denon dn 2000f
TRANSCRIPT
DENONSERVICE MANUAL
MCIDEL DN.?cIcIcIF
TABLE OF CONTENTS
OPERATING INSTRUCTIONS . . . . .2-12DISASSEMBLY . .13-15LOADERFRAMEASSEMBLING . . . . . 16N O T E F O R H A N D L I N G O F L A S E R P I C K - U P . . . . . . . , . 1 7S E R V O A D J U S T M E N T . . . . . . 1 8IC TERMINAL FUNCTION LIST . . .22-30PRINTED WIR]NG BOARD PARTS LIST .. .33.34PRINTED WIRING BOARD PATTERNS ...35.36P A R T S L I S T O F E X P L O D E D V I E W . . . . . . . . . . 3 8EXPLODED VIEW OF CHASSIS AND CABINET . . . . . .39P A R T S L I S T O F F G - s O M E C H A U N I T . . . . . . . . 4 0E X P L O D E D V I E W O F F G - s O M E C H A U N I T . . . . . . . . . . 4 0PARTS LIST OF RC-35 REMOTE CONTROL UNIT . . . .40EXPLODED VIEW OF RC-35 REMOTE CONTROL UNIT . . . . . .41W I R I N G D I A G R A M . . . . . . . . . 4 2SCHEMATIC DIAGRAM ..43.44SEMICONDUCTORS . . . .4547
Hi-Fi Component
uulu[ulllllllllllllllllllllllllDOUBLE CD PLAYER
NIPPON COLUMBIA CO.. LTD.
I E N.EGIOC'F
IMPORTANTTO SAFEW
WARNING:
TO PREVENT FIRE OR SHOCK HAZARD, DO NOT EXPOSE THISAPPLIANCE TO RAIN OR MOISTURE.
CAUTION:1. Handle the power supply cord carefully
Do not damage or deform the power supply cord. lf il is damaged ordeformed, it may cause electric shock or malfunction when used. Whenremoving from wall outlet, be sure to remove by holding the plug
at tachment and not by pul l ing the cord.2. Do not open the top cover
In order to prevent electric shock, do not open the top cover.lf problems occur, contact your DENON dealer.
3. Do not place anything insideDo not place metal objects or spill liquid inside the CD player.
Electric shock or malfunction may result.
Please, record and reta in the Model name and ser ia l number of your setshown on the rat ing label .Model No. DN-2000F Ser ia l No.
NFI OF ELECTNC ${OCf
DO ITOT O?EJU
CAUTION: TO REDUCE THE RISK OF ELECTRIC SHOCK, DONOT REMOVE COVER (OR BACKI. NO USER.SERVICEABLEPARTS INSIOE. REFER SERVICING TO OUAUFIED SERVICEPERSONNEL.
The lightning flash with arrowhead symbol, withinan equilateral triangle, is intended to alert the user tothe presence of uninsulated "dangerous vol t3ge"within the product's enclosure that may be ofsufficient magnitude to constitute a risk of electricshock to persons.
The exclamat ion point wi th in an equi lateral t r iangleis intended to alert the user to the oresence ofimportant operating and maintenance {servicing}instructions in the literature accompanying the ap-pl iance.
IMPORTANT (BRITISH MODEL ONLY)
The wires in this mains lead are coloured in accordance with the
fol lowing code:
Blue: Neutral Brown: L ive
The colours of the wires in the mains lead of th is apparatus may not
correspond wi th the coloured markings ident i fy ing the terminals in
your p lug proceed as fo l lows.
The wire which is coloured blue must be connected to the terminal
which is marked wi th the let ter N or coloured black.
The wire which is coloured brown must be connected to the
terminal which is marked wi th the let ter L or coloured red.
NOTE:This CD player uses the semiconductor laser. To allow you to enjoy musicat a stable operation, it is recommended to use this in a room of 5"C {41'F)- 35"C (95'F).
LABELS (for U.S.A. model onlvl
CAUTION:USE OF CONTROLS OR ADJUSTMENTS OR REFORMANCE OF PROCE.DURES OTHER THAN THOSE SPECIFIED HEREIN MAY RESULT lNHAZARDOUS RADIATION EXPOSURE.
THE COMPACT DISC PLAYER SHOULD NOT BE ADJUSTED OR REPAIREDBY ANYONE EXCEPT PROPERLY OUALIFIED SERVICE PERSONNEL.
2
NOTE:This unit mav cause interference to radio and television reception if
you do not operate it in strict accordance with this OPERATING
INSTRUCTIONS.
This uni t ccmpl ies wi th Class B comput ing device ru les in accord-
ance with the specifications in Sub-part J or Part 15 of the FCC
Rules, which are designed to provide reasonable protection against
such interference in a residential installation. lf the unit does cause
interference to anv radio or television reception, try to reduce it by
one or more of the fo l lowing means:
a) Turn the other unit to improve reception
b) Move th is uni t
c) Move this unit away from others
d) Plug this unit respectively into a different AC outlet
'This is note in accordance wath Section 15.838 of the FCC Rules.
EIN.2CICEIF I
ma nufactu rer.
An appl iance andcart combinat ionshould be movedwi th care. Ouickstops, excessiveforce, and unevensurfaces may causethe appl iance and car t
EXAMPI-E OF ANTENNA GROUNDINGAS PER NATIONALELECTNICAI COOE
Power-Cord Protection - Power-supply cords shouldbe routed so that they are not l ike ly to be walked onor p inched by i tems p laced upon or against them,paying par t icu lar at tent ion to cords at p lugs. con-venie;ce receptacles, and the point where they ex i tf rom the appl iance.
Cleaning - The appl iance should be c leaned only asrecommended bY the manufacturer .
Power L ines - An outdoor antenna should be locatedaway f rom power l ines.
Outdoor Antenna Grounding - l f an outs ide antennais connected to the receiver , be sure the antennasystem is grounded so as to provide some protec-t ion again i t vo l tage surges and bui l t up stat icchargei . Sect ion 810 of the Nat ional Electr ica l Code'ANSTNFPA No. 70-1984, prov ides in format ion wi threspect to proper grounding of the mast and sup-por t ing st ructure, grounding of the lead- in wire to anantenna d ischarge uni t , s ize of grounding conduc-tors, locat ion of antenna-discharge uni t , connect ionto grounding e lect rodes, and requi rements for thegrounding e lect rode. See Figure A.
Nonuse Per iods - The power cord of the appl ianceshould be unplugged f rom the out le t when lef tunused for a long Per iod of t ime.
Object and L iquid Entry - Care should be taken sothai objects do not fa l l and l iqu ids are not sp i l led in tothe enclosure through openings.
Damage Requir ing Serv ice - The appl iance shouldbe serv iced by qual i f ied serv ice personnel when:
A. The power-supply cord or the p lug has beendamaged ; o r
B. Objects have fa l len, or l iqu id has been spi l led in tothe appl iance; or
C. The appl iance has been exposed to ra in; or
D. The appl iance does not appear to operate normal-ly or exhib i ts a marked change in per formance; or
E. The appl iance has been dropped, or the enclosuredamaged.
Serv ic ing - The user should not at tempt to serv icethe appl iance beyond that descr ibed in the operat inginstruct ions. Al l o ther serv ic ing should be referred toqual i f ied serv ice Personnel .
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OSCHAiG€ UNIIrNac sEclON alo.tl
GeouNoNG CONOUCT@stNCC S€CrroN a lo 2 l l
SAFETY INSTRUCTIONSRead Inst ruct ions - Al l the safety and operat inginstruct ions should be read before the appl iance isooerated.
Reta in Inst ruct ions - The safety and operat inginstruct ions should be reta ined for fu ture reference'
Heed Warnings - Al l warnings on the appl iance dndin the operat ing inst ruct ions should be adhered to '
Fol low Inst ruct ions - Al l operat ing and use inst ruc-t ions should be fo l lowed.
Water and Moisture - The appl iance should not beused near water - for example, near a bathtub,washbowl , k i tchen s ink, laundry tub, in a wetbasement , or near a swimming pool , and the l ike '
Carts and Stands - The appl iance should be usedonly wi th a car t or s tand that is recommended by the
Wal l or Cei l ing Mount ing - The appl iance should bemounted to a wal l or ce i l ing only as recommendedby the manufacturer .
Vent i la t ion - The appl iance should be s i tuated sothat i ts locat ion or posi t ion does not in ter fere wi th i tsproper vent i la t ion. For example, the appl ianceshould not be s i tuated on a bed, sofa. rug. or s imi larsur face that may b lock the vent i la t ion openings; or ,p laced in a bui l t - in insta l la t ion, such as a bookcase orcabinet that may impede the f low of a i r through thevent i la t ion openings.
Heat - The appl iance should be s i tuated away f romheat sources such as radiators, heat regis ters,s toves. or other appl iances ( inc luding ampl i f iers)that produce heat .
Power Sources - The appl iance should be connectedto a power supply only of the type described in theoperat ing inst ruct ions or as marked on the ap-pl iance.
Grounding or Polar izat ion - The precaut ions thatshould be taken so that the grounding or polar izat ionmeans of an appl iance is not defeated.
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@ seecrFrcATroNs
GENERAL AUDIO SECTIONType: Twin mechanism Compact Quant izat ion: 18-bi t l inear/channel
Disc player with wired Sampling frequency: 44.1 k{zremote control . Oversampling rate: 8 t imes
Disc type: Standard Compact Discs Frequency response: 20 to 20,000 Hz(12 cm and 8 cm) Total harmonic
Dimensions: Player unit ; distort ion: 0.006 %482 (W) x 88 (H) x 252 (D) mm Signal- to-noise rat io: 103 dBRemote control uni t ; Dynamic range: 98 dB482 (W) x 88 (H) x 62 (D) mm channel separat ion: 96 dB
tnstal lat ion: 19- inch rack mountable Output level: 2.OVPlayer un i t ;3U Load impedance: 10 Kohm or moreRemote control uni t ; 3U FUNCTIONS
Weight: Player unit ; 5.5 kg Track select ion: 1 to 99 tracksRemote control uni t ; 1.5 kg' Fast search: 1 frame step and
Power supply: 120 V AC + 10%, 60 Hz cont inuous search(for U.S.A. & Automatic cueing: Beginning of musicCanada mode ls ) Back cue ing to230 V AC t10Yo,50/60 Hz cued Po in t( for European model) lnstant start : Within 0.03 sec.240 V AC +10yo,50/60 Hz Variable pi tch: +8% Sl ider with(for U.K. model) resume switch120/2201240 V AC +1jo/o, Pi tch bend: +B% max.50/60 Hz Display: Track number,( fo r mu l t i vo l tage vers ion) Remain ing t ime or
Power consumption: 26 W Elapsed t ime inEnvironment: Temperature; 5 to 35oC Min. Sec, and Frame
Humidity; 25to85%(without condensat ion )Storage Temperatu re; -20 to 60"C
Standard Pin-connected cord;accessories: L/R 2 pairs
Remote connect ing cable; 1 pc.
* Specif icat ions and design are subject to change without not ice for purpose of improvement.
1 2
20
EN.f f i tFr
DISASSEMBLY
OTOPCOVER1. Remove4screws @ onbothsides,andl screw @. on rear side.2. Pull up TOP COVER.
O FROI{T PANEL1. LOADER FRAME comes out when SLIDE nnCX @ ot
mechanism unit is pushed.Pull up LOADER PANEL yh(e pulling it towards front.n"rou" z upper screws @ *d 3 lower screws @
DetACh FRONT PANEL.
2.3.
1 3
r DN.EOCrIF
O MECHANISI' UNTT1. DisconnectffCca!!a2. Remove 4 screws qQ!) .Note : O Do not pull out aslant to prevent FFC cable damage.
O Do not fail to pull AC cord from wall outlet beforedisconnect the FFC cable .lF AC cord is remained plugged into wall outlet,power is kept supplied in the unit, which may causedanger.
. MECHA. PWB ANd PWB BASE
Unlock Locking Card Spacer at two places.Rotate MecfraPWB uprards (approx. 45"), and take off
Mecha. PWB
Piece HoldLockingCard Spacer
PWB Base Connector
1 .2.
from Piee Hold.3. Remove 2 screws @ on botr sides, then PWB Base is
detachable.
'14
E N.ECEIOF I
. CLAMPERPull damper and undo 4 hooks.
o covER (REMOTE CONTROLITNIT)1. Remove5soews(1 @ ano4 @ ) .
Remote Control Unit(RC-35)
1 5
r E N.aooclF
LOADER FRAME ASSEMBLING
1. Slide the slide rack located inner side of the loader frame,and set the lock lever as shown in the below figure.
Rotate the gear portion of lift cam counterclockwise byfingeruntil it comes stopper part. At this time, confirm the drivemechanism that is placed in lowered position.
Fit the guide of mechanism chassis and the ditch of loaderframe and put the loader frame on the mechanism chassis.At this time, make sure that the front surface of the loaderf rame is set at 20mm extruded position f rom the lront surf aceof mechanism chassis.
Insert the clamper frarne to the mechanism chassis until itlocks.
Slide Rack.
2.
Loader Frame
ri-----------ir
r { xQr_1 i {9 I r lQu ids
Mecha. Chassis.
q \\/i t34VN....7/1p4**l l \ : - u lffi
Loader Frame Front
Drive Mecha......UP
Drive Mecha......DOWN
20mm
1 6
E'N.aoooF I
I{OTE FOR HANDUNG OF LASER PICK.UPI}ESCRIPTION OF THE COIU|PONENTS
+X-axis cliredion Object lens
OP Slide base
Slide rack
Double axes cover
Flexible flat cableconnector
year(last figure)
Iday month I quality control No.o o o o o
but Oct. Nov. and Dec. are expressed by alphabetical lettersof X' Y and Z'
10 1 1ou- o o o o
quality control -LD drive current
The expressed unit is by mA, with omission of the decimal point asfor example, 56.5mA will be expressed as 565, but the head ofEnglish letter means the control in the manufacturing plant.
+Z-axis direction
1
,/
+Y-axis
Y-axis(Tangential direction)
X-axis(Radial direction)
Label
KSS -240A
ocoooo ooo
PIN CONNECTOR
- Lot No.
- lop
LO2 Flexible board
PinNo.
Description InpuVOutoul
Pin.No.
Description InpuVOutout
1 VC (+2.5v) OUT Vcc (+5V) IN
2 TE ffRK ER sional) OUT LDC (LD Control) IN
3 FE (FCS ER signal) OUT 9 FCS + (Double axes) IN
4 FZC (FZC signal) OUT 1 0 TRK + (Double axes) IN
c RF (RF sional) OUT 1 1 TRK - (Double axes) IN
6 GND IN 1 2 FCS - (Double axes) IN
1 7
I ElN,EClClClF
SERVO ADJUSTMENT
NECE$SARY EOUIPMENTS FOB ADJUSTMENT1. Dual trace oscilloscope2. Reference disc CA10943. Oscil lator (10H2- 10kHz,0 -3 Vp-p)4. Frequency Counter5. Filter for measurement
LOCATION
AdJustment ProcedureBe sure to perform servo adjustments and confirmations by thisorder of adjustment procedure.
1 Actuating the Service Program.2 Confiirmation of Tracking Offset.3 Adjustment of Focus Gain.4 Adjustment ol TracKng Gain.5 Confirmation of HF Waveform.
1. Actuating the Servo ProgramO Tum the power off.@ While simultaneously pushing the center blue buttons (1,2)
of remote control (RC-35), turn the power on.@ As the tray opens, set the adjustment disc (CA-1094).@ Displayed indication on the remote control (RC-35) is
version number of microcomputer program 4 figures on theleft are program version of remote control, and 4 figures onthe right are program version of main body mechanism.
Program Version ofRemote Control (RC-35)
Push the TRACK lFl button of the mechanism intendedto adjust for one tifrIe. After confirm that 0 i is displayed,push the PLAY button. Then, the Tray will close.Push the TRACK l>> | button ( 0? is indicated), then pushthe PLAY button.
ff33 Kohm I
Input * o.oor rtr outPut(cU-2401)
| (oscilloscoPe)
+(Filter for measurement)
Program Version ofMain Body Mechanism
r0tz-n9
E*
I lL tL l E iL t l
1 8
Q/
EtN.ecrtoF r
o|dllmpr
TP1
+
r c O
TEO O
Fllbr
I-E
2. Conflrmation of Tracklng OtfsetO Connections
@@
Push the TRACK D>l button (0fObserve TEO on the scope.
is indicated), then push the PLAY button.
I q _ a lMeasure the voltage of A,B and in case ffi
3. Adlusment of Focus GainO Connections
exceeds 15%, please replace pick-up as it is delected.
@@@L?'
Push the TRACK lFl Button (gj is indicated), then push the PLAY button.Set he oscillator 1.1kHz, 0.6 Vpp mode.Make the oscilloscope in X-Y mode.Adjust the VRI ( | FOCUS I ) so as to symmetrize Lissajous figure to X axis or Y axis.
Nlb66p€
1 9
I ElN.ElC|C'clF
4. Adjustment ot Tracking Gain
O Connections
A\1)
@@@
Confirm that 0Y is indicated.Set the osillator 1.9kHz, 0.6Vp-p mode.Make the oscillosggpe in )(-Y mode.Adjust the vR2 ( ITRAoK I ) so as to symmetrize Lissajous figure to X axis or Y axis.
5. Gonfirmation of HFWaveformO Connections
For PWB ftem No. 22224o1207 For PWB ftem Nos. 2222401 OO32222401 100
Observe HF wavelorm on the scope.The standard amplitude of HF waveform is 1.1V. lf it is less than 0.8V, please replace pick-up as it is defected.
@@
Osdllccop€
OeAccopsOEonGcop€
TPl
o +.}-
v c G
H F O
20
E'N.ACEIOF I
6. Adjustment of Super Linear GonverterAdjustment of Super Linear Converter is only performed at atime the DA Converter is replaced.
Adiustment ProcedureO Connections
Connect the LINE OUT to a distortion meter through thelow-pass filter.
@ Playback a disc obtains 1kHz, OdB sine wave tone.@ Adjust the VR300, VR301 and obtain minimum THD.
VR300 .R-channelVR301 . L-channel
THD standard is less than 0.006%
About the Service ProgramThe service program is a program specially for servo adjustments and for confirmations.
Actuating the Service Program.@ Tum the power off.@ While simultaneously pushing the center blue buttons (1,2) ot remote control (RC-35), turn the power on.@ Program version of microcomputer indicated on the remote control signifies start actuating of service program.
Contents of Service ProgramAfter actuating the service program, select an aiming process number with the TRACK t|R]fJl buttons, TIME button,PITCH BEND button, and PITCH button, and push the PLAY button to execute processing, The process number is thendisplayed on the TRACK indication portion.
TRACKBUTTONS
BE
Process No.ffRACK Indication)
Function Contents Explanation
01 OPEN/CLOSE Performs OPEN/CLOSE each time the PLAY button is pushed.
02 Slide Moves pick-up to the center of disc.
03 FOCUS SERVO ON Turns the FOCUS Servo ON.
o4 Confirmation ofTRACKING OFFSET
Rotates the disc. Checks divergence of Tracking Otfset.
05Adjustment of Gain Adjusts FOCUS, TRACKING Gains.
Normally the same as PLAY MODE.
06 Cleaning ofPick-up Lens
Pick-up. moves when SEARCH t l+<ll > l)outton is pressed. Move thepick-up under the hole of mechanism PWB, and clean the lens.
TIME OA CHUCKING Test Repeats OPEN/CLOSE of tray, servo ON, and TOC read.
PITCHBENDE OB
Heat Run(No Skip Check)
Repeats OPEN/CLOSE of tray, repeals playing the first and the lastprograms of music on the disc. When an error o@urs, displays enor codeand stops.
PITCHBENDE 0c
Heat Run(With Skip Check)
Repeats OPEN/CLOSE of tray, repeats playing the first and the lastprogram of music on the disc. Stops when skip (track jump) occurs.
21
I ElN.AOclclF
IC TERMINAL FUNCTION LIST
TABLE OF MTCROCOMPUTER (rC800) TERMTNALS
1C800 is utilizing an external ROM in its initial lot until using the mask item. As the contents of same terminals ditfer according to thelot for this reason, please be reminded at a time performing service. External ROM utilizing models are up to these serial numberslisted below.
Model Serial No.EUROPE -881 ,886 -950u.K. - 300u.s.A. - 620
ModelCANADAMulti-Vollage
Serial No.- 130- 100
TerminalNo.
SymbolName
vo Terminal Function
1 CUEL2 o CUE LED ON/OFF siqnal of CD-2. ON at'H".
2 PLYL2 o PLAY LED ON/OFF signal of CO-2. ON at "H".
PITL2 PITCH LED ON/OFF signal ol CD-2. ON at "H".
4 PITLl o PITCH LED ON/OFF signal of CD-1. ON at "H".
5 PLYLl o PLAY LED ON/OFF sional ot CO-1. ON at "H".
CUELl CUE LED ON/OFF signal of CD-l. ON at "H'.
RST- Hard reset input. Reset at "L"
a Voo +5V power supply.
9 x2 Clock oscilation circuit input 2.
0 X1 Clock oscilation circuit input 1
vss 0V power supply.
2 Vss 0V power supply.
3 Not connected.
4 LWCZ Chio enable sional ot CD-2's LCD driver.
LCLK2 Command transmitting clock lor CD-2's LCD driver
o LDAT2 Command data tor CD-2's LCD driver.
7 LCEl o Chip enable signal o{ CD-1's LCD driver.
d LCLKl U Command transmitting clock {or CD-l's LCD driver.
o LDATl o Command data tor CD-1's LCD driver.
o Not used. Fixed to "L'.
21 Not Connected.
Not used. Fixed to'L".
z5 Not used. Fixed to 'L".
24 o Not used. Fixed to "U.
25 WR- Not used. Mask ilem... fixed to "L', extemal ROM... fixed to "H".
zo (JE- o Enable signal output for external ROM. Mask item... fixed to "L", external ROM... pulse output fot reading
27 KOUT3 Kev matrix scan siqnal 3.
28 KOUT2 o Key matrix scan signal 2.
29 KOUTl o Key matrix scan signal 1
30 KOUTO Key matrix scan signal 0.e l Not mnnected.
32 A15 Memory address 15. Not used. Mask ilem... fixed to "L''.
JJ 414 o Memory address 14. Mask item... fixed to'L".
34 4 1 3 Memory address 13. Mask item... fixed to "U.
JJ Not connected.
JO 412 o Memorv address 12. Mask item... fixed to "L".
37 A l l Memory address 11. Mask item... tixed to "L".
38 4 1 0 Memorv address 10. Mask item... lixed to "f.
39 A9 o Memory address 9. Mask item... lixed to "L".
40 A8 o Memory address 8. Mask item... lixed to "L'.
41 Not connected.
22
E N.EOOOF I
TerminalNo.
SymbolName
vo Terminal Function
42 AD7 vo Data bus 7. Mask item... fixed to "L"
43 AD6 t/o Oata bus 6. Mask item... fixed to "L"
44 AD5 VO Data bus 5. Mask item... fixed to "L"
45 AD4 vo Data bus 4. Mask item... fixed to "L"
46 AD3 vo Data bus 3. Mask item... fixed to "L'
47 AD2 Data bus 2. Mask ilem... fixed to "L'
48 AD1 Data bus 1. Mask item... fixed to "L".
49 ADO t/o Data bus 0. Mask item... fixed to "L"
5U ASTB Pulse for address latch. Mask item... fixed to "L'
51 Vss 0V power supply.
az Vss 0V power supply.
5J Not connected.
u MODE Memory mode selection terminal. Use extemal ROM at "H", use mask ROM at "L". Mask item... "L", external ROM "H".
3J Not connected.
Not used.
Not used.
58 Not used.
Not used.
OU Not connected
61 Not used.
62 Not used.
Not used.
64 Not used.
65 Voo +5v power supply.
66 Voo +5v power supply.
O I PITl CD-1 pitch volume input.
68 PT2 CD-2 pitch volume input.
I Not used. Fixed to "L"
70 Not connected.
71 Not used. Fixed to "L"
72 Not used. Fixed to "L".
/ J Not used. Fixed to 'L'.
74 Not used. Fixed to 'L".
Not used. Fixed to "L"
T O AVoo +5v power supply for A,/D converter.-aa AVREFl +5V. A,/D converter reference voltaqe.
78 Not connected.
79 AVss 0V power supply for ey'D converter.
80 o Not used.
81 Not used.
82 AVREF2 +5V. D/A converter reterence voltage.
83 AVREF3 0V. D/A converter reterence voltage.
u Not connected.
85 K IN l O CD-1 key data 0.
86 K IN l1 CD-1 kev data 1
87 KIN12 CD-1 kev data 2.
88 K IN13 CD-1 key data 3.
89 KIN20 CD-2 key data 0.
90 KIN21 CD-2 key data 1
91 KIN22 CD-2 kev data 2.
92 KIN23 CD-2 key data 3.
93 RXD- Serial interface receotion dala.
94 TXD- o Serial interface transmission data.
23
I DN-AOGIOF
TABLE OF MICROCOMPUTER pPD78233GJ-5BG(1C200) TERMINALS
1C200 is utilizing an external BOM in its initial lot until using the mask item. As the contents of some terminals differ according to thelot for this reason, please be reminded at a time performing service. Extemal ROM utilizing models are up to these serial numberslisted below.
Model Serial No.EUROPE -881 ,886 -950u.K. - 300u.s.A. - 620
ModelCANADAMulti-Voltage
Serial No.- 130- 100
TerminalNo.
SymbolName
l/o Terminal Function
'I
2 RST2 o Reset siqnal of 1C201(pPD6381GF).
3 BRRO o Break request signal of 1C201 (pPD6381 GF). Not used. Fixed to "H".
4 BRAK Break acknowledqe siqnal ol 1C201 (rrPD6381 GF). Not used. Fixed to "H".
5 ( 'F 2
SO lC20l serial data input.
7 RST- Hard reset inDut. Reset at "L".
tt Voo +5V power supply.
,<2. Clock oscillation circuit input 2.
1 0 X1 Clock oscillation circuit input 1
1 1 Vss 0V power supply.
1 2 Vss 0V power supply.
1 3 Not connected.
1 4 CLOK o Clock lor servo command, level command. Connected to lC1, 1C300.
1 5 DATA o Data for servo command, level command. Connected to lC1, 1C300.
1 6 XLAT o Latch pulse ot servo @mmand. Latched at talling edge.
1 7 Not used. Fixed to "L"
1 8 LDON o Laser ON/OFF siqnal of optical pickup. Laser emits light at "H".
1 9 Not used. Fixed to "L'
20 o Not used. Fixed to "L"
21 Not connected.
22 o Not used. Fixed to "L'
23 ORNO- I Mechanism number input. Mechanism 1 at "L', mechanism 2 at "H".
24 TXDEN Demand signal of serial intertace using. Used at "H".
25 o Not used. Mask item - fixed to "L. , extemal ROM - fixed to 'H".
26 oE- o Output enable signal lor extemal ROM. Mask item - fixed to "L-, extemal ROM - pulse output tor reading
cs- Chip selecl signal ol 1C201. Normally "H". "L" at select only.
28 CJD Commandidata designate signal ol 1C201. Command at "L", indicates data transmitting qqdgat 'H".
29 scK- Clock for command transmission to 1C201.
30 sl o Command data to 1C201.
31 Not connected.
32 4 1 5 o Memorv address 15. Not used. Mask item - fixed to "L'
33 A.14 Memory address 14. Mask item - lixed to "L"
34 A13 o Memorv address 13. Mask item - fixed to "L".
2 t Not connected.
A.12 o Memory address 12. Mask item - fixed to "L".
A l l o Memory address 11. Mask item - fixed to "L" .
38 A 1 0 Memory address 10. Mask item - fixed to "L".
20 A9 o Memory address 9. Mask item - lixed to "f
40 A8 Memory address 8. Mask item - fixed to 'L".
41 Not connected.
42 AD7 vo Data bus 7. Mask item - fixed to "L".
ztil AD6 vo Data bus 6. Mask item - fixed to "L".
24
ElN.eoooF r
TerminalNo.
SymbolName
l/o Terminal Function
44 AD5 vo Data bus 5. Mask item - fixed to "L".
45 AD4 UO Dala bus 4. Mask item - fixed to "L".
46 AD3 vo Data bus 3. Mask item - fixed to "L"
47 ADz t/o Data bus 2. Mask item - fixed to "L'.
48 AD1 l/o Data bus 1. Mask item - fixed to "U.
49 ADO t/o Data bus 0. Mask item - lixed to "L'.
JU ASTB o Pulse for address latch. Mask item - tixed to "L". '
51 Vss 0V power supply.
az Vss 0V power supply.
5J Not connected.
54 MODE Memory read select terminal. Extemal ROM use at "H", mask ROM use at "L". Mask item - "L", extemal ROM - "H".
Not connected.
Jb AMUTE o Audio output mute signal. Mute at "H".
socK o Clock for sub-code reading.
58 SENS I Indication siqnalof servo actuating condition. Emits lrom lC2.
59 CLOSE- Trav CLOSE switch. CLOSE state at "L".
60 Not connectecl.
61 OPEN- Trav OPEN switch. OPEN state at'L".
62 SOSO Sub---code data input. Emits from lC2.
63 DFLAT o Command latch pulse for digital filter. Output to 1C300.
64 Not used. Fixed to "H".
Voo +5vtrower supply
Voo +5v power supply.
O I LDIN Analog input for tray drive servo.
68 STIN Input for between microcomputers communication. Connected to STOUT of the other mechanism microcomuter. To mmmu-
nicate with 3 kinds of voltages, i.e. 0V 2.5V, 5V.
Not used. Fixed to "L"
70 Not connected
71 Not used. Fixed to "L"
72 Not used. Fixed to "L".
I J Not used. Fixed to "L".
74 I Not used. Fixed to "L".
Not used. Fixed to'L".
76 AVoo +5V power supply for A,/D converter.
T7 AVREFl +5V. A,/D converter reference voltage.
78 Not connected.
79 AVss 0V power supply for A'lD converter.
80 LOADER o Tray drive signal. Stops at 2.5V CLOSE aclion al 3V OPEN action at 2V.
81 STOUT Output lor microcomputer communication. Connects to STIN of the other microcomputer. Communicates with 3 kinds oJ volt-
aoes. i .e. OV,2.5V,5V.
82 AVREF2 +5V. D/A converter reference voltage.
83 AVREF3 0V. D/A converter reference voltage.
u Not connected.
63 Not used. Fixed to OV.
86 EJSW- EJECT/OPEN switch input. Connected to the switch of front panel. Shifts to "L" when the switch is pressed.
d t RST lnput for +5V voltage observation. Shitts to "H" when POWER switch is tumed off.
88 WFCK Connected to WFCK output ol lC2. 7.35kHz clock.
89 SCOR Sub-code sink input. Connect to lC2. Input 75 pulses per 1 second.
qo DRDY Data receivinq READY signal of 1C201. Fixed to "H".
91 Not used. Fixed to "L'
92 OVF- Over flag of 1C201. Normally "H'
93 RXD- I Serial interface reception dala.
94 TXD- o Serial intertace transmission data.
25
I EIN.ECEIOF
TABLE OF DIGITAL SIGNAL PROCESSOR pPD6381GF (1C201) TERMINALS
TerminalNo.
SymbolName
vo Terminal Function
1 DRDY Command reception READY signal from microcomputer. Normally'H'.
FSMASK I LRCK mask sional. Fixed to "L"
e 5 E L I Clock inout select. Fixed to "H".
4 I Not used.
XO X'tal oscillation output,
XI X'tal oscillation input.
GND 0V power supply
XFSO U Clock OutDut. Not used.
a Not connected
0 LRCKO LR clock outDut. 44.1 kHz.
WCLKO Word clock output. 88.2kH2. Not used.
2 BCLKO U Bit clock output. 2.1MHz.
J BRAK- Break acknowledge output. Fixed to "H'.
4 GND OV power supply.
BRRQ- Break request input. Fixed to "H".
F 5 F { 5 t - Program counter reset input. Fixed to "H".
1 7 RST2- Soft reset input. Normally "H".
1 8 RST- Hard reset input. Normally "H".
1 9 AO o Extemal RAM address 0.
20 A1 Extemal BAM address 1
21 i2. o Extemal RAM address 2.
1Z A3 Extemal RAM address 3.
23 Extemal FAM address 4.
24 AJ o Extemal RAM address 5.
25 Ab o Extemal RAM address 6.
zo Extemal RAM address 7.
A8 Extemal RAM address 8
28 A9 Extemal RAM address 9. Not used.
29 A10 U Extemal RAM address 10. Nol used.
A11 Extemal RAM address 11. Not used.
Q 1 412 o Extemal RAM address 12. Not used
32 A13 Extemal RAM address 13. Not used
Voo +5V power supply.
u 414 o Extemal RAM address 14. Not used.
A 1 5 U External RAM address 15. Not used.
JO A t o o Extemal RAM address 16. Not used.
a7 RAS- Extemal RAM low address strobe signal.
2 a CAS- Extemal RAM column address strobe siqnal.
wE- o Extemal FIAM write enable signal.
40 t01 yo Extemal RAM data 1
41 toz UO Extemal RAM data 2.
42 r03 t/o Extemal RAM data 3.
43 t04 vo Extemal RAM data 4.
u t05 VO Extemal RAM data 5. Not used.
45 105 vo Extemal RAM data 6. Not used.
46 t07 uo Extemal RAM data7. Not used.
47 t08 vo Extemal RAM data 8. Not used.
4A t09 vo Extemal RAM data 9. Not used.
49 1010 vo Extemal RAM data 10. Not used.
50 t011 vo Extemal RAM data 11. Not used.
q l lo12 VO Extemal RAM data 12. Not used.
26
ElN.ElclClcIF I
TerminalNo.
SymbolName
vo Terminal Function
52 1013 vo External RAM data 3. Not used.
35 1014 uo External RAM data 4. Not used.g 1015 yo External RAM data 5. Not used.
55 1016 vo External RAM data 16. Not used.
56 GND 0V power supply.
57 MDO Mode select 0. Fixed to'L"
58 MD1 Mode select 1. Fixed to "H".
MD2 Mode select 2. Fixed to "L"
60 BCLKl Bit clock input. 2. l8MHz.
61 LRCKl LR clock inout. 44.1kHz
oz BCLK2 Fixed to "L". Not us€d.
63 LRCK2 Fixed to "L". NOt used.
& Dt l Data input,
tt5 DO1 o Data output.
oo ot2 I Fixed to "L". Not used.
o t D02 o Not used.
68 D03 o Not used.
69 OORQ- Not used. Fixed to "H".
GF- o G flaq oubut. Normally'H'.
71 OVF- o Over tlaq output. Normally "H".
72 Voo +5V power supply.
ae TESTO Fixed to "H".
74 TESTl Fixed to "H'.
SETRDY o Not usecl.
T O SO o Serial data output.
T7 SCK- Serial data inpuuouFut clock.
78 SI Serial data input
79 HD Command /daa designation signal. "L" - command, "H" - data.
80 cs- Chip select input.
27
I EIN.AOOOF
CXD2500AQ Terminal Function
TerminalNo.
Symbol vo Terminal Function
1 FOK I lnput terminal lor OK focussing. Use lor Servo-autosequencer.
2 FSW z.o Output to shifl time constant of output filterlor spindle motor.
a MON o 1 , 0 OrVOFF control output lor spindle molor
4 MOP 1,2 ,o Servo control for spindle motor.
MDS o 1.2 .o Servo control tor soindle motor.
o LOCK 1 . 0 Sampling GFS by 460 Hz and if it is "H", delivers "H" ;if it is continuously "L" 8 times, delivers "L'.
7 NC
8 vcoo o l n Osdllation current output for analog EFM PLL.
I vcol Oscillation cunent output for analog EFM PLL. J LOCK=8.936MH2.
1 0 t E S l TEST output. Normally GND.
PDO o 1,2 .0 Charge pump ouFut for analog EFM PLL.
2 Vss GND.
J NC
4 NCq NC
o VPCO o 1.2 .0 Charge pump output for variable pitch PLL.
7 VCKI Clock inout from external VCO for variable oitch. fc center=16.9344MH2.
1 8 FILO o Analog Filter output tor master PLL. (slave=digital PLL)
1 0 FILI Filter input for master PLL.
20 PCO o 1 .2 .O Charge pump output for master PLL.
21 AVss Analog GND.
22 CLTV Control voltage input for master VCO.
23 AVoo Analog power supply (+5V).
24 RF EFM signal input.
25 BIAS Constant-currenl inout for Asvmmetrv circuit.
26 ASYI Comparate voltage input for Asymmetry
27 ASYO 1 , 0 Full swing output tor EFM. (L=Vss, H=VDD).
28 ASYE L: Asymmetry circuit -+ OFF. H: Asymmetry cirquit -+ ON.
ZJ NC
30 PSSL Input to shift output mode of audio data. Serial output at L; parallel output at H.
a l WDCK 1 , 0 D/A Interface tor 48 bit slot. Word-clock l=2 Fs.
32 LFCK 1 , 0 D/A lnterface for 48 bit slot. LR-clock l= Fs
33 Voo Power supply ( +5V )
34 DA16 1 , 0 At PSSL=1 tor DA16 (MBS) ouFut; PSSL=o for serial data of 48 bit slot. (2S'COMP, MSB first).
JJ DA15 U 1 , 0 At PSSL=1 for DA15 output: PSSL=o tor bit clock of 48 bit slot.
JO oA14 o ,0 At PSSL=1 tor DA14 output: PSSL=o for serial data of 64 bit slot. (2s'COMP, LSB first).
aa DA13 ,0 At PSSL=1 for DA13 output; PSSL=o for bit clock of 64 bit slot.
2 a DA12 ,0 At PSSL=I for DAl2 outout: PSSL=0 for LR clock of il bit slot.
JY DA11 ,0 At PSSL=1 tor DAI 1 output; PSSL=o lor GTOP output.
40 DAlO o , 0 At PSSL=1 for DAl 0 output: PSSL=0 for XUGF output.
41 DAO9 o ,0 At PSSL=1 for DA09 output: PSSL=0 for XPLCK output.
42 DAOS At PSSL=I for DA08 output; PSSL=o for GFS output.
43 DAOT o , 0 At PSSL=I for DA07 outpul; PSSL=o for RFCK output.
44 DAO6 1 , 0 At PSSL=I for DAo6 output; PSSL=o for C2PO output.
45 DAO5 o 1 , 0 At PSSL=1 for DA05 output; PSSL=o lor XRAOF output.
46 DA04 1 , 0 At PSSL=1 for DA04 output; PSSL=o for MNT3 output.
47 DAO3 o ' I ,0 At PSSL=1 for DA03 output: PSSL=o tor MNT2 output.
48 DAO2 o 1 , 0 At PSSL=1 tor DA02 outDut: PSSL-O lor MNTI output.
49 oA01 o 1 , 0 At PSSL=I for DA01 outputt PSSL=o for MNTo output.
50 APTR 1 , 0 Control outDut for aDerture @moensation. In H for R.ch.
5 1 APTL o 1 , 0 control output for aperture compensation. ln H tor L-ch.
28
EIN.EOOCIF I
TerminalNo.
Symbol vo Terminal Function
52 Vss GND.
53 XTAI X'tal oscillation circuit input. By selecting of mode, f=16.9344MH2 or 33.8688MH2.
g KTAO o 1 , 0 X'tal oscillation circuit input. f=1 6.93214MH2.
33 XTSL Selection inout terminal of X'tal. "L" tor X'tal 16.9344MH2; H for 33.8688MH2.
56 FSTT o 1 ,0 2y3 Dividing ouFut of 53 and 54 terminal. No change by variable pitch.
a t c4M o 1 , 0 4.2336MH2 output. When variable pitched, simultaneously changes.
58 c l6M 1 , 0 16.9344MH2 ouFut. When mriable pitched, simultaneously changes.
59 MD2 OiEitahut ON/OFF control. ON at H; OFF at L.
60 DOUT o 1,0 Oigital-out outsut terminal.
o l EMPH o 1 , 0 When playback disc emphasized, outputrs H;otherwise outputs L.
62 WFCK o 1 , 0 WFCK (Write Flame Cloc*) ouFut.
63 SCOR o 1 , 0 OuFut of subcode sync. S0+S1. H output when either one detected.
el SBSO o 1 ,0 serial outout of sub P-w.
65 EXCK Clock iuFut tor SBSO read-out.
66 soso o 1 , 0 Outoul for Sub Q 80 bits and PCM peak level 16 bits.
67 SQCK Clock inDut for SQSO read-out.
68 MUTE Mute at H; remove mute at L.
69 SENS 1'10 SENS ouFut. OuFuts to CPU.
70 XRST system reset input. Resetrs at "L"
71 DATA lnout of serial datia from CPU.
72 XLAT lnDut for latch from CPU. Latches serial data at release.
aa Voo Power supply (+5V).
74 CLOK I Serial data transfer clock input trom CPU.'7^
SEIN SENS inout from SSP.
/ o CNIN I Input of tracking pulse.
T7 DATO o 1 , 0 Serial data outout to SSP.
78 XLTO o 1 , 0 Serial data latch ouFut to SSP.
I J CLKO o 1 , 0 Serial data transfer clock output to SSP.
80 MIRR I Minor signal input. Use tor track iump for over 1 28 tracks, using autosequencer,
cxD2500Ao
c 6 tc r 5 !
P D Ov c 0 rv c 0 0
P C 0t r l lt r L 0c ! T v
A S Y 0I t c r5 C 0 tE r c x
E UPHs 0 c xs 0 s 0uoit 5 fM O Ps05
P S S L
0 r 0 r - 1 5
C U T E
O O U I
v 0 2
D A I Ac L 0 (x L r l
0 r T 0c t x 0r ! T 0 '
29
I EN.EclOClF
CXA1 372Q Terminal Function
TerminalNo.
Symbol yo Terminal Function
Vc Mid-Doint voltaqe input terminal.
2 FGD In case of reducing higher range gain of focus servo, connect a capacitor between this terminal and terminal number (9).
3 FS3 Shitts higher range gain of focrrs servo by FS3 ON/OFF.
4 FLB Terminal tor erlernal time constant lo increase lower range of focus servo.
5 FEO o Foors drive oubut
o FE- Reverse inout terminal for focus amplifier.
7 SRCH Terminal for erlernal time constant to make focus search wavetorm.
I TGU Terminal for external time constant to shift higher range gain of tracking.
9 TG2 Terminal for extemal time constant to shift higher range gain of tracking.
1 0 TAO o Trackinq drive output.
TA- Reverse input terminal for tracking amplifier.
l 2 SL+ Non-reverse input terminal for sled amplifier.
13 sLo o Sled drive outDut
1 4 sL- Reverse input terminal tor sled amplifier.
5 FSET Terminal to compensate peak in focus/tracking phase.
7 ISET Delivers a cunent to set the height ot focus search, track jump, and sled kick.
1 8 SSTOP Terminal for limit switch ON/OFF to detect disc innermost circle.
1 9 DIBC Terminal is used at the time ot 1 track iump. A 47 kohm pull up resistor is included.
20 LOCK Reckless drive protection circuit of sled; activales at "L" . A 47k ohm pull up resistor is included.
21 CLK Serial data transfer.clock input from CPU.
22 XLT Latch inpul from CPU.
23 DATA Serial data inout trom CPU.
24 XRST Reset inout terminal. Resets at "L".
26 C.OUT o Terminal lo output signal lor track number count.
27 SENS Terminalto output FZC, AS, TZC, SSTOP by command from CPU.
29 MIRR Output terminal tor MIRR comparator.
30 DFCT o OutDut terminal for DEFEGT comparator.
31 ASY I Input terminal for auto-symmetric control.
32 EFM o OuFut terminal for EFM comparator.
33 FOK OuFut terminal for focus OK (FOK) comparator.
34 ccl o DEFECT bottom hold output terminal.
35 cc2 I Input terminal to input DEFECT bonom hold output by capacitance combination.
37 CB I Caoacilor connectino terminal for DEFECT bouom hold.
38 CP I MIRR hold capacilor connecting terminal. A non-reverse input terminal for MIRR compaEtor.
39 h t l Input terminal to input RF summing amplifier ouFut by capacitance combination.
40 RFO Output terminal lor RF summing amplifier. Check point for eye pattem.
42 TZC Tracking zerocross compaEtor input terminal.
43 I E Tracking enor signal input terminal.
44 TDFCT Capacitor connecting terminal for time conslant at the time of defect.
45 ATSC Input terminal of ATSC detecting window comparator.
46 FZC lnout terminal of focus zero-cross @mparator.
47 FodJs enor signal input terminal.
48 FDFCT Capacitor connecting terminal for time conslant at the time of defect.
30
E N.AOCr!F I
cxA1372Q
a
Iai
2 -
EIr IE ai l i' a
(_ 5
t
I
31
I EIN.ECEIOF
NOTE FOR PARTS USTo Part irdicated with the mark ' @ ' are nol always in stock and possibly to take a long period of time for suppying, or in
some sase supplying of parl may be refused.o When ordering of part, clearly indicate'1'and'l' (i) to avold mis-supplying.o Ordering part without stating its part number can not be supplied.a Part indicated wiih the mark'*'is not illusffaled in the exploded view.WARNING:Parts marked with this symbol A I have critical cfraracteristics.Use ONLY replacement parb recommended by the manufac{urer.
. Resistors . Capasitors
Er.: CE 04W 1H 2R2 M BPType Shape Ol€lsclric Capaslty Allowablo Olhers
I and per- strenglh Snot Il b r m a n c e r l lt l { - l
Farlltanc.1 8 2 = 1 8 0 0 o h m - l . 8 k o h m
Type Shape Power Re6lst- Allowable Ohersr and per- | anoo enor I
I lormancel r Ir r i t
T L lndcdss number ol zeros altsreftsctive numb€t2dl9n etfecdve numver, docimal point indicated by R.. UnlE: ohm
Capaslty2 R 2 = 2 . 2 1 t FT
-t- 1{i9it etfective numbor, decimal point indicated by R.zdigft ettectiva numver, decimal point indicat€d by R.
. Units: $F, (tor P, pF (p}lF))
. when the diel€ct.lc strength i6 indicEt€d in AC.'AC'i8 indudod all€r
RDRCRSRYURNRK
CdtonConpotltbnuatdlc trmIttililn9l|.trl llm,acu nrhu0
a2E4l3A3D3F
.t,,8w1t4ul1nwtw4N3W
F : il.lG : t z fJ :t5tK : tl0'fM:120!a
P : Publndstsd typ.NL : Lry mls typrNB : t{*bumhglyp.Fn : Fut+nrlrlotF : Lald wic tomlne
:E : Atlmlrum lolalaclEltla
:A : Abmlrom eutahclmlyta
:S : Tlrndm .bdDlit.:O : Flm:K : Caamlc
:C : Coramlc: P : o | l:M : Mlcr:F : Mcts0lzed:H : fralr$z.d
OJ
T A
,rcI E1 V
1 H2A282C202E2H
6.3V
r0v
r6vav35V
50vr00vr25Vr00v200v250V500v
F :rl!6
G : 8
Z i +W'LZ i4O.LP : +100t6
{t16C ;r0.2spFD :t0.5pF- : qhac
J : lslgK : t l0aM : r 2 0 . t
HS : r$oh 6teb[[y lyp.
BP : Non-poleltpc
HR : Rlppl.dlilul typ.,DL : For atu!. ud dtscturgaHF : Fbr rgrtro hlgh
lraquanctU : t [ -pJ |C : CSAP|TtW : ULCSAtyprF : Leed wlro torlldrE
32
Rel No. Part No. Pafi Name Remarks
SEMICONDT'CTOBS GROUP
rgl00tc701tc702rc7031c710t9711,7121c713-715
1R710,71rfR7n,721
D700D702,7807u-707D708-715
LF/OO
2$ 0$0005ru05010@263 0d)5 008262 1479 005268 0076902268 0075 9(B268 0078 9@
a4uil90'l274 0160 907
276 0603 001276 0603 004276(F539(b276 0432 98
3!13 9462 017
rc NJM78i|05FA(S)IC NJMTgMOsFAtc 1780s6lC 1v15M34051PPROTECTOR ICP+I38PROTECTOR ICP-f'125PROTECTOR lCPJ,l7s
Trarcistor2SD2l44SIPUTramisbr 2SD2144STPU
UodeMA750Diod€ M4750Diode 1SR3$2004Diodo 1SS270A
LED SLR-40VC3F (RED)
Multi- Vobge Model
RESISTOB (Not included Carbon Film l5% 1/4w)
CAPACTTORS GROI'P
c701c702,7030706c708c710711c712c720n1c722
2544?5,57'A?5446571725/.4?5494i253 9036 909253 4538 949253 9036 909253 4538 949253 9036 909
Elec0olytic 6800pFn6VEbcfolytic 47COpF/16VElectolylic lmpF/16VCeramb 0.lpF25VC€ramh 1@F60VCeramic 0.1pF25VCenmic l00pF60VCenamic 0.1pF25V
cE04w1c682[fc(sME]CE04W1C472l,lC(SME)cE04w1cl01MT(SME)cK45=181042cc45sL1H101JcK4s=lEI(XZ@45511H101JCK45=l E10{Z
OTHEBS PARTS GROUP
1701 -706
sw7mJol$rv7m
235 0049 9q)21247639'J/�2121()39m0
BEADS INil.lCTORTACT SWTTCH(LoNG ST)lP Pt SH SW]TCH
cts700 050321(Ff 5P @l,lll.BASE(RED)
c8704c8705cB7r0cB71lc8720cB72 I@700@706
205 0190 (EA205 0717$8205 0668 047204 8373 (n1
205 0668 047ax $73 00r203 8196 (B4203'185:tml
5P NH @NN.BASE8P MINIDIN CONN.BASEZtP ffCCOl,tH.gASe2P PINJACK21P FFCCONN.BASE2P PINJACK5P KR-DS CONN.CORD3P D$DS CONN.CORD
E N.ECICIOF T
GU.24i'/2 MAIN PWB UNIT
Ref No. Parl tlo. Part l{ame Remarks
33
PRINTED WIRING BOARD PARTS LISTGU-2403 CONTROL PWB UNIT
Ref No. Part No. Part Name Hemarks
SEMICONDUCTORS GROUP
tc800
1c800
I
1c801tc802,8031c804
tc805t
1c806
TH8ffi05
D800,8010802,803D804-815
LE8l018811
1E812,813
LE83O1E8311E832,833
1C8101C830
2621473@1
262 1691 003
262 1597 903263 0533 000262 0943 901
205 0488 010GEN 2144
lrur '*t*u
ffi,| 276 0438 e07
|
276 0438 e1 0
1393 9s11 104
1,,,il,I sss sst r o+
| 3e3 e462 01 7
| 3e3 ss12 m6
lrr. otr, *t
l*'o'**'II
C pPD7823ilGJ-5BG
lC pPD78234G,|-51G5BG
lc M5M34051 FPtc 1c7582IC HD74HC373FP.TL
rc 28P rc socKETCONTROL ROMSUBASS'Y
rc MN1382-s(TX)
Transistor DTC114EK
Diode [,lA151WKDiode ltlA15lWAD'ode tulA151A
ILED BACK LrGHr
lueo sLn+ovcsrtneo,
I LED SLR4oMC3F
l(GRN)lleo aecx uerrI LED SLR.4ovC3F(RED
I LED SLR4oMC(GRN)
l ^ ^
t;;;IIII
U.S.A. Model Serial No.-620Europe Model Serhl No.-881
N0.886-950U.K. Model Serial No.-300Canada Model Serial No.-130Mutti-Voltage Model
SerialNo.-100U.SA. Model Serial N0.621-Europe Model Serial N0.882-885
N0.951-U.K. Model Serial N0.301-Canada Model Sedal No.1 31 -
Multi-Vollage ModelSerial N0.101-
U.S-A. ModelEurope Model
SerialNo.-620Serial No.-811
U.K. Model Serial No.-300Canada Model Serial No.-130Multi-Voltage Model
Serial No.-100U.S.A. Model Serial No.-620Europe Model Serial No.-881
N0.886-950U.K. Model Serial No.-300Canada Model Serial No.-130Muhi-Vollage Model
Serhl No.-100
(cD-1)CUE Monito(CD-1)
PLAY/PAUSE,PITCH Monitor(cD-1)(cD-2)CUE Monito(CD-2)PLAY/PAUSE,PTTCH MONitOT(cD-2)
Ref No. Part No. Parl Name Remarks
RESISTORS GBOUP(Not included Carbon Film tSol" 1/4W)
R801R802R804R805
R806,807R810-81 3R814R815R816R817,818R819,820R823,824R830-833R834ftdJS
ndJo
R837,838R839,840
VR81OVR830
247 0005 905247 0008 902247 0011 944247 0011 944
247 0M7 945247 0011 944247 0011 957247 0013942247 0006 962247 0005 989247 0003 965247 0003 965247 0011W4247 0011 957247 0013942247 0006 962247 0005 989247 0003 965
211 0763 015211 0763 015
Chip 100ohm 1/4WChip 18Kohm 1/10W
Chip4TKohm 1/10WChip4TKohm 1/10W
Chip lKohm 1/10WChip4TKohm 1/10WChip 51 Kohm 1 /10WChip3iloKohm 1/10WChip4T0ohm 1/10WChip220ohm 1/10WChip 27ohm 1/10WChip 27ohm 1/10WChip4TKohm 1/10WChip5lKohm 1/10WChip 33oKohm 1/10WChip4Toohm 1/10WChip 220ohm 1/10WChip 27ohm 1/10W
Slide VolumeSlide Volume
RM73B-101JRfuTrcB-1EzJRM73B-473JRM73B-473JU.S.A. Model Serial No.-620Europe Model Serial No.-881
N0.886-950U.K. Model Sedal No.-300Canada Model Serial No.-130Multi-Vollage Model
No.-100RM73B-102JRM738-473JRM73B-513JR[,r/38-334JRM73B-471JRM73B-221JRM73B-270JRM738-270JRM73B-473JRM73B-513JRM73B-334JRfu?38-471JRM73B-221JRM738-270J
CAPACTrORS GROUP
c800c801c810,811c812c830,831c832c842,843c861-865
257 0014 935254 4260 980257 0014 935257 0006 969257 0014 935257 0006 969257 0014 935257 0014 935
Ceramic-chip 0.1pF25VElectrolylic 10pFi50VCeramicchip 0.1 p.F/25V
Ceramicrhip 680pF/50VCeramicchip 0.1pF25VCeramic+hip 680pF/50VCeramicchip 0.1pF/25VCeramicchip 0.1pF/25V
cK/3FlEl04ZcE04w1H100M(SME)cK/3FlE1042cc73sL1 H681JcK73F1 E1 042cc73sl1H681JcK/3FlE1042cK/3F1E1042
OTHERS PARTS GROUP
x800sw811-822svv8ffi4'1801-806c8800,801c8802c8810c8830
399 0038 008212476390/.2124768904235 0049 900205 0708 020205 0717 0082050707 0212050707 021
Ceramic VibratorTACTSWTCH (LO,IGSTl
TACTSWTCH (Loirc ST)BEADS INDUCTOR18P CONN.SOCKET8P MINI DIN CONN.&\SE18P CONN.BASE18P C,ONN.BASE
csT12.0M
v05545 / Druck 1
! ElN-eoooF
GU-2401 MECHA PWB UNIT
Ref No. Part No. Part Name Remarks
SEMICONDUCTORS GROUP
tc0011c0021c003rc004,005tc006rc0081c200
|c200
1c2011c203tc204
1c205
I rc300
I rc301,302
I rc303,304
|
''*
I TR070
I TRo7l
I TR300
I noot
I oom
262 1690 004
2621342006 |
262 1sl4 009 |zaztutsot I263 061s902 |263 080s e03 |zazeoswt I2621473W1 |
2621474cfp262 1615 908262 0943 901
205 0488 010GEN 2172
262 1664 904262 1409 m4263 061 5 9022621U79n5
274 0036 905272n25W7269 0083 901269 0082 902
276 0533 909
tc cxAl372Q(48POFP)tc cxD2500Aolc slf74LS624NSRtc 8A15218FIC BA6296FPrc Tc74Hcu04AFIC UPD78233GJ-5BG
lC pPD78234GJ-515-5BG
IC UPD6381GFtc v53c104BKIC HD74HC373FP.IL
ilc 28P rc socKEr
I MECHA RoM SUB Ass'l
IIl'..*o**,lc ecuore-llrc 8A15218F
lrc MN1382-s0x)
I Tnnsistor 2SD468(C)TF
I Transistor 258562(C)TF
lTransistor DTA1 1 4EK
ITnansistor
DTCll+EK
loboeMmo+z-u
IIIIII
U.S.A. Mode Serial No.-620 IEurope Model Sel'ral No.-881
|N0.886-e5q
U.K. Model Serial No.-300 |
Canada Model Serial No.-130 |
Multi-Voltage Model I
Serial No.-100 |U.S3. Model Serial N0.621-
|I
Europe Model Serial N0.882-8851N0.951- |
U.K. Model Serial N0.301- I
Canada Model Serial N0.131- |
Mutti-Voltage Model I
SerialNo.l0l- ]
U.S.A. Model Serial No.-620Europe Model Serial No.-881
N0.886-950U.K. Model Serhl No.-300Canada Model Serial No.-130Multi-Voltage Model
Serial No.-M)
U.S.A. Model Serial No.-620Europe Model Serial No.-881
No.886-950U.K. Model Serial No.-300
Canada Model Serial No.-l3oMulti-Vollage Model
Seriai No.-100
RESISTORS GROUP (Not included Carbon Film +5% 1/4W)
R020R021R022
247 0010 987247 0012927247 0009 985
lChip 27Kohm 1/10W
lCn'p toOXohr tnOW
lchip loKohm 1/10w
I
RM73B-273JRM73B-1 O4JRM73B-1 O3J
Ref No. Part No. Part Name Remarks
R023 |
R024.025 |I
R026 |
R027 I
R028 |
R030 I
R031 IR034
|R038 IRo3s I
IRM)
|R043 IR044 |Ro4s I
IR046
|RM7
|R0s0,0sl IR052
|R0s3
|R0s4
|R055 |HUro
IR057R059R060R061R062R063R064R065num
Itub/
R068NW
R079R080-083R084
R200RnzR203R205R250R303R304R305,306R310R311R312N J I J
R314
2470012e30 |247 0009 e8s Iz+zoorr soo I2470011 928 Izlz ooos sso I247w12s27
|2470009 985 |z+twzsts I247 0012s27 |ztt ootzst+ |z+zoort s+l Iz+zoorr sao I247 000e e6e I247001492s I247 00oe e8s I247 N12e43 |247 0009 985 |z+twru+ |247 000e es6
|2470008e31 |2470011 944
I2470011 s44
|247 N12s14
I247 0005 989247 0009 901247 0006 962247 0011 902247 0009 985247 0008 960247 0009 943247 0009 985247 0009 985247 0010 929247 001 0 916
I 244 2051 s4s
I 247 0009 985I e+z ooog ges
247 0009 985247 0009 985247 0009 985247 0009 985247 0008 902247 001 I 905247 0007 %5247c/J/J7%5247 0011 944247 ffi14967247 00139U247 001 2 998247 0009 998
Chip 110Kohm 1/10WChip 1oKohm 1/10WChip 56Kchm 1/10WChip 39Kohm 1/10WChip 7.5Kohm 1/10WChip lmKohm 1/10WChip 10Kohm 1/10WChip 120Kohm 1/10WChip 100Kohm 1/10WChip 91Kohm 1/10WChip 47Kohm 1/10WChip 68Kohm 1/10WChip 8.2Kohm 1/10WChip 680Kohm 1/10WChip l0Kohm 1/10WChip l2oKohm 1/10WChip loKohm 1/10WChip 47Kohm 1/10WChip 7.5Kohm 1/10WChip 2.4Kohm 1/10WChip 47Kohm U10WChip 47Kohm 1/10WChip 91Kohm 1/10WChip 220ohm 1/10WChip 4.7Kohm 1/10WChip4TOohm 1/10WChip 33Kohm 1i10WChip 1oKohm 1/10WChip 3.3Kohm 1/l0WChip 6.8Kohm 1/10WChip'lOKohm 1/10WChip 1oKohm 1/10WChip 1sKohm 1/10WChip 13Kohm 1/10WMetidlic lohm lW
I ChiO 1oKohm 1/10W
I Chip 1oKohm 1/10W
Chip 1oKohm 1/10WChip loKohm 1/10WChip 10Kohm 1/10WChip 1OKohm 1/10WChip 1.8Kohm 1/10W
Chip 0ohm JumperChip lKohm 1/10W
Chip lKohm 1/10WChip 47Kohm 1/10WChip lMohm 1/10WChip 470Kohm 1/10WChip z0oKohm 1/10wChip 11Kohm 1/10W
RM73B-11{ |
Hiif/38-103J I
RM73S-563J I
RM73B-393J I
RM73B-752J I
RM73B-104J IRM73B-103J IRM73B--124J
IRM73B-104J
IRM73&-913J
IRM73B-473J
IRM73B--68AJRM73B+22JRM73B-684JRM73B-1OSJRM73B-1 24JR[rrcB-103JRM738.473JRM73B-752JRM73B_242JRM73B-473JRM73B-.473JRM73B-913JRM73B-221JRi/rrcB-472JRM73B-471JR[,f/38-333JRM73B-1 O3JRM73B-332J
I RM73B-482J
I RM73B-103J
I RM73B-103J
I RM73B-153J
I RM73S-133J
I RS14B3A010JNB ST(S)
lRM73&-103J
| ,.r.0. u*r, ser'nt No.-620
I europe UoOet Serial No.-88t
I Ho.8s6-es(I U.K. Model Serial No.-300
I Canada Model Senal No.-130
I Multi-Voltage Model
I S.rial No.-00
I RM73B-103J
I RM73B-103J
lRM73F-103J
lnuzs+-rouI RM73B--182J
I RM73B-0R0K
I RM73B-102i
I Rlvf/38-102J
I RturrcB-473J
I RM73B-105J
I RM73B-474J
I RM73B-204JI nuzgg-ttet
34
v05545 | Druck2
Ref No. Part No. Part Name Remarks
R315R316R317R31 IR319NJJU
R332NJJJ
R334R335NJJO
NJJO
R350nJ3 |
R402R500,501R502,503Hbtru
R601,602R603tlbu /
R608R609R700R701R702R7C3R704
vR001,002vR300,301
247 [email protected] 0009 998247 0010 945247 0010 958247 0010 990247 00119/.4247 0014967247 0013 984247 0012 998247 0009 998247 0009927247 0009 998247 0010945247 0010 958247 0010 990247 0007 945247 0008 960247 0012 969247 0011 902247 0009 985247 0012927247 0012927247 0009 985247 0012927247 0009 901247 0012927247 0009 998247 0008 915247 0006 917247 0N7 945247 0012927
211 6086 903211 607/ 938
Chip 5.6Kohm 1/10WChip 1lKohm 1/10WChip l8Kohm 1/10WChip 2oKohm 1/10WChip 3oKohm 1/l0WChip 47Kohm 1/10W
Chip lMohm 1/10WChip 470Kohm 1/10WChip 200Kohm 1/10WChip 11Kohm 1/10WChip 5.6Kohm 1/10WChip 1lKohm 1/10WChip 18Kohm 1/10W
Chip 2OKohm 1/10WChip 3OKohm 1/l0WChip lKohm 1/10WChip 3.3Kohm 1/10WChip 150Kohm 1/10WChp 33Kohm 1/10WChip 1oKohm 1/10WChip 100Kohm 1/10WChip 100Kohm 1/10W
Chip 1oKohm 1/10WChip 1OOKohm 1/10WChip 4.7Kohm 1/10W
Chip 100Kohm 1/10WChip 1lKohm 1/10WChip 2Kohm 1/10WChip 300ohm 1/10W
Chip lKohm 1/10WChip 100Kohm 1/10W
Semi Fixed Resistor 22KohmSemi Fixed Resislor 1OOKohm
RM73B-562JRM73&-113JRM73B-183JRM73B-203JRM73B-303JRM73B-473JRM73B-1 OsJRM738.474JRM73B-204JRM73B--1 1 3JRM73B-562JRM73B*1 1 3JRM73B-1 83JRM73B-203JRM73B-303JRM73B--1 02JRM73B-332JRM73B-1 54JRM73B-333JRM73B-103JRM73B-104JRM73B-104JRM73B-1t)SJBM73B-1 O4JRM73B-472JRM73B-1 O4JRM73B-113JRM73B-202JRM73B-301JRM73B-102JRM73B-1MJ
v04P8203M(RVG4M)v06P8104
CAPACITORS GROUP
c001c002c010c011c012c013c014c015c016c017c018c019c020c021conc024c025c026c027c028
254 4430 008257 0014 935257 0010 900257 0009 937257 0010 900257 1010 941257 0006 943257 1013 951257 1 013 993257 1013 951257 0N9924257 1 013 993257 1 013 980257 101r 966257 0004 961254 4304 930256 1 035 910257 0003 991257 1 013 993254430d927
Electrclytic 1 000pF/6.3V
Ceramic.chh 0.1FF/25VCenmic+hip 0.01pF/50VCeram'rc{hip 27o0pF/50VCeramic-ctrb 0.01 trF/50VCeramic-chip 3300pF/50V
Ceramb{hip 560pF/50VCeramic*hip 0.047pF/25VCeram'E-dip 0.1 pF/25V
Cenmic+}ip 0.047pF/25VCenmb+hip 2200pF/50VCenmic+hip 0.1pF/25VCenamic*hip 0.082pF/25VCenamh<hip 0.033pF60VCeramic+hip 100pF/50V
Electrolytic 6.8F F/35VMehllize 0.22FFl50VCeramicdth 51pF/50VCeamic.chh 0.1pF/25VEleclrolytb 4.7pFR5V
cE04w0J102M(KMG)cK73Fl E1042cK/3B1Hr03KcK73B1H272KcK73B1H103KcK/381H332Kcc73sLlH561JcK73B1 E473KcK73B1 El 04KcK73B1 E473KcK73B1H222KcK/381 El 04KcK73B1 E823KcK/3BlH333Kcc73sL1 H101JcE04wlv6R8M(SRE)cF93A1 H224Jcc73sL1t{51NcK/381 E1 04KcEo4wlv4R7M(SRE)
Ref No. Part No. Part Name Remarks
c0ac030,031c032UUJJ
c040,041c044c045c046c051c060c061c062TJUOJ
c064UUOI
UUbb
c067-069c104c200,201c202,203c205c2cf,207c253c300c301c302c303c304c305,306c307c308,309c310,311c312U J I J
U J I A
c315c330,331UJJZ
UJJJ
c334a2?E
901c500-50sc700
257 0004 961257 0012 966254 4305 926257 1011 966257 0014 935257 0010 900254 4n9964257 0014 935257 0004 961254 43059i8257 0002 989257 1013 951257 0007 942257 0001 951257 0W19n254 4300 96s257 0014 935257 0014 935257 0003 904257 0014 935257 0014 935254 4300 963254 4300 934257 0014 935254 4300 963257 0014 935254 4300 963257 0014 935257 0014 935257 0014 935257 0014 935257 0014 935257 0007 926257 0005 931257 0002992254 4306 925257 0014 935257 0007 926257 0005 931257 0002 992254 4306 925257 0004 961257 0014 935257 0013 907
Ceamic-ctrip 1 00pF/50VCenmic-chip 0.01 pF/50VElectrolytic 0.22pFl50VCenmic-chip 0.033p F/50VCeramic-chip 0.1 pF/25VCenmb-cirip 0.01 pF/50VElectrolycic 47pFl16VCeram'rc-chip 0.1 pF/25VCeamic-ctip 100pF/50VElectrolytic 0.22pFl50VCenmic-chip 18pF/50VCeramic-chip 0.047pF/25VCeramic-chip 1 500pF/50VCenmicchip 3pF/50VCeramic-chiD 5pF/50VElectrolycic 1 00pF/6.3VCenmic-drip 0.1pF/25VCeramb-chip 0.1pF/25VCeramb-chip 22pFl50VCeramic-chip 0.1 pF/25VCenmic-chip 0.1pF/25VElectrolytic 1 00pF/6.3VElectrolytic 22FFl6.3VCeramic{hip 0.1 }rFl25VElectrolytic 1 00pF/6.3VCerambdrip 0.1!tF/25VElectrolytic 1 00pF/6.3VCeamic-chh 0.1pF/25VCeramic-chip 0.1 FF/25VCenmic-chip 0. 1 ;rF/25VCenmic-chip 0.1pF/25VCeramb-chip 0.1pF/25VCeamic-chip 1 200pF/50VCeamic+hip 200pF/50VCenmic-chip 20pF/50VEleclrolytic 10pF/50VCeramic-ctrip 0.1 pF/25V
Ceramic-chip 1 200pF/50VCenmic-ch ip 200pF/50VCeam'c-chip 20pF/50VEleclrolytic 10pF/50VCeramic-chip 1 00pF/50VCenmic-chip 0.1pF/25VCeramic-ch ip 0.047pF/50V
cc73sL1 H101JcK73F1 H1 032cE04w1HR22M(SRE)cK73B1 H333KcK73F1 E1 042cK/3B1H103KcE04w1c470M(sRE)cK73F1 E1042cc73sL1 H101JcEo4w1 HR22M(SRE)cc73sL1 H 1 80JcK/381E473Kcc73sL1 H1s2Jcc73sL1 H3R0Ccc73sL1 H5RoCcE04w0J101 M(SRE)cK73F1 E1042cw3F1E1UZcc73sL1 H220JcK73F1 E1 042CK73F1E1MZcEMW0JlolM(SRE)cEo4woJ220M(SRE)cK73Fl E1042cE04w0J101 M(sRE)cK/3F1E1042cEMW0J101M(SRE)cK73F1 E1042cK73F1 E1042cK73F1 E1042cK73F1 E1042CK/3F1E1MZcc73sLlH122JccT3sll H201Jcc73sL1 H200JcEo4wl HlooM(SRE)cK73F1 E1042cc73sL1H12Ucc73sL1 H201Jcc73sL1 H200JcEo4w1 H100M(SBE)cc73sL1 H101JcK73F1 E1 042cK73F1l473Z
OTHERS PARTS GROUP
x001x200x201cB00lc8002c8003c8004TPOOl
399 0036 0 13399 0038 008399 0174 001205 0681 008205 0395 051205 0355 059205 0702 039205 0355 062009 0079 009
CRYSTALCERAMIC VIBMTORCRYSTAL12P FFC SIDE BASE5P CONN.BASE (RED) L5P KR CONN.BASE(L)21 P FFC CONN.BASE(L)6P KR CONN. BASE(L)21 P FFC
16.9344MH2csT12.0M24.576MH2
EIN.EOOCIF
N.\\ :
!
GU-2403-3
35
PRINTED WIRING BOARD PATTERNSGU.24O3 CONTROL UNIT
,Li
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l9l]
isI i il i i 3 -I r
' "
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v05545 / Druck 3
ElN,aOOOF
GU.24O2 MAIN UNIT
GU-
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v05545 / Druck 4
. Xtsw703
- ' : { 1 : * ' l t ' l :
#-&*d"
N :Mull i-Voltoge Model Only
cB70l
E|N.AClCl|
37
Gu-2/rcl MECHA UNIT
v05545 / Druck 5
I
PARTS LIST OF EXPLODED VIEW PACKING AND ACCESSORIES(not included EXPLODED VIEW)
Rel. No. Part No. Part Name Remarks l'ty
o 11-1
1-21-323
o 4
GU-2402GL.l-2,m2-1GV2402-2Gt.|-2,()2€2(F 0717 0082(x&173001417(X64 r05
MAIN PWB UN]TMAIN PUA UNTPANET PII|,B UNITPANEI. PU'B UNTT8P MINIDIN @N. BASE2P PIN JACKHEAT SINK
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21247dt 90439it 9462 017212 1039 000144 2189 1$146 1371 005411 142.201499 0074 m8461 0706 101105 1029m105 1029 123105 1029 l23105 1029 110FG 50412 3495 200499m$006449 0(ts3 049Gl,.t 2101m9m79m9wA- 0120 H449 00r/ 005412 3S55 108,f61 0740092
TACr Sru',fTCH (100.lG STr.ED(RED)lP PUSH SWTICHFRONT PANELASS'yTEDWINDOWcHASSTSLOCKING CARD SPACEFFOOTSHEEIBACK PANELBACK PANELBACK PANELBACK PANETCD MECIIA.UNFP.W.B. BASEPIERCE I{OI,DLOO(NG CARD SPACEIMECHA PIA'B UN]I21P FFCWASHERCARDSPACEREARTH PTA'IESHEET
sr.n.40vc3F
U.SA. And CanadaEurope ModelU.K. Mod€lMuhi-Voltage Model
Modo
21
1
1
t
I
22111'|2241I222I2
i'it
3435
o 3 6o 3 7
119 0069 tog113 1357 207146 9238 140102 0425 101
RUBBER BUTTON (B)POWER SW.BITTTONLOADER PNELTOPCOVER
1Ia
t
9 4 1 41.| 11'13 001 SAECTORBBAqGTlfuhiVo[age liodel I
SCREWS
101102103104105
4i37015m5473 70@ 00547ts 7508 017473 70U 0034i'/02$m5
TAPPhIG SCREW 316 (S)TAPPT.IG SCBEI ' $<6 (S)TAPPll,lG SCREW SxlqPlTAPPING SCREW4!8 (S)3P SWEITING SCREW
Elack
Black
Black
1110
24
Ref. No. Part No. Part l.|ame Remarks )'ty
301n2
303
3043tF306n73083093r03113123133143153J6317318
505 0061 010511?3,nfi5
511 2347 106
515 0474 00251 5 0436 0082042518 m8203 dt05 007505 0102 m2505 0099 m8505 0099 082412 3556 m04r/m$fio471 3505 021503 lml 206RG35505 1012 02r503 1010 lts50r 1527 137
ETWETOPEINST.MANUAT
lNST.lvtANuAt
DAI WARRANTY ROMDCI WARRANTY8PMD.@RD2P PIN COBDSWRENE PAPERPOLY@VERPOLYCOVERCONNECTII,IG BRACKEIWASHERSCFEWSxl0cusHtoilREMOTE@NTBoLUNTSWRENE PAPERcusHoN(Rc)CARTON CASE
U.SA. ModolU.K. ModelMulti-Voltage Model
lamdu ArrlFrrm
11
I
112I
tI26
Iz
1'I
21
U.SA. ModelCanada Model
Remote Control Unit
a Part indicated with the mark' O 'are not alwap in stockand possiblyto take a long period of time for supplying,or in some case supplyirg of part rnay be refused.
E N.EICrIOF
WARNING:Parts marked with this symbol A W have critical characteristics.Use ONLY replacement parts recommended by the manufacturer.
Multi voluioge model only
P [e-ld ; 1 . J )
K-T-t
(lo€
Mulli volutogemodel only
EXPLODED VIEW OF CHASSIS AND CABINET
A-
v05545 / Druck 7
ElN.aoooF
Ret. No. Partr No. Part Name Remarks
I I GEN 13e63 I 412 3133 0065 | 431 0300 3026 | 463 0669 008t l+tzsztszoz8 | 424 0162 00sI I 424 0160 10410 | 4z 0262 006n lztz 1o5900612 | 423 00s6 01113 14240161 10314 l+11 10193@1s I GEN 14e216 1222227scn6,17 I 203 8302 00818 | 499 0191 0091e ll+s ros+ oos20 i471 3801 03921 | orn rosezz | +z+ oto+ oos23 IGEN 13e724 | 462 0078 1042s I zog ggot oo926 l+a roso ooo27 I 212 6013 00528 | oo9 0051 oo1n I 462 0078 11730 | 463 0583 10031 le er'r r+oa32 1461 0661 00033 |
435 0117 403y | 462 0113 014
rlamper Press Sub Ass'y;lamper F|?lmeoader Frameock Lever Springock Leveriearift CamipechlScrew)pervChse SW.bn'ulley Gearlecha. Chassis.. Motor Sub Ass'y,lotor SW. P.W.B.;3,2P PH.SAN CORD.Raser P.U).U. Shafilx3 CBS-Zipindle Motor Ass'ylelical Gear3lide Motor Sub Ass'y)amper'3,2P PH.SAN CORD.WFFC ChmperInner SW. (PU)12P FFCDamperSpring (F)Mecha. Frame Sub Ass'ySpring F. (R)Slide RackRubber Washer
KSS-240A
PARTS LIST OF FG-50 MECHANISM UNIT
40
v05545 / Druck 8
PARTS LIST OF FG'50 MECHA UNIT
1
77
vtt2^ ;
z\-k
4-1'
-/v\
l>/,,6zpffi
V
7.\\g
. 3 ' 4PART LIST OF RC.35 CONTROL UNIT
o Part indicated with the mark " O " are not always in stockand possibly to take a long period of time for supplying,or in some case supplying of part may be refused.
Ref. No. Part No. Part Name Remarks e'tyO - l
I
I . .I r - r - l
q 1-2IL 1-3
2J
4
8q
o 1 0o 1 1o 1 2o 1 3
14I J
t o6 t 17
o 1 81 9
o 2 0o 2 14 2 2
101103105106
GU- 2403GU- 2403 -1
GU- 2403 -2
GU- 2403 -3
393 9511 104393 4139 00221 1 0763 0152124763W4393 9462 017393 9512 006205 0717 m8
144 2191 107146 1371 005449 0074 011146 1369 101
119 0068 100119 0069 109105 1030 109146 1 370 200113 1523 002461 0653 005461 0504 0024 12 3555 1 08
473 7015 005473 7508 017473 7500 0154737002021
COMTROL PWB UNITCPU PWB UNITLEFT PWB UNITRIGHI PWB UNITLED BACK LIGHTLCDSLIDE VOLUMETACT SWTTCH(LONG ST)LED (RED)LED (GRN)8P MINI DIN CONN.BASE
RC FRONT PANELASS'YLED WINDOWLOCKING CARD SPACERINNER PANEL
RUBBER BUTTON (A)RUBBER BLTNON (B)COVERWINDOWSLIDE KNOBcusHroN (M)PADEAR]H PLATE
TAPPIIIG SCREW3x6 (S)TAPPII'G SCREW3x10(P)TAPPll,lG SCREW3xS (P)TAPPll,lG SCREW3xB (S)
SLR.4OVC3Fst"R40Mc
BlackBhck
Black
1
4
1
1
o
11
1
11
1
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8
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WABNING:Part6 marked wlth this symbol A ffi nave crltlcal characterlstlcs.Use ONLY replac€ment parts re@mmended by the manufacturer.
EXPLODED VIEW OF RC-35 CONTROL UNIT
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ON.ECEIC!F
WIRING DIAGRAM
F G 5 0 ( C D - l l
SLIDETOTOR
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GV-2402-3PANEL P.W.B. UNIT 2
IIt ^, 0
G\t-240?-2 L-7-PANEL P.W.B. UNIT I lAsio l lodcl Only l
c8720
KSS 24OA PICK UP
OPEiI CLOSE,^r
c8003
GU - 2401MECHA P.W.B. UNIT
GU- 2403 - 2LEFT P.W.B. UNIT
42
v05545 / Druck 10
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8720
F G 5 0 ( C D - 2 )
SLIDEHOTORLOADTNG TOTOR
G U - 2 4 0 2 - |MAIN P.W.B. UNIT
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--.^ GU - 2403 - 3oo'" R|GHT P.w.B. uNlr
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SCHEMATIC DIAG'iAM GU-2401 MECHA P.W.B. UNIT/GU.2402 MAIN P.W.B. UNIT
G U - 2 4 0 | MECHA P.W.8 UNIT
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P. W. B UNIT
NOTESALL RESISTANCE VALUES IN OHM. K=1,OOO OHM, M=1 ,OOO,OOO OHMALL CAPACITANCE VALUES IN MICRO FARAD. P=MICRO.MICRO FAMDEACH VOLTAGE AND CURRENT ARE MEASURED AT NO SIGNAL INPUT CONDTTION.CIRCUTT AND PARTS ARE SUBJECT TO CHANGE WITHOUT PRTOR NOTICE.
TflARt{ING:Parls markad wtfUse ONLY r€d&
CAUTDN:B€io.a.etmingtthe leakage ciln€rddedive.
I{AFIILIG:DO l'lOTretrm fl
NOTES:Cilqrit and oarts:
?ZL
j
iTc/6sers l
rc204HC37!
J-mr;:O l z l c
\
! E r ; r g ;pa ru f i lEg
^ta | l tc200
lt3 lpOrt: l33CJ-36G,rm?E /r6J-5t5-SOG
AVErt^12 lv ' : t 'l l l
s o wllo Lo{ER
5 x : H E ^ F
i l i l g : H i E E F E e e e E ;
rcJ03 | r /21!216
a
( s lxe As reove )
I
WAFt{NG:Parts marl€d wih tris symbol A l,ffil have o'itical chrateristics.Use ONLY reflacement partg ft,commend€d by ths mantacUrer.CAUTION:Belore lEtming fie unit lo the djstomor, make sure yan make oither (1) a leakage ornsnt check or (2) a line b chassis resistance chedc Itthe leakage cutrcnt exce€ds 0.5 milliamps, or it the resisEnce trom ch;sis to eit-her siCe ct the pc,.rer cord is less ihan 240 kchms, ihe un1;sddeaive.
WAFTIIIG:Do l,|or retrm he unit to the customer until the poblem b locand and conected-IOTES:Cirofi and parB are suq€d b cfiange without prior notice.
* For serial numbers oNo. 301, of Canada ICPU masking and mr
i = i E I E
IRIO,7t l?s0�2t4
i+:r.l!ii:ii:::i!:, . ! /fitj; *:rll J -
L____gg_E!,::___lLETOO
R720660
l;tRzo,7a?s,0a11
0?oo, 7o2 , 7o3I1750
I FTOOo.8A r25V €U,ECl6OmA 25OV E2,EKo5a 250v El
9
F
A
EU I U.s,A. TOOEL }EC (CAtlt A roo€L )€2 {EUiOPE Iq)ELIEX ( BRTTIS{ Fo€Ll
r=l =t N @
istI r t Jl N t !l l =
t a f
Er (ash mooELl_ + B L l i €
*-;;;;:":i:,.,
ial numbers of U.S.A. Model after No. 621 , of Europe Model up to No.882+8s and after No.951, of U.K. Model afterf ' of Canada Model after No:]?l, and of Multi-Voltage Model after No. 101 , tc2oo becomes UpD1B234GJ-515-5BG bynsking and makes 1C204, IC2OS, Rg4 unnecessarvl
t--
SCHEMATIC DIAGRAM GU-2403 CONTROL P.W.B. UNIT
1 2 3
Uo@
o =t s ;
ar- Hz.
= 2 ,' o
3 oE zt d
c =
e =co
R I I D I
i ; F F u J o o ! o
g e t E
AVREF2AVREF 3
X 1 C 8 0 078234
UPD7B233GJ-58GuPD78234cJ -5r6-58G
KIN IO
K I N I I
K IN 12Krt{ 13KIN 20K I N 2 IKl l . l22KIN23XDXD
Kl
KI
KI
KI
NF - y<a lri Jc l o oJ J J
o|
5Nlr,oJ
c l o r o . r - - - i
5 i * F = 5 E , t r =
VPPAl2A 7A6A 5
B654
f-II
-lI
x tc804HC373
a<AD2
AD3A04A05A06AD7
A8A9Al0At IAtz
At3Ar4Al5
KCT'TOKOUT IKOUTzKOUT3
OE
a 6 @
; t b
A12A7A6A 5^. l l
VccAt4A t 3A8
O L U O . J O < o L l r l 6 ( J ) 6 <r L L r L L b a a o q o @ q
E L P I M c tR E M I M F I00T I MEI
M 0 lrc802 MC I
LC 7582 M8 |M A I
T G IT F IT E IT0 lT C I
- - - T B I- v F N =
3 F , t = Q a u : : = = T ^o > l = > > J J i o ( ,
GU -2403 -2
0804t807tAt5lA
N N N N N 6 | I - N N N N N N No B l r J 6 o @ { ( g L r d O ( ) ( D <L L L L L L T o @ 6 o q 6 @
ELP 2 MGREM2 MF2
DoT 2 ME2MD2ltc 2
r c 8 0 3LC7582
TC2TF2TE2TD2tc2
-TB2!rcoo
c8801
ElN-eooc
; ; ; ; ;o @ 6 @ @
M G I
M F I
M E IM 0 l
M C I
M 8 l
M A I
. r i d <- i : 6 =J J J O
T G IT F IT E IT D IT C I
-TB I
= T A
TRACK (F} TRACK (RIrrl- 4
(2) oPEN (r) oP€NJrq +
LESI ISLR -'|OVC3F (RED)
LE8r2 , 8 t3sLR-'loMc(GRt{l
TR800ru 802DTCI14EKT96
SEARCH& ( R t
CUEcg
0808r 8 l lMAI5 IA
LE 8 IO EACK L IGHT
08r rR8l3
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N N N N Nt r l o ( ) ( D <n 6 6 . n o
2TGTFTE
n=oo
N N NN v F N
5 d 3 =J J J o
c842 0.1
LE83O EACK LIGHT
R8202 7
R8r927 TRACK (F ) TRACK (RI
Gg Jr- ALE83IstR -40vc3F(RED)1E832 | 833SLR -.toMC (GRll )
832
R837220
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KOUT I
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D812 0813 08r4 D8r5
i ; 9 9o- (L
AVREF2x 1C800
78234UPD78233GJ-5BG
uPD78234GJ -5r6-58G3
KIN IO
Ktt{ | |Kt i t 12KIN 13Kll{ 20KIN 2 IKIN 22KIN23RXDTXD
N N $ t _J J J J
5= E ENF - Y F< l r l J < to c ) ( . : l c lJ J J J
at
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' raod
CPU P.W.B UNIT
* For serial numbers of U.S.A. Model after No.621 , of Europe Model up to No.882-88No. 301, of Canada Model after No.131, and of Multi-Voltage Model after No'101, lCCPU masking and makes 1C804, 1C805, R805 unnecessary.
a o c D
I t b 6oAD2
AD3A04AD5AD6AD7
A8A9AroA l lAt2
At3At4Al5
KqJTOKOUT IKOUTzKOUT3
OE
t-II
;oJ
IIOTE :- +B Llt{E
.882-885 and after No.951, of U.K. Model afterr.101, fG800 becomes UPD7823/. GJ-516-5BG by
WARNNG:Parb nErl€cUse ONLY re
CAfiON:B€tor€ r€tJmthe leakage rd€bdive.
WARNNG:DO NOT ret
NOTES:Ckcuit and p
NOTESALL RES|STANCE VALUES lN OHM. k=1,m0 OHM, M=1'000'000 OHM
AI I CAPACITANCEVALUES IN MICRO FARAD. P=MICRo'MICRO FARAD
EACHVoLTAGEANDCURREI.|TAREMEASUREDATNoSIGNALINPUTcoND|TloN.CTRCUTT AND PAFTS ARE SU&JECT TO CHAI'IGE WTTHOUT PRIOR NOTICE.
VPP vccAr2 A l4A 7 AA6 A8
A 4 A I
A 2 A
Ao AD7
AD I ADsADz AD4GNO AD3
d N N N N N - N N N N N N Ni j s u J O o c o < ( g r u J o o q <t i . L r r I L L 6 @ @ 6 6 6 @
)tF2ME2MD2ilc2M82MA2
T62T F 2fE2TD2TC2
-TB2Inuoo
r c 8 0 3L C 7 5 8 2
N N NN Y F N
a 3 E E E ? a a J 3 =o > l = > > J J J u
L E S I I LE8I2
R8t7220
BENO I+ IJi
EEND ( - Il+
PLAI+
I
TR800n 802DTCI14EKTg6
0808 ry 8llMA I5 IA
c
D
E
G
H
N N N N N[ J 0 L ) o <n . n 6 6 0
nF2rE2M02MC2
il42
TG2TF2TE2TTC2
KOUT O
N Y F NU J J < =o o o oJ J J o
R8t927
LE83ISLR-/OVC3F(RED)L8832,833sLR -40MC (GRr{ )
TR803 o 805oTcil4EKT96
rRACK (F ) TRACK (RIE4r JL.
D8l2 ry 815I{AI5IA
A 4
SEARCHA I R I
=oo
CUEcA
LE83O BACK LIGHT
D8r5^.. R833
WARNNG:Parts mark€d wrth tris symbol A l'ffil hae critbal characteristics.Usa ONLY replument patts l@mmended by the manutactJrer.
CAUTON:Betot€ r€tJming $e unit b the qrstomer, make sure yor make either (1) a leal(age dJnent cfteck or (2) a line b cfiasds resistancs chedc lf
the leakage o.rnent exc€€ds 0.5 milliamps, or if fre resistance lrom chassis to eilh€r side of $e potrer cord is l€ss than 240 kohms, lhe unit is
debaive.
WARNING:nON. DO NOT retlm fre unitto lhe customer until th€ probl€m is locabd and coneded.
NOTES:Circuit and parts ar€ suti€ct b cfiange without prior notico.
t-
43
E N.ACEIOF I
SEMICONDUCTORS
a tc's
BA1 521 8F (1C004,005,303,304)
TCT4HCUO4AF (rcoo8)SN74LS624NSR (looo3)
cxA1372Q(rco01)
cxD2sooAQ (loo02)uPD6381GF (lc2o1)
cxD2551MT (1c300)
TCT4HCU04AF
l A -
IY
2^
? \ -
3 A +
3Y*
CND
v53C1048K80(rc203)
OUTPUT-
INruT-I
SLOT
LRCKO
OATAL
OATAR
(ircl
Vrt(NCl
(NCl
BCKO
ATT
SHIFT
45
r ElN-eoooF
HD74HC373FP-TL ( |C204,804)
M5M34051FP (tC801)
846296 FP-T1 (lcoo6)PCM61 P-L (1C301,302)MsM340s1P (rC703)
L78oSo5 (lc7o2)
ff iW
I
IC PROTECTORrcP-N38T (lC71o)fcP-N25T (1C711,712)
NJMTEM05FA (lC7oo)NJMTgMoSFA (lc7o1)
mT GNO
It{
1. Vin2. NC3. GND4. STB5. Vout
o9
9IN| l
^ ^ ^ ^ A - ^ ^ ^ ^ ^ ^ ^ o= o a ? A a F a a : : : : : P : : : 3 R E : $ R i 3 3 N R Rs s g 9 9 9 9 g I I 9 9 9 s g g g I g g I I g s 9 g s g g s
O - N o i o @ t s O 6 O F N o n o @ F O O OF d o { 6 @ F @ O ; F - - F F N N d N N N N N N N O
TITTTTT?T1? lITTTTTTTTTTTTT??TI: a a ? 6' 6' - 6' e9: g99 9 g se g e i9 S S i g g's SS : I@ @ @ @ @ @ o 6 @ @ aD @ @ @ a @ @ @ @ o @ a @ @ q @ lD @ @ a o a
O F N O t o O N @ O O F N O i ! ! @ F 6 o o - N
F N O i 6 @ F 6 O F r -
46
E N.AClClc F I
OTRANSISTORS
2SB562(C) CrRo73)2SD468(C) [rRo72)
O DIODES
MAl51A (D804 - 815)MAlslWA (D802,803)
1SR35-200A (D70+70n
DTC114EK96(TR300,301)(TR800-805)
-. -F \ : -
ol \ - / |: \ m I )- w
t
2SD2144STPU(TR710,72O720,721)
B (Base)C {Collector)E (Eminerl
MA3047-TX (D400)
MA750 (D7O0,702,7O3)
@.ddnl
1: GND/Eminer
2: 1n/8ase
3: Out/Collector
MA151WK(D800,801)
1 : Anocle2: Cathode3:Anode/Cahode
2 19 9lD1 t D2
o3
1:Anode2: Cathode3:Anode/Cathode
' Z 1
9 ?+Dl +D2-r
3
1:Anode2 : N C3: Cathode
2 1o 9
+r3
"*'"-fl1SS270ATE (D708- 715)
+F-Fdrc=-
O LED
BACK LrGHT (1E810,830)SLR-4oVC3F (RED) (1E81 1,831)SLR-/mMC3F (GRN) (1E812,813,832,833)
47
t t*l
. DENON
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'j?<i- C.o'i/\F @moo