C.RESISTOR 1/4W 10
ERDS2TJ124T |C. RESISTOR 1/4¥ ERDSIFVJ470T |C. RESISTOR 1/2¥ 47
C. RESISTOR = 1/4¥ C.RESISTOR = -1/4W 1K
ERDS2TJ222T |C.RESISTOR 1/4¥ C.RESISTOR 1/48 27K
ERDS2TJ101T |C. RESISTOR 1/4¥ C.RESISTOR 1/4W 6. 8K
ERDS2TJ473T |C.RESISTOR 1/4¥ ERDS2TJ561T 1/AW 560
ERDS2TJ223T jC. RESISTOR 1/4¥ ERDS2TJ123T |C. RESISTOR 1/4W 12K
ERDS2TJ472T |C. RESISTOR 1/4¥ ERDS2TJ102T |C.RESISTOR 1/4¥ 1K

ST-G560L
R907 ERDS2TJ333T |C. RESISTOR
Ref. No. Part No. Part Name & Description Remarks
ECEANJK330B
Ref. No. Part No. Part Name & Description
6.3¥ 330
ERDS2TJ392T [c. RESISTOR
1/4W¥ 3. 9K
ECKTIH1032ZF
SOV 0.010
, ERDS2TJ473T Ic. RESISTOR
1/4¥ 47K
ERDS2TJ153T /C. RESISTOR
{ECEADJK330B
ERDS2TJ471T |C. RESISTOR
ECKT1H2232F
SOV 0.47U
6.3¥ 0 33U
SOV 0. 022U
ERDS2TJ151T |C. RESISTOR ECFTD223KXL
25¥ 0. 022U
ERDS2TJ104T |C. RESISTOR
ERDS2TJ274T |C. RESISTOR
ERDS2TJI05T |C. RESISTOR
S. CAPACITOR
SOV 68P
Sov. 15P
25V¥ 3300P
C. RESISTOR
ECKTIH103ZF |€. CAPACITOR SOV 0. 001U
ERDS2TJ473T /C. RESISTOR
ECEALAU101B |E. CAPACITOR
10V¥. 100U
C. RESISTOR ERDS2TJ123T
ERDS2TJ103T |C. RESISTOR
25¥ 0. 1U
ECFRIE104ZFY |S. CAPACITOR
ECEALCK100B |E. CAPACITOR
16V.—-10U
ECQBLH153JZ3 }P. CAPACITOR
50V 0. 015U
ERDS2TJ393T |C. RESISTOR ECEALHKR22B jE. CAPACITOR
ERDS2TJ103T |C. RESISTOR
ECEALHKR47B | E. CAPACITOR
ERDS2TJ104T /C. RESISTOR ECEALHKR22B jE. CAPACITOR
ERDS2TJ1OST C. RESISTOR
[ECKTIH2232F |C. CAPACITOR
ERDS2TJ102T C. RESISTOR
ERDS2TJ472T |C. RESISTOR
ECQP2A391GZT |P. CAPACITOR
50V 0. 22U
SOV 0.470
SOV 0. 22U
SOV 0. 022U
500V 390P
ECQMIH223KV3 |P. CAPACITOR
SOV 0. 022U
ERDS2TJ123T
ECKTIH103ZF |. CAPACITOR
¢ ECEAQJU471B |E. CAPACITOR
wow} |
coo4 ECEAICKIO0B |E.CAPACITOR 16V 1 | | |
C101~104 JECKTIHI03ZF |C. CAPACITOR 50V 0.01
C105 ECQMIH473KV3 |P. CAPACITOR SOV 0. 047U
106
6.3¥ 470U
ECEALHPX3R3B |E. CAPACITOR
ECFTD332KXL |S. CAPACITOR
ECEALHPX3R3B |£. CAPACITOR
ECKTLH103ZF |. CAPACITOR
ECEAICK100B |E. CAPACITOR
ECBT1H102KBS |C. CAPACITOR
C321
C322, 323
ECEALEU102E
ECEALCU222E jE. CAPACITOR
C107 ECQMIH102KV3 |P. CAPACITOR
SOV 1000P
ECEALCU221B JE. CAPACITOR
RCBSIHI80JCY |C. CAPACITOR
Sov. 18P
ECEAIVU101B |E. CAPACITOR
ECBT1H102KB5 |C. CAPACITOR
50V 0. 001U
|
C709 ECEALVK1O0B jE. CAPACITOR
ECKT1H103ZF | C. CAPACITOR
SOV 0. 01U
ECKT1HLO3ZF jC. CAPACITOR
RCBS1H6R8KCY |C. CAPACITOR
SOV 6. 8P
ECEAIVK3R3B |E. CAPACITOR
s0V 3. 3U
25¥ 3300P
s0V (3. 3U
o0V 0. 01U
16V
16V 2200U
16V 2200
35V 100
35V10U
s0V 0. 01U
35V 3. 3U
ECQM1H223KV3 |P. CAPACITOR
SOV 0. 022U
ECEALWI101B |E. CAPACITOR 35V-100U
ECEAIVUL01B jE. CAPACITOR
35¥ 100U
ECEAICK100B |E. CAPACITOR
16V.-10U
ECFRIE104ZFY |S. CAPACITOR
20.
C. CAPACITOR ECKTIH103ZF s0V 0.010
ECEALAU101B jE. CAPACITOR
10V.— 100U
ECEAICK100B |E. CAPACITOR 16V10U
ECEALHKR22B jE. CAPACITOR
SOY 0. 22U
ECFRIELO4ZFY |S. CAPACITOR
25v 0. WU
RCBS1HLO1KBY |/C. CAPACITOR
ECFRIE104ZFY |S. CAPACITOR
s0¥ 100P
ECEAQJU471B |E. CAPACITOR
6.3¥ 470U
25V0.1U
ECBTIE103ZF5 |C. CAPACITOR
25V 0. 01U
ECKTIH103ZF jC. CAPACITOR
SOV 0. O1U
RCBS1HLSOJCY |C. CAPACITOR
SOV. -15P
RCBS1HISDJCY |C. CAPACITOR
RCBSIH390JLY [C. CAPACITOR
~~ |ECBTLHiO2KB5
ECKTIH4732F C. CAPACITOR
ECKT1H223ZF |C. CAPACITOR
Sov. —«18P
C. CAPACITOR
ECKTIH103ZF
S0V 0. 01U
C. CAPACITOR
ous Siete
SOV. 39P
ECEAZSM4R7RB |E. CAPACITOR
25V 4. 7U
SOV 0. 001U
ECEALHKR47B |E. CAPACITOR
S0V 0. 47U
SOV 0. 047U
ECFTD223KXL |S. CAPACITOR
25¥ 0. 022U
SOV 0. 022U
C. CAPACITOR
ECKTIHLOSZF |
SOV 0.01U
RCBS1HAR7KCY |C. CAPACITOR
SOV. 4 7P
ECKT1H223ZF |C. CAPACITOR
S0V 0. 022U
ECKTIH223ZF jC. CAPACITOR
SOV 0. 022U
ECKT1H103ZF |C. CAPACITOR
ECBT1H102KB5 jC. CAPACITOR
SOV 0. 001U
, RCBS1HA70JLY |C. CAPACITOR
SOV 0. 01U
s0V.47P
RCBS1H120JCY |C. CAPACITOR
y
SOV. = -12P
ECKTIHLO3ZF |C. CAPACITOR
JECKTIH103ZF |C. CAPACITOR
SOY 0. 01U
ECEAQJU102B {E. CAPACITOR
—20-
s0V 0. 01U
6.3V 1000U

€917,918 jECEAICKIO0B jE. CAPACITOR 16V 10U
Ref. No. Part No. Part Name & Description Remarks
Ref. No. Part No. Part Name & Description
ECEAIVK3R3B |E. CAPACITOR 35V = 3. U qi
ECEAQJU101B jE. CAPACITOR 6.3V 100U
Part Name & Description
D310
ti
RCBSIHLOLKBY 1C. CAPACITOR 50V 100P
ECBT1E2232ZF5 |C. CAPACITOR 25V 0. 022U
ECEALHKOLOB |E.CAPACITOR SOV 1U
MA4082MTA
INTEGRATED CIRCUITS
D911~914
MA165TA
poe as
LN846RP-C
AN278 TC, BUFFER AMP
LN446YP-C
AN7274NS IC, FM IF AMP
MA4300MTA
AN7472S IC, FM MPX
MALE5TA
ANSSO4F IC, CLASS AA OUTPUT AMP
MA4062MTA
LM7001 TC, PLL FREQUENCY SYNTHE
MALGSTA (DIODE
M50941-421SP | IC, MICRO COMPUTER
r
VARIABLE RESISTORS
TRANSISTORS
EVNDXAAOQOB15 |V. R, STRENGTH LEVEL ADJ.
28(2786MTA — | TRANSISTOR
EVNDXAAOOB15 |V.R, STEREO SEPARATION ADJ.
2SA1309AQSTA | TRANSISTOR
Q255 DTALI4YSTP | TRANSISTOR
301, 302 —|2SDL450RSTTA | TRANSISTOR
2SD1450RSTTA | TRANSISTOR
ati
2SC394DAQSTA | TRANSISTOR
——+—
EVQWX922512B |V.R, TUNING CONTROL
THERMISTOR
COMPONENT COMBINATIONS
SNVFE407G29 j|COMPONENT COMBINATION
2SAL309AQSTA | TRANSISTOR
SLA6Z1-T COMPONENT COMBINATION
2SC1310EFGTA | TRANSISTOR
RL12Z002-W —|COMPONENT COMBINATION
2SALSO9AQSTA | TRANSISTOR
DIC144ESTP TRANSISTOR
COILS
280331 LAQSTA | TRANSISTOR
j—
Q907~909 |DICII4YSTP | TRANSISTOR
ELEPKR22MA | COIL
280331 1AQSTA | TRANSISTOR
RLQZPIRSKT-Y |COIL
COIL
DIODES
COIL
COIL
MAIGSTA DIODE
RLQZP1O1KT-Y |COIL
MAIGSTA DIODE
RLQZP101KT-Y |COIL
MA4082NTA DIODE
RLQZPR47KT-Y
MALGSTA DIODE
RLQZP101KT-Y
RLQZPR47KT-Y {COIL
_isiszocre DIODE
MAIGSTA DIODE
MACL40MTA = DIODE
TRANSFORMERS
MA4062MTA =| DIODE
—j——
MAMOSIMTA =| DIODE
RL14B005-Z [TRANSFORMER
D901~903 |MAIGSTA
RL14B006-2 |TRANSFORMER
MAIGSTA
SLT5K264-K — |POWER TRANSFORMER
MAISOFV
-21-
FILTERS
CF101 SVFE107MZ2-A |CERAMIC FILTER
CF 101 SVFE107MZ2-B |CERAMIC FILTER | (BLUE)
CF101 SVFE107Z2-C |CERAMIC FILTER | (ORANGE)
=F
SAD6MT117GK |DISPLAY TUBE
CF 102 SVFELO7MX2-A |CERAMIC FILTER
CF102 SVFE107MX2-B |CERAMIC FILTER
CF 102 SVFE1O7MX2-C |CERAMIC FILTER
CF103 SVFE107MZ2-A |CERAMIC FILTER
XBA2CO4TBO =|FUSE = 2509s 10. 4A
CF 103 SVFE107MZ2-B |CERAMIC FILTER (BLUE)
CF103 SVFE107MZ2-C |CERAMIC FILTER (ORANGE)
JACKS
CF 104 SVFE107MZ2-A |CERAMIC FILTER
CF 104 SVFE107MZ2-B |CERAMIC FILTER
SJS$236 AC INLET
CF 104 SVFE107MZ2-C )CERAMIC FILTER
SJF8305N TERMINAL BOARD, ANT
CN101 SJS50681BB — |CONNECTOR(6P)
RJUOO3KOO9M | CONNECTOR (9P)
JRJUOO3KO08M | CONNECTOR (8P)
OSCILLATOR
OSCILLATOR
SWITCHES
POWER SWITCH A
RJUOO3KO08M | CONNECTOR (8P)
CN106, 107 |RJUOOSWO12 {CONNECTOR (12P)
CONNECTOR (6P)
CONNECTOR (9P)
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crios——[amorixoomn fooweorm@y TSC
cri, io? farmosmi2 oowecrmnazy TS
are aia Aen re Lane
-22—

ST-G560L |
Part Name & Description
aaa:
MODE BUTTON
RGUOL13-S |MODE BUTTON
TERMINAL BOARD
FUSE HOLDER
CABINET
SCREW
REAR PANEL
POWER BUTTON
POWER BUTTON
PACKING MATERIAL
SPSD152
XXE4D5FZS
aomoer fom
RPNO124
XZB60X60A01 PROTECTION COVER
ACCESSORIES
5-1
7
8-1
XTB3+6J SCREW
i
TO A
i2___oren_focew —SSSSSSSCSC*
io—-prvaes ey —SCTSSSC*d
is (romowe-x foment iC
ie neon cee ———iSSCC*
fei fanommo—wes—SdTCSSSCSC*
ipa k owion ori «SY
RQFO310 INSTRUCTIONS MANUAL (E. E5)
AL RQTO117B | INSTRUCTIONS MANUAL
io__—isreers fom TS
fd ——(iseauicer too awe]
A4-1 SMA233-1M [HOLDER fe
Ad-2 SMA231M [HOLDER PY
psoas fsmee
FM ANTENNA
AC PLUG ADAPTOR
17
17 FUNCTION BUTTON
18 PRESET BUTTON
18 PRESET BUTTON
-23-
m EXPLODED VIEW
-24—
Printed in Japan
F890505600 TW/FF