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DENON
MCIDEL
DOUBLE PLAYER CD
Hi- Fi Com ponent
SERVICE MANUAL
DN.?cIcIcIF
uulu[ulllllllllllllllllllllllll
TABLEOF CONTENTS
O P E R A T I N I N S T R U C T I O N.S. G . DISASSEMBLY LOADERFRAMEASSEMBLING NOTEFORHANDLINGOFLASERPICK-UP SERVOADJUSTMENT IC TERMINAL FUNCTION LIST . PRINTED PARTS LIST .. WIR]NG BOARD PRINTED WIRING BOARD PATTERNS PARTSLISTOFEXPLODEDVIEW. EXPLODED AND CABINET VIEWOF CHASSIS PARTSLISTOF -sOMECHAUNIT FG EXPLODEDVIEWOFFG-sOMECHAUNIT . PARTSLISTOF RC-35REMOTE CONTROL UNIT EXPLODED VIEW OF RC-35REMOTE CONTROL UNIT WIRINGIAGRAM D DIAGRAM SCHEMATIC SEMICONDUCTORS ..2-12 ..13-15 .....16 .......,.17 ......18 . .22-30 .33.34 ...35.36 .........38 . . . . . .39 ........40 .........40 . . . .40 . . . . . .41 .........42 ..43.44 ....4547
NIPPON
COLUMBIA
CO..LTD.
EN.ffitFr
DISASSEMBLY
OTOPCOVER 1. Remove4screws @ . on rear side. 2. Pull up TOP COVER. onbothsides,andlscrew@
O FROI{TPANEL mechanism unit is pushed. 2. Pull up LOADERPANELyh(e pullingit towardsfront. *d 3 lowerscrews @ 3. n"rou" z upperscrews @ DetACh FRONTPANEL.
nnCX @ ot SLIDE comes when out FRAME 1. LOADER
13
r
DN.EOCrIF
UNTT O MECHANISI' 1. DisconnectffCca!!a 4 2. Remove screwsqQ!) . FFC to Note: O Do notpulloutaslant prevent cabledamage. before O Donotfailto pullACcordfromwalloutlet the disconnect FFCcable. plugged walloutlet, into lF ACcordis remained poweris keptsupplied the unit,whichmaycause in danger.
. MECHA.PWBANdPWB BASE
Mecha.PWB
Locking Card Spacer
PieceHold
PWB Base
Connector
1 . UnlockLockingCard Spacerat two places. 2. Rotate MecfraPWB uprards (approx. 45"), and take off
fromPiee Hold. 2 3. Remove screws@ detachable.
thenPWBBaseis on botr sides,
'14
E N.ECEIOF
I
. CLAMPER Pull damper and undo 4 hooks.
CONTROLITNIT) o covER (REMOTE ano4 @ 1. Remove5soews(1@
).
RemoteControlUnit (RC-35)
15
r
E N.aooclF LOADERFRAMEASSEMBLING
1. Slide the slide rack locatedinner side of the loaderframe, and set the lock lever as shownin the belowfigure. Slide Rack.
byfinger 2. Rotatethe gearportionof liftcamcounterclockwise until it comes stopper part. At this time, confirmthe drive mechanismthat is placedin loweredposition.
DriveMecha......UP
DriveMecha......DOWN
and chassis theditchof loader Fittheguideof mechanism chassis. frame themechanism on frameandputtheloader of At thistime,makesurethatthefrontsurface the loader position thelrontsurf from ace frame setat20mm is extruded chassis. of mechanism
ri-----------ir
LoaderFrame
I Qr_1i{9
r
{
rlQuids
x
Mecha.Chassis.
q \\/i t3
LoaderFrame
4VN....7/1p4** l l\ : - u l
20mm
ffi
Front
Insertthe clamperfrarneto the mechanismchassisuntil it locks.
16
E'N.aoooF
I
I{OTE FOR HANDUNGOF LASERPICK.UP I}ESCRIPTION THE COIU|PONENTS OF
direction +Z-axis
+X-axis cliredion
Objectlens
OP Slide base Slide rack
1
Doubleaxes cover
LO2 Flexibleboard
,/ +Y-axis
Y-axis (Tangential direction)
Flexible flat cable connector
X-axis (Radial direction)
Label day
o o o o
year (lastfigure) I quality month I controlNo.
o
ocooo o ooo
-240A KSS
-
Lot No. lop
letters but Oct. Nov.and Dec. are expressedby alphabetical of X' Y andZ' 10 1 1ou
-o oo qualitycontrol-
o
LD drivecurrent The expressedunit is by mA, with omissionof the decimalpointas for example,56.5mAwill be expressed 565, but the headof as plant. Englishletter meansthe controlin the manufacturing
PINCONNECTOR
Pin No.
1
Description VC (+2.5v) TE ffRK ER sional) FE (FCS ER signal) FZC (FZCsignal) RF (RFsional) GND
InpuV Outoul
Pin. No.
Description Vcc (+5V) LDC (LDControl)
2 3
4
c
OUT OUT OUT OUT OUT
IN
InpuV Outout IN
IN IN IN
6
9 FCS + (Doubleaxes) 1 0 TRK + (Double axes) 1 1 TRK- (Double axes) 1 2 FCS - (Doubleaxes)
IN
IN
17
I
ElN,EClClClF
ADJUSTMENT SERVO
EOUIPMENTS ADJUSTMENT FOB NECE$SARY 1. Dual trace oscilloscope disc CA1094 2. Reference (10H2- 10kHz,0-3 Vp-p) 3. Oscillator Counter 4. Frequency 5. Filterfor measurement
ff
Input (cU-2401)
33 Kohm
I * |
o.oor rtr
outPut (oscilloscoPe)
+
(Filter measurement) for
LOCATION
r0tz-n9
E
*
Procedure AdJustment by Be sure to performservo adjustmentsand confirmations this order of adjustmentprocedure. 1 Actuatingthe ServiceProgram. of 2 Confiirmation TrackingOffset. 3 Adjustmentof FocusGain. 4 Adjustmentol TracKngGain. of 5 Confirmation HF Waveform.
1. Actuatingthe Servo Program O Tum the power off. (1,2) pushing centerbluebuttons the @ Whilesimultaneously turnthe poweron. of remotecontrol(RC-35), disc (CA-1094). @ As the tray opens,set the adjustment @ Displayed indicationon the remote control (RC-35) is program figures the 4 on versionnumberof microcomputer left are programversionof remotecontrol,and 4 figureson the right are programversionof main body mechanism.
l I l L t LE i L t l
of Version Program (RC-35) Control Remote of Version Program MainBodyMechanism intended Pushthe TRACK lFl buttonof the mechanism to adjustfor one tifrIe.After confirmthat 0 i is displayed, pushthe PLAYbutton. Then,the Traywillclose. thenpush Pushthe TRACK l>> | button( 0? is indicated), the PLAYbutton.
Q/
18
EtN.ecrtoF r
2. Conflrmationof TracklngOtfset O Connections o|dllmpr
TP1
rcO
Fllbr TEO O
I-E
+
(0f is indicated), then push the PLAYbutton. D>l button the @ Push TRACK TEOonthescope. @ Observe
I q_al exceeds15%, pleasereplacepick-upas it is delected. of Measure voltage A,Bandincaseffi the
3. Adlusmentof Focus Gain O Connections
Nlb66p
then pushthe PLAYbutton. @ Pushthe TRACK lFl Button(gj is indicated), 1.1kHz, Vpp mode. 0.6 @ Set he oscillator in @ Make the oscilloscope X-Y mode. Lissajousfigure to X axis or Y axis. L?' Adjustthe VRI ( | FOCUS I ) so as to symmetrize
19
I
ElN.ElC|C'clF
4. Adjustment ot Tracking Gain O Connections
Osdllccop
A
Confirmthat 0Y is indicated. mode. 1.9kHz, 0.6Vp-p @ Set the osillator @ Make the oscillosggpe )(-Y mode. in Lissajousfigureto X axis or Y axis. @ Adjustthe vR2 ( ITRAoK I ) so as to symmetrize
\1)
5. Gonfirmationof HFWaveform
O Connections
For PWB ftemNo. 22224o1207
For PWB ftem Nos. 2222401 OO3 2222401 100
OeAccops OEonGcop
TPl
vcG
HFO
o+ .}-
@ ObserveHF wavelormon the scope. @ The standardamplitudeof HF waveformis 1.1V.lf it is less than 0.8V,pleasereplacepick-upas it is defected.
20
E'N.ACEIOF
I
6. Adjustment of Super Linear Gonverter
Adjustmentof Super LinearConverteris only performedat a time the DA Converteris replaced. Adiustment Procedure O Connections Connectthe LINE OUT to a distortionmeter throughthe low-passfilter. @ Playbacka disc obtains1kHz,OdBsine wave tone. THD. @ Adjustthe VR300,VR301and obtainminimum VR300 VR301. is THD standard lessthan 0.006% .R-channel L-channel
About the Service Program
and for confirmations. The serviceprogramis a programspeciallyfor servo adjustments Actuatingthe ServiceProgram. @ Tum the power off. pushing centerbluebuttons(1,2)ot remotecontrol(RC-35), the turnthe poweron. @ Whilesimultaneously indicatedon the remotecontrolsignifiesstart actuatingof serviceprogram. @ Programversionof microcomputer Contentsof ServiceProgram TIMEbutton, buttons, number with the TRACK t|R]fJl selectan aimingprocess Afteractuating serviceprogram, the numberis then The PITCHBENDbutton,and PITCHbutton, and pushthe PLAYbuttonto executeprocessing, process portion. displayed the TRACKindication on
Process No. ffRACK Indication) 01 02 TRACK BUTTONS 03
Slide
Function
OPEN/CLOSE
Explanation Contents buttonis pushed. Performs OPEN/CLOSE eachtimethe PLAY
Moves pick-up to the center of disc.
ServoON. FOCUS SERVO ON Turnsthe FOCUS of Rotates the disc. Checks divergence of Tracking Otfset. Confirmation TRACKING OFFSET Adjustment Gain of of Cleaning Pick-up Lens Test CHUCKING Heat Run (NoSkipCheck) TRACKING Adjusts FOCUS, Gains. Normally sameas PLAYMODE. the is Move the moves whenSEARCH l+ l)outton pressed. Pick-up. t pick-up PWB, andclean lens. the under holeof mechanism the of Repeats OPEN/CLOSE tray,servoON,andTOCread. of RepeatsOPEN/CLOSE tray, repealsplayingthe first and the last programs musicon thedisc.Whenan erroro@urs, displays enorcode of andstops. of RepeatsOPEN/CLOSE tray, repeatsplayingthe first and the last jump)occurs. program musicon the disc.Stopswhenskip(track of
BE
o4
05 06
TIME PITCH BEND
OA OB
E
PITCH BEND
E
0c
HeatRun (WithSkipCheck)
21
I
ElN.AOclclF
FUNCTION LIST IC TERMINAL (rC800) TERMTNALS TABLEOF MTCROCOMPUTER
to ROM in its initiallot untilusingthe maskitem.As the contents sameterminals of ditferaccording the 1C800 utilizing external is an External ROM utilizing modelsare up to theseserialnumbers service. lot for this reason,pleasebe reminded a time performing at listedbelow. Model SerialNo. EUROPE -881,886-950 - 300 u.K. Model CANADA Multi-Vollage SerialNo. - 130 - 100
u.s.A.
- 620
Terminal No.
1
Symbol Name
vo o o o o
CUE LED ON/OFFsiqnalof CD-2.ON at'H". "H". PLAY LED ON/OFF signal of CO-2. ON at
Terminal Function
CUEL2
PLYL2 PITL2
2
4 5
PITCH LEDON/OFF signal CD-2. at "H". ol ON
"H". PITCH LED ON/OFFsignalof CD-1.ON at "H". PLAYLED ON/OFFsionalot CO-1.ON at
PITLl PLYLl CUELl RST-
signal CD-l.ONat "H'. of CUELEDON/OFF
Hard reset input. Reset at "L"
a
Voo
+5Vpower supply.
Clock oscilationcircuit input 2.
9
x2
X1 vss Vss
0 2 3
4
input1 circuit Clockoscilation 0V power supply. 0V power supply.
Not connected. Chio enablesionalot CD-2'sLCD driver. Command transmittingclock lor CD-2's LCD driver Command data tor CD-2's LCD driver.
LWCZ
LCLK2
o
LDAT2 LCEl
LCLKl LDATl
7
d
o
U
signal CD-1's o{ LCDdriver. Chipenable
Command transmittingclock {or CD-l's LCD driver. Command data tor CD-1's LCD driver. Not used. Fixed to "L'. Not Connected. Not used.Fixedto'L". 'L". Not used. Fixed to
o
o
o
21
z5
24 25
zo
o
WR(JE-
Not used.Fixed "U. to
Not used. Mask ilem... fixed to "L', extemal ROM...fixed to "H".
o o o
fixedto for ROM.Maskitem... output external Enable signal 3. Kevmatrix scansiqnal 2. Keymatrix scansignal
Key matrix scan signal 1
"L",external pulseoutput reading fot ROM...
27 28 29 30
el
KOUT3 KOUT2 KOUTl KOUTO A15
414 413
Keymatrix scansignal 0. Notmnnected.
Memory address 15. Not used. Mask ilem... fixed to "L''.
32
JJ
o
fixedto'L". 14. Memory address Maskitem...
Memory address 13. Mask item... fixed to Not connected. "U.
34
JJ JO
412
All
o
Memorv address 12. Mask item... fixed to
"L".
37 38 39
40 41
"L". Memoryaddress11.Mask item...tixedto
410
A9 A8
10. item... lixed "f. to Memorv address Mask
o o
Memory address 9. Mask item... lixed to Memory address 8. Mask item... lixed to Not connected.
"L". "L'.
22
E N.EOOOF
I
Terminal No. 42 43
44 45 46 47 48 49
5U
Symbol Name AD7
AD6 AD5 AD4
vo
Terminal Function
Data bus 7. Mask item... fixed to Oata bus 6. Mask item... fixed to "L" "L"
vo
t/o
VO
AD3 AD2 AD1
ADO
vo vo
Data bus 5. Mask item... fixed to "L" "L" Data bus 4. Mask item... fixed to Data bus 3. Mask item... fixed to "L' Data bus 2. Mask ilem... fixed to "L' Data bus 1. Mask item...fixedto "L". Data bus 0. Mask item... fixed to "L" Pulse for address latch. Mask item... fixed to "L'
t/o
ASTB Vss Vss MODE
51 az
5J
0V power supply.
0V power supply. Not connected. "H". terminal.Use extemal ROM at "H", use mask ROM at "L". Mask item..."L", externalROM Memorymode selection
u
3J
Notconnected.
Not used. Not used.
58
Not used.
Notused.
OU
Not connected Not used. Not used. Not used.
61
62
64 65 66
OI
Not used. Voo Voo PITl +5v powersupply.
+5v power supply.
CD-1 pitchvolumeinput. CD-2 pitchvolumeinput. "L" Not connected. Not used. Fixedto "L"
68
PT2
I
Not used.Fixedto
70 71
72
/ J
Notused. Fixed "L". to
Not used.Fixedto 'L'. Not used. Fixed to 'L". "L" Not used.Fixedto AVoo
74
TO
for converter.+5v power supply A,/D reference voltaqe. +5V. A,/D converter
Not connected.
aa
AVREFl AVss
78
79 80 81
for converter. 0V powersupply ey'D
o
AVREF2
Not used.
Notused.
+5V. D/A converterreterencevoltage. 0V. D/A converterreterencevoltage. Not connected. K I N lO KINl1 KIN12 KIN13 KIN20 KIN21 KIN22 CD-1 key data 0. CD-1 kev data 1 CD-1 kev data 2. CD-1 key data 3. CD-2 key data 0. CD-2 key data 1 CD-2 kev data 2. CD-2 key data 3. Serial interfacereceotiondala.
82 83
AVREF3
u
85 86
87
88 89
90
91
92 93
94
KIN23 RXDTXD-
o
Serial interfacetransmissiondata.
23
I
DN-AOGIOF
pPD78233GJ-5BG(1C200) TERMINALS TABLEOF MICROCOMPUTER
to differaccording the of 1C200 utilizing external is an BOM in its initiallot untilusingthe maskitem.As the contents someterminals modelsare up to theseserialnumbers service.ExtemalROM utilizing at lot for this reason,pleasebe reminded a time performing listed below. Model SerialNo. EUROPE -881,886-950 - 300 u.K. Model CANADA Multi-Voltage SerialNo. - 130 - 100
u.s.A.
- 620
Terminal No.
'I
Symbol Name RST2 BRRO BRAK
('F
l/o
Terminal Function
2 3
4
5
o o
Resetsiqnalof 1C201(pPD6381GF).
(pPD6381 Notused. Fixed "H". to GF). of request signal 1C201 Break
"H". (rrPD6381 GF). Not used. Fixed to Break acknowledqesiqnal ol 1C201
2
SO
7
tt
lC20l serial data input. Hard reset inDut.Reset at "L".
RSTVoo
supply. +5Vpower
Clock oscillationcircuit input 2.
,<2.
10
11
X1 Vss
circuit input1 Clock oscillation supply. 0V power supply. 0V power
Not connected.
12 13
14 15 16
Vss
CLOK DATA XLAT LDON
o
o o o o o
Clock lor servo command, level command. Connected to lC1, 1C300. Data for servo command, level command. Connectedto lC1, 1C300. Latch pulse ot servo @mmand. Latchedat talling edge.
17
18 19
to Notused.Fixed "L"
Laser ON/OFF siqnal of optical pickup. Laser emits light at "H".
Fixed "L' to Notused.
Not used. Fixed to "L"
20 21 22 23 24 25 26 28 29 30
31
Notconnected.
Not used. Fixed to "L'
ORNOTXDEN
I
2 "H". 1 input.Mechanism at "L', mechanism at number Mechanism "H". using. Used at of Demand signal serialintertace
"L. extemal ROM - fixed to 'H". , Not used. Mask item - fixed to
o oE-
o
tor ROM pulseoutput reading ROM.Maskitem- fixedto "L-,extemal lor signal extemal enable Output
"H". "L" at select only. Chip selecl signal ol 1C201.Normally
csCJD
scKsl
415 A.14
data qqdgat at ol Command "L",indicates transmitting signal 1C201. designate Commandidata to for transmission 1C201. Clock command
'H".
o o
o o o
data Command to 1C201.
Not connected. Memorv address 15. Not used. Mask item Memorvaddress 13. Mask item Not connected. fixed to "L'
32 33 34
2t
"L" 14. address Maskitem- lixedto Memory
fixed to "L".
A13
A.12
All
"L". 12. Memory address Maskitem- fixedto
Memoryaddress 11. Mask item fixed to "L".
38
20
A10 A9 A8
"L". 10. address Maskitem- fixedto Memory
o
"f Memory address9. Mask item - lixed to
40 41
'L". 8. Memory address Maskitem- fixedto
Not connected. Data bus 7. Mask item Data bus 6. Mask item fixed to "L". "L". fixed to
42
ztil
AD7 AD6
vo vo
24
ElN.eoooF
r
Terminal No.
44
Symbol Name AD5 AD4
l/o
Terminal Function "L". Data bus 5. Mask item - fixed to "L". Dala bus 4. Mask item - fixed to
vo
UO
45 46 47 48 49
JU
AD3
vo
t/o l/o t/o
"L" Databus3. Maskitem- fixedto
"L'. Data bus 2. Mask item - fixed to "U. Data bus 1. Mask item - fixed to "L'. Data bus 0. Mask item - lixed to "L". ' Pulse for address latch. Mask item - tixed to
ADz
AD1 ADO
ASTB Vss Vss MODE AMUTE
o
51
az
5J
supply. 0V power 0V powersupply.
Not connected. Memory read select terminal. Extemal ROM use at Not connected. "H", mask ROM use at "L". Mask item "L", extemal ROM "H".
54
Jb
socK
58 59 SENS CLOSE-
o o
I
Audio outputmute signal.Mute at Clock for sub-code reading.
"H".
Trav CLOSE switch. CLOSE state at Not connectecl.
Indicationsiqnalof servo actuating condition.Emits lrom lC2. "L".
60
61
OPENSOSO
DFLAT
Trav OPEN switch.OPEN state at'L". Sub---codedata input. Emits from lC2.
62 63
64
o
Command latch pulse for digital filter.Output to 1C300. "H". Not used. Fixedto
Voo Voo
OI
supply +5vtrower
+5v power supply. Analog input for tray drive servo. Input for between microcomputerscommunication.Connected to STOUT of the other mechanism microcomuter.To mmmunicate with 3 kinds of voltages, i.e. 0V 2.5V, 5V. "L" Not used. Fixed to Not connected Not used.Fixedto Not used. Fixedto "L" "L".
LDIN STIN
68
70
71
72
IJ
Fixed "L". to Notused.
I Not used. Fixedto "L". Not used. Fixedto'L".
74
76 T7 78
AVoo AVREFl
+5V power supply for A,/Dconverter. +5V. A,/Dconverterreferencevoltage. Not connected.
79 80
81
AVss LOADER STOUT AVREF2
AVREF3
for 0V powersupply A'lDconverter.
o
Tray drive signal. Stops at 2.5V CLOSE aclion al 3V OPEN action at 2V.
with Communicates 3 kindsoJvoltto Connects STINof the othermicrocomputer. communication. lor Output microcomputer i.e. aoes. OV,2.5V,5V.
+5V. D/A converter referencevoltage. 0V. D/A converter referencevoltage.
82 83
u
63
Notconnected. to Notused.Fixed OV. EJSWRST WFCK
SCOR EJECT/OPENswitch input. Connectedto the switch of front panel. Shifts to "L" when the switch is pressed.
86
dt
is switch tumedoff. to observation. Shitts "H"whenPOWER lnputfor +5Vvoltage
to Connected WFCK outputol lC2. 7.35kHzclock. Sub-codesink input.Connectto lC2. Input75 pulsesper 1 second. Fixedto "H". READYsignalof 1C201. Data receivinq
88 89
qo
DRDY OVFRXDTXDI
91
Fixed "L' to Notused.
"H' Normally Over flag of 1C201. Serial interfacereceptiondala. Serial intertacetransmissiondata.
92 93
94
o
25
I
EIN.ECEIOF
(1C201) pPD6381GF TERMINALS SIGNALPROCESSOR TABLEOF DIGITAL
Terminal No. 1 Symbol Name
vo
Function Terminal
Command reception READY signal from microcomputer.Normally'H'. "L" LRCK mask sional.Fixedto
DRDY
FSMASK
I
I
e
5EL
Fixed "H". to Clockinoutselect. Not used.
X'tal oscillationoutput,
4
I
XO XI
GND
input. X'taloscillation supply 0V power
U
XFSO
a
Clock OutDut.Not used. Not connected
0
LRCKO
LR clock outDut.44.1kHz. Word clock output.88.2kH2. Not used.
U
WCLKO 2
J
BCLKO
Bit clock output. 2.1MHz.
BRAKGND
BRRQF5F{5 t-
4
Fixedto "H'. output. Break acknowledge power OV supply. Fixedto "H". input. Breakrequest resetinput.Fixed "H". to Program counter "H". Normally Softresetinput. "H". Hardresetinput.Normally
17 18 19
RST2RSTAO A1
o o
Extemal RAM address 0. Extemal BAM address 1
20 21
1Z
i2. A3
AJ Ab
2. RAMaddress Extemal 3. Extemal RAMaddress
Extemal FAM address4.
23 24 25
zo
o
o
Extemal RAM address 5.
6. RAMaddress Extemal
Extemal RAM address 7.
A8
8 RAMaddress Extemal
Extemal RAM address 9. Not used.
U
28 29
Q1
A9 A10 A11 412 A13 Voo
ExtemalRAM address10. Nol used. ExtemalRAM address11. Not used.
o
Extemal RAM address 12. Not used ExtemalRAM address13. Not used
32
+5Vpower supply.
u
JO
414 A15
Ato
o
U
14. RAMaddress Notused. Extemal
External RAM address 15. Not used.
o
16. RAMaddress Notused. Extemal strobe signal. RAMlowaddress Extemal
Extemal RAM column address strobe siqnal.
a7 2a
RASCAS-
wE40 41
t01
o yo
UO
ExtemalFIAMwriteenablesignal. Extemal RAM data 1 Extemal RAM data 2. Extemal RAM data 3. Extemal RAM data 4.
42 43
toz r03
t04 t05
105 t07 t08 t09
t/o
vo
VO
u
45 46 47 4A 49 50
ql
RAMdata5. Notused. Extemal
Extemal RAM data 6. Not used. Extemal RAM data7. Not used. Extemal RAM data 8. Not used. Extemal RAM data 9. Not used. ExtemalRAM data 10. Not used. ExtemalRAM data 11. Not used. Extemal RAM data 12. Not used.
vo uo
vo vo
1010 t011 lo12
vo vo
VO
26
ElN.ElclClcIF I
Terminal No. 52
35
Symbol Name
vo vo uo
yo
RAMdata 3. Notused. External
External RAM data 4. Notused. External RAM data 5. Notused. External RAM data 16. Not used.
Terminal Function
1013
1014 1015 1016 GND MDO MD1
g
55
vo
56 57 58 60
61
oz
0V power supply.
Mode select 0. Fixed to'L" "H". Mode select 1. Fixed to "L" Mode select 2. Fixed to Bit clock input. 2. l8MHz. LR clock inout. 44.1kHz Fixed to "L". Not usd.
MD2
BCLKl LRCKl
BCLK2 LRCK2
Dtl
63
Fixedto "L".NOtused. Datainput,
&
tt5 oo ot
DO1
o
I
Dataoutput.
Fixed to "L". Not used.
ot2
D02 D03 OORQGF-
o
o o o
Notused.
Not used.
68 69
Not used.Fixed "H". to G flaqoubut.Normally'H'.
"H". Over tlaq output. Normally +5V power supply. "H". Fixed to
71 72
ae
OVFVoo
TESTO TESTl SETRDY SO
SCKSI
74
TO
Fixedto "H'.
o o
Not usecl. Serialdataoutput. clock. SerialdatainpuuouFut Serialdatainput "H" signal."L"- command, - data. /daa designation Command input. Chipselect
T7 78
79 80
HD
cs-
27
I
EIN.AOOOF
TerminalFunction CXD2500AQ
Terminal No.
1 Symbol
vo
I
Terminal Function lor Use lnputterminal OK focussing. lor Servo-autosequencer.
FOK
FSW MON MOP MDS
2
a
z.o
o o
1,0 1,2,o 1.2.o 1.0
Output to shifl time constantof output filterlor spindle motor.
molor control output spindle lor OrVOFF
Servo controlfor spindle motor.
4
tor motor. Servo control soindle
GFS by 460 Hz and if it is Sampling "H", delivers"H" "L'. "L" ;if it is continuously 8 times,delivers
o
LOCK
NC
7 8 I 10
vcoo
vcol
tESl
o
l n
Osdllation current output for analog EFM PLL. Oscillationcunent output for analog EFM PLL. J LOCK=8.936MH2.
Normally TESToutput. GND.
PDO 2
J
o
1,2.0
Charge pump ouFut for analog EFM PLL. GND.
Vss NC
NC NC
4
q
o
VPCO VCKI
FILO FILI PCO
o
1.2.0
Analog
Charge pump output for variablepitch PLL. Clock inout from external VCO for variable oitch. fc center=16.9344MH2.
7
18
10
o o
Filteroutput tor master PLL. (slave=digitalPLL) Filter input for master PLL.
20
21
1.2.O
pumpoutput master PLL. for Charge
AnalogGND. Controlvoltage input for master VCO. Analogpowersupply(+5V).
AVss CLTV
AVoo
22 23 24 25 26 27 28
ZJ
RF
BIAS ASYI
input. EFMsignal circuit. inout Constant-currenl forAsvmmetrv
Comparatevoltage input for Asymmetry 1,0
ASYO ASYE NC
PSSL
(L=Vss, H=VDD). Full tor swing output EFM. -+ -+ OFF. H: Asymmetry cirquit ON. L: Asymmetry circuit
Input to shift output mode of audio data. Serial output at L; paralleloutput at H.
30
al
WDCK
LFCK Voo
1,0 1,0 1,0
U
l=2 tor D/AInterface 48 bitslot.Word-clock Fs.
D/A lnterfacefor 48 bit slot. LR-clockl= Fs Power supply ( +5V )
32
33
34
JJ JO
DA16
DA15
(MBS) MSB for ouFut;PSSL=o serial dataof 48 bitslot.(2S'COMP, first). At PSSL=1 DA16 tor PSSL=o bitclockof 48 bitslot. tor for At PSSL=1 DA15output: LSB PSSL=o serial for dataof 64 bitslot.(2s'COMP, first). tor At PSSL=1 DA14output:
At PSSL=1for DA13 output;PSSL=ofor bit clockof 64 bit slot.
1,0 ,0 ,0 ,0 ,0
oA14 DA13 DA12
DA11 DAlO
o
aa 2a
JY
PSSL=0 LRclockof il bit slot. for At PSSL=Ifor DAl2 outout: PSSL=o GTOPoutput. lor tor At PSSL=1 DAI1 output; PSSL=0 XUGFoutput. for At PSSL=1 DAl 0 output: for for for PSSL=0 XPLCK output. At PSSL=1 DA09output:
At PSSL=I for DA08 output;PSSL=ofor GFS output.
40
41
DAO9
DAOS
o o
,0
,0
,0
42 43
44
DAOT
DAO6
o o o
o o o
for PSSL=o RFCK output. At PSSL=Ifor DA07outpul; for PSSL=o C2PO output. At PSSL=Ifor DAo6output; PSSL=o XRAOF lor output. At PSSL=1 DA05output; for PSSL=o MNT3output. for At PSSL=1 DA04output; for PSSL=o MNT2 tor output. At PSSL=1 DA03output: for
At PSSL=1tor DA02 outDut:PSSL-O lor MNTI output.
1,0 1,0
1,0
45
46 47 48 49 50 51
DAO5 DA04 DAO3
DAO2
'I,0
1,0 1,0
oA01
APTR APTL
PSSL=o MNTo for output. At PSSL=Ifor DA01outputt
ControloutDutfor [email protected] H for R.ch.
1,0 1,0
ln for compensation. H tor L-ch. controloutput aperture
28
EIN.EOOCIF I
Terminal No. 52 53
g
33
Symbol Vss XTAI KTAO XTSL FSTT c4M cl6M MD2 DOUT
EMPH
vo
GND.
Function Terminal
X'tal oscillationcircuit input. By selecting of mode, f=16.9344MH2or 33.8688MH2.
o
o o
1,0
1,0
X'tal oscillationcircuit input. f=16.93214MH2. "L" tor X'tal 16.9344MH2;H for 33.8688MH2. Selection inout terminal of X'tal. 2y3 DividingouFut of 53 and 54 terminal. No change by variable pitch.
56
at
1,0 1,0
58 59 60
ol
pitched, changes. simultaneously Whenvariable 4.2336MH2 output. changes. simultaneously ouFut.Whenmriablepitched, 16.9344MH2 ON ON/OFF control. at H; OFFat L. OiEitahut outsut terminal. Oigital-out H;otherwise outputs L. outputrs Whenplayback emphasized, disc Cloc*)ouFut. WFCK(WriteFlame wheneither onedetected. H sync.S0+S1. output OuFutof subcode of serialoutout sub P-w. ClockiuFuttor SBSOread-out.
Outoul for Sub Q 80 bits and PCM peak level 16 bits.
62 63 el
65 66 67 68
WFCK
SCOR
SBSO EXCK
o o o o o o
1,0 1,0 1,0 1,0
1,0
soso
SQCK
1,0
MUTE
SENS
for ClockinDut SQSOread-out. muteat L. Muteat H; remove 1'10 to ouFut. OuFuts CPU. SENS resetinput.Resetrs "L" at system
lnout of serial datiafrom CPU. lnDutfor latch from CPU. Latchesserial data at release.
69 70
71
XRST DATA XLAT
Voo
72
aa
(+5V). Power supply
I
74
'7^ /o
CLOK
SEIN CNIN
clockinputtromCPU. datatransfer Serial
SENS inout from SSP.
I
pulse. Input tracking of
1,0 1,0 Serial data outout to SSP. Serial data latch ouFut to SSP.
T7
DATO XLTO CLKO
MIRR
78
IJ
o o o
I
1,0
80
Serialdatatransferclockoutputto SSP. usingautosequencer, input.Usetor trackiumpfor over128 tracks, Minorsignal
cxD2500Ao
c6t cr5! PDO vc0r vc00 PC0 trll t rL0 c!Tv Y AS 0 It cr 5C0t Ercx EUPH s0cx s 0s 0 uoi t5f MOP s05
PSSL 0r0r-15 CUTE
O OI U v02 DAIA cL0( xLrl
0rT0 ctx0 r! T0'
29
I
EN.EclOClF
CXA1 372QTerminalFunction
Terminal No. 2 3
4
5
Symbol Vc
FGD FS3 FLB
yo
voltaqe input terminal. Mid-Doint
Terminal Function
In case of reducinghigher range gain of focus servo, connect a capacitorbetween this terminaland terminal number (9).
gainof focrrs range servoby FS3ON/OFF. higher Shitts lowerrange focusservo. of lo tor timeconstant increase Terminal erlernal
FEO FESRCH
o
Foorsdriveoubut for inout terminal focusamplifier. Reverse wavetorm. for timeconstant makefocussearch to Terminal erlernal gainof tracking. range for time to Terminal external constant shifthigher gainof tracking. range for timeconstant shifthigher to Terminal extemal
o
7 I 9
TGU TG2 TAO TASL+
10
l2
o
driveoutput. Trackinq
Reverseinput terminalfor tracking amplifier.
for input Non-reverse terminal sledamplifier.
13
14 5
sLo sLFSET ISET
SSTOP
o
SleddriveoutDut tor input terminal sledamplifier. Reverse
Terminalto compensatepeak in focus/trackingphase.
7 18
19
DIBC LOCK
CLK
trackjump,andsledkick. ot a to Delivers cunent setthe height focussearch, circle. to discinnermost for ON/OFF detect Terminal limitswitch is Terminal usedat thetimeot 1 trackiump.A 47 kohmpullup resistor included. is
Recklessdrive protectioncircuit of sled; activales at "L". A 47k ohm pull up resistoris included.
20 21 22 23 24 26 27 29 30 31 32 33 34 35 37 38 39 40 42 43
44 45 46
input datatransfer.clock fromCPU. Serial LatchinpulfromCPU.
Serial data inout trom CPU.
XLT DATA XRST C.OUT
SENS MIRR
inout terminal. Resets "L". at Reset
o
Terminallo output signal lor track number count.
fromCPU. by FZC,AS,TZC,SSTOP command output Terminalto tor terminal MIRRcomparator. Output
DFCT ASY
EFM
o
I
for comparator. terminal DEFEGT OutDut control. for Input terminal auto-symmetric for OuFutterminal EFMcomparator. for comparator. OuFutterminal focusOK (FOK) holdoutput terminal. bottom DEFECT
Input terminalto input DEFECT bonom hold output by capacitancecombination. Caoacilorconnectinoterminal for DEFECT bouom hold.
o
FOK
ccl
cc2
CB CP
htl
o
I
I
I
RFO TZC
I E
for input A connecting terminal. non-reverse terminal MIRRcompaEtor. MIRRholdcapacilor combination. ouFutby capacitance RFsumming amplifier to Input terminal input Checkpointfor eyepattem. amplifier. lor terminal RF summing Output inputterminal. zerocross compaEtor Tracking inputterminal. enorsignal Tracking at for connecting terminal timeconslant thetimeof defect. Capacitor
Input terminalof ATSC detectingwindow comparator.
TDFCT
ATSC FZC
@mparator. lnout terminal focuszero-cross of inputterminal. FodJs enorsignal at for terminal timeconslant thetimeof defect. connecting Capacitor
47
48
FDFCT
30
E N.AOCr!F
I
cxA1372Q
2-
EI rI
Ea
a I a i
i' l ia
_
t
I
( 5
31
I
EIN.ECEIOF
NOTEFOR PARTSUST ' ' o Part irdicated with the mark @ are nol alwaysin stock and possiblyto take a long periodof time for suppying,or in parl maybe refused. some sase supplyingof of o Whenordering part,clearlyindicate'1'and'l' (i) to avoldmis-supplying. o Orderingpart withoutstatingits part numbercan not be supplied. view. in wiih a Partindicated the mark'*'is not illusffaled the exploded WARNING: havecriticalcfraracteristics. Partsmarkedwith this symbol A I parb recommended the manufac{urer. by Use ONLYreplacement . Resistors
Type r Shape Power Re6lst- Allowable Ohers enor anoo and per- | I
. Capasitors
Er.: BP CE 1H 2R2 M 04W Type Shape Ollsclric Capaslty AllowabloOlhers and per- strenglh Snot I I l b r m a n c e r l l
I r
RD RC RS RYU RN RK
lormancel
r
i
.t,,8w 1t4ul 1nw tw 4N 3W
r
t
I
t
l
{
-
l
Cdton Conpotltbn uatdlc trm Ittililn9 l|.trl llm ,acu nrhu0
a 2E 4l 3A 3D 3F
F : il.l G:tzf J :t5t K : tl0'f M:120!a
P : Publndstsd typ. NL : Lry mls typr NB : t{*bumhglyp. Fn : Fut+nrlrlot F : Lald wic tomlne
:E : Atlmlrumlol alaclEltla :A : Abmlrom eut ahclmlyta :S : Tlrndm .bdDlit. :O : Flm :K : Caamlc :C : Coramlc :P:o|l :M : Mlcr :F : Mcts0lzed :H : fralr$z.d
OJ TA
6.3V F :rl!6 r0v
G : 8 J : lslg K :tl0a M:r20.t
HS : r$oh 6teb[[y lyp. BP : Non-poleltpc
,rc r6v
1H 2A 28 2C 20 2E 2H
I E av 1 V 35V
Farlltanc. 1 8 2
=
1800ohm-l.8kohm
T
L
numbt lndcdss number zerosaltsreftsctive ol pointindicated R. by 2dl9n etfecdve numver, docimal . UnlE:ohm
50v Z r00v Z r25V P r00v 200v C 250V D 500v -
typ., HR : Rlppl.dlilul DL : Foratu!. ud dtscturga HF : Fbr rgrtro hlgh lraquanct i +W'L U :t[-pJ| i4O.L C : CSAP|Tt : +100t6 W : ULCSAtypr {t16 F : Leedwlro torlldrE ;r0.2spF :t0.5pF : qhac
=2.21tF 1{i9it etfective numbor, decimal point indicated by R. zdigft ettectiva numver, decimal point indicatd by R. . Units: $F, (tor P, pF (p}lF)) . when the dielct.lc strength i6 indicEtd in AC.'AC'i8 indudod allr
Capaslty 2 R 2-tT
32
E N.ECICIOF T
MAIN PWB UNIT GU.24i'/2
Rel No. Part No.
Pafi Name
Remarks
Ref No.
Parl tlo.
Part l{ame
Remarks
GROUP SEMICONDT'CTOBS 2$ 0$0005 rc NJM78i|05FA(S) rgl00 tc701 ru05010@ ICNJMTgMOsFA 2630d)5008 tc 1780s6 tc702 005 lC1v15M34051P rc703 2621479 ICP+I38 1c710 2680076902 PROTECTOR PROTECTOR ICP-f'125 t9711,712 0075 268 9(B lCPJ,l7s 1c713-715 0078 268 9@ PROTECTOR 1R710,71r a4uil90'l fR7n,721 2740160 907
Trarcistor2SD2l44SIPU Tramisbr 2SD2144STPU
MultiVobgeModel
2760603 001 UodeMA750 D700 M4750 004 Diod D702,78 2760603 1SR3$2004 07u-707 276(F539(b Diode Diodo 1SS270A 276 98 D708-715 0432
LF/OO
3!13 9462 017
(RED) LED SLR-40VC3F
(Not included Carbon Film l5% 1/4w) RESISTOB CAPACTTORS GROI'P c701 2544?5,57'A c702,703 ?54465717 0706 25/.4?5494i 2539036 909 c708 949 c710711 2534538 2539036 909 c712 949 c720n1 2534538 2539036 909 c722
Elec0olytic 6800pFn6V Ebcfolytic 47COpF/16V lmpF/16V Electolylic Ceramb 0.lpF25V Cramh 1@F60V Ceramic 0.1pF25V Cenmic l00pF60V Cenamic0.1pF25V
cE04w1c682[fc(sME] CE04W1C472l,lC(SME) cE04w1cl01MT(SME) cK45=181042 cc45sL1H101J cK4s=lEI(XZ @45511H101J E10{Z CK45=l
PARTSGROUP OTHEBS
-706 2350049 INil.lCTOR 9q) BEADS 1701 ST) SWTTCH(LoNG sw7mJol21247639'J/ TACT $rv7m 2121()39m0 lP PtSHSW]TCH
cts700 050321(Ff 5P@l,lll.BASE(RED)
c8704 c8705 cB7r0 cB71l c8720 I cB72 @700 @706 205 (EA 0190 205 0717$8 205 047 0668 204 (n1 8373 205 047 0668 ax $73 00r 8196 203 (B4 203'185:tml
[email protected] CONN.BASE 8PMINIDIN ZtP ffCCOl,tH.gASe 2PPINJACK 21PFFCCONN.BASE 2PPINJACK 5PKR-DS CONN.CORD 3PD$DSCONN.CORD
33
WIRING BOARDPARTSLIST PRINTED PWB UNIT CONTROL GU-2403
Ref No. tc800 Part No. Part Name Hemarks
Ref No.
Part No.
905 2470005 247 0008 902 944 2470011 944 2470011
Parl Name
Remarks
RM73B-101J RfuTrcB-1EzJ RM73B-473J RM73B-473J No.-620 ModelSerial U.S.A. No.-881 Model Serial Europe N0.886-950 No.-300 Model Sedal U.K. No.-130 Serial Model Canada Model Multi-Vollage No.-100 RM73B-102J RM738-473J RM73B-513J R[,r/38-334J RM73B-471J RM73B-221J RM73B-270J RM738-270J RM73B-473J RM73B-513J RM73B-334J Rfu?38-471J RM73B-221J RM738-270J
SEMICONDUCTORS GROUP
No.-620 U.S.A. ModelSerial 2621473@1 C pPD7823ilGJ-5BG No.-881 Model Serhl Europe N0.886-950 No.-300 U.K. Model Serial No.-130 Canada Model Serial Model Mutti-Voltage SerialNo.-100 N0.621U.SA. ModelSerial 2621691 003 lCpPD N0.882-885 Model Serial 78234G,|-51G5BG Europe N0.951N0.301U.K. Model Serial No.1 Model Sedal 31 Canada
GBOUP(Not included Carbon Film tSol" 1/4W) RESISTORS
R801 R802 R804 R805 1/4W Chip 100ohm 18Kohm 1/10W Chip 1/10W Chip4TKohm 1/10W Chip4TKohm
1c800
I
Multi-Vollage Model N0.101Serial
FP 903 lc M5M34051 1c801 2621597 263 000 tc 1c7582 tc802,803 0533 U.S-A. 901 ICHD74HC373FP.TL ModelSerialNo.-620 1c804 2620943
No.-811 Model Serial Europe No.-300 Model Serial U.K. No.-130 Model Serial Canada Model Multi-Voltage No.-100 Serial No.-620 ModelSerial U.S.A. No.-881 Model Serial Europe N0.886-950 No.-300 Model Serial U.K. No.-130 Model Serial Canada Model Muhi-Vollage No.-100 Serhl
tc805
t
rc 2050488 010 rc28P socKET ROM GEN 2144 CONTROL SUBASS'Y
1/10W lKohm 247 R806,807 0M7945 Chip 1/10W 944 Chip4TKohm 3 R810-81 2470011 1 51 957 Chip Kohm /10W 2470011 R814 1/10W 2470013942 Chip3iloKohm R815 1/10W 2470006 962 Chip4T0ohm R816 1/10W 989 Chip220ohm 247 R817,818 0005 1/10W 27ohm 965 Chip 247 R819,820 0003 27ohm 1/10W 965 Chip 247 R823,824 0003 1/10W 247 R830-833 0011W4 Chip4TKohm 1/10W 2470011 957 Chip5lKohm R834 1/10W 33oKohm 2470013942 Chip ftdJS 1/10W 962 Chip4Toohm 2470006 ndJo 1/10W 220ohm 989 Chip 247 R837,838 0005 1/10W 27ohm 247 965 Chip R839,840 0003 Volume 0763 015 Slide VR81O 211 Volume 0763 015 Slide VR830 211
'*t*u rc MN1382-s(TX) lrur Transistor DTC114EK TH8ffi05
1c806
Diode [,lA151WK D800,801 e07 Diode ltlA15lWA 0802,8032760438 | 276 tulA151A e1 D804-815 0438 0 D'ode
r ORS GROUP CAPACT
2570014 935 c800 2544260 980 c801 257 935 c810,811 0014 969 c812 2570006 257 935 c830,831 0014 2570006 969 c832 935 257 c842,843 0014 935 257 c861-865 0014 Ceramic-chip 0.1pF25VcK/3FlEl04Z 10pFi50V cE04w1H100M(SME) Electrolylic cK/3FlE1042 0.1 Ceramicchipp.F/25V H681J cc73sL1 680pF/50V Ceramicrhip E1 Ceramicchip 0.1pF25VcK73F1 042 680pF/50V cc73sl1H681J Ceramic+hip cK/3FlE1042 0.1pF/25V Ceramicchip cK/3F1E1042 Ceramicchip 0.1pF/25V
ffi,
| (cD-1) LrGHr BACK 104 ILED 9s11 LE8l0 1393 Monito(CD-1) CUE sLn+ovcsrtneo, 18811 1E812,813
(cD-2) aecx LE83O sss ro+ lleo uerr I sst CUE SLR.4ovC3F(RED Monito(CD-2) e462 7 LED 01 1E831 3e3 I | MONitOT PLAY/PAUSE,PTTCH SLR4oMC(GRN) 3e3 m6 LED 1E832,833 ss12 I (cD-2) | 1C810 1C830
1,,,il,
lueo *t lrr.otr,
Monitor LED SLR4oMC3F PLAY/PAUSE,PITCH I (cD-1) l(GRN)
GROUP OTHERS PARTS csT12.0M Vibrator 399 0038 008 Ceramic x800 (LO,IGSTl 212476390/.TACTSWTCH sw811-822 (Loirc svv8ffi4' 2124768904TACTSWTCH ST) INDUCTOR 235 900 BEADS 1801-806 0049 CONN.SOCKET 205 020 18P c8800,801 0708 DIN 0717 008 8PMINI CONN.&\SE c8802 205 CONN.BASE 021 18P c8810 2050707 C,ONN.BASE 021 18P c8830 2050707
t;;; l*'o'**'
I
l^^
I
v05545/ Druck 1
I I
I I
! ElN-eoooF
MECHAPWB UNIT GU-2401
Ref No.
Part No.
Part Name
Remarks
Ref No.
Part No.
Part Name
Remarks
RM73B-11{ Hiif/38-103J RM73S-563J RM73B-393J RM73B-752J RM73B-104J RM73B-103J RM73B--124J RM73B-104J RM73&-913J RM73B-473J RM73B--68AJ RM73B+22J RM73B-684J RM73B-1OSJ 24J RM73B-1 R[rrcB-103J RM738.473J RM73B-752J RM73B_242J RM73B-473J RM73B-.473J RM73B-913J RM73B-221J Ri/rrcB-472J RM73B-471J R[,f/38-333J RM73B-1 O3J RM73B-332J RM73B-482J I RM73B-103J I RM73B-103J I RM73B-153J I RM73S-133J I ST(S) RS14B3A010JNB I lRM73&-103J No.-620 | ,.r.0. u*r, ser'nt No.-88t UoOet Serial I europe | I I I I I I I I I I
SEMICONDUCTORS GROUP tc tc001 2621342006 cxAl372Q(48POFP) | I 1c002 2621sl4009 | tc cxD2500Ao I 1c003 zaztutsotlc slf74LS624NSR I tc 263 rc004,005 061s902 8A15218F | 080s tc006 263 e03 |ICBA6296FP rc008 zazeoswtrcTc74Hcu04AF I I No.-620 I U.S.A. 1c200 2621473W1| ICUPD78233GJ-5BG Mode Serial
I
I I
|c200
Sel'ral No.-881 Model Europe | N0.886-e5q No.-300 Model Serial U.K. | No.-130 Model Serial Canada | Model Multi-Voltage I No.-100 | Serial N0.621U.S3.ModelSerial 2621690 004 lCpPD78234GJ-515 | -5BG N0.882-8851 Model Serial Europe N0.951- | N0.301Model Serial U.K. I N0.131Model Canada Serial | Model Mutti-Voltage I SerialNo.l0l]
I
1c201 1c203 tc204
2621474cfpICUPD6381GF 2621615 908 tc v53c104BK No.-620 U.S.A. 2620943 901 ICHD74HC373FP.IL ModelSerial No.-881 Model Serial Europe N0.886-950 No.-300 Model Serhl U.K. No.-130 Model Serial Canada Model Multi-Voltage No.-M) Serial
1c205
No.-620 ModelSerial rc 2050488 010 ilc28P socKEr U.S.A. No.-881 Model Serial RoM Ass'lEurope GEN 2172 MECHA SUB I No.886-950 No.-300 U.K. Model Serial No.-l3o Model Serial Canada Model Multi-Vollage No.-100 Seriai
I
I
1/10W Chip 2470012e30 110Kohm R023 | | 1/10W 1oKohm R024.025 0009 I Chip | 247 e8s I 1/10W soo 56Kchm z+zoorr I Chip R026 | 1/10W 39Kohm 928 2470011 I Chip R027 I 1/10W sso 7.5Kohm zlzooos I Chip R028 | 1/10W lmKohm 247w12s27 Chip R030 | I 10Kohm 1/10W 985 2470009 | Chip R031 I 1/10W z+twzstsChip120Kohm R034 I | 100Kohm 1/10W R038 I 2470012s27| Chip 1/10W 91Kohm Ro3s I ztt ootzst+Chip | I 1/10W 47Kohm z+zoort I Chip s+l RM) | 1/10W 68Kohm sao R043 z+zoorr I Chip I 1/10W 8.2Kohm 000e R044 | 247 e6e Chip I 1/10W Chip Ro4s I 247001492s 680Kohm I I l0Kohm 1/10W 247 e8sI Chip 00oe R046 | 1/10W l2oKohm 247N12e43 Chip RM7 | | 1/10W loKohm 985 247 R0s0,0sl 0009 | Chip I 47Kohm 1/10W z+twru+| Chip R052 | 7.5Kohm 1/10W 000e es6 Chip 247 R0s3 | | 1/10W Chip 2470008e31 2.4Kohm R0s4 | | 47Kohm U10W 944 R055 | 2470011 Chip I 1/10W 47Kohm s44 2470011 Chip HUro | I 1/10W 91Kohm 247N12s14 Chip R057 I 1/10W 220ohm 989 Chip 247 0005 R059 1/10W 4.7Kohm 247 0009 901 Chip R060 1/10W 0006 962 Chip4TOohm 247 R061 1i10W 33Kohm 2470011 902 Chip R062 1/10W 1oKohm 985 Chip 247 0009 R063 1/l0W 3.3Kohm 960 Chip 2470008 R064 1/10W 6.8Kohm 943 Chip 2470009 R065 1/10W 985 Chip'lOKohm 2470009 num 1/10W 1oKohm 985 Chip 247 0009 Itub/ 1sKohm 1/10W 0010 929 Chip 247 R068 13Kohm 1/10W 247 0 916 Chip 001 NW lohm 2051 s4s Metidlic lW 244 R079 I 1/10W 1oKohm 985 ChiO R080-083 0009 I 247 I 1oKohm 1/10W ooog R084 I e+z gesI Chip
I rc300
2621664 904
262 m4 rc301,302 1409 lc ecuore-l I 263 5 rc303,304 061 902 lrc8A15218F I ''* 2621U79n5 MN1382-s0x)
l'..*o**,
lrc | 2SD468(C)TF 905 ITnnsistor TR070 2740036 I 258562(C)TF TRo7l 272n25W7 ITransistor I 4EK DTA1 901 I TR300 2690083 lTransistor 1 DTCll+EK noot 2690082902
I
I oom
ITnansistor
2760533 909
loboeMmo+z-u
RESISTORSGROUP (Not included Carbon Film +5% 1/4W) R020 R021 R022
1/10W RM73B-273J 2470010 987 lChip 27Kohm tnOW RM73B-1 O4J toOXohr 2470012927 lCn'p O3J loKohm 1/10w RM73B-1 2470009 985 lchip
No.-300 Model Serial U.K. I No.-130 Model Senal Canada I Model Multi-Voltage I No.-00 S.rial I 1oKohm 1/10W RM73B-103J 985 Chip 2470009 R200 I loKohm 1/10W RM73B-103J 247 0009 985 Chip Rnz I 1/10W lRM73F-103J 10Kohm 985 Chip 247 0009 R203 1/10W 1OKohm 985 Chip 2470009 R205 lnuzs+-rou 1/10W RM73B--182J 1.8Kohm 247 0008 902 Chip R250 I RM73B-0R0K 0ohm Jumper 247001 905 Chip I R303 I 1/10W RM73B-102i lKohm 2470007 %5 Chip R304 I lKohm 1/10W Rlvf/38-102J Chip 247c/J/J7%5 R305,306 I 47Kohm 1/10W RturrcB-473J 2470011 944 Chip R310 I 1/10W RM73B-105J lMohm 247 ffi14967 Chip R311 I 1/10W RM73B-474J 470Kohm 24700139U Chip R312 I 1/10w I RM73B-204J z0oKohm 247001 998 Chip 2 NJ IJ 11Kohm 1/10W I nuzgg-ttet 998 Chip 247 0009 R314
I
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Ref No. R315 R316 R317 R31 I R319
Part No.
Part Name
1/10W Chip 5.6Kohm 1/10W 1lKohm Chip 1/10W l8Kohm Chip 1/10W Chip 2oKohm 1/l0W Chip 3oKohm 1/10W 47Kohm Chip lMohm 1/10W Chip 1/10W 470Kohm Chip 1/10W Chip 200Kohm 1/10W 11Kohm Chip 1/10W Chip 5.6Kohm 1/10W 1lKohm Chip 1/10W 18Kohm Chip 1/10W 2OKohm Chip 1/l0W Chip 3OKohm 1/10W lKohm Chip 1/10W Chip 3.3Kohm 1/10W 150Kohm Chip 1/10W Chp33Kohm 1/10W Chip 1oKohm 100Kohm 1/10W Chip 1/10W 100Kohm Chip 1/10W 1oKohm Chip 1/10W Chip 1OOKohm 1/10W 4.7Kohm Chip 1/10W 100Kohm Chip 1lKohm 1/10W Chip 1/10W 2Kohm Chip 1/10W Chip 300ohm 1/10W lKohm Chip 1/10W 100Kohm Chip
Remarks
RM73B-562J RM73&-113J RM73B-183J RM73B-203J RM73B-303J RM73B-473J RM73B-1 OsJ RM738.474J RM73B-204J 13J RM73B--1 RM73B-562J 13J RM73B*1 RM73B-1 83J RM73B-203J RM73B-303J RM73B--1 02J RM73B-332J RM73B-1 54J RM73B-333J RM73B-103J RM73B-104J RM73B-104J RM73B-1t)SJ BM73B-1 O4J RM73B-472J RM73B-1 O4J RM73B-113J RM73B-202J RM73B-301J RM73B-102J RM73B-1MJ
Ref No.
PartNo.
Part Name
Remarks
cc73sL1 H101J cK73F1 032 H1 cE04w1HR22M(SRE) H333K cK73B1 cK73F1 042 E1 cK/3B1H103K cE04w1c470M(sRE) E1042 cK73F1 H101J cc73sL1 cEo4w1 HR22M(SRE) H cc73sL1 180J cK/381E473K H1s2J cc73sL1 cc73sL1 H3R0C H5RoC cc73sL1 M(SRE) cE04w0J101 cK73F1 E1042 cw3F1E1UZ cc73sL1 H220J E1 cK73F1 042 CK73F1E1MZ cEMW0JlolM(SRE) cEo4woJ220M(SRE) cK73Fl E1042 M(sRE) cE04w0J101 cK/3F1E1042 cEMW0J101M(SRE) E1042 cK73F1 E1042 cK73F1 cK73F1 E1042 E1042 cK73F1 CK/3F1E1MZ cc73sLlH122J ccT3sllH201J H200J cc73sL1 HlooM(SRE) cEo4wl E1042 cK73F1 cc73sL1H12U H201J cc73sL1 H200J cc73sL1 cEo4w1 H100M(SBE) cc73sL1 H101J E1 cK73F1042 cK73F1l473Z
247 0@9927 0009 998 2.47 0010 945 247 958 247 0010 990 247 0010 24700119/.4 NJJU 247 0014967 984 247 0013 R332 247 0012 998 NJJJ 247 0009 998 R334 2470009927 R335 998 247 0009 NJJO 2470010945 958 247 0010 NJJO 247 0010 990 945 2470007 R350 247 0008 960 nJ3 | 0012 969 247 R402 902 R500,501 2470011 0009 985 R502,503 247 2470012927 Hbtru 247 R601,602 0012927 247 0009 985 R603 2470012927 tlbu / 247 0009 901 R608 2470012927 R609 247 0009 998 R700 0008 915 247 R701 917 247 0006 R702 2470N7 945 R7C3 2470012927 R704
100pF/50V Ceamic-ctrip Cenmic-chip pF/50V 0.01 Electrolytic 0.22pFl50V 0.033p 1011 UUJJ 257 966 Cenmic-chip F/50V pF/25V 0.1 0014 c040,041257 935 Ceramic-chip 0.01 257 0010 900 Cenmb-cirip pF/50V c044 47pFl16V Electrolycic 2544n9964 c045 pF/25V 0.1 257 935 Ceram'rc-chip 0014 c046 100pF/50V 257 0004 961 Ceamic-ctip c051 0.22pFl50V 25443059i8 Electrolytic c060 18pF/50V 257 0002 989 Cenmic-chip c061 0.047pF/25V 257 1013 951 Ceramic-chip c062 1500pF/50V 942 Ceramic-chip 2570007 TJUOJ 3pF/50V 257 0001 951 Cenmicchip c064 Ceramic-chiD 5pF/50V 257 0W19n UUOI 100pF/6.3V 4300 254 96s Electrolycic UUbb 0.1pF/25V 0014 c067-069257 935 Cenmic-drip 0.1pF/25V 257 0014 935 Ceramb-chip c104 22pFl50V 904 Ceramb-chip 257 c200,201 0003 pF/25V 0.1 0014 c202,203257 935 Ceramic-chip 0.1pF/25V 935 Cenmic-chip 257 0014 c205 100pF/6.3V 4300 963 Electrolytic c2cf,207 254 22FFl6.3V 934 Electrolytic 2544300 c253 0.1 935 Ceramic{hip }rFl25V 257 0014 c300 100pF/6.3V 4300 963 Electrolytic 254 c301 0.1!tF/25V 0014 935 Cerambdrip 257 c302 100pF/6.3V 4300 254 963 Electrolytic c303 0.1pF/25V 257 0014 935 Ceamic-chh c304 0.1 0014 c305,306257 935 Ceramic-chip FF/25V 0.1 935 Cenmic-chip;rF/25V 257 0014 c307 0.1pF/25V 0014 c308,309257 935 Cenmic-chip 0.1pF/25V 257 935 Ceramb-chip c310,311 0014 1200pF/50V 2570007 926 Ceamic-chip Resistor 22Kohm v04P8203M(RVG4M) c312 Fixed 903 Semi 211 vR001,002 6086 200pF/50V 257 0005 931 Ceamic+hip UJ IJ v06P8104 1OOKohm Fixed Resislor 211 vR300,301 607/938 Semi 20pF/50V 2570002992 Cenmic-chip UJ IA 10pF/50V 2544306 925 Eleclrolytic c315 CAPACITORS GROUP pF/25V 0.1 257 935 Ceramic-ctrip c330,331 0014 cE04w0J102M(KMG) UJJZ 1000pF/6.3V 2544430 008 Electrclytic c001 1200pF/50V 2570007 926 Ceramic-chip cK73Fl E1042 0.1FF/25V 257 0014 935 Ceramic.chh c002 ip 257 0005 931 Cenmic-ch200pF/50V UJJJ 0.01pF/50V cK/3B1Hr03K 257 0010 900 Cenmic+hip c010 20pF/50V 257 0002 992 Ceam'c-chip c334 a2?E 27o0pF/50V cK73B1H272K 937 Ceram'rc{hip c011 2570009 10pF/50V 925 Eleclrolytic 2544306 cK73B1H103K 0.01 900 Ceramic-ctrb trF/50V 257 0010 c012 100pF/50V 257 0004 961 Ceramic-chip 901 3300pF/50V cK/381H332K 1010 257 941 Ceramic-chip c013 0.1pF/25V 0014 935 Cenmic-chip c500-50s 257 cc73sLlH561J 560pF/50V 2570006 943 Ceramb{hip c014 ip0.047pF/50V 257 0013 907 Ceramic-ch c700 E473K 0.047pF/25V cK73B1 1013 951 Ceramic*hip 257 c015 El cK73B1 04K 0.1 2571013993 Ceram'E-dippF/25V c016 GROUP OTHERS PARTS E473K 0.047pF/25V cK73B1 1013 951 Cenmic+}ip 257 c017 x001 3990036 13 CRYSTAL 0 2200pF/50V cK73B1H222K 2570N9924 Cenmb+hip c018 VIBMTOR 0038 008 CERAMIC x200 399 El cK/381 04K 0.1pF/25V 2571013993 Cenmic+hip c019 001 CRYSTAL x201 399 0174 E823K 0.082pF/25V cK73B1 c020 2571013980 Cenamic*hip FFC BASE 205 0681 008 12P SIDE cB00l 0.033pF60V cK/3BlH333K 966 Cenamh
257 0004 961 c0a 257 966 c030,031 0012 2544305 926 c032
16.9344MH2 csT12.0M 24.576MH2
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VIEW PARTSLIST OF EXPLODED
Rel. No.
PACKING AND ACCESSORIES (not included EXPLODED VIEW)
Remarks l'ty
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Part No.
Part Name
Ref. No.
Part No.
Part l.|ame
Remarks
Modol U.SA. Model U.K. Model Multi-Voltage
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PWB GU-2402 MAIN UN]T PUA GL.l-2,m2-1 MAIN UNT PII|,B 1-2 GV2402-2 PANET UNIT PU'B 1-3 Gt.|-2,()2 PANEI. UNTT @N. 2(F0717 008 8PMINIDIN BASE 2 2P JACK 2(x&173001 PIN 3 4 r05 SINK 417(X64 HEAT 1
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lP PUSH SWTICH FRONT PANELASS'y TEDWINDOW cHASSTS LOCKING CARD SPACEF FOOTSHEEI And Modo PANEL U.SA. Canada BACK Europe Model BACK PANEL Modl BACK PANEL U.K. PANET Muhi-Voltage Model BACK CDMECIIA.UNF P.W.B. BASE PIERCE I{OI,D LOO(NG CARD SPACEI PIA'B MECHA UN]I 21P FFC WASHER CARDSPACER EARTH PTA'IE SHEET
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311 312 313 314 315 3J6 317 318
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515 002 0474 51 0436 5 008 2042518 m8 203 007 dt05 505 m2 0102 505 m8 0099 505 082 0099 412 m0 3556 4r/m$fio 471 021 3505 503 206 lml RG35 1012 505 02r 1010 503 lts 137 50r1527
Model DAIWARRANTY ROM U.SA. Model Canada DCIWARRANTY 8PMD.@RD 2PPIN COBD PAPER SWRENE POLY@VER POLYCOVER BRACKEI CONNECTII,IG WASHER SCFEWSxl0
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119 tog 0069 1131357 207 146 140 9238 1020425 101
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101 102 103 104 105
4i37015m5 TAPPhIG SCREW (S) Elack 316 473 005 TAPPT.IG ' $<6(S) 70@ SCBEI 7508 SCREW SxlqPl Black 47ts 017 TAPPll,lG (S) 473 003 TAPPING 70U SCREW4!8 4i'/02$m5 3PSWEITING SCREW Black
11 10 2
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a Partindicated themark' O 'are notalwap in stock with and possiblytotakea longperiodof timefor supplying, or in somecasesupplyirgof partrnaybe refused.
E N.EICrIOF
WARNING: havecriticalcharacteristics. Partsmarkedwiththissymbol A W parts recommended the manufacturer. by Use ONLYreplacement
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AND CABINET VIEWOF CHASSIS EXPLODED
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Ret.No. I 3 5 6 t 8 I 10 n 12 13 14 1s 16 17 18 1e 20 21 zz 23 24 2s 27 28 n 30
32 33 y
LISTOF FG'50MECHAUNIT PARTS
1
Partr No.
Part Name
Remarks
rlamper Sub Press Ass'y 13e6 IGEN F|?lme 412 006 ;lamper 3133 I Frame 431 302 oader 0300 | Spring 0669 | 463 008 ockLever ockLever l+tzsztszoz 0162 | 424 00s iear 424 104 iftCam 0160 I 006 ipechlScrew | 4z 0262 SW. 1o59006)pervChse lztz 423 011 bn 00s6 | Gear 1 0 3 'ulley 14240161 Chassis 1 0 1 9 3 @lecha. l+11 Sub ..Motor Ass'y 14e2 GEN I ,lotor P.W.B. SW. 1222227scn6, CORD.R 203 008 ;3,2PPH.SAN 8302 I 0191 | 499 009 aserP.U Shafi ros+ oos ).U. ll+s 3801 039 lx3 CBS-Z i471 Ass'y Motor ipindle | orn rose Gear +z+ oos lelical oto+ | Sub Motor Ass'y 13e7 3lide IGEN 462 104 )amper 0078 | ggot CORD.W I zog oo9 '3,2P PH.SAN
KSS-240A
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212 005 6013 I oo9 oo1 0051 | 117 0078 I 462 0583 | 463 100
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Inner SW. 12P FFC Damper (F) Spring Frame Ass'y r+oa Mecha. Sub er'r le F. 0661 000 Spring (R) 1461 Rack 403 Slide 435 0117 | Washer 014 Rubber 0113 | 462
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UNIT PARTLISTOF RC.35CONTROL
Ref. No.
O I- l
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Part No.
GU2403 -1 GU2403 -2 GU2403 -3 GU2403 393 104 9511 3934139 002 21 0763 1 015 2124763W4 3939462 017 3939512 006 2050717 m8 144 2191107 146 1371 005 449 0074 011 146 1369 101 119 0068 100 119 109 0069 105 1030 109 1461370200 1131523 002 4610653 005 4610504 002 4123555108
Part Name
Remarks
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PWB COMTROL UNIT PWB CPU UNIT LEFT PWB UNIT RIGHI PWB UNIT LED BACK LIGHT LCD VOLUME SLIDE TACT ST) SWTTCH(LONG (RED) SLR.4OVC3F LED st"R40Mc LED(GRN) 8PMINI CONN.BASE DIN RCFRONT PANELASS'Y LED WINDOW LOCKING CARD SPACER INNER PANEL (A) RUBBER BUTTON (B) RUBBER BLTNON COVER WINDOW SLIDE KNOB
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NOTES ALL RESISTANCE VALUES OHM.K=1,OOO IN OHM,M=1 ,OOO,OOO OHM ALL CAPACITANCE VALUES MICROFARAD. IN P=MICRO.MICRO FAMD EACHVOLTAGE ANDCURRENT ARE MEASURED NO SIGNAL AT INPUT CONDTTION. CIRCUTT AND PARTS ARESUBJECT CHANGE TO WITHOUT PRTOR NOTICE.
TflARt{ING: Parls markadwtf UseONLYrd& CAUTDN: Bio.a.etmingt the leakageciln ddedive. I{AFIILIG: DO l'lOTretrm fl
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WAFt{NG: Partsmarld wih tris symbolA l,ffil have o'itical chrateristics. UseONLYreflacementpartgft,commenddby ths mantacUrer. CAUTION: BelorelEtming fie unit lo the djstomor, make sure yan makeoither (1) a leakageornsnt check (2) or a line b chassisresistancechedc It theleakage cutrcntexceds milliamps, it the resisEnce 0.5 or tromch;sis to eit-her ct the pc,.rer siCe cord is lessihan 240 kchms,ihe un1;s ddeaive. WAFTIIIG: Do l,|or retrm he unit to the customeruntil the poblem b locand and conectedIOTES: Cirofi and parB are suqd b cfiange without prior notice.
* Forserial numbers o No.301,of Canada I CPUmasking m and
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ialnumbers U.S.A. of ModelafterNo.621, of Europe Modelup to No.882+8sandafterNo.951, U.K.Modelafter of f ' of Canada ModelafterNo:]?l, and of Multi-Voltage ModelafterNo. 101 tc2oo becomesUpD1B234GJ-515-5BG , by nsking makes1C204, and IC2OS, unnecessarvl Rg4
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DIAGRAMGU-2403 SCHEMATIC CONTROL P.W.B. UNIT
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* For serialnumbersof U.S.A.Modelafter No.621 of EuropeModelup to No.882-8 , lC ModelafterNo'101, and ModelafterNo.131, of Multi-Voltage No. 301,of Canada 1C805, R805 unnecessary. CPU maskingand makes1C804,
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.882-885 afterNo.951, U.K.Modelafter of and UPD7823/. by fG800 becomes GJ-516-5BG r.101,
WARNNG: Parb nErlc UseONLYre
CAfiON: BtorrtJm the leakager NOTES dbdive. OHM lN VALUES OHM.k=1,m0OHM,M=1'000'000 ALL RES|STANCE FARAD P=MICRo'MICRO WARNNG: IN AI I CAPACITANCEVALUES MICROFARAD. EACHVoLTAGEANDCURREI.|TAREMEASUREDATNoSIGNALINPUTcoND|TloN. DO NOTret PRIORNOTICE. WTTHOUT TO ARE SU&JECT CHAI'IGE AND CTRCUTT PAFTS NOTES: Ckcuitand p
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WARNNG: Partsmarkdwrthtris symbol A l'ffil hae critbal characteristics. Usa ONLYreplument patts l@mmended by the manutactJrer. CAUTON: BetotrtJming$e unit b the qrstomer, makesure yor makeeither (1) a leal(agedJnent cfteckor (2) a line b cfiasds resistancschedc lf lrom chassisto eilhr side of $e potrer cord is lssthan 240 kohms,lhe unit is the leakageo.rnentexcds0.5 milliamps,or if fre resistance debaive. WARNING: DO NOTretlm fre unitto lhe customeruntil th problmis locabd and coneded. NOTES: Circuitand partsar sutict b cfiange without prior notico.
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43
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