Aiwa NSX-D707 User manual

NSX-D/07
COMPACT DISC STEREO SYSTEM
e
BASIC
TAPE
MECHANISM
:
2ZM
—
3PR2N
eee
a
e
BASIC
CD
MECHANISM
:
KSM
—
2101ABM
Snare!
CASSETTE
REMOTE
DECK SPEAKER
TUNER CD PLAYER CONTROLLER a
RX — N707 FD — N909 RC — TN707 SX — N707
RX — N707 FD — N909 RC — TN707 SX — N707
(TYPE : U) RX — N707 FD — N707 RC — TN707 SX — N707
S/M Code No. 09 — 938 — 026 — 40T
AMPLIFIER
SYSTEM
NSX — D707
(TYPE : HE,HR,LH)
(TYPE : E,K,Z)
—_
—
=
=
—
—
es
Oo
———
—
as
rH)
SP)

TABLE OF CONTENTS
SPECIFICATIONS o-ccecccecceccesceccesscscceeccesceececeeseeesseeeesncnecereeseesseeeseeeseessesgessersencesesesenseceasenseness 3.
MODEL-NO. RX-N707
ELECTRICAL MAIN PARTS LIST ccercceccecescrececceccetesececeesseseecscecsescsscseacerscnsescesssensesseweesenes A~8
TRANSISTOR ILLUSTRATION cccccscecceccctecseccereeseesecencccscsceesscssscncesesenesseseseseseneesesesseeseneenenene 8
SCHEMATIC DIAGRAM — 1. (MAIN : HE,LH,HR,U) -orreeseeeeereeeeeeeereeeeceeeeeceeeerereeceeeeseeeeeeceens 9,10
WIRING — 1 (MAIN : HE,LH,HR,U) Pee errr rere eee eee rere ree ee rere rere eeer ere reer ere ree rere eer sere rere rere eee ess 11,12
SCHEMATIC DIAGRAM — 2 (MAIN : E,K) PPPPPETESTeT TIT TeSeTeTeTrererererrrer errr reer Terre ere ere eee rere eee ee 13,14
WIRING — 2 (MAIN : E,K)-cccsccescereecscerecceceeceeesesceesesssecesscnescenscsenessenessnesersseneeeeeseeen eens eee 15,16
SCHEMATIC DIAGRAM — 3 (MAIN : Z) POPPTTTPISTITSTETIPTTTTTITTTITieTrererereee eee eieeere errr e eer ee eee ee eee 17,18
WIRING — 3 (MAIN : Z)ccccscscecresceeeeseeeeeetseesceratsecesscenscseseecenseneeseeseeseeneesaesssnessenetenseseneee es 19,20
SCHEMATIC DIAGRAM — 4 (FRONT) cccceccccrrceecceseeeescessseesceeerescenscsenesenececeeeeeneceseseensees 21,22
WIRING — 4 (FRONT) ccccscccescescceeeeresscseeesceceneseseneeeasscaeesssesesnscesecnessanesseeseeccenesseseeseeene tes 23,24
WIRING — 5 (POWER) «crrecccescececseesereeseceesecessseeenescnescesscssescsseesasesescseeessnceesseecesescesceesacseneses 25
FL GRID ASSIGNMENT ANODE CONNECTION ceccsceessceeesecreeseeecccetesceeeeeeetesecesseessenenesseeees 26
SO USC T IOI ois tas aaa a ooh net ces aes arate cal eave ded cesiveesveudacemmenaeee saapienitaacensinceelee 27
IC BLOCK DIAGRAM ccereccecrcecercececererecccescesencereceeccstescnsenenenesesneeseseeeeeseeneneeeeeeenseaseseeenes 28,29
ELECTRICAL ADJUSTMENT (TUNER) <cccccssscccesteecetcesseetseeeeseneeecceteeeeecenessansceessnseeeneoees 30,31
PRACTICAL SERVICE FIGURE (TUNER) vrrrerccercccreeceeeceeteereeseeseeceetereerecesceesseeseeesenseseeeceeens 31
MECHANICAL EXPLODED VIEW 1/Teevccccssssssssscesceeessseessceseesesesecseeseeeceesceesrseesensesceesensceees 32
MECHANICAL PARTS LIST 1/1 PPPPPEESITEST PET PPTerePireererrerrrrrrceeeererree reer reer eerie eerie eee reer ee errr 33
MODEL-NO. FD-N707/N909 .
PROTECTION OFF EYES FROM LASER BEAM DURING SERVICING :#-s+ssesssessseresesseesees 34
PRECAUTION TO REPLACE OPTICAL BLOCKeeeee-reccccccesecesscecceccsccccncnceccscenensncenrenceeseesasens 34
ELECTRICAL MAIN PARTS LIST cccrrcccecrccescececctcececcecetecceeereeeceessensreesrereeenensneneeseaeerenes 35~37
TRANSISTOR ILLUSTRATION cccccescccecececceceecetecerensseeeeesencnceeeceeeseeeeseecerensseseeeeeseneeseneer ences 38
SCHEMATIC DIAGRAM — 1 (CD) crcccsersrsesseceeeteeteetereceestsceaeeeeceaseeeecceneceeersnsereeseaetseseenens 39,40
WIRING — 1 (CD) PEP PEPSET Ere e errr ee eeeee eee erreeeeeeeeeeeerrereerreeereer eee eee eee sere ee eer ree eee eee rere rere reer errr 41,42
SCHEMATIC DIAGRAM — 2 (DECK) corccrrrecccrstereeeeceecetecesesenecesetseescnseceeereneesaeseeetsece cones 43,44
WIRING — 2 (DECK) PPeeeeeee eee reer Seer ee errs eee eee eer eee ere eee eee eee ee eee eer ee ree ee eee eer eer eer ee eer rer 45,46
FL GRID ASSIGNMENT/ANODE CONNECTION ccrcscccccreteseceeceetesceeeeceneceeseresenecencesseesensceees 47
(S’ DISG RIP TION | veterereverenetetersscntowa vad ansevad usdauneptdveeeansquayi cesar ceanalseindccastananaceaiocaace svete 48,49
ELECTRICAL ADJUSTMENT (DECK) wo ence cece ene n ence eens e ween essen see ec eee nen ten eeeeeeeeneseseeeeeneeeneees 50~51
PRACTICAL SERVICE FIGURE (DECK) Oe e cee e scence sen er eer ee nee n ee eeeerenen cece ees sete ees enee eee eeeceecnesseseee 51
ELECTRICAL ADJUSTMENT (CD) eee nec n eee n cere cee n esse eee ee eee r ees essence eeeseneeeer seen enesereseeeseeeees 52~54
MECHANICAL EXPLODED VIEW 1/2 dence eccne ences eee aren een scree sone ee ee eeee snes ens en een eeneeeeeesennecensseeee 55
MECHANICAL PARTS LIST 1/2 eee e cece ee eneenesa eee en ens eeenns een scene canner ssnneseereenecesenseeetesenersenens 56
MECHANICAL EXPLODED VIEW 2/2 cece cece nce n veneer eee een sees enna nese es ere een ee esas cess sean eeeneseeeneesees 57
MECHANICAL PARTS LIST 2/2 concen cece eseeeneeeen ences see ree seen eeee eee neren ese eeseceneneeenssenesenesesenesesses 58
TAPE MECHANISM EXPLODED VIEW 1/1 crrcecccsccrsctecseceeecceseeecensseesseenseeescunseeesseseeeoees 59,60
TAPE MECHANISM PARTS LIST 1/1 -cccccccccccccescctecctessessccceceeccssseeeceseseesseeserscuscsceseeeones 61
CD MECHANISM EXPLODED VIEW . PARTS LIST 1/1eccecerccccecsceccecceeceeseecse reese seeeesesonees 62
SPRING APPLICATION POSITION: :ceccsccscccscsscescereceseececceceseccnencecersrenseneetetecssteencsereeeensereeses 63
MODEL-NO. SX-N707
DISASSEMBLY INSTRUCTIONS . SPEAKER LIST cccceccceceeccecereececceeeececcsceseeeerceeetecteceaseesnens 64
ACCESSORIES /PACKAGE LIST cecvececrecrceesereetscescceeseccteceesceeesersersescnecsccecnecesesesseseeessesereeees 65
REFERENCE NAME LUST eeeccsccccctcsssccsccsccccssescccccccccsescceessccssseenccensccssccesceseccnssesteneseseesesnceeees 66

SPECIFICATIONS
TUNER/AMPLIFIER RX-N707
<FM section>
Frequency range
Usable sensitivity (IHF)
Alternate channel selectivity
Signal-to-noise ratio
Harmonic distortion
Frequency response
Stereo separation
Antenna
<AM section>
Frequency range
Usable sensitivity
Selectivity
Signal-to-noise ratio
Antenna
<MW section E, K, Z>
Frequency range
Usable sensitivity
Selectivity
Signal-to-noise ratio
Antenna
<LW section E, K, Z>
Frequency range
Usable sensitivity
Antenna
«Timer section and general>
Program timer
Sleep timer
<Amplifier section>
Power output
Harmonic distortion
87.5 MHz to 108 MHz
1.8 pV (75 ohms) 16.2 dBf
50 dB (+400 kHz)
68 dB (STEREO), 72 dB (MONO)
0.3% (MONO), 1 KHz
0.8% (STEREO), 1 kHz
20 Hz to 15 kHz (+0.5 dB, -3 dB)
35 dB at 1 kHz
75 ohms (unbalanced)
531 (530) kHz to 1,602 (1,710) kHz
400 p/m
23 dB (9 kHz)
53 dB (100 dB input)
Loop antenna
531 kHz to 1,602 kHz
400 pV/m
23 dB (9 kHz)
53 dB (100 4B input)
Loop antenna
144 kHz to 290 kHz
1,000 pV/m
Loop antenna
“Once” and/or “every” (independent setting)
Capable of setting in 10 minute increments,
99 minutes maximum
35 W + 35 W (6 ohms, T.H.D. 1%, 1 kHz)
0.1% (25 W, 1 kHz, 6 ohms)
Input sensitivity (load impedance)
Power requirements
Power consumption
Dimensions (W x H « D)
Weight
VIDEO 1/DAT: 300 mV (47 kohms with volume)
VIDEO 2/AUX: 500 mV (47 kohms)
HE, LH, HR: 120/220/240 V AC selectable,
50/60 Hz
U: 120 V AC, 60 Hz
E, Z: 230 V AC, 50 Hz
K: 240 V AC, 50 Hz
100 W
HE, LH, HR, U: 260 x 198 x 330.5 mm (10'/4 x 77/e
x 13's in.)
E, K, Z: 260 x 198 x 333.5 mm (10's x 7%/s x
13'/ein.)
6.0 kg (13.23 Ibs.)
CASSETTE DECK/COMPACT DISC PLAYER FD-NS09, N707
«Cassette deck section>
Track format
Frequency response
Signal-to-noise ratio
Wow and flutter
Tape speed
Recording system
Erase system
Motor
Heads
4 tracks, 2 channels
Metal tape: 20 — 17,000 Hz
CrQz tape: 20 ~ 16,000 Hz
Normal tape: 20 - 15,000 Hz
73 dB (Dolby C NR ON, metal tape peak level
above 5 kHz)
0.49% (RMS) 0.2596 (WRMS)
4.8 crvsec. (17/s ips)
9.5 cmvsec. (double speed)
AC bias
AC erase
OC servomotor x 1
Playback head x 1 (deck 1)
Record/playback/erase head x 1 (deck 2)
<Compact disc player section>
Disc Compact disc
Scanning
method
Non-contact
optical
scanner
(with
semi-conductor
laser)
Laser
Semi-conductor
laser
(4
=
780
nm)
Rotation speed Approx. 500 spm — 200 rpm (CLV)
Error
correction
Cross
interleave,
Reed
Solomon
code
D-A conversion 1-bit DAC
Signal-to-nolse ratio 90 dB (1 kHz)
Harmonic distortion 0.07% (1 kHz)
Wow/lutter Unmeasurable
Dimensions
(W
x
H
x
D)
260
x
198
x
328
mm
(10'/
x
77/a
x
13
in.)
Weight 4.5 kg (9.9 Ibs.)
SPEAKER SX-N707
Cabinet
type
3-way,
bass
reflex
(EIAJ
magnetically
shielded)
Impedance
6
ohms
Music power 70W
Speaker 130 mm cone type woofer
60 mm cone type tweeter
30 mm ceramic type super tweeter
Output sound pressure level 87 dB/W/m
Dimensions (W x H x D) 198 x 396 x 230 mm
(7"le x 155/e x 9'/s in.)
Weight 4.0 kg (8.8 Ibs.)
COMMON SECTION
HE, LH, HR: 120/220/240 V AC selectable,
50/60 Hz
U: 120 V AC, 60Hz
E, Z: 230 V AC, 50 Hz
K: 240 V AC, 50 Hz
System total 120 W
Vertical placement
HE, LH, HR, U: 656 x 396 x 330.5 mm
(257/a x 155/e x 13% in.)
E, K, Z: 656 x 396 x 333.5 mm
(257/a x 155/0 x 13/4 in.)
Horizontal placement
HE, LH, HR, U: 916 x 396 x 330.5 mm
(36'/e x 157/e x 13's in.)
E, K, Z: 916 x 396 x 333.5 mm
(36s x 157/e x 13's in.)
Weight 18.5 kg (40.7 Ibs.)
Power requirements
Power consumption
Dimensions (W x H x D)
“e Design and specifications are subject to change without
notice.
e@ Dolby noise reduction manufactured under license from
Dolby Laboratories Licensing Corporation.
“DOLBY” and the double-D symbol DO) are trademarks
of Dolby Laboratories Licensing Corporation.
@The word “BBE” and the “BBE symbol” are trademarks
of BBE Sound, Inc.
Under license from BBE Sound, Inc.
|

REF.NO PART NO.
Ic
82-NT2-630-110
82-NE6-617-010
87-002-950-010
87-002-727-010
87-017-311-080
87-002-444-010
87-001-607-080.
87-002-967-080
87-020-982-010
87-001-582-010
87-002-218-010
87-017-294-010
87-017-298-010
87-002-429-010
87-001-530-010
87-002-872-080
87-002-901 -080
87-017-296-080
87-001-927-080
TRANSISTOR
89-420- -052- -080
89-320-011-080
89-213-702-010
89-213-542-380
89-111-625-080
89-332-665-080
89-110-155-080
87-026-462-080
89-318-155-080
87-026-227-080
89-333-265-080
87-026-213-080
89-113-187-880
89-333-317-880
87-026-230-080
89-503-025-080
89-327-143-080
89-502-115-080
89-503-602-080
89-333-266-080
87-026-233-080
89-502-094-080
87-026-229-080
DIODE
87-020-691-080
87-027-652-080
87-017-101-080
87-001-911-080
87-027-332-080
87-002-430-080
87-002-225-010
87-001-912-080
87-120-125-080
87-120-027-080
87-101-820-010
87-001-574-080
MODEL NO.
RX- N/07
ELECTRICAL MAIN PARTS LIST
DESCRIPTION
CBT
&
75.
Blt
“REFERENCE
NAME
LIST”
48LT<C
HSV.
If
can’t
understand
for
Description
please
kindly
refer
to
“REFERENCE
NAME
LIST”.
475 DESCRIPTION
NO.
IC, CXP82324-1410
IC, GP1U581X
IC, BA3826S
IC, NUM4558L
IC, M65831FP (HE, HR)
1C, BU40948
, NIM4558M
1C, BU40528F
1C, STK-4162MK-2 (EXCEPT K, EE)
IC, STK4152-2 «K, EE)
1C, XRC5451AP
1C, NJM2120L
1C, NJU9701D
1C, NJU7305L
iC, LA3607
C, MC14053BF
ig eeeesing
1C, LAI831M
1C, LC7218M
TR, 2SA1015GR
TR, 28017408 (RS)
2SC1815GR
C-TR, DTA114EK
C-TR, 2SC3326A
C-TR, DTC114YK
TR, 2SA1318TU
TR, 2SC3331TU
pays RO TSKSOZER
CIR 2502714 (0)
C-FET, 2SK211GR (2)
C-FET, 2SK360E
C-TR, 2SC3326B (kK, EE, E, Z)
TR, DTA114TK
FET, 2SK209Y
C-TR, DTA143XK
DIODE, 1SS132
ZENER, HZSA1L
ZENER, HZS6C2
ZENER, UTZJ 4. 7A
ZENER, HZ6BiL
NER, UTZJ8. 2C
biooe DBF bral
ZENER, UTZJ 5.1
C-DIODE, ‘sia
C-DIODE, 188184
DIODE, GP15B (F)
DIODE, 1SR139-200
REF. NO
PART NO.
87-001-919-080
87-001-916-080
87-001-915-080
87-017-091-080
87-020-465-080
87-017-097-080
87-017-121-080
81-794-643-090
81-794-643-090
87-010-101-080
87-010-405-080
87-010-263-080
87-015-914-080
87-010-384-080
87-010-384-080
87-010-400-080
87-010-401-080
87-010-544-080
87-010-235-080
87-010-101-080
87-010-374-080
87-010-374-080
87-010-260-080
87-010-405-080
87-012-140-080
87-016-110-090
87-010-374-080
87-010-405-080
87-010-404-080
87-018-131-080
87-010-400-080
87-010-400-080
87-010-400-080
87-010-400-080
87-010-401-080
87-010-401-080
87-010-380-080
87-010-380-080
87-010-401-080
87-010-401-080
87-010-401-080
87-010-401-080
87-010-402-080
87-010-402-080
87-010-178-080
87-010-178-080
87-010-403-080
87-010-403-080
87-010-405-080
87-010-405-080
87-010-374-080
87-010-374-080
87-010-315-080
87-010-315-080
87-010-260-080
87-010-260-080
87-016-247-080
87-016-247-080
0
87-010-197-080
87-010-197-080
Av) DESCRIPTION
NO.
ZENER, UTZJ27C
ZENER, UTZJ10B
ZENER, UTZJ6. 8A
ZENER, HZSSC1
DIODE, 1$S133 T-72
ZENER, HZS6B1
ZENER, HZS11A1
CAP E 4700- 50V
SSS SESS
see
ose
1
2
nm
r per]
o
yP
a ao
2
be
10-50 SME (HE, LH)
4. 7-50 SME (HR, K, EE, E, Z)
TC-U een Sie 50 B<EXCEPT Z)
7-50 SME
=mm mm
ao >
=
oe
ee Et
—
=
geese
gess
Ke
LSBs
genes 3s
Rees ¢
Atos me
5
K
Seeee Bees
eee
SS ee
POND
Leeo LSsty
Ree ¢
meow
tyra =
guano oo
76°95 mmmmm m
WHISS
S855 SESS &
.
mm
per er]
— ) § ROR
Seeee &
% %
QNNNOS COC22MYM
50F
es 2 4
B(2)
Me B(Z)
. 01-25 B{Z)
ray Sd
PPP? o
et oo

REF.NO PART NO.
C235 =: 87-010- 405-080
(236 «=: 87-010- 197-080
C237. «=: 87-010-197-080
€238 =: 87-010-197-080
C239 «=: 87-010-197-080
C248 = 87-010-198-080
C248 = 87-010- 408-080
€260 87-010-178-080
C301 += 87-010-405-080
(302. =: 87-010-405-080
C303. «= 87-010-405-080
C304 «=: 87-010-405-080
€305 = 87-010- 182-080
C307. =: 87-010-182-080
C309 =: 87-010- 189-080
C311 87-010-189-080
C313. 87-010-189-080
C315 = 87-010-182-080
C316 =: 87-010-182-080
C317 = 87-010-182-080
C318 = 87-010-182-080
C321 += 87-010-322-080
C322, «=: 87-010-322-080
C323. «= 87-010-404-080
(324 =: 87-010- 404-080
C325 =: 87-010- 405-080
C326 «= 87-010- 405-080
C327 = 87-010-405-080
C328 =: 87-010- 405-080
C329 «=: 87-010-401-080
C330 = 87-010-401-080
C331 = 87-010- 405-080
C332: 87-010-405-080
C333 =: 87-010-263-080
C334 «=: 87-010-263-080
C335 «=: 87-010-197-080
C401 = 87-010-312-080
C403. 87-010-197-080
C404 =: 87-010-197-080
C405 =: 87-010-312-080
C406 =: 87-010-313-080
C407 ~=—s- 87-010-145-080
C407 =: 87-010-147-080
C408 =: 87-010- 145-080
C408 =: 8 7-010-147-080
C409 =: 87-010-314-080
C410 «=: 87-010- 154-080
C411 = 87-010-312-080
C412, 87-010-312-080
C413 87-010-197-080
C414. 87-010-146-080
C415 =: 87-010-147-080
C416 =: 87-010-154-080
C417~=—s- 87-010-197-080
C418 «= 87-012-156-080
C419 = 87-010-197-080
C423: 87-010-400-080
C442: B7-010-149-080
C451 «= 87-010-316-080
C452 =: 87-010-197-080
C453. =: 87-010-544-080
C454 =: 87-010- 154-080
C454 = 87-010-314-080
C455 = 87-012-140-080
C456 «=: 87-012-155-080
C457 «=: 87-010-175-080
C458 =: 87-010- 197-080
C459 =: 87-010- 197-080
C460 ©: 87-010- 197-080
87-010-197-080
av DESCRIPTION
NO.
CAP, E 10-50 SME
C-CAP,S 0. 01-25 B
C-CAP,S 0.01-25 B
C-CAP, S 0.01-25 B<EXCEPT 2
C-CAP,S 0.01-25 B
C-CAP,S_0. 022-25 B
CAP, E 47-50 nad
C-CAP, S 1000P-50 B
CAP, E 10-50 SME
CAP, E 10-50 SME
CAP,E 10-50 SME
CAP, E 10-50 SME
C-CAP,S 2200P-50 B
C-CAP,S 2200P-50 B
C-CAP, S 8200P-50 B
C-CAP,S 8200P-50 B
C-CAP,S 8200P-50 B
C-CAP, S 2200P-50 B
C-CAP, S 2200P-50 B
C-CAP,S 2200P-50 B
C-CAP, S 2200P-50 B
C-CAP, S 100P-50 CH
C-CAP,S 100P~50 CH
CAP, E 4. 7-50 SME
CAP, E 4. 7-50 SME
CAP, E 10-50 SME
CAP, E 10-50 SME
CAP, E 10-50 SME
CAP, E 10-50 SME
CAP,E 1-50 SME
CAP, E 1-50 SME
CAP, E 10-50 SME
CAP, E 10-50 SWE
CAP, E 100-10
CAP, E 100-10
C-CAP,S 0..01-25 B
C-CAP,S 15P-50 CH
C-CAP,S 0.01-25 B
C-CAP,S 0.01-25 B
C-CAP,S 15P-50 CH
C-CAP,S 18P-50 CH(Z)
C-CAP,S 1P-50 CH(Z)
C-CAP,S 3P-50 CH(EXCEPT Z)
C-CAP,S 1P-50 CH(EXCEPT Z)
C-CAP,S 3P-50 CH(Z)
C-CAP,S 22P-50 CH
C-CAP,S 10P-50 CH
C-CAP,S 15P-50 CH
€-CAP,S 15P-50 CH
C-CAP,S 0.01-25 B
C-CAP,S 2P-50 CH
C-CAP, S 3P-50 CH<Z)
C-CAP,S 10P-50 CH
C-CAP,S 0.01-25 B
C-CAP, S 220P-50 CH
C-CAP,S 0.01-25 B
CAP, E 0. 47-50 SME
C-CAP,S 5P-50 CH
C-CAP,S 33P-50 CHK, EE, E, Z)
C-CAP,S 0.01-25 B
CAP, E 0. 1-50
C-CAP,S 10P-50 CH<HE, LH, HR)
C-CAP,S 22P-50 CH<K, EE, E, Z)
C-CAP,S 470P-50 CH«K, EE, E, Z)
C-CAP,S 180P-50 CH{K, EE, E, Z)
C-CAP,S 560P-50 SL XK, EE, E, Z)
C-CAP,S 0.01-25 BXK, EE, E, Z)
C-CAP,S 0. 01-25 BK, EE, E, Z)
C-CAP,S 0.01-25 B
C-CAP,S 0. 01-25 B
REF.NO PART NO.
C472 = 87-0 10- 197-080
C473: 87-010-197-080
C474: 87-010- 197-080
C475 = 87-010- 197-080
C476 =: 87-010- 197-080
C477 ~=—s- 87-010- 197-080
C478 = 87-010- 197-080
C501 = 87-010-197-080
C502 87-010-197-080
C503 = 87-010- 405-080
C504 87-010-194-080
C505 87-010-402-080
C506 87-010-401-080
C507 — 87-010-178-080
C508 + — 87-010-314-080
C509 = 87-010- 403-080 .
C510 = 87-010-382-080
C511 «=: 87-010-194-080
C512: 87-010-213-080
C513. =: 87-010-178-080
C513. 87-010-777-080
C514 = 87-010- 401-080
C515 = 87-010-426-080
C516 =: 87-010- 426-080
C517 +=: 87-010- 401-080
C518 + 87-010-263-080
C519 =. 87-010-194-080
C520 = 87-010- 403-080
C521 +=: 87-010-403-080
C551 +=: 87-010-186-080
C552 87-010-400-080
C553 © 87-010-384-080
C554 = 87-010-315-080
C555 — 87-010-263-080
C556 — 87-010-197-080
C557 =: 87-010- 178-080
C558 = 87-010-178-080
C559 =: 87-010- 178-080
C560 =: 87-010- 178-080
C564 «= 87-010-314-080
C571 =: 87-010-179-080
C572 =: 87-010-403-080
C601 = 87-010-263-080
C602 —87-010-263-080
C603 =: 87-010-260-080
C604 =: 87-010-263-080
C605 = 87-010-401-080
C606 =: 87-010 - 401-080
C607 =: 87-010-179-080
C608 — 87-010-179-080
C609 87-010-184-080
C610 ©: 87-010- 184-080
C993. 87-018-131-080
CF501 87-008-423-010.
CF501 + 87-008-261-010
CF502 87-008-423-010
CF502 87-008-261-010
CF503 87-008-500-010
CF504 84-508-618-010
D401 +=: 87-026-360-080
D402 =: 87-026-360-080
D403 87-026-360-080
D404 =: 87-026-360-080
D451 = 81- 754-634-010
J202. «=: 80-WT3-616-010
J202.- 80-NT3-631-010
J203_- 87-033-215-010
J301 = 81-669-655-010
J401 =: 81-631-646-010
J401 = 87-033-214-010
OOO PPPOE
Oo PEO
47) DESCRIPTION
NO.
S555
t
NIPIPIPP
a
1
MIPMDAS
Soo
95°57655
paar Guar Geer Pers a Tae
wmnumnm wsawwo
rE°e2 eSSsss
o Soooce ooooo
=5
RS
:
Manninen Hanno
5
Pe
pie pe
5 25mm
? oO
NOOO! Ps ase oS Q =
88
see
7.) Ys =NN=H HW ¢ n~r yt 1%) 77)
015-25
Se
m25
ron QQ.
ee Fee
° 2
Bess s
m2omm
D5
©? PEOPLE eo
OO OOEMOEOnonrd oO
mes
Se oe
mmmemn
BSS
-1200P- 50 B
1200P-50 B
$ 3300P-50 B
S 3300P-50 B
CAP, TC-U OE 50 B{Z)
CF, SFE10. 7 MS3G-A(Z)
FLTR, SFE10. te ACEXCEPT Z)
CF SFE10. 7 MS3G-A(Z)
R, SFE10. Lng pEXtER 2
FLT CDA10. TMG43A-
VIB, CER CSB 456 rig
C-VARI CAP, KV1430
C-VARI CAP, KV1430
C- ial ae KV1 430 (Z)
C-VARI CAP, KV1430
VARI- ny M V1260 XK, EE, E, Z)
JACK, PIN 2P<EXCEPT Z)
aa PIN 2P rie
lg SP oth
Tek. 6.3 W/S
ANT TERM 2P PAL K EE, E, Z)
ANT TERM 4P (HE, LH, HR)
ann-w
17555 7055
od eo

PART NO.
87-005-366-010
87-005-366-010
87-006-209-010
87-006-210-010
87-006-200-010
87-006-201-010
87- ~008- ~421- 010
81-MX4-620-010
87-006-207-010
87-006-208-010
82-794-687-010
82-794-688-010
82-NT1-659-010
81-631-643-010
81-631-643-010
87-008-372-080
87-029-016-010
87-025-327-010
87-029-016-010
87-025-327-010
87-025-327-010
87-025-327-010
87-022-050-080
87-022-050-080
87-025-327-010
87- -022- -050- -080
87-022-050-080
87-022-050-080
87-022-050-080
87-045-335-010
87-030-105-010
87-011-219-080
87-011-219-080
87-011-219-080
87-011-220-080
87-011-221-080
82-NT1-640-010
82-NT1-644-010
87-030-299-010
87-010-370-080
87-018-134-080
87-018-134-080
87-010-405-080
87-010-178-080
87-010-182-080
87-018-131-080
87-010-404-080
87-018-195-080
87-010-400-080
87-018-124-080
87-010-544-080
87-010-405-080
87-010-405-080
87-018-131-080
87-010-405-080
87-010-544-080
87-010-405-080
87-010-405-080
87-010-544-080
nv DESCRIPTION
NO.
ee
eo
3/47, L5
3/4TSL5
1/21, L5
-1/2TS, LS
ee L5{Z)
rrecr
RR REE
2E5 mh
7888 8888s
8EFr
Og
=
R 2
IFT
3, S(HE, LH, HR)
iw (3B) (k, e E, 2)
LWKK, See E,Z)
XK, EE,
LWKK, FE a 2)
-450 2NT
. TUH K
I-BIRDIE@)
$ 4.7
POLE
ee aie
EM
FUSE, RES 02- WM FM CHR, K, EE, E, Z>
RES, M/O 47-1 CHE, LH)
FUSE, RES 22-1/2W FMCHR, K, EE, E, Z)
RES, M/O 47-16 (HE, LH)
RES, M/O 47-1W (HE, LH)
RES, M/0 47- Lae ie
RES, METAL 1¥-0.
RES, METAL 1¥-0. $5
RES, we 47-1W (HE, LH)
FUSE, RES 4. 7- Uae K, EE, E, Z)
FUSE, RES 4. 7-1/2 (HE, LH)
RESIS, METAL 1-0. 22J
RESIS, METAL 1-0. 22J
RESIS, METAL 1-0. 22J
RESIS, METAL 1W-0. 22J
Lee Lye 12v0C
CAP TRIMER 10P
CAP TRIMMER 10P
CAP TRIMMER 10P(Z)
CAP TRIMMER 20P VCT<K, EE, E, Z)
Hg ye XK, EE, E, Z)
A
2 88sgE 8
8x3 Freer
BRz=
rs as
>
BP2P
rez
2
~
ma
CORD, FG 15P
VIB, XTAL 7. 2MHZ(KDS) .
Sess
REF.NO PART NO.
C22 87-018-127-080
C23 87-015-819-080
C24 87-015-819-080
C25 87-010-197-080
C40 87-010-405-080
C41 87-010-405-080
C42 87-010-405-080
c71 87-010-322-080
C101 = 87-010-404-080
C102. 87-010-175-080
C104 — 87-010-260-080
108 87-018-128-080
C109 «=: 87-018-201-080
C110 «=: 87-010- 401-080
C111: 87-018-134-080
C112 =: 87-018-134-080
C113: 87-010-260-080
C151 = 87-010-401-080
C152 87-010-112-080
C158 ©: 87-018-201-080
C160 «=: 87-018- 134-080
F1 87-008-497-080
CF101 © 87-008-496-080
014 87-017-376-080
DI5 87-017-376-080
DIG 87-017-376-080
DI7 87-017-376-080
D18 87-017-376-080
D19 87-017-376-080
D20 87-017-376-080
D59 87-017-369-080
D60 87-017-369-080
061 87-020-862-080
D62 87-020-862-080
D063 87-020-862-080
D64 87-020-862-080
D65 87-020-862-080
D066 87-020-862-080
D67 87-020-862-080
D68 87-020-862-080
D69 87-020-862-080
070 87-020-862-080
071 87-020-862-080
D72 87-020-862-080
D073 87-020-862-080
FLI 82-NT2-631-010
JI 81-MX4-630-010
Li 87-005-152-080
L2 87-005-239-080
L20 87-005-152-080
L21 87-005-152-080
L32 87-003-102-080
sm 87-036-215-080
SW2 87-036-215-080
Sw3 87-036-215-080
Si4 87-036-215-080
SW5 87-036-215-080
SHG 87-036-215-080
Sw? 87-036-215-080
Sw8 87-036-215-080
Su9 87-036-215-080
S10 87-036-215-080
SW1i- 87-036-215-080
SWi2_- 87-036-215-080
SW13 87-036-215-080
Swi4 87-036-215-080
Swi5 87-036-215-080
vRi 81-MT3-633-010
VR100 + 82-NT1-651-010
ay)
NO
e!
DESCRIPTION
Fis ae B
BK
205050 nscc
2 LLL
3 DOOD
mm m
Sos
%
0 a
a SME (HE
OP-
od
2
2m
> OPN
E 47-2 {HE, HR)
Te se0P-60 B(HE, HR)
5%
1-50 SME (HE, HR)
,E
T
, TC-U 0.01-16 Y (HE, HR)
E 47-25 SME (HE, HR)
E Lak SME
Ae
SESS SEs
7-
-§
,E 100-
CAP, re 0..01- 7 ey
CERA LOCK
CST7. 6
CERA LOCK CST2. Dou CHE, HR)
LED, SEL6514C TP6
LED, SEL6514C TP6
LED, SEL6514C TP6
LED, SEL6514C TP6
LED, SEL6514C TP6
LED, SEL6514C TP6
LED, SEL6514C TP6
LED, SEL2510C TP6
LED, SEL2510C TP6
LED, SEL2213¢
LED, SEL2213¢
LED, SEL2213¢
LED, SEL2213¢
Li
LED, SEL2213¢
LED, SEL2213C
LED, SEL2213C
scr rr
1 art
Ar EvO-21 404M
21404
TACT EVO-21 404M
, TACT EVO-21404M
aeess ges
ste
bx}
23°
4
R2L22
25
33
RN ss
£=
} TACT EVO-21404M
VR, 10KA_RK11K1130
VR, SLIDE 10KB (HE, HR)
0 SL Ge HR)
C-U_5600P-16 X<HE, HR)
C-U 0. 01-16 ¥ (HE, HR)
16
CAP, TC-U 5600P-16 X(HE, HR

REF.NO PART NO
VOL C.B
C201 = 87-010-405-080
C202 = 87-010-405-080
C203. =: 87-012-156-080
C204 = 87-012-156-080
C205 =—-87-010-405-080
C206 =: 87-010-405-080
C207 = 87-010-405-080
C208 + 87-010-405-080
C209 =: 87-012-154-080
C210 = 87-012-154-080
C211 = 87-010-197-080
C212 = 87-010-197-080
C213. 87-010-401-080
C214 = 87-010-401-080
C215 — 87-010-404-080
C216 «=. 87-010-404-080
C217. =: 87-010-183-080
C218 = 87-010-183-080
C219 = 87-012-155-080
C220 «= 87-012-155-080
C221. == 87-010-404-080
C222, ~=—s- 87-010-404-080
C225 = 87-01.0- 400-080
C226 = 87-010- 400-080
(227 ~—s- 87-010- 404-080
C228 =: 87-010- 404-080
€229 = 87-010-405-080
C230 =: 87-010-405-080
C231 =: 87-010-405-080
C232. =: 87-010-401-080
C233 = 87-010- 401-080
C234 = 87-010-401-080
C237 =: 87-010-101-080
C238 ©: 87-010-197-080
€245 = 87-010-405-080
C246 =: 87-010- 401-080
C247 = 87-010-187-080
C248 = 87-010- 175-080
C250 = 87-010-260-080
C251 =: 87-010-400-080
C252: 87-010- 400-080
C254 = 87-010-187-080
C255 = 87-010-175-080
C256 = 87-010- 197-080
C257 ~—s- 87-010- 401-080
C258 = 87-010-197-080
C259 — 87-010-260-080
C269 87-010-405-080
C270 = 87-010- 405-080
C281 += 87-010- 405-080
C282 =: 87-012-140-080
C283. =: 87-010-544-080
C284 =: 87-010-406-080
C301 «= 87-010-404-080
C302. —: 87-010-404-080
C303: 87-010-404-080
C304 © 87-010-404-080
C305 87-010-404-080
C306 ©: 87-010- 404-080
C307 =: 87-012-140-080
C308 87-012-140-080
€309 = 87-010-184-080
C310 — 87-010-184-080
C311 +=: 87-010-178-080
C314 =: 87-010-178-080
C315 — 87-010-184-080
C316 © 87-010- 184-080
C319 87-010-189-080
av) DESCRIPTION
NO.
CAP, E 10-50 SME
CAP, E 10-50 SME
C-CAP,S 220P-50 CH
C-CAP, S 220P-50 CH
CAP, E 10-50 SME
CAP, E 10-50 SME
CAP, E 10-50 SME
CAP, E 10-50 SME
C-CAP,S 150P-50 CH
C-CAP, S 150P-50 CH
C-CAP,S 0.01-25 B
C-CAP,S 0.01-25 B
CAP, E 1-50 SME
CAP, E 1-50 SME
CAP, E 4. 7-50 SME
CAP, E 4. 7-50 SME
C-CAP, S 2700P-50 B
C-CAP, S 2700P-50 B
C-CAP,S 180P-50 CH
C-CAP,S 180P-50 CH
CAP, E 4. 7-50 SME
CAP, E 4. 7-50 SME
CAP, E 0. 47-50 SME
CAP, E 0. 47-50 SME
CAP, E 4. 7-50 SME
CAP, E 4. 7-50 SME
CAP, E 10-50 SME
CAP, E 10-50 SME
CAP, E 10-50 SWE
CAP, E 1-50 SME
CAP, E 1-50 SME
CAP, E 1-50 SME
CAP, E 220-16 SME
C-CAP, S 0.01-25 B
CAP, E 10-50 SME
CAP,E 1-50 SME
C-CAP, S 5600P-50 B
C-CAP, S_560P-50 SL
CAP, E 47-25 SME
CAP, E 0. 47-50 SME
CAP, E 0. 47-50 SME
C-CAP, S 5600P-50 B
C-CAP, S 560P-50 SL
C-CAP,S 0. 01-25 B
CAP, E 1-50 SME
C-CAP, S 0.01-25 B
CAP, E 47-25 SME
CAP, E 10-50 SME
CAP, E 10-50 SME
CAP, E 10-50 SME
C-CAP,S 470P-50 CH
CAP, E 0. 1-50
CAP, E 22-50 SME
CAP, E 4. 7-50 SME
CAP, E 4. 7-50 SME
CAP, E 4. 7-50 SME
CAP, E 4. 7-50 SME
CAP, E 4. 7-50 SME
CAP, E 4. 7-50 SME
C-CAP,S 470P-50 CH
C-CAP,S 470P-50 CH
C-CAP, S 3300P-50 8
C-CAP, S 3300P-50 B
C-CAP,S 1000P-50 B
C-CAP.S 1000P-50 B
C-CAP, S 3300P-50 B
C-CAP, S 3300P-50 B
C-CAP,S 8200P-50 B
WIR201
WIR202
MOTOR C.B
C401
C402
R401
R402
PT-1 C.B
A
PART NO.
87-010-189-080
87-010-544-080
87-010-544-080
87-010-546-080
87-010-546-080
87-010-402-080
87-010-402-080
87-012-140-080
87-012-140-080
87-010-404-080
87-010-404-080
87-010-197-080
87-010-260-080
87-010-260-080
87-010-260-080
87-010-404-080
87-010-404-080
87-010-322-080
87-018-134-080
87-010-197-080
87-008-496-080
87-008-372-080
82-NT2-632-010
82-NT2-641-010
82-NT2-642-010
82-NT2-640-010
87-010-197-080
87- 036-215- 080
87-036-215-080
87-036-215-080
87-036-215-080
87-036-215-080
87-036-215-080
87- -036-215-080
87-036-215-080
87-036-215-080
87-036-215-080
87-036-215-080
87-036-215-080
87-036-215-080
87-036-215-080
87-036-215-080
87-036-215-080
87-036-215-080
87-036-215-080
87-036-215-080
87-036-215-080
87-036-215-080
87-036-110-010
87-036-110-010
87-010- -263- 080
88-128-220- 080
87-033-213-080
hv DESCRIPTION
NO.
2?
oO
20m 25
ALRVm BPYYNN COOSH 5S NMrn
BESS
5 5
m ommmm.
w im
BRRon avASsse
=—o SSS
2ee.,
eo Qo
%
oon oo 2
m
&&
g £
oN NRE
5
SE Ss
mm mmm
LOR
a ee)
2o8es
ao
<2 <x
? Q
Dae
=o
t
bas
-U
C-CAP,S 0. 01- Ue BY
CERA LOCK CST2. 09MG
FLTR, EM! BL O1RN1
B8
F-CABLE, ii. 2 0 EXk, EE, 2)
F-CABLE, 3-2. 0
1
3%
PePeeP?
felelet ed
2222
aa525 S55
£2
SW. TACT EVO-21404M
SW, TACT EVO-21404M
SW, TACT EVQ-21404M
SW, TACT EVQ-21404M
SW, TACT EVO-21404M
Si, TACT EVO-21404M
SW, TACT EVO-21404M
SW, TACT EVO-21404M
SW. TACT EVO-21404M
SW, TACT EVO-21404M
, TA
SW, TACT EVO0-21404M
SW, TACT EVO-21404M
SW, TACT EVO0-21404M
SW, TACT EVO-21404M
SW, PUSH SPPB 62
SW, PUSH SPPB 62
CAP, E 100-10
CAP, E 100-10
C-RES, 22-1/8W J
C-RES, 22-1/8" J
CLAMP, FUSE SMK CHE, LH, HR)
REF. NO PART NO. ae DESCRIPTION REF.NO PART NO. a DESCRIPTION
A 87-033-213-080 | CLAMP, FUSE alate LH) MISCELLANEOUS ~
82-304-743-010 TERMINAL, 1
AFI 87-035-364-010 FUSE, 1. ay Dov HE, LH A 87-050-034-010 | AC CORD ASSY, E (HE, HR, E)
AFI 87-035-366-010 FUSE, 2. 5A 250V T E/K ‘HE, LH, HR) A 87-050-016-010 | AC CORD ASSY, EXE
A 87-050-029-010 | AC CORD ASSY,-K 3P<K)
A 87-034-749-010 AC CORD, H W/PLUG<LH)
PT-2 C.B A 87-085-184-010 | BUSHING, AC CORD D<LH)
R998 87-022-184-080 RES, METAL 0. 33-1W HE, LH) A 87-085-185-010 | BUSHING, AC CORD E(EXCEPT LH)
R998 = 87-022-050-080 RES, METAL 1W-0. 22J<HR, K, EE, E, Z) 89-VT5-202-010 BUSHING, CORD
FCI 82-NT1-641-010 | F-CABLE 5P-1. 25
APTI 82-NT2-608-010
SW C. BCHE, LH, HR) APTI 82-NT2-606-010
ASW901 = 87-036-173-010 SW, SL 2-2-4 SDKGHE, LH, HR) APTI 82-NT2-609-010
PT, 2NT-2 EKZ<K, EE, E, Z)
PT, 2NT-2 H<HE, LH)
PT, 2NT-2 HR<HR)
TRANSISTOR ILLUSTRATION
ed rd
ECB BCE BCE ECB ECB
2SA1162 2SA1015 2SB1354 2SB1370 2801740 2SD2005
28C2712 2SA1296
28C2714 2SA1318
2803326 2SC1815
DTA114 2SC3266
DTA143 2SC2001
DTC114 28C3331
G Ss D
s D Ss
D G G
2SK209 2SK211 2SK360
2SK302
OF yFkRiBRIA-KF/CHIP RESISTOR PART CODE
Fy TRB I— FORO ws
Chip Resistor Part Coding
(3) 81-OOOU-OOU0
CH
A U_ raex
Hebi I — K Figure
Resistor Code HUE
Value of resistor
F » Tie
Chip resistor
Att a HERE FA wee
a 7 eS ee
ow [225 8 = et

SCHEMATIC DIAGRAM — 1 (MAIN: HE, LH, HR, U)
:
“Fi
Bi
2
Se
S&B
Op)
TRAY
|
aa
fe
Sere
ve
ro
Fs.
=
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it
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AB.)
:
¢
;
He=H
(2)
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ie
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SET
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i
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0.01
3
100
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FROM (B) FRONT C.B
CONI
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1
nae
26
ad
4
4
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jt
4
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BE
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=
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a
ie
a
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i
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|
a
os
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418 bes) ble) bel ee) el ECL Hal eel bs) bl bt j
AM: RF/OSC/IF/OET
FM: 1F/IF CONT/DET/MPX
5[>]
‘SW801 ‘Sw810] Swot!
RS16
pa.
vou out si(1)
VOL OUT L 7} —
YOL OUT R (sy
REC OUT L
FROM (C} VOL C.B
WH201
oe
()
+
FROM (C} vol c.B
WH202
C602 100/10
d = © O
crema
[i]
|
|
|
|
1.8738
4
¢
Pm
lan
?
|
| : a | aie flr
C604 100/10
UzAC_120V_ 60HZ
a PLL cE |(2)
S|
tra
waa
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ir z & I-@ATATU
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re
cy t —
y: Kaz
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5
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uw
FESS 10k C318 22009 C516 22000
BOt
10304, 305
VOCAL FASER
aon | nn ee eee
en Se a eS Oi | i Se
Y NE Cl ees SSS eee mee el ORE RE BEC
_—————— SS
fo
+ ———
—
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0103.
104
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25B1570EX2
2
af
a
sz
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IC, DESCRIPTION
IC,CXP82324 — 1410
I-HOLD ea The present state is backed up when "L” is input.
Bae I-REMOTE Remote contro] signal input.
Frequency display and sending data to PLL are stopped during tuner
I-TUNE
.
reception (when "L” is input)
es i
O-CLK. TU TU PLL clock.
O-PLL CE | O | TU PU chip enable.
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PaO. Pe. | Data for shift register, TU and electronic GEQ.
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SR
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CCS
20
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shipeent
destination
|
[o=FS RESET | 0
| T=SPE |__| SPECTRUM ANALYZER IC OUT input
I
;
1
2
3
5
7
10
11
12
13
4
20
21
25
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Signal output to light electronic GEQ PRESET LED. "L” when PRESET PRGM
O-LED PRGM
—
ights.
Signal output to light TU PRESET LED. "H” when TUNER functions.
Signal output to light VOL LED. "H” when VOL LED lights.
O-LED TU
O-LED VOL
S1/SPESN X
5
27
28
29
30
31
32
33
34
35
37~39
S3/SPESN Z
| 0 |
Ee
|
40~44
[|
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s4~8_
sf
0
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Segment
output
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the
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set
D-MATRIX
output
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light
FL.
cx
| 0 |
| 0
i303
Segment output and SPECTRUM ANALYZER IC CONTROL output to light FL.
45~46
$9~10
Segment
output
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FL.
a ae
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Segment output
and
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D-MATRIX
output
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FL.
48~58 $12~22 Segment output to light FL.
Grid output to light FL.
-VFL input for FL (-28V).
7
Grid 12~1
3 | 1 | Not used
4
5
4
T
7
O-DSP MODE Ea "H" or “L” output depending up on DSP mode.
I-ST/BIL FL stereo bilingual mark lights when "L” is input.
Gl
o-MUTE | 0 |
O-POWER mom "L” output during power ON.
Muting output.
I-TIME B | 1 | CLXK (8Hz) input for clock.
27

See the NSX — D55 (RX — N55) for the IC description below.
RX — N707 NSX — D55 (RX — N55)
IC,LC7218M IC,LC7218
IC BLOCK DIAGRAM
IC,LA1831M
AM OSC
BUF AM OSC AM RF R-OUT L-QUT ST/MONO
(24)
ay Mag ees TBECOBER|
ALC fe eeken | = fee
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es
ies
MH — tt
FM IF IN
IC,_LA3607
on eS oO a NE a a
@ oO
a
BASE! 2 ' ee ie Os mae — aes ~ NF va
28

IC,NJU9701D
:
LPF2
IN
LPFI
IN
LPF
OUT
OP1
OUT
OP1
IN
CCI
cc2
OP2
IN
OP2
OUT
LPF2
OUT
IfSW IOFLAC TEST! TEST2 QGNB AGNO Vvab VCC
IC,NJU7305
GAIN
SELECT
NECOODER
BRIT SHIFTREGISTER
RESISTOR
NETWORK
&
L/R & BAND
SELECT
DECQVER
RESISTOR
&
FL2 FL3 Fis FLS
See the NSX —D55 (RX—N55) for the IC Block Diagram below,
ee Sa
Ss
ro
Po |
IC,BU4094B IC,BU4094B
IC,BU40948F IC,BU4094B

ELECTRICAL ADJUSTMENT (TUNER)
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MAIN C.B
<TUNER SECTION)
Initialized condition
GEQ VR: OFF
BBE SW: OFF
MIC VR: Minimum
BALANCE : Center
MAIN VR: Variable
DOLBY NR SW: OFF
T — BASS : OFF
. Clock Check
Settings: + Test point : TP5
Method: Set to MW 1602kHz (HE,HR,E,K,Z),
1710kHz (LH,U) and adjust so that
the test point becomes 2052kHz + 0.05kHz
(HE,HR,E,K.Z), 2160kHz + 0.05kHz
(LH,U).
. MW VT Check (HE.LH,U ONLY)
Settings: » Test point : TP
Method: Set to MW 531kHz and check so that
the test point becomes 1.1V + 0.2V.
3. MW VT Adjustment (E.K.Z ONLY)
Settings: ° Test point : TP1
¢ Adjustment location : L453
Method: Set to MW 531kHz and adjust so that
the test point becomes 1.1V + 0.05V.
4, LW VT Adjustment (E,K,Z ONLY)
Settings: + Test point : TP1l
¢ Adjustment location : L454
Method : Set to LW 144kHz and adjust so that the
test point becomes 1.3V + 0.05V.
. FM VT Adjustment
Settings: +¢ Test point : TP1
¢ Adjustment location : L406
Method: Set to FM 108MHz and adjust L406
so that the test point becomes
9.4V + 0.05V.
. MW, LW Tracking Adjustment (E,K,Z ONLY)
‘ Settings : - Test point : TP - OUT
MW
TAB Lc cccccccsccacccevcccsscceescesssssssnees 603kHz
TCABL <occccccrccsnccccccccnccsnascsssensecs 1404kHz
LW
LAS + vine ccsivececsnacececteceieccescevess eae a's 144kH2
TOAGQ <occccccvcccccccccencsnscasssccssaccces 290kH2