Aiwa NSX-MT320 User manual
COMPACT DISC STEREO
CASSETTE RECEIVER
aiwa
SERVICE
NSX-MT320
NSX-MT321
\SYSTEM SUB WOOFER CD -CASSEIVER SPEAKER REMOTE
CONTROLLER
NSX-MT320 SX-NA302
CX-NMT320 SX-R275 RC-8AS
NSX-MT321 TS-W35 SX-C605
●lf requiring information about the CD mechanism, see Service Manual of 4ZG-1,
S/M Code No. 09-983 -249-30T.
.If requiring information about the Sub woofer, see Service Manual of original.
S/M Code No. 09-976-204-001.
TABLE OF CONTENTS
SPECIFICATIONS .................................................................................................................................................3
PROTECTION OF EYES FROM LASER BEAM DURING SERVICING ........................................................4
PRECAUTION TO REPIACE OPTICAL BLOCK ..............................................................................................4
NOTE ON BEFORE STARTING REPAIR .........................................................................................................5. 6
ELECTRICAL MAIN PARTS LIST ..........................................o.................o.................................................7. lO
TRANSISTOR lLLUSTRATION ..................o................................o...........................................o..........................ll
BLOCK DIAGRAM–1 ~UNER) .................................o.....................................................................................l2
BLOCK DIAGRAM .2(MAlN /FRONT /PRO) .........o................................................................................l3.l5
SCHEMATIC DIAGRAM -1 (MAIN 1/2) ....................................................................................................16-18
WIRING- 1(MAIN) ......................................................................................................................................l9. 20
WIRING -2 (FRONT) ..........o...............................o........................................................................................2l. 22
SCHEMATIC DIAGRAM -2 (FRONT) ......................................................................................................23 -25
SCHEMATIC DIAGRAM -3 (TUNER FRONT END) ........................................................................................26
IC BLOCK DIAGRAM – 1 .............................................................................................................................26. 27
SCHEMATiC DIAGRAM –4 (PRO) ...........................................................................................................27 -28
WIRING–3 (PRO) ........................................................................................................................................29. 30
SCHEMATIC DIAGRAM -5 (MAIN 2/2) ......................................................................................................3l. 32
WIRING –4 (AC) ......................................................................................o.......................s.................................33
WIRING-5 (DECK) ...........................................................................................................................................34
FL GRID ASSIGNMENT AND ANODE Connection .......................................................................................35
IC BLOCK DIAGRAM – 2 ............................o................................................................................................36. 38
IC DESCRIPTION ,...................................................................................................................................... 39-41
ADJUSTMENT <TUNER /DECK> ............................................................................................................o...42. 43
PRACTICAL SERVICE FIGURE .....................................................................................................o..................44
MECHANICAL EXPLODED VIEW 1/1.........................................................o............................................45. 46
MECHANICAL PARTS LIST 1/1......................................o..........o..................................................4................47
TAPE MECHANISM EXPLODED VIEW 1/1............................! ..0............................................................ 48,49
TAPE MECHANISM PARTS LIST 1/1...........................................................................................................5O
SPRING APPLICATION POSITION ..................................................................................................................5l
SPEAKER DISASSEMBLY INSTRUCTIONS ......................................................................................................52
SPEAKER PARTS LIST .....................................................................................................o....s..........................53
ACCESSORIES /PACKAGE LIST ...........................................................o.........................................................53
REFERENCE NAME LIST .................................................o......................................................o.........o..............54
–2-
SPECIFICATIONS
<FM Tuner section>
Tuning range
Usable sensitivity (IHF)
Antenna terminals
cAM Tuner section>
Tuning range
Usable sensitivity
Antenna
cAmplifier section>
Power output
Inputs
Outpute
<Cassette deck section>
Track format
Frequency response
Recording system
Heads
87.5 MHz to 108 MHz
13.2 dBf
75 ohms (unbalanced)
531 kHz to 1602 kHz (9 kHz step)
530 kHz to 1710 kHz (10 kHz step)
350 WV/m
Loop antenna
Front
30 W+30 W(50 Hz -20 kHz,
THD less than 1%,6 ohms)
Rear (Surround)
Rated: lOW+lOW
(1 kHz,THD less than 1%,8 ohms)
Center
20 W(1 kHz,THD less than 1%,
8ohms)
VIDEO/AUX: 150 mV (adjustable)
MIC: 1.8 mV (10 kohms)
SPEAKERS: accept speakers of
6ohms or more
SURROUND SPEAKERS :
accept speakers of 8ohms to
16 ohms
CENTER SPEAKER: accept
speakers of 8ohms or more
PHONES (stereo jack):
accepts headphones of 32 ohms
or more
4tracks, 2channels stereo
50 Hz -15000 Hz
AC bias
Deck 1: Playback head x1
Deck 2: Recording/playback/
erase head x1
<Compact disc player section>
Laser Semiconductor laser (h =780 nm)
D-A convertar 1bit dual
Signal-to-noise ratio 85 dB (1 kHz, OdB)
Harmonic distortion 0.05% (1 kHz, OdB)
Wow and fluttar Unmeasurable
<Speaker system SX-NA302>
Cabinet type 3way, bass raflex (magnetic
shielded type)
Speakere Woofer:
160 mm (63/, in.) cone type
Tweeter:
80 mm (3’/, in.) cone type
Super tweeter:
20 mm (“/lG in.) ceramic type
Impedance 6ohms
Output sound pressure level 87 dBIWlm
Dimensions (W xHxD) 240 x 324x 283 mm
(9’/2x 127/,x11 ‘/, in.)
Weight 5.2 kg (11 Ibs 7OZ.)
<General>
Power requirements 120 VAC, 60Hz
Power consumption 120W
Dimensions of main unit 260 x 330x 346 mm
(W XHXD) (10’/4 x 13x 135/, in.)
Weight of main unit 6.9 kg (15 Ibs 3OZ.)
.Design and specifications are subject to change without notice.
●Manufactured under license from Dolby Laboratories Licensing
Corporation.
“DOLBY” and “PRO LOGIC’ are trademarks of DolbyLaboratories
Licensing Corporation.
-3-
PROTECTION OF EYES FROM LASER
This set employs laser. Therefore, be sure to follow carefully
the instructions below when servicing.
WARNING!!
WHEN SERVICING, DO NOT APPROACH THE LASER EXIT
WITH THE EYE TOO CLOSELY. IN CASE IT IS NECESSARY
TO CONFIRM LASER BEAM EMISSION. BE SURE TO
OBSERVE FROM ADISTANCE OF MORE THAN 30cm
FROM THE SURFACE OF THE OBJECTIVE LENS ON THE
OPTICAL PICK-UP BLOCK.
Caution: Invisible laser radiation when
open and interlocks defeated avoid expo-
sure to beam.
Advarsel: Usynlig laserst2ding ved Abning,
n& sikkerhedsafbrydere er ude af funktion.
Undg~ uds@telse for str~ling.
VAROITUS!
Laiteen Kayttaminen muulla kuin tassa kayttbohjeessa mainit-
ulla tavalla saattaa altistaa kayt-tajan turvallisuusluokan 1ylit-
tav~lle nakym~ttomalle Iasersateilylle.
VARNING!
Om apparaten anvands pa annat satt Wvad som specificeras
idenna bruksanvising, kan anvandaren utsattas for osynling
laserstr#dning, som overskrider gransen for Iaserklass 1.
Precaution to replace Optical block
(KSS -213F)
L
Body or clothes electrostatic potential could ruin
laser diode in the optical block. Be sure ground
body and workbench, and use care the clothes
BEAM DURING SERVICING
CAUTION
Use of controls or adjustments or performance of procedures
other than those specified herein may result in hazardous radi-
ation exposure.
ATTENTION
L’utilisation de commandes, reglages ou procedures autres que
ceux specifies peut entraher une dangereuse exposition aux
radiations.
ADVARSEL!
Usynlig laserst~ling ved Abning, n~r sikkerhedsafbrydereer ude
af funktion. UndgA udseXtelse for str~ling.
This Compact Disc player is classified as aCLASS 1LASER
product.
The CLASS 1LASER PRODUCT label is located on the rear
exterior.
I
CLASS 1LASER PRODUCT
KLASSE 1LASER PRODUKT
LUOKAN 1LASER LAITE
KLASS 1LASER APPARAT
PICK-UP ASSY P.C.B
\
1)After the connection, remove solder shown in
right figure.
-4-
NOTE ON BEFORE STARTING REPAIR
1. Forced discharge of electrolytic capacitor of power supply block
When repair is going to be attempted in the set that uses relay circuit in the power supply block, electric potential is kept charged
across the electrolytic capacitors (C1OI, 102) even though AC power cord is removed. If repair is attempted in this condition, the
secondary defect can occur.
In order to prevent the secondary trouble, perform the following measures before starting repair work.
Discharae mocedure I1 81
“!
Remove the AC power cord.
Connect adischarging resistor at an end of lead wire that
has clips at both ends. Connect the other end of the lead
wire to metal chassis.
Contact the other end of the discharging resistor to the
positive (+) side (+VH) of C101. (For two seconds)
Contact the same end of the discharging resistor as step
@to the negative (-) side (-VH) of C102 in the same
way. (For two seconds)
Check that voltage across C101 and C102 has decreased
1Vor less using-a multimeter or an oscilloscope.
\ I MAIN C.B
J
Select adischarging resistor referring to the following table, Fig-1
Charging voltage (V) Discharging
(Clol ,102) Rated power (W) Parts number
resistor (Q)
25-48 100 3 87-AOO-247-090
49-140 220 5 87-AOO-232-090
Note: The reference numbers (C101, C102) of the electrolytic capacitors can change depending on the models. Be sure to check the
reference numbers of the charging capacitors on schematic diagram before starting the discharging work.
2. Check items before exchanging the MICROCOMPUTER
Be sure to check the following items before exchanging the MICROCOMPUTER. Exchange the MICROCOMPUTER after
confirming that the MICROCOMPUTER is surely defective.
2-1. Regarding the HOLD terminal of the MICROCOMPUTER
When the HOLD terminal (INPUT) of the MICROCOMPUTER is “H”, the MICROCOMPUTER is judged to be operating
correctly. When this terminal is “L”, the main power cannot be turned on. Therefore, be sure to check the terminal voltage of
the HOLD terminal before exchange.
When the MICROCOMPUTER is not defective, the HOLD terminal can also go “L” when the POWER AMPLIFIER has any
abnormalities that triggers the abnormality detection circuit on the MAIN C. B. that sets the HOLD terminal to “L”.
●Good or no good judgement of the MICROCOMPUTER
Turn on the AC main power.
Confirm that the main power is turned on and the HOLD terminal of the MICROCOMPUTER keeps the “H’ level or
not.
When the HOLD terminal is “L” level, the abnormality detection circuit is judged to be working correctly and the
MICROCOMPUTER is judged to be good.
—-— -—. .—. —.—. —.—. —
FRONT C.B ‘FAIN c.B
i
PIN101 CON601 In some models, it is PIN (@
MICROCOMPUTER
POWER AMP
POWER AMP
POWER SUPPLY
PIN number is different
depending upon microprocessor.
—.— .—. —- .—. —. —.— -—- —..
Fig-2-l
–5–
In such acase, check also if the POWER AMPLIFIER circuit or power supply circuit has any abnormalities or not,
2-2. Regarding reset
There are cases that the machine does not work correctly because the MICROCOMPUTER is not reset even though the AC
power cord is re-inserted, or the software reset (pressing the STOP key +POWER key) is performed.
When the above described phenomenon occurs, it can leads to wrong judgement as if the MICROCOMPUTER is defective and
to exchange the MICROCOMPUTER. In such acase, perform the forced-reset by the following procedure and check good or
no good of the MICROCOMPUTER.
@Remove the AC power cord.
Fig-2-2
@Short both ends of the electrolytic capacitor Cl 13 that is connected to VDD of the MICROCOMPUTER with tweezers.
@) Connect the AC power cord again. If the MICROCOMPUTER returns to the normal operation, the MICROCOMPUTER
is good.
Note: The reference number or MICROCOMPUTER pin number of transistor (Ql 10) and electrolytic capacitor (Cl 13) can change
depending on the models. Be sure to check the reference numbers on schematic diagram before starting the discharging work.
2-3. Confirmation of soldering state of MICROCOMPUTER
Check the soldering state of the MICROCOMPUTER in addition to the above described procedures. Be sure to exchange the
MICROCOMPUTER after surely confirming that the trouble is not caused by poor soldering but the MICROCOMPUTER
itself.
-6-
ELECTRICAL MAIN PARTS LIST
If can’t understand for Description please kindly refer to” REFERENCE NAME LIST”.
REF. NO. PART NO. KANRI DESCRIPTION REF. NO. PART NO. KANRI DESCRIPTION
NO. NO,
87-010-407-080
87-010-407-080
87-010-430-080
87-010-263-080
87-010-260-080
87-010-403-080
87-012-140-080
87-010-263-080
87-010-247-080
87-010-112-080
87-010-235-080
87-010-917-090
87-010-917-090
87-010-546-080
87-010-546-080
87-010-185-080
87-010-185-080
87-010-186-080
87-010-186-080
87-010-403-080
87-010-403-080
87-010-260-080
87-010-260-080
87-A1O-812-O8O
87-A1O-812-O8O
87-010-544-080
87-010-544-080
87-012-368-080
87-012-368-080
87-012-368-080
87-012-368-080
87-010-188-080
87-010-318-080
87-010-318-080
87-012-157-080
87-012-157-080
87-012-145-080
87-012-145-080
87-010-196-080
87-010-196-080
87-010-196-080
87-010-198-080
87-010-198-080
87-010-180-080
87-010-180-080
87-010-182-080
87-010-182-080
87-016-492-080
87-016-492-080
87-010-260-080
87-010-370-080
87-010-404-080
87-010-404-080
87-010-196-080
87-010-401-080
87-010-401-080
87-010-196-080
87-010-196-080
87-010-196-080
87-012-140-080
87-012-140-080
87-010-175-080
87-012-349-080
87-010-260-080
87-010-197-080
87-010-183-080
87-010-183-080
87-010-183-080
87-010-196-080
87-016-083-080
CAP , ELECT 33-50V
CAP, ELECT 33-50V
CAP, ELECT 100-63
CAP, ELECT 100-1OV
CAP, ELECT 47-25V
CAP, ELECT 3.3-50V
CAP 470P
CAP, ELECT 100-1OV
CAP, ELECT 1OO-5OV
CAP, ELECT 100-16v
CAP, E 470-16 SME
CAP, E 3300-50 MSMG
cAF, E3300-50 M SMG
CAP, ELECT 0.33-50V
CAP, ELECT 0.33-50V
C-CAP, S 3900P-50 B
C-CAP, S 3900P-50 B
CAP, CHIP 4700P
CAF, CHIP 4700P
CAP, ELECT 3. 3-50V
CAP, ELECT 3. 3-50V
CAP, ELECT 47-25V
CAP, ELECT 47-25V
C-CAP, S 220P-200 J CH
C-CAP, S 220P-200 J CH
CAP, ELECT 0.1-50V
CAP, ELECT 0.1-50V
C-CAP, S 0.1-50 F
C-CAP, S 0.1-50 F
C-CAP, S 0.1-50 F
C-CAP, S 001-50 F
C-CAP, S 6800P-50 B
C-CAP, s 47P-50 CH
C-CAP, s 47P-SO CH
C-CAP, s 330P-50 CH
C-CAP, S 330P-50 CH
CAP, CHIP S 270P CH
CAP, CHIP S 270P CH
CHIP CAPACITOR, 0.1-25
CHIP CAPACITOR, 0,1-25
CHIP CAPACITOR, 0.1-25
CAP, CHIP 0.022
CAP, CHIP 0.022
CAP, CHIP S 1500P-50 KB
CAP, CHIP S 1500P-50 KB
IC C115
C116
C117
C118
C119
87-A2O-O83-O1O
88-NFV-602-O1O
87-NF8-614-O1O
87-017-915-080
87-A20-783-040
IC, BA3835S
C-IC, UPD780228-019-3BA
IC, SPS-442-1-W
IC, BU4094BCF
C-IC, BA7762AFS C120
C121
87-017-888-080
87-A20-954-040
86-NFZ-655-O1O
87-A2O-438-O1O
87-020-454-010
IC, NJM4558MD
C-IC, M62445FP-601
IC, LC72131D(Z)
IC, LA1837
IC, DN6851
C122
C123
C124
C125
C153
C154
C209
C21O
87-A2O-853-O1O C-IC, M62463FP
TMNSISTOR
C211
C212
C213
C214
C215
89-213-702-010
87-026-610-080
87-A30-076-080
87-A30-196-080
87-A30-075-080
TR,2SB1370 (1.8W)
TR, KTC3198GR
C-TR,2SC3052F
TR,2SC4115SRS
C-TR,2SA1235F
C216
C217
C218
C229
C230
87-026-609-080
87-A30-198-080
87-A30-074-080
87-A30-071-080
87-A30-087-080
TR, KTA1266GR
TR, KTC3199GR
C-TR, RTIP 141C
C-TR, RTIN 144C
C-FET,2SK2158
C233
C234
C237
C238
C239
87-A3O-1O7-O7O
87-026-263-080
87-A30-190-080
87-A3O-1O6-O7O
87-A3O-1O9-O1O
C-TR, CNBT5401
C-TR, RN141O
TR, CC5551
C-TR, CNBT5551
TR,2SD2495
c240
C280
C301
C302
C303
87-A3O-1O8-O1O
87-A30-221-080
87-A30-159-080
89-112-965-080
87-A30-073-080
TR,2SB1626
C-TR, DTA114WK
C-TR, KTA1298Y
TR,2SA1296 (0.75W)
C-TR, RTIN 14 lC
C304
C305
C306
C307
C309
87-A3O-1O5-O8O
87-026-238-080
89-327-143-080
87-A30-072-080
87-A3O-214-O1O
C-TR, RTIP 441C
C-TR, DTC144NK
C-TR,2SC2714 (0.lW)
C-TR, RTIP 144C
TR,2SB1344
C31O
C311
C312
C313
C314
87-A3O-215-O1O
87-A30-086-070
TR,2SD2025
C-TR, CSD1306E
DIODE
CHIP CAP 2200P-50 KB
CHIP CAP 2200P-50 KB
C-CAP, S 0.33-16 FZ
C-CAP, S 0.33-16 FZ
CAP, ELECT 47-25V
CAF, E 330-6.3 SNS
CAP, ELECT 4. 7-50V
CAP, ELECT 4. 7-50V
CHIP CAPACITOR, 0.1-25
CAP, ELECT 1-50V
CAP, ELECT 1-50V
CHIP CAPACITOR, 0.1-25
CHIP CAPACITOR, 0.1-25
CHIP CAPACITOR, 0.1-25
CAP 470P
CAP 470P
CAP 560P
C-CAP, S 1OOOP-5O CH
CAP, ELECT 47-25v
CAP, CHIP 0.01 DM
C-CAP, S 2700P-50 B
C-CAP, S 2700P-50 B
C-CAP, S 2700P-50 B
CHIP CAPACITOR, 0.1-25
C-CAP, S 0.15-16 RK
C315
C316
C321
c322
C324
87-002-225-010 DIODE, DBF4OC-K1O
87-A40-505-040 C-DIODE ,KDS181
87-A40-504-040 C-DIODE ,KDS184
87-070-274-080 DIODE, 1N4003 SEM
87-A40-435-080 ZENER, MTZJ30D
C325
C327
C328
C332
C335
87-A40-345-080 ZENER,MTZJ1OC
87-A40-004-080 ZENER,MTZJ16A
87-A40-470-080 DIODE, 1SS254
87-A40-509-080 ZENER, MTZJ6 .EC
87-A40-488-080 DIODE, 1SS244
C336
C337
C339
C340
C351
87-017-932-080 ZENER, MTJ6.2B
87-A40-002-080 ZENER, MTZJ5 .lC
87-A40-438-080 ZENER, MTZJ4 .7A
87-A40-234-080 ZENER, MTZJ5.6A
87-A40-116-060 DIODE ,RS403L-B-D-5L
C352
C354
C355
C356
C357
MAIN C.B
C109 87-010-196-080 CHIP CAPACITOR, 0.1-25
Cllo 87-010-196-080 CHIP CAPACITOR, 0.1-25
Clll 87-010-196-080 CHIP CAPACITOR, 0.1-25
C112 87-010-196-080 CHIP CAPACITOR, 0.1-25
C113 87-010-407-080 CAP, ELECT 33-50V
C358
C359
C360
C370
C373
C114 87-010-407-080 CAP, ELECT 33-50V
–7–
REF. NO. PART NO. KANRI DESCRIPTION REF. NO. PART NO. KANRI DESCRIPTION
NO. NO.
C374
C378
C379
C380
C386
C401
C402
C457
C458
C516
C601
c602
C613
C614
C619
C620
C621
C622
C629
c630
c631
C632
c633
C634
C635
C636
C637
C641
C701
C702
C703
C704
C709
C711
C712
C713
C714
c721
C722
C723
C725
C727
C728
C755
C756
C757
C758
C759
c760
C761
C762
C763
c764
C765
C766
C767
c768
C769
C770
c771
C772
C773
C774
C775
C776
C7-17
c778
C779
c780
c781
87-016-083-080
87-010-196-080
87-010-382-080
87-010-382-080
87-010-196-080
87-010-405-080
87-010-405-080
87-010-404-080
87-010-404-080
87-010-196-080
87-010-180-080
87-010-180-080
87-010-196-080
87-010-196-080
87-010-185-080
87-010-185-080
87-010-401-080
87-010-401-080
87-010-405-080
87-010-213-080
87-010-194-080
87-010-263-080
87-010-263-080
87-010-196-080
87-010-196-080
87-010-194-080
87-010-183-080
87-010-196-080
87-010-381-080
87-010-404-080
87-010-197-080
87-010-197-080
87-010-322-080
87-010-263-080
87-010-196-080
87-010-197-080
87-010-197-080
87-010-312-080
87-010-312-080
87-010-178-080
87-010-178-080
87-010-196-080
87-010-248-080
87-010-197-080
87-010-197-080
87-010-318-080
87-010-149-080
87-012-156-080
87-012-156-080
87-010-196-080
87-010-197-080
87-010-194-080
87-010-319-080
87-010-197-080
87-010-197-080
87-010-405-080
87-010-197-080
87-010-408-080
87-015-821-080
87-010-407-080
87-010-194-080
87-010-196-080
87-010-263-080
87-010-404-080
87-010-197-080
87-010-400-080
87-010-401-080
87-010-401-080
87-010-196-080
87-010-405-080
C-CAP, S 0.15-16 RK
CHIP CAPACITOR, 0.1-25
CAP , ELECT 22 -25v
CAP, ELECT 22-25v
CHIP CAPACITOR, 0.1-25
CAP , ELECT 1O-5OV
CAP, ELECT 1O-5OV
CAP, ELECT 4 .7-50V
CAP, ELECT 4.7-50V
CHIP CAPACITOR, 0.1-25
C-CER 1500P
C-CER 1500P
CHIP CAPACITOR, 0.1-25
CHIP CAPACITOR, 0.1-25
C-CAP(S 3900P-50 B
C-CAP, S 3900P-50 B
CAP , ELECT 1-5 OV
CAP, ELECT 1- 50V
CAP , ELECT 1O-5OV
C-CAP, S 0.015-50 B
CAP, CHIP 0.047
CAP, ELECT 100-1OV
CAP, ELECT 100-1OV
CHIP CAPACITOR, 0.1-25
CHIP CAPACITOR, 0.1-25
CAP, CHIP 0.047
C-CAP, S 2700P-50 B
CHIP CAPACITOR, 0.1-25
CAP, ELECT 330-16v
CAP, ELECT 4.7-50V
CAP, CHIP 0.01 DM
CAP, CHIP 0.01 DM
C-CAP, S 1OOP-5O CH
CAP, ELECT 100-1OV
CHIP CAPACITOR, 0.1-25
CAP, CHIP 0.01 DM
CAP, CHIP 0.01 DM
C-CAP, S 15P-50 CH
C-CAP, S 15P-50 CH
CHIP CAP 1000P
CHIP CAP 1000P
CHIP CAPACITOR, 0.1-25
CAP, ELECT 22 O-1OV
CAP, CHIP 0.01 DM
CAP, CHIP 0.01 DM
C-CAP, S 47P-50 CH
C-CAP, S 5P-50 CH
C-CAP, S 220P-50 J CH
C-CAP, S 220P-543 J CH
CHIP CAPACITOR, 0.1-25
CAP, CHIP 0.01 DM
CAP, CHIP 0.047
C-CAP, S 56P-50 CH
CAP, CHIP 0.01 DM
CAP, CHIP 0.01 DM
CAP, ELECT 1O-5OV
CAP, CHIP 0.01 DM
CAP, ELECT 47-50V
C-CAP 0.047
CAP, ELECT 33 -50V
CAP, CHIP 0.047
CHIP CAPACITOR, 0.1-25
CAP, ELECT 100-1OV
CAP, ELECT 4.7-50V
CAP, CHIP 0.01 DM
CAP, ELECT 0.47-50V
CAP , ELECT 1- 50V
CAP, ELECT 1-50V
CHIP CAPACITOR, 0.1-25
CAP, ELECT 1O-5OV
C782
C783
c784
C785
c786
C789
C790
C791
C793
C794
C795
c796
C797
c798
C799
C812
c814
c820
C821
C822
c823
C828
c829
C959
c960
C961
CF801
CF802
FFE801
J201
J203
J212
J601
J801
L201
L202
L301
L302
L351
L771
L772
L781
L832
L981
R123
R237
R238
R239
R240
R629
SFR351
SFR352
X721
87-010-405-080
87-015-819-080
87-010-197-080
87-010-403-080
87-010-403-080
87-010-179-080
87-010-179-080
87-010-405-080
87-010-177-080
87-010-406-080
87-010-596-080
87-010-403-080
87-010-181-080
87-010-181-080
87-010-194-080
87-010-197-080
87-010-197-080
87-010-408-080
87-010-197-080
87-010-197-080
87-010-197-080
87-010-196-080
87-010-196-080
87-010-196-080
87-010-196-080
87-010-152-080
87-008-261-010
87-008-261-010
A8-8ZA-190-030
87-A6O-483-O1O
87-033-240-010
87-A6O-399-O1O
87-A6O-425-O1O
87-A6O-2O2-O1O
87-003-383-010
87-003-383-010
87-A5O-O49-O1O
87-A5O-O49-O1O
87-007-342-010
87-A5O-266-O1O
87-A9O-733-O1O
87-005-847-080
86-NFZ-694-080
87-NF4-65O-O1O
87-022-200-080
87-AOO-257-080
87-AOO-257-080
87-AOO-257-080
87-AOO-257-080
87-029-082-010
87-A90-433-080
87-A90-433-080
87-A7O-O61-O1O
FRONT C .B
88-91 r:091-110
88-913-321-110
88-906-251-110
c36 87-010-322-080
C37 87-010-322-080
C38 87-010-322-080
C39 87-010-322-080
C40 87-010-322-080
C41 87-010-322-080
C42 87-010-322-080
C43 87-010-322-080
C44 87-010-322-080
C45 87-010-322-080
c46 87-012-156-080
CAP, ELECT 1O-5OV
CAPACITOR, 0.01
CAP, CHIP 0.01 DM
CAP, ELECT 3.3-50V
CAP, ELECT 3.3-50V
CAP, CHIP S B1200P
CAP, CHIP S B1200P
CAP, ELECT 1O-5OV
C-CAP, S 820P-50 SL
CAP, ELECT 22-50
CAP, S 0.047-16
CAP, ELECT 3.3-50V
C-CAP, S 1800P-50 B
C-CAP, S 1800P-50 B
CAP, CHIP 0.047
CAP, CHIP 0.01 DM
CAP, CHIP 0.01 DM
CAP , ELECT 47-5 OV
CAP, CHIP 0.01 DM
CAP, CHIP 0.01 DM
CAP, CHIP 0.01 DM
CHIP CAPACITOR, 0.1-25
CHIP CAPACITOR, 0.1-25
CHIP CAPACITOR, 0.1-25
CHIP CAPACITOR, 0.1-25
C-CAP, S 8P-50 CH
FILTER, SFE1O .7MA5-A
FILTER, SFE1O .7MA5-A
82A-1 FEONW
JACK, DIA6 .3 BLK ST WIS KM
TERMINAL, SP 4P32SV1-05
JACK, PIN 1P BLK HSP-241VBL
JACK, PIN 2P YKC21-3828
TERMINAL, ANT 4P MSP-154V-02
COIL, lUH-S
COIL, lUH-S
COIL, TRAP 85 K(COI)
coIL, Tw+p 85 K(c01)
coIL, osc 85K BIAs
COIL, FM DET-2N (TOK)
FLTR, PCFAZH-450 (TOK)
COIL, 2. 2UH (CECS)
COIL, 2. 2UH K CECS
COIL, AM PACK 4N (TOK)
RESISTOR, METAL 0.56 lW
RES, M/F 0.15-lW J
RES, M/F 0.15-lW J
RES, M/F 0.15-lW J
RES, M/F 0.15-lW J
RES, FUSE 100-1/4W
SFR, 50K H NVZ6TLTA
SFR, 50K H NVZ6TLTA
VIB, XTAL 4. 500MHZ CSA-309
FF-CABLE, 11P 1.25
FF-cABLE,13P 1.25 320MN
FF-CABLE, 6P 1.25
C-CAP, S 1OOP-5O CH
C-CAP, S 1OOP-5O CH
C-CAP, S 1OOP-5O CH
C-CAP, S 1OOP-5O CH
C-CAP, S 1OOP-5O CH
C-CAP, S 1OOP-5O CH
C-CAP, S 1OOP-5O CH
C-CAP, S 1OOP-5O CH
C-CAP, S 1OOP-5O CH
C-CAP, S 1OOP-5O CH
C-CAP, S 220P-50 CH
-8-
REF. NO. PART NO. KANRI DESCRIPTION REF.NO. PARTNO. KANRI DESCRIPTION
NO, NO.
87-010-196-080
87-010-196-080
87-010-196-080
87-010-194-080
87-010-196-080
87-010-406-040
87-010-194-080
87-018-205-080
87-010-198-080
87-010-198-080
87-012-140-080
87-010-316-080
87-010-318-080
87-010-312-080
87-010-196-080
87-010-494-040
87-A1O-189-O4O
87-010-194-080
87-010-555-040
87-010-196-080
87-010-405-040
87-012-156-080
87-012-156-080
87-010-197-080
87-010-196-080
87-010-196-080
87-015-686-040
87-010-196-080
87-010-196-080
87-010-196-080
87-012-158-080
87-010-196-080
87-010-405-040
87-010-405-040
87-010-194-080
87-010-246-040
87-010-197-080
87-010-401-040
87-010-177-080
87-010-546-040
87-010-321-080
87-010-405-040
87-010-248-040
87-010-545-040
87-010-406-040
87-010-405-040
87-010-186-080
87-099-015-010
87-099-013-010
87-099-016-010
87-008-372-080
88-NF8-603-O1O
87-A6O-284-O1O
87-070-281-080
87-070-281-080
87-070-281-080
87-070-281-080
87-070-281-080
87-070-201-080
87-070-201-080
87-070-201-080
87-070-201-080
87-070-201-080
87-070-201-080
87-070-201-080
87-070-201-080
87-A90-680-080
87-A90-680-080
87-A90-680-080
CHIP CAPACITOR, 0.1-25
CHIP CAPACITOR, 0.1-25
CHIP CAPACITOR, 0.1-25
CAP, CHIP 0.047
CHIP CAPACITOR, 0.1-25
CAP, E 22-50 M SME
CAP, CHIP 0.047
CAP, CERA-SOL 0.022
CAP, CHIP 0.022
CAP, CHIP 0.022
CAP 470P
C-CAP, S 33P-50 CH
C-CAP, S 47P-50 CH
C-CAP, S 15P-50 CH
CHIP CAPACITOR, 0.1-25
CAP, E 1-50 GAS
CAP, E 220-10
CAP, CHIP 0.047
CAP, E 100-10 GAS
CHIP CAPACITOR, 0.1-25
CAP, E 10-50
C-CAP, S 220P-50 CH
C-CAP, S 220P-50 CH
CAP, CHIP 0.01 DM
CHIP CAPACITOR, 0.1-25
CHIP CAPACITOR, 0.1-25
CAP, E 22-25 M 7L SFA
CHIP CAPACITOR, 0.1-25
CHIP CAPACITOR, 0.1-25
CHIP CAPACITOR, 0.1-25
C-CAP, S 390P-50 CH
CHIP CAPACITOR, 0.1-25
CAP, E 10-50
CAP, E 10-50
CAP, CHIP 0.047
CAP, E 47-35 SME
CAP, CHIP 0.01 DM
CAP, E 1-50 SME
C-CAP, S 820P-50 SL
CAP, E 0.33-50 SME
CHIP CAPACITOR, 82P(J)
CAP, E 10-50
CAP, E 220-10 SME
CAP, E 0.22-50 SME
CAP, E 22-50 SME
CAP, E 10-50
CAP, CHIP 4700P
CONN,13P 6216v
CONN, 11P 6216 V
CONN, 14P 6216V
FILTER, EMI BL OIFJiI
FL, SVA-11MM12
JACK, 3. 5M0 (MSC )
LED, SLZ736A-25H-S-T1 P-GRN
LED, SLZ736A-25H-S-T1 P-GRN
LED, SLZ736A-25H-S-T1 P-GRN
LED, SLZ736A-25H-S-T1 P-GRN
LED, SLZ716A-25H-S-T1 P-GRN
LED, SLP9118C-51-S RED
LED, SLP9118C-51-S RED
LED, SLP9118C-51-S RED
LED, SLP9118C-51-S RED
LED, SLP9118C-51-S RED
LED, SLP9118C-51-S RED
LED, sLP9118C-51-S RED
LED, SLP9118C-51-S RED
SW, TACT KSM0612BTS
Sw, TACT KSM0612BTS
SW, TACT KSM0612BTS
SW, TACT KSM0612BTS
87-A90-680-080
87-A90-680-080
87-A90-680-080
87-A90-680-080
87-A90-680-080
SW, TACT KSM0612BTS
SW, TACT KSM0612BTS
SW, TACT KSM0612BTS
SW, TACT KSM0612BTS
SW, TACT KSM0612BTS
C150
C153
C154
C170
C171
C172
C173
C201
C202
C203
C204
C205
C206
C207
C208
C209
C21O
C211
C212
C213
C214
C215
C216
C217
C250
C270
C307
C354
C355
C373
C376
C378
C401
C402
C404
C405
C406
C501
C502
C504
C505
C506
C508
C509
C511
C513
C514
CON1O2
CON301
CON601
EM1501
FL4 01
J501
LED2 08
LED209
LED21 o
LED211
LED213
LED222
LED223
LED224
LED22 5
LED226
LED227
LED22 8
LED229
S401
S402
S403
S405
S406
S407
S408
S409
87-A90-680-080
87-A90-680-080
87-A90-680-080
87-A90-680-080
87-A90-680-080
SW, TACT KSM0612BTS
SW, TACT KSM0612BTS
SW, TACT KSM0612BTS
SW, TACT KSM0612BTS
SW, TACT KSM0612BTS
S41O
S411
S412
S413
S414
5415
S416
5417
S418
5419
87-A90-680-080
87-A90-680-080
87-A90-680-080
87-A90-680-080
87-A90-680-080
SW, TACT KSM0612BTS
SW, TACT KSM0612BTS
SW, TACT KSM0612BTS
SW, TACT KSM0612BTS
SW, TACT KSM0612BTS
SW, TACT KSM0612BTS
SW, TACT KSM0612BTS
SW, TACT KSM0612BTS
SW, TACT KSM0612BTS
SW, RTRY EC16B24304
S420
S421
S423
S425
SW201
87-A90-680-080
87-A90-680-080
87-A90-680-1380
87-A90-680-080
87-A9O-535-O1O
SW202
X201
88-NF8-615-O1O
87-A70-075-080
SW, RTRY EC16B24204L=25
vIB, CER 4. 19MHz cRHF
PRO C.B
Clol
C102
C103
C104
c106
87-012-368-080
87-012-368-080
87-016-051-090
87-016-051-090
87-010-196-080
C-CAP, S 0.1-50 Z F
C-CAP, S 0.1-50 Z F
CAP, E 2200-35 M SMG
CAP, E 2200-35 M SMG
C-CAP, S 0.1-25 Z F
Clll
C207
C209
C211
C217
87-010-178-080
87-010-545-080
87-010-180-080
87-010-404-080
87-010-406-080
C-CAP, S 1OOOP-5O K B
CAP, E 0.22-50 M SME
C-CAP, S 1500P-50 K B
CAP, E 4.7-50 M SME
CAP, E 22-50 M SME
C219
C221
C223
C225
C227
87-A1O-596-O8O
87-A1O-899-O8O
87-010-544-080
87-010-993-080
87-010-196-080
C-CAP, S 100 P-1OO J CH
CAP, E 47-25 M BP
CAP, E 0.1-50 M SME
C-CAP, S 0.056-25 K B
C-CAP, S 0.1-25 Z F
C229
C230
C233
C234
C307
87-A1O-799-O8O
87-A1O-799-O8O
87-010-263-080
87-010-235-080
87-010-545-080
C-CAP, S 5600P-16 J B
C-CAP, S 5600P-16 J B
CAP, E 100-10 SME
CAP, E 470-16 SME
CAP, E 0.22-50 M SME
C309
C311
C317
C319
C321
87-010-181-080
87-010-404-080
87-010-408-080
87-A1O-596-O8O
87-A1O-899-O8O
C-CAP, 1800P-50 K B
CAP, E 4.7-50 M SME
CAP, E 47-50 M SME
C-CAP, S 100 P-1OO J CH
CAP, E 47-25 M BP
C323
C325
C327
C329
C333
87-010-544-080
87-010-993-080
87-010-196-080
87-A1O-799-O8O
87-010-263-080
CAP, E 0.1-50 M SME
C-CAP, S 0.056-25 K B
C-CAP, S 0.1-25 Z F
C-CAP, S 5600P-16 J B
CAP, E 100-10 SME
C501
C502
C503
C504
C505
87-010-176-080
87-010-176-080
87-A1O-8O4-O8O
87-A1O-8O4-O8O
87-A1O-8O4-O8O
C-CAP, S 680P-50 J SL
C-CAP, S 680P-50 J SL
C-CAP, S 0.1-25 J B
C-CAP, S 0.1-25 J B
C-CAP, S 0.1-25 J B
C506
C509
C51O
C511
C512
87-A1O-8O4-O8O
87-010-112-080
87-010-221-080
87-A1O-891-O8O
87-A1O-8OO-O8O
C-CAP, S 0.1-25 J B
CAP, E 100-16 M SME
CAP, E 470-10 M SME
CAP, E 4.7-25 SME(K)
C-CAP, S 6800P-16 J B
87-010-374-080
87-010-196-080
87-010-400-080
87-010-400-080
87-010-544-080
CAP, E 47-10 M SME
C-CAP, S 0.1-25 Z F
CAP, E 0.47-50 M SME
CAP, E 0.47-50 M SME
CAP, E 0.1-50 M SME
C513
C514
C515
C516
C519
S404 87-A90-680-080
-9
REF.NO. PARTNO. KANRI DESCRIPTION REF.NO. PARTNO. KANRI
NO. NO.
DESCRIPTION
C520
C522
C524
C526
C530
C531
C532
C533
C538
C539
C540
C541
C542
C543
C544
C545
C546
C547
C548
C549
C550
C551
C552
C553
C554
C555
C556
C557
C558
C579
C580
J202
L201
L202
L301
R243
R245
R343
R345
R509
87-010-546-080
87-018-209-080
87-010-374-080
87-010-196-080
87-010-544-080
87-010-546-080
87-010-971-080
87-012-349-080
87-010-971-080
87-012-349-080
87-010-401-080
87-010-401-080
87-A1O-799-O8O
87-A1O-8O2-O8O
87-A1O-229-O8O
87-012-393-080
87-012-393-080
87-010-404-080
87-010-404-080
87-012-393-080
87-012-393-080
87-016-081-080
87-A1O-8O2-O8O
87-A1O-8O2-O8O
87-016-081-080
87-016-081-080
87-A1O-8O1-O8O
87-A1O-8O1-O8O
87-016-081-080
87-010-402-080
87-010-402-080
87-A6O-6O5-O1O
87-003-383-010
87-003-383-010
87-003-383-010
87-AOO-258-080
87-AOO-258-080
87-AOO-258-080
87-AOO-258-080
87-022-214-080
CAP, E 0.33-50 SWE
CAP, TC U 0.1-50 Z F
CAP, E 47-10 M SME
C-CAP, S 0.1-25 Z F
CAP, E 0.1-50 M SWE
CAP, E 0.33-50 SME
c-cAP, S 4700P-50 J B
C-CAP, S 1000P-50 J CH
C-CAP, S 4700P-50 J B
C-CAP, S 1OOOP-5O J CH
CAP, E 1-50 M SMS
CAP, E 1-50 MSWE
C-CAP, S5600P-16 J B
C-CAP, S 0.047-16 J B
C-CAP, S 0.68-10 K
C-CAP, S 0.22-16 K
C-CAP, S 0.22-16 K
CAP, E 4.7-50 n SMZ
CAP, E 4.7-50 M SME
C-CAP, S 0.22-16 K
C-CAP, S 0.22-16 K
C-CAP, S0.1-16 K R
C-CAP, S 0.047-16 J B
C-CAP, S 0.047-16 J B
C-CAP, S 0.1-16 K R
C-CAP, S 0.1-16 K R
C-CAP, S 0.022-16 J B
C-CAP, S 0.022-16 J B
C-CAP, S 0.1-16 K R
CAP, E 2.2-50 M SWE
CAP, E 2.2-50 M SME
JACK, 3P WIR1O YKC2 1-3948
COIL, lUH K
COIL, IUH K
COIL, lUH K
RES, M/F 0.22-lW J
RES, M/F 0.22-lW J
RES,M/F 0.22-lW J
RES, M/F 0.22-lW J
C-RES, S 100 K-1/10W F
AC2 C.B
~ pR~ol
~ PR~02
~ PR105
A PRI06
WI04
DECK C .9
CON1O5
CON3 01
CON35 1
SFR1
SOL 1
SOL2
Swl
SW2
SW3
SW4
SW5
87-035-416-010
87-A90-505-OSO
87-A90-505-080
88-NFV-604-O1O
87-A6O-317-O1O
S7-A6O-317-O1O
87-026-691-080
87-026-691-080
S7-A9O-21O-O8O
87-A9O-21O-O8O
85-NF5-628-O1O
87-099-753-019
86-ZM3-604-219
86-ZM3-605-119
87-024-581-089
S2-ZM1-618-41O
82-ZM1-618-41O
87-A90-248-OIS)
87-A9O-248-O1O
87-A9O-248-O1O
87-A9O-248-O1O
87-A9O-248-O1O
W1 82-ZM3-601-019
c)+ Y7%htMI% =f –F’/CH1P RESISTOR PART CODE
-?”Y7WML%3- Fnh!ioztl
Chip Resistor Part Coding
❑lEI1-nclcl ❑lcm
Resistor Code
L ~tfim
Value of resislor
7 Y Y+E}X,
Chip resxtor
FUSE,3A 250V T 239
FUSE CLAMP, TP00351-51
FUSE CLAMP, TPO0351-51
PT, 8NF-28U
TERMINAL, 1P MSC
TERMINAL, 1P MSC
FUSE,1OA 125V 251
FUSE, 10A 125v 251
FUSE,7A 125V 251
FUSE,7A 125V 251
F-CABLE 7P-2 .5
CONN, 11P H 9604
CON ASSY, 3P-PB
CON ASSY, 8P-RPB
SFR, 3. 3K DIA 6H
SOL ASSY, 27
SOL ASSY, 27
SW, MICRO ESE11SH2CX0
SW, MICRO ESE11SH2CX0
SW, MICRO ESE11SH2CX0
SW, MICRO ESE11SH2CX0
SW, MICRO ESE11SH2CX0
RBN-CORD, 4P-75
Bia @n 3+2$%% %.% *&/Dimensions (mm) ~L!#i.=– h’ :A
Wattage Type Tolerance Symbol fi%/Form L w I Resislor Code A
l/16W 1608 *5%
I/low 2125 *5%
l/8W 3216 *5% :e’ ! f : :
–lo–
TRANSISTOR ILLUSTRATION
iii
ECB
KTC3198
KTA1266
ii?
BCE
2SA1296
c
$$3
2..
;~..
‘::..‘
B
E
ECB
CC5551
BCE
2SB 1626
2SB 1344
2SD2025
2SD2495
Iii
0
BCE
2SB1370
BCE
2SC4115S
ECB
KTC3 199
D
Q
?..
::
;:::.%
G
s
2SK2158
DTA114WK RN141O
DTC144WK RT1N141C
CSD1306E RT1N144C
CMBT5551 RTIP141C
CMBT5401 RT1P441C
2SA1235F RT1P144C
2SC3052F KTA1298Y
2SC2714(0)
-11–
BLOCK DIAGRAM – 1 (TUNER)
I-L /\
— —
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
-w
I
--%1 II
FFt
I--P
I
‘-.--—-—-—-—-~-—-
–12–
BLOCK DIAGRAM -2 (MAIN/ FRONT/ PRO)
.— -— -— -— .— -— -— -— .— .I
piJMAINCe B(1/2) I
.- .— -— -1I
I
IFL401 IImm
ON301 r
RPH
L
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
CON602 I
FEz\
tmr
CAt41
HOTOR
GNB
AUT02
SOL 1
MJTOt
SOL2
CAI12
CST2 /
VM
Vcc
STEREO
PLL CE
~OATA
~CLK
~/IFC
TM BASE
TUN-L
TUN-R
TU-ON >
1iii +
CO-L
CO-R
CO-ON
+Vtl ~
\
Cf)+Mt)-L
A-GN+I
Cfl+Mfl-R
Cfl ON
fl-G!W
.
In
G
❑
LEa20B
?
LEf)211
-VFI
lEm--- EI
r--s 0
*m TP-R
1C601 M62445FP
VM /
-—-— -— -1
L
—
7
39 xl
36 O-C.SHIFT 1J601 lFUNCT10t4.E.VR+GEo.T-BAssl
AUX-L
L-CH
J601 x
$)
lVIOEO/AUXl 1m
GEQ
FILTER m
T-BASS
F1LTER
z
o
Vcc I-ixEl I
-— I—
II
t , I I J201 I
I
49 I-KEYI
48 I-KEY2
34 t-RflC
45 I-RE-VOL
46 I-RE-tlULT
15 O-POWER
30 RESET
42 =
Ili IJ I I
IIw
--@
I
f)lFFERENTIAL
I
j
AtiP VOLTAGE CURRENT
I
II
–Q207. 209 AMP AMP
(J211. 213 Q215 Q237. 239
I
I
I
CON1O1,Iowol k
1C201
PPB780228-019-3BA
[SYSTEM CONTROLLER{
J203
D
(L) El
M
<
(R) #
[A7
Cf)-L
Ju
V/F
Ttl-BASE F1LTER
CLK
OATA )MIC
FC TUNE/lFC A
1=
AUX-L
C~-L
EIIOOE
z
f12tw-u —~s
y
0208 >
~
7
EIIOOE A
—HATRIX
0212-218
Bl%B8,
E
P7 59
P23 75
P22 74
P21 73
P20 72
P19 71
P18 70
I
tM
*
1IVA I(
DIFFERENTIAL
AMP
VOLTAGE CURRENT
—Q20& 210 TAMP AtiP
Q212t 214
0216
JE
Q23& 240
z
OET ~ ~
Q222
AA
+vQfl ?
1I
vn RESET
HOLO imili .
Iw
A8
A9
LE0222
?
LE0229
ISHIFT REGISTORI
w=
{f/
MOTOR
iMOTOR SW. N
o
u-l Q30& 304 d
UI
SOL1SOL2
Sw Sw
030 IQ302
0
E z &
.r
.
m-----l I
-Vss
I+lC/ACOC flET
DET AC I
I
0u’) .4
.-. .
44\
-0
II1 1 1Ir‘===- ‘—I
1
F2 --i
HI IWH102 ~~AC2 C.13 ‘
PTIOI ml
~r------- 1
I=
-—L
.—i-----F1
,fl106*109 J
-VFL T
REG
I
0102 I
Q1ll* 112 I
+1i)
I
=:l!
1
I1
I1
I1
i- 1:
1I
11. r
I
+--@d
Vcc wC.BI
I
J
AC 120V
60HZ
(D-POWER L>
r
:
lSpE12TRUrnANALyzER] ~
~P27 uS-A $
<P28
<P29 u
\mA-OUT L
REC OUT L/R f
T! Q1OI
ii
*
QI02
()
Q105
REG.CONT.
‘s1 I
I
__!&+ ,. B
>1 D1 >1
II—- —. —- —- —- —-— -— -— -— -— .— ~lllz131~- ~
CON601 II
CN501
LOUT
1C501 1/2 A:! 1C501 2/2
sNJM4558
Llmmm
a
MIC
VCC* yIuJ202
SIIFFERENTIAL /
AMP
VOLTAGE CURRENT
@n
CENTER
Q3051307 AtlP AMP
Q315 Q317* 319
SPEAKER
Q303 030931 IOVERLOAO
OET
UUTE Q321
‘UTE CONT. 4~(A()
Q103
III(L)
IAAA i~
~
A1O
AS
A6
A15
Vcc ~
...-
f)ECOOER
ROUT
IC501
MP62463FP
\fIOLBY PRO-LOGIC]
I
0
u-l
‘FT
Q501 1
z
wml+ u
J1
RIN
Is
(R)
5
1-n
n,,n
1RIN
IN-L LIN
J
J—h
—.
❑FRONT C. B
L11II
—- —- —- —- —- -— -— -—- 1
OVER LOAO
EIET.
I—
-— -— -— -— -— .— -— -— -— .— -—-— -—- 1
-13- -14– -15-
SCHEMATIC DIAGRAM -1 (MAIN 1/2)
I.— -.— -— -— .— -— -— --— -— --— .— -— -— -— -— --— -— -— -— 1
I
I
I
1
I
/
NC)ROS Slt3/~
NC) RW3 CLK
WC) RflS OATA
\m 1mI—. Q295
0TA114
~
=0“
d
Vcc z
VII 2
TU-ON Gg
TUN-L x
o
TUN-R
$
‘2)
Tti BASE
CLK
fJATA
m/IFC
STB
NC
PLL CE
m
m
HSP
O-POWER
F1
F2
+VM
-VFL
EI-GNO
HP-MUTE
Vcc
tllc
1N-L
1N-R
A-GNiI
OUT-L
OUT-R
A-GMI
-+
43X
mb
0.
aw
t!09
3/50
AMP-L
C457 R209
4.7/50 5,&k
s
u-i:
!0’
s
a
o
—
(J
1-
Z
0
E
e
1“
Ii120I
1SS254 1“’WA &
-/A\
.-4
-m ❑
-0
Nm
(3Um
m
AAA
---- .- 1
T-
—
—
—I
C401
I0/50
TP-L +H F-L
TP-R> +F-R
N
I
F
s
m
u-l
‘1
C402
10/50
●
[
s
u-l
-n
0
c+
(r
IAMP-R
\
I
I
F
ImDl
ii I1w., “,”-;-
\/ T+-w-#w4<’ 3
J
TAPE-L
R603 3.91(
R601 10K
( )
R611 271(
Vvv
II
C60 “1500P ~
1
-’ m
51
R613 2.7~
52
W-i@l-t “--1 l“” I
(J-4 11—— —— 1’
1
L3&l
TRAP
(L) J203
Ixm@l
~SPEAKER IHP:6 Q
J601
lmmzma
TUNER
NC
AUX
co
LATCH @j IL
-@#P
AUX-L R617 3.9k
●T
Ill ...
RfI19 6,88 ‘~ (NC)
la)
C630 0,015
56 VOCAL
C631 0.047 FAflER
57 FILTER
C635 0.1
58 AVOO 7
AUX-L 3lk
AUX-R R664 \k
1C601
M62445 FP-601
lFUNCTION/VF/VOL/GEQ/T-BASSl
x
,.f
In [1
-1 IF
PB SEL 22
REC SEL 21
(NC) BBE2 20
WC)BBE1 19
Ema I
I
I
I
1
HI Irm
61 NC I
1’‘-b
R614 2.7k
R612 27k Gama
I)11 4)
8
(NC) BYPASS 18
z~w mu
ml- *l-
c/lo2 15000 ylz~ a_J ~~ ~SURROUND 17
zi. L,. P(NC)
TLVFROH~HAIN C.B’
(2/2)
GNfl JI
-i aIri=======i :....
1II11Ll”bu-j#
~IGArl[ul
(
8NF-28 E
oPR105 7A 125V ~.---------l
8;
‘i$ “IA:
12=IIM 4
125V 10 ;
\CNAIOI ~
I
4
WHloi 1;
I11: ,
I1
0N:22.J6R# -
.4! m
3FF:-30.’38 m
-: OFF:22f25 ‘--
“ON:-30d7 -rno
‘❑ACl COB
I
#
II
.!.
1- hT1014 .
IFC 102 FCIOI
/AA ATI02 ‘AC120V
60HZ
1
,RIO1
,2*2H
IMA
I
II \,A1I
,-VFL I
1
FI
F2
OFF:29.91 1: J
N~~ PRIO~
0
/llN:29.2 OFF:4.8 g=
/11’ON:4.<9
/x
e
Q111,112
mDm
Qlol*lo41 115
Immnl
QI02
SB1370 EQIO1
w
OECK OUT
E
RTP7
LTP6
GGNO
6J Iw
E&
I
I
I
0
0
TO
?0
In
-n
lx .,%I.U nl 11-1 +Wln.+ II a-i
I“’”’ 1~ A~2 ~. By ‘----------J ~—, ‘—-J b
.
z
al
m
m
LE r.—-—‘
CN602
r-.
uIS1GNAL:
I~:PB/FM
+:REC/AM
‘1+ :MIC
I
I4Z0- Iz3tMHNH II
I
.— -— -— -— -— -— -— -— -— -— ..— -— -— -— -—
-16- -17- -18-
WIRING -1 (MAIN)
FI MAIN COB
m“Elf
WI04 7
L)
N. 5
:0
❑3
EWHT ‘
E[
PH
A
uYl-
Z-lx
ain3
I&l
CON301 I2 3
+
TO CN301
-19- -20-
WIRING -2 (FRONT)
1I2I3I4I516I7I8I9I10 111 I12 I13 I14 1
GEQ
TUNING-
S421
*
S419
1-
LEQ21 1,
S417
-rEi7E
L-3wE--
LE92 10,
S415
r
-W/-
m
L1
o
t-
-B-lFRONT C. B
SW20 IS425 S402
-IBOLBY PRO LOGIC] ~
S423
--I ROCK I
1
13
II
9
7
5
3
I
‘~50, D‘r%
MULTI JOG I I 3 5 7 91oI1
mFROM ❑BECK C.B
CON1O5
LEi3227, 226 LE9225, 224 LEB223, 222
~
LEE1228, 229
!zimmml KmmI [90LBY pRo LOGIC~
S405 FL401 S403 S401
lv19E0ZAuXl (91SPLAY) [TUNER BANB~ (TAPE BECK 1Z21 IC202
(REMOTE SENSOR)
1——— 1I—-—— .-1
S411 S420
ml m
S418 S416
[0REcZf3EC MUTEI
m
S414 S412 S41O
T-T
Ellsc OIRECT PLAY
..-.........
m
(-l
z
<
z
El
S404
mm
-21- –22–
SCHEMATIC DIAGRAM -2 (FRONT)
r-
1
I
I
I
CONIOII
-— .— -.— -— .— -— .-— -— .— -— -— --— -—- —- —- —- ‘1
IC202 SW201 SW202
HZ :TnLuRFDER
FL401
FL SVA-I lflM12
m
❑FRONT C. BI
I
Cotil 02 ‘
@1-fI 1SHSENS
~$~o
@O-BISH-R
I
0-91SH” F
O-CO-OPEN
O-C f)-CLOSE
I-Sw (co)
I-SUBQ
1*RF
O-CO-LEO
I-WRQ
O-f)ATA (CD
O-Cf)-CE
O-CLK (CO)
-+:$$,,
OOLBY PROLOGIC]m ~lT-BA55 lcLA551c] ~~ ~lTuNER BAN9]ITAPE 9EcK,/~1
S425 S423 S42 I
r“ -1! Ml VJ
Rf#l R428 R426
6.8m 3.9k wKl
?rll
(NC) TU-SIG @
(NC) RCI!3-CLK @
I1L1ALAAA1AAAI\Ll
\L2
\L3
I. .
NC) RWHIATA
TM-BASE
CLK
f)ATA
TUNE /IFC
STEREO
5TB
NC
PLL-CE
m
m
HSP
O-POWER
FILI
F1L2
HOLfJ
+’M
-’FL
CI-GNO
HP-MUTE
‘cc
-J .
\
Q202
RTIN144C
‘OWER SW
<vCc>
I1
P24/Tt4-BASE 76 ’24
P23/KARAOKE 75 ’23
P22/REA 74 ’22
P21/CSTl 73 ‘2’
P20/CAtll 72 ’20
P19/AUT02 71 “g
P18/AuTol 70 “8
39 n
.
AlO L .
w
AA L .
A15 L .
Al?i L m
w
L--l /
I
I
I
I
I
I
I
I
I
I
B
PI 7/CAM2 69 p‘7
P16/REB 68 “6
P15/CST2 67 p‘5
P14/RLls 66 “4
P13/Ftll 65 “3
P12/sw64 “2
P1l/LW63 ‘“
I
IC201
/LPf1780228-019- 30/$
lSYSTEkl CONTROLLERI
-
O-PLL. CE
Ic
‘ss
‘m
I-HP MUTE
M-STB
O-C9 ●OPEN
O-Cfl “CLOSE
O-Cfl Otl ISH” F
O-CO”t)l SHCR
1-WRwl=slmm
1-f)RF/~
RflS-CLK04C) ~
1-SUBQ/ROS-EIATA~
T
Mu.
-lU
Mu. uii
-nil G)lc -
(ft&)$)ycfc?
Oqm Oo ..!,
IE4
PIO/AtlST. Wlf)E 62 “0
P9/AMIOK 61 ‘g
P8/REVl 60 ‘8
P7/REV2 59 ‘7
P6 w
mP9 t1206 1SS254 uImxl
P8 f)207 1SS254 um
P7 f)208 1SS254 um
KG
+Z
xc9)
a>+
W-wwln
yyyyg
---- -x
-A- -I
Q211 -208
-I0i!!3d!hi!ilc!!!
.
<O-POWER> 1
<HOLO> ,1 1
.1‘L
1
I
=fEl
,
II
la==
tllC 24 R511 10
IN-L 25
—
MIC IC501“
1/50;
C502 82011
C506
IOflo
M+ ICsol (1/2) ‘0”28
J50 I()
mR510
C514
4700P C50582P
(<REF>—
G
u-l
Ea
-s
F
IN-R 26
A-GNLl 27
OUT-L 28
OUT-R 29
A-GNEI 30
0
-1’Lk%”,: i
c355,#.1
4C354::0.1 1BIASC 8tw 18
U-I 2VREFC R15Jl,JO0
AOUT 17
zR16 nook 3RREF TEST 16 /
.P24
$.a& 11
‘&C504 R502 R501 12k
0.33/50 100 () Vvv
*X
G?
atw N
I
+--b
I I fl.lr+lmm .lflz~ I I
I
I
I.sk
T—1
i
—
—
I
/CON601 r
1618 Ik
1617 100
1619 II(
1620 lk
1621 100
10.89
--+ ‘1 all
I I I m1I1II
1=
wQ303
2Sfl196
lmmm
N
~$gX
m
a-
m
0
1- .
r.—
IS1GNAL:
I.“’% :MIC
$
._
-co
,o -
Jran cm?
T
\I1’ AIHI +:PB
v-— -— -— -— -— -— -— -— —- —- —- —- —. —- —- —- -— --.
-23- -24- -25-
IC BLOCK DIAGRAM -1
IC, BAT162AFS
PB-CAL (R)
PB-CAL (L)
PB-EQ (R)
PB-EQ (L)
PB-NF (R)
PB-NF. (L)
PB- 1N(R)
PB- 1N(L)
VREF
PB-RETURN
PB- IN @)
PB- IN (L)
REC-RETURN
REC-OUT (R)
REC-OUT (L)
Vcc
II PB-CAL (R)
PB-”CAL (L)
PB-OUT (R)
PB-OUT (L)
AA
HSP
ACR02
BCR02
REC-IN-SEL
NC
1REF
AUX (R)
AUX (L)
TAPE (R)
TAPE (L)
GNO
II
‘-’” W-mi3’ “’0 J ~, ““ %7%9 ‘-”’2
1
T-SASS
FILT2R
1
OEo
FILTER
(* Ill *KkKt-1 Ib+-?) R-IN
K
Nc
SEL-L R-OUT 1
REC-L SE’-’
K-CON IN ‘EC-R
K-CON “T HIc Itl
@
m
A-ONS 42 g
L-IN 43
L4UT 144 L
++ i?1
ABi~ ~
27 L--------------------------- . .. ... . ..-. .J
Q
6
~----------.-----.-------------.---.---.....l
----------- ------------ -------------------- I
SCHEMATIC DIAGRAM -4 (PRO)
SCHEMATIC DIAGRAM -3 (TUNER END FRONT)
TO~MAIN C.B
FFE801
Qu
Ll_z(nt-
M(!20>
I
.—. —.—-— -—. —.—-— -—-— -—-— -—- G-—- —-— -—- —-— -—- —-— -—- 1
I
I
I
I❑PRO
Ic.BI
I
I
I
I
I
I
I
I
I
Io
M_
CNSO1
I
II
W
-----
i-1
II
1I/&
R12’m @
R323100
MUTE @-w
10. B9
\
a
o
0
-1
-—— —1
I
I
I
I
I
L
,,. II4I I
Iii
0
1I
—I
4I
4126.18
—
Hdi4%’FP
PRO L051C la
ml
o
0-1A.
urk+iii
21%09
$+ RS09
0
5
t-+
LO06 c2
1-
2.2/H 10 pCt 1
I
I
1-
C018 RO13
4*71(
I
I
I
I
I
I
I
I
I
I
-+1-
2P c1
1
x
(-2
Cs
tm-{l-zm
I
<(I-J
mlz
0. $!/!
K1
ml
-LA
m~
Cun SHOO1
ON r--- 1
(_)— I
}I
L%LO07
J202
%N/-
4
47k
1-
>7
X2
LL EEEl
SPEAKER1W18-160
*L003m +fGJ
C’urm
SPEAKER
SPEAKER W{@
0209211
29C3U2SF *
m
[
t-i-l
1
C013
-il-
0.01
IIOFF 26.34
ON 26.18
t-
LOUT
fio144.7k k!YL I
C015 O*O1
00
0’
0<
m<
o
I
L- -!IE2
-—- —-— -—. —-— -—- —-— -—- —-— -—- —-— -—- —-— ---. —-
@j~CNOOl _ _ -1 :-— .— -—.%
SIQNALI
~~PB
“+ Mlc
TO~MAIN C.B
FFE801
-26- -27- -28-
WIRING -3 (PRO)
FROM ❑FRONT C.B
CON601
4311 9 7 5 3 I
1111
v
TO CN501 PRO C
1I213I4151617I8I9110 111 I12 I13 I14 I
A
u
B
9
c
-
D
9
E
-
F
m
G
-
H
-
I
-
J
-
TO~AC2 C.B CNA101
mA
‘+
FROM CON1O1
J202
QIL.1
SPEAKER 1MP:8-14Q
SPEAKER IMP:8~
-29- -30-
SCHEMATIC DIAGRAM -5 (MAIN 2/2)
r-—. .— -— -— .— -— -— -— -— -— -— -— -— -— -— -— -— --— -— ‘1
I
I
I
I
1’
I
❑MAIN C. B(2/2) L832
2. 2PH
IFFE80 I82A-1 FEUNH I
4—
r
1
‘T IO>
J
C812 ;.01
I
qP
PLL CE
=OATA
m
&CLK
z~/[FC
TN BASE
$
a
:
L
TP9
TP8
:h
a
I
~J
IS-CURVE I
II I
(I \
T
GNfI m
1- *TP3, 4[
A=ia=
fJC BALAN(
11-
TUN-L
TUN-R
vn
Vcc
TU-ON
-1
TO/FROM ~tiAIN C.B (1/21 I
-J
L.— -—
S1GNAL :
+:FM
+:AM
-31- –32-
Other manuals for NSX-MT320
2
This manual suits for next models
1
Table of contents
Other Aiwa Stereo Receiver manuals
