MD E9000W Service Manual GB MDE9000W

User Manual: MDE9000W

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MD-E9000W

SERVICE MANUAL
No. S8155MDE9000/

MD COMPACT COMPONENT SYSTEM

MODEL MD-E9000W
MD-E9000W MD Compact Component System consisting
of MD-E9000W (main unit) and CP-E9000H (speaker
system).

• In the interests of user-safety the set should be restored to its
original condition and only parts identical to those specified should
be used.

CONTENTS
Page
SAFETY PRECAUTION OF MD SECTION FOR SERVICE MANUAL .............................................................................. 2
SAFETY PRECAUTION OF CD SECTION FOR SERVICE MANUAL .............................................................................. 3
VOLTAGE SELECTION ..................................................................................................................................................... 3
AC POWER SUPPLY CORD AND AC PLUG ADAPTOR ................................................................................................. 3
SPECIFICATIONS ............................................................................................................................................................. 4
NAMES OF PARTS ........................................................................................................................................................... 5
OPERATION MANUAL ...................................................................................................................................................... 7
DISASSEMBLY ................................................................................................................................................................ 10
REMOVING AND REINSTALLING THE MAIN PARTS ................................................................................................... 13
TEST MODE .................................................................................................................................................................... 15
ADJUSTMENT ................................................................................................................................................................. 19
ERROR MESSAGE LIST ................................................................................................................................................. 29
EEPROM WRITING PROCEDURE ................................................................................................................................. 30
BLOCK DIAGRAM ........................................................................................................................................................... 34
WIRING SIDE OF P.W.BOARD ....................................................................................................................................... 38
SCHEMATIC DIAGRAM .................................................................................................................................................. 48
VOLTAGE ........................................................................................................................................................................ 60
NOTES ON SCHEMATIC DIAGRAM .............................................................................................................................. 61
TYPES OF TRANSISTOR AND LED ............................................................................................................................... 61
WAVEFORMS OF CD CIRCUIT ...................................................................................................................................... 62
WAVEFORMS OF MD CIRCUIT ..................................................................................................................................... 63
TROUBLESHOOTING ..................................................................................................................................................... 65
FUNCTION TABLE OF IC ................................................................................................................................................ 73
FL DISPLAY ..................................................................................................................................................................... 86
PARTS GUIDE/EXPLODED VIEW

SHARP CORPORATION

This document has been published to be used
for after sales service only.
The contents are subject to change without notice.

MD-E9000W

SAFETY PRECAUTION OF MD SECTION FOR SERVICE MANUAL
WARNINGS
The AEL (Accessible Emission Level) of the laser power output is less than class 1 but the laser component is capable of emitting radiation
exceeding the limit for Class 1. Therefore it is important that the following precautions are observer during servicing to protect your eyes
against exposure to the laser beam.
1) When the unit case cover is removed and LOADING SW (SW1932) is turned on and then PLAY SW (SW1934 mechanism PWB) is turned
on in a few second.
The laser will light for several second to detect a disk.
2) The laser power output of the pickup unit and replacement service parts are all factory preset before shipment.
Do not attempt to readjust the laser pickup unit during replacement or servicing.
3) Under no circumstances stare into the pickup lens at any time.
4) If laser optical unit becomes faulty, replace the complete laser optical unit.
5) CAUTION-Use of controls or adjustments, or performance of procedures other than those specified herein may result in hazardous
radiation exposure.

Laser Diode Properties
Material: GaAIAs
Wavelength: 785 nm
Pulse time:
Read mode: 0.8 mW Continuous
Write mode: max 10 mW 0.5S
min cycle 1.5S
Repetition

VARO !
VARNING!

CAUTION-INVISIBLE LASER RADIATION WHEN OPEN AND INTERLOCKS
DEFEATED. AVOID EXPOSURE TO BEAM.
VARNING-OSYNLIG LASERSTRÅLNING NÄR DENNA DEL ÄR ÖPPNAD OCH
SPÄRRAR ÄR URKOPPLADE. STRLEN ÄR FARLIG.
ADVERSEL-USYNLIG LASERSTRÅLING NÄR DEKSEL ÅPNES OG SIKKERHEDSLÅS
BRYTES. UNNGÅ EKSPONERING FOR STRÅLEN.
VARO! AVATTAESSA JA SUOJALUKITUS OHITETTAESSA OLET ALTTIINA
NÄKYMÄTÖN LASERSÄTEILYLLE. ÄLÄ KATSO SÄTEESEN.
VARNING-OSYNLIG LASERSTRÅLNING NÄR DENNA DEL ÄR ÖPPNAD OCH SPÄRREN
ÄR URKOPPLAD. BETRAKTA EI STRÅLEN.
ADVERSEL-USYNLIG LASERSTRÅLING VED ÅBNING. NÅR SIKKERHEDSAFBRYDERE
ER UDE AF FUNKTION. UNDGÅ UDSETTELSE FOR STRÅLING.

Avattaessa ja suojalukitus ohitettaessa olet alttiina näkymättömälle lasersäteilylle. Älä katso säteeseen.
Osynlig laserstralning när denna del är öppnad och spärren är urkopplad. Betrakta ej strälen.

Precaution to be taken when replacing and servicing the laser pickup.
The following precautions must be observed during servicing to protect your eyesvagainst exposure to the laser.
Warning of possible eye damage when repairing:
If the AC power plug is connected when the inner cover of the unit is removed, the laser will light up during focus access (about
1 second) (Fig. 2-1).
During this operation, the laser will leak from the opening between the magnetic head and cartridge holder (Fig. 2-2).
In order to protect your eyes, you must not look at the laser during repair.
Before repairing, be sure to disconnect the AC power plug.

Magnetic Head
Optical Pickup

,,





Magnetic Head

Laser Beam
Cartridge Holder
Mechanism
Chassis

Spindle Motor

Figure 2-1

Optical Pickup

Figure 2-2

–2–

MD-E9000W

SAFETY PRECAUTION OF CD SECTION FOR SERVICE MANUAL
WARNINGS
Precaution to be taken when replacing and servicing the Laser Pickup.
The AEL (Accessible Emission Level) of Laser Power Output for this model is specified to be lower than Class 1 Requirements.
However, the following precautions must be observed during servicing to protect your eyes against exposure to the Laser
beam.
(1) When the cabinet has been removed, the power is turned on without a compact disc, and the Pickup is on a position outer
than the lead-in position, the Laser will light for several seconds to detect a disc. Do not look into the Pickup Lens.
(2) The Laser Power Output of the Pickup inside the unit and replacement service parts have already been adjusted prior to
shipping.
(3) No adjustment to the Laser Power should be attempted when replacing or servicing the Pickup.
(4) Under no circumstances look directly into the Pickup Lens at any time.
(5) CAUTION - Use of controls or adjustments, or performance of procedures other than those specified herein may result in
hazardous radiation exposure.
Laser Diode Properties
Material: GaAIAs
Wavelength: 780 nm
Emission Duration: continuous
Laser Output: max. 0.6 mW

CAUTION-INVISIBLE LASER RADIATION WHEN OPEN. DO NOT STARE INTO BEAM
OR VIEW DIRECTLY WITH OPTICAL INSTRUMENTS.
VARNING-OSYNLIG LASERSTRALNING NAR DENNA DEL AR OPPNAD. STIRRA EJ
IN I STRALEN OCH BETRAKTA EJ STRALEN MED OPTISKA INSTRUMENT.
ADVERSEL-USYNLIG LASERSTRALING VED ABNING. SE IKKE IND I
STRALEN-HELLER IKKE MED OPTISKE INSTRUMENTER.
VARO! AVATTAESSA OLET ALTTIINA NAKYMATON LASERSATEILYLLE. ALA
TUIJOTA SATEESEEN ALAKA KATSO SITA OPTISEN LAITTEEN LAPI.
VARNING-OSYNLIG LASERSTRALNING NAR DENNA DEL AR OPPNAD. STIRRA EJ
IN I STRALEN OCH BETRAKTA EJ STRALEN GENOM OPTISKT INSTRUMENT.
ADVERSEL-USYNLIG LASERSTRALING NAR DEKSEL APNES. STIRR IKKE INN I
STRALEN ELLER SE DIREKTE MED OPTISKE INSTRUMENTER.

VOLTAGE SELECTION
Before operating the unit on mains, check the preset voltage. If the voltage is different from your local voltage, adjust the voltage
as follows.
Turn the selector with a screwdriver until the appropriate voltage number appears in the window (110 V, 127 V, 220 V or 230 V-240 V AC).

AC POWER SUPPLY CORD AND AC PLUG ADAPTOR
QACCB0012AW00

QACCL0002AW00

QPLGA0004AWZZ

QACCE0007AW00

QACCJ0006AW00

–3–

MD-E9000W
FOR A COMPLETE DESCRIPTION OF THE OPERATION OF THIS UNIT, PLEASE REFER
TO THE OPERATION MANUAL.

SPECIFICATIONS
MD-E9000W

MiniDisc

General
AC 110/127/220/230 - 240 V, 50/60 Hz

Type

MiniDisc recorder

Power consumption

58 W

Signal readout

Non-contact, 3-beam semiconductor laser pickup

Dimensions

Width: 230 mm (9-1/16")
Height: 173 mm (6-13/16")
Depth: 290 mm (11-7/16")

Rotation speed

400 - 900 rpm CLV, Approx.

Error correction

ACIRC (Advanced Cross Interleave Reed-Solomon
Code)

Quantization

20-bit linear (A/D converter)

Coding

ATRAC/ATRAC 3 (Adaptive TRansform Acoustic Coding)

Sampling frequency

44.1 kHz

Recording method

Magnetic modulation overwrite method

Frequency response

20 - 20,000 Hz

D/A converter

1-bit D/A converter

Speakers: 4 ohms
Headphones: 16 - 50 ohms (recommended: 32 ohms)

Wow and flutter

Unmeasurable (less than 0.001% W. peak)

Signal/noise ratio

95 dB (1 kHz)

Auxiliary: 500 mV/47 kohms

Dynamic range

90 dB (1 kHz)

Audio channel

Stereo: 2 channels (SP, LP2, LP4)

Power source

Weight

4.1 kg (9.02 lbs.)

Amplifier
Output power

Output terminals
Input terminals

MPO: 66 W (33 W + 33 W) (10 % T.H.D.)
RMS: 40 W (20 W + 20 W) (10 % T.H.D.)
RMS: 28 W (14 W + 14 W) (1 kHz, 0.9 % T.H.D.)

CD player
Type

Tuner

Compact disc player

Signal readout

Non-contact, 3-beam semiconductor laser pickup

D/A converter

1-bit D/A converter

Frequency response

20 - 20,000 Hz

Dynamic range

90 dB (1 kHz)

Frequency range

FM: 88 - 108 MHz
AM: 531 - 1,602 kHz

CP-E9000H
Type

2-way type speaker system
5 cm (2") Tweeter
10 cm (4") Woofer

Maximum input power

40 W

Rated input power

20 W

Impedance

4 ohms

Dimensions

Width: 140 mm (5-9/16")
Height: 300 mm (11-13/16")
Depth: 187 mm (7-3/8")

Weight

1.5 kg (3.3 lbs.)/each

Specifications for this model are subject to change without
prior notice.

–4–

MD-E9000W

NAMES OF PARTS
MD-E9000W

Front panel
1. CD Compartment
2. Timer Set Indicator
3. Remote Sensor
4. MD Compartment
5. On/Stand-by Button
6. MD Eject Button
7. Tuner (Band) Button
8. Auxiliary Button
9. Extra Bass Button
10. Equalizer Button
11. Memory/Enter Button
12. Display (Demo) Button
13. CD Open/Close Button
14. Volume Up and Down Buttons
15. MD Record Mode Selector Buttons (SP/LP2/LP4)
16. CD/MD Normal Speed Record Button
17. CD/MD High Speed Record Button
18. MD Record Button
19. CD Stop Button
20. CD Play or Pause Button
21. CD/MD Track Up and Fast Forward, Tuner Preset
Up Button
22. CD/MD Track Down and Fast Reverse, Tuner Preset
Down Button
23. MD Stop Button
24. MD Play or Pause Button

1

3
2

4
5 6 7 8 9 10 11 12 13 14
19
20

15

16 17 18

21 22 23 24

Display
1. Record Indicator
2. Record Pause Indicator
3. High Speed Record Indicator
4. CD/MD Repeat Indicator
5. FM Stereo Mode Indicator
6. FM Stereo Receiving Indicator
7. TOC Indicator
8. Over Indicator
9. Track Edit Indicator
10. Extra Bass Indicator
11. Timer Play/Record Indicator
12. 2 times Long Recording (stereo) Indicator
13. 4 times Long Recording (stereo) Indicator
14. Sleep Indicator
15. Level Meter/Character Information/Frequency Indicator
16. Track Indicator
17. Random Play Indicator
18. Memory Indicator
19. Disc Indicator

1 2 3 4

11 12 13 14

–5–

5 6 7 8 9

15

10

16 17 18 19

MD-E9000W
Rear Panel
1. AM Aerial Terminal
2. Aerial Earth Terminal
3. FM Aerial Terminal
4. Auxiliary (Audio Signal) Input Sockets
5. Headphone Socket
6. Speaker Terminals
7. Span Selector Switch
8. AC Voltage Selector
9. AC Power Input Socket

7
8

1
2

9

3
4 5

6

Remote Control
1. Remote Control Transmitter
2. On/Stand-by Button
3. Extra Bass Button
4. Video/Auxiliary Button
5. Timer Button
6. Clock Button
7. Tuning Up and Down Buttons
8. Clear/Delete Button
9. Cursor Buttons
10. Volume Up and Down Buttons
11. Equalizer Mode Selector Button
12. Tuner (Band) Button
13. Sleep Button
14. CD Open/Close Button
15. Memory/Enter Button
16. Character Input/CD, MD Direct Buttons
17. Symbol/Time Button
18. Dimmer Button
19. MD Play or Pause Button
20. CD/MD Fast Reverse, Track Down Button
21. Recording Mode Selector Button
22. MD Stop Button
23. CD Play or Pause Button
24. CD/MD Fast Forward, Track Up Button
25. CD Stop Button
26. MD Record Button
27. CD/MD Play Mode Selector Button
28. Auto Marker Button
29. Display/Character Button
30. Name/TOC Button
31. Track Edit Button
Buttons with “ “ mark in the illustration can be operated on the remote control only.
Other buttons can be operated both on the main unit and the remote control.

CP-E9000H
1. Tweeter
2. Woofer
3. Bass Reflex Duct
4. Speaker Terminals

1

2
3

–6–

4

MD-E9000W

OPERATION MANUAL

Setting the Clock
3

Press the
or
button to adjust the hour and then
press the MEMORY/ENTER button.

When the 12-hour display is selected, “AM” will change automatically to
“PM”.

4

Press the
or
button to adjust the minutes and
then press the MEMORY/ENTER button.

The hour will not advance even if minutes advance from “59” to “00”.
The clock starts from “0” second. (Seconds are not displayed.)

To check the time:
Press the CLOCK button.
The time display will appear for about 10 seconds.
This may be operated only with the remote control.
In this example, the clock is set for the 24-hour (0:00) display.

1

2

Note:
The “CLOCK” or time will flash at the push of the CLOCK button when the AC power
supply is restored after a power failure or unplugging the unit.
Readjust the clock by performing “Setting the Clock” from the beginning.

Press the CLOCK button and within 10 seconds, press the
MEMORY/ENTER button.

Press the
or
button to select 24-hour or 12-hour
display and then press the MEMORY/ENTER button.
→ The 24-hour display will appear.
(0:00 - 23:59)
“AM 0:00”
→ The 12-hour display will appear.
(AM 0:00 - PM 11:59)
“AM 12:00” → The 12-hour display will appear.
(AM 12:00 - PM 11:59)
“0:00”

Error Messages
When an error message is displayed, proceed as follows:

Can’t EDIT

Meaning
Nothing is recorded.
(Neither music nor disc name
is recorded.)
You tried to record from a
copy prohibited CD.
A track cannot be edited.

Can’t READ
( :Number or
symbol)

The disc is damaged.
TOC information cannot be
read.
MiniDisc not specified.

Can’t REC

Recording cannot be performed correctly due to vibration or shock in the unit.
The TOC information could
not be created properly due
to a mechanical shock or to
scratches on the disc.

Error messages
BLANK MD

Can’t COPY

Can’t WRITE

DISC FULL
Er-CD 20

Er-MD
( :Number or
symbol)
EDIT OVER

MD NO DISC
CD NO DISC

The disc is out of recording
space.
The CD cover is not working
properly.
A MiniDisc is not working
properly.
You chose 21 or more tracks
for track editing.
The remaining time available
for recording is short.
A MiniDisc has not been
loaded.
The MiniDisc data cannot be
read.
A CD has not been loaded.
The CD data cannot be read.

Remedy
Replace it with another disc.

Error messages
NAME FULL

Replace the CD.

NOT AUDIO

Change the stop position of the
track and then try editing it.
Replace it with another disc.
Erase the disc and try recording again.

PLAYBACK MD

Re-record or replace the
MiniDisc.
Set this unit to the stand-by
mode and try to write the
TOC again. (Remove any
source of shock or vibration
whilst writing.)
Replace the disc with another
recordable disc.
Set this unit to the stand-by
mode and turn the power on
again.
Set this unit to the stand-by
mode and turn the power on
again.
Decrease the number of
tracks.
Replace it with a disc that has
enough time to record.
Load a MiniDisc.
Reload the MiniDisc.
Load a CD.
Reload the CD.

PROTECTED

Meaning
The number of characters for
the disc name or track name
exceeds 40.
The data recorded on this
disc is not audio data.
You tried to record on a playback-only disc.
The disc is write protected.

TEMP OVER

The temperature is too high.

TOC FORM

TOC information recorded on
the MD does not match the
MiniDisc specifications or it
cannot be read.

( :Number or
symbol)
TOC FULL
TOC FULL1

? MD DISC
POWER?

ER-TU
( :Number or
symbol)

–7–

There is no space left for recording track numbers.
There is no space left for recording character information.
The data contains an error.
MiniDisc not specified.
MiniDisc is not working properly.
Tuner is not working properly.

Remedy
Shorten the disc or track
name.
Select another track.
Replace the disc.
Replace it with another recordable disc.
Move the write protection tab
back to its original position.
Set this unit to the stand-by
mode and wait for a whilst.
Replace it with another disc.
Erase the disc and try recording again.
Replace it with another recordable disc.
Replace it with another recordable disc.
Erase the needless characters.
Replace it with another disc.
Set this unit to the stand-by
mode and turn the power on
again.
Set the unit to the stand-by
mode and turn the power on
again.

MD-E9000W

System Connections
Setting the AC voltage selector

Connecting the AC power lead

Check the setting of the AC voltage selector located on the rear panel before plugging the unit into an AC socket. If necessary, adjust the selector to correspond to the
AC power voltage used in your area.

After making all connections, plug the unit. If you plug the unit first, the unit will enter
the demonstration mode.

1

220 V

RATED LINE
VOLTAGE
2
Selector adjustment:
Turn the selector with a screwdriver until the appropriate voltage number appears in
the window (110/127/220/230 - 240V AC).
Notes:
Plug the AC power lead into an AC socket, after any connections.
Unplug the AC power lead from the AC socket if the unit is not to be used for a
prolonged period of time.
Never use a power lead other than the one supplied. Use of a power lead other
than the one supplied may cause an electric shock or fire.
AC Plug Adaptor
In areas (or countries) where an AC socket as shown in illustration is used, connect the unit using the AC plug adaptor supplied with the unit, as illustrated. The AC
plug adaptor is not included in areas where the AC wall socket and AC power plug
can be directly connected (see illustration ).

System Connections
Setting the FM/AM span selector
The International Telecommunication Union (ITU) has established that member countries should maintain either a 100 kHz or 50 kHz interval between broadcasting frequencies of FM stations and 10 kHz or 9 kHz for AM station. The illustration shows
the 50/9 kHz zones (regions 1 and 3), and the 100/10 kHz zone (region 2).
Before using the unit, set the SPAN SELECTOR switch (on the rear panel) to the
interval (span) of your area.

To change the tuning zone:

1 Unplug the AC power lead from the AC socket.
2 Set the SPAN SELECTOR switch (on the rear panel) as follows.
For 50 kHz FM interval (9 kHz in AM) 50/9
For 100 kHz FM interval (10 kHz in AM) 100/10

3 Plug the AC power lead to the AC socket.
Caution:
This operation will erase all data stored in memory including clock, timer settings,
tuner preset, and CD or MiniDisc programme.

Precautions
Placing the system
Please ensure that the equipment is positioned in a well-ventilated area
and that there is at least 10 cm (4") of free space along the sides and
back.
There must also be a minimum of 20 cm (8") of free space on the top of
the unit.
10 cm (4”) 10 cm (4”)
20 cm (8”)

10 cm (4”)

–8–

MD-E9000W

Troubleshooting Chart
Many potential “problems” can be resolved by the owner without calling a service
technician. If something is wrong with this product, check the following before calling
your authorised SHARP dealer or service centre.

Tuner
Symptom
Radio makes unusual noise consecutively.

General
Symptom
The clock is not on time.
When a button is pressed, the unit
does not respond.

No sound is heard from the speakers.

Possible cause
Did a power failure occur?
Reset the clock.
Set this unit to the power stand-by mode
and then turn it back on.
Does the unit still malfunction?
Reset it.
Is the volume level set to “0”?
Are the headphones connected?
Are the speaker wires disconnected?

Remote control
Symptom
The remote control does not operate.

CD player
Symptom
Playback does not start.
Playback stops in the middle or is
not performed properly.
Playback sounds are skipped, or
stopped in the middle of a track.

Possible cause
Is the stereo system placed near the TV
or computer?
Is the AC power lead located near the
aerial?

Possible cause
Is the stereo system unplugged?
Is the battery polarity incorrect?
Are batteries dead?
Is the distance or angle incorrect?
Does the remote control sensor receive
strong light?

Condensation

Possible cause
Is the disc loaded upside down?
Does the disc dissatisfy the standards?
Is the disc distorted or scratched?

Sudden temperature changes, storage or operation in an extremely humid environment may cause condensation inside the cabinet (CD/MD pickup, etc.) or on the
transmitter on the remote control.
Condensation can cause the unit to malfunction.
If this happens, leave the power on with no disc in the unit until normal playback is
possible (about 1 hour). Wipe off any condensation on the transmitter with a soft
cloth before operating the unit.

Is the unit located near excessive vibration?
Is the disc very dirty?
Has condensation formed inside the unit?

MiniDisc
Symptom

Possible cause

A recording cannot be made.

Is the MiniDisc protected against accidental erasure?
Did you try to make recording on a playback-only MiniDisc?
Can you see the "DISC FULL" or "TOC
FULL" message in the display?

Even though a disc has been
loaded, “CD/MD NO DISC” or
“Can’t READ” is displayed.
Playback sounds are skipped.

Is the unit located near excessive vibration?
Is the disc very dirty?
Has condensation formed inside the
unit?

Troubleshooting Chart

Remote Control

If trouble occurs

Test of the remote control

When this product is subjected to strong external interference (mechanical shock,
excessive static electricity, abnormal supply voltage due to lightning, etc.) or if it is
operated incorrectly, it may malfunction.

If such a problem occurs, do the following:
1. Set the unit to the stand-by mode and turn the power on again.
2. If the unit is not restored in step 1, unplug and plug in the unit, and then turn the
power on.

Face the remote control directly to the remote sensor on the unit.

The remote control can be used within the range shown below:
Press the ON/STAND-BY button. Does the power turn on? Now, you can enjoy the
music.

Note:
If neither operation above restores the unit, clear all the memory by resetting it.

Remote sensor

Clearing all the memory (reset)
1. Press the ON/STAND-BY button to enter the power stand-by mode.
2. Whilst pressing down the PRESET
button and the DISPLAY (DEMO) button,
press the ON/STAND-BY button.
After the “RESET” is displayed for about 1 second, the unit will enter the power
stand-by mode.

Caution:
This operation will erase all data stored in memory including clock, timer settings,
tuner preset, and CD or MiniDisc programme.

Before transporting the unit
Remove the CD and the MiniDisc from the unit. Your unit checks whether there is a
disc inside the unit when the compartment is closed. “NO DISC” appears if no disc is
left. Then, set the unit to the power stand-by mode. Carrying the unit with discs left
inside can damage it.

–9–

0.2 m - 6 m
(8" - 20')

MD-E9000W

DISASSEMBLY
Caution on Disassembly
Follow the below-mentioned notes when disassembling
the unit and reassembling it, to keep it safe and ensure
excellent performance:
1. Take compact disc and minidisc out of the unit.
2. Be sure to remove the power supply plug from the wall
outlet before starting to disassemble the unit.
3. Take off nylon bands or wire holders where they need to
be removed when disassembling the unit. After servicing
the unit, be sure to rearrange the leads where they were
before disassembling.
If the screw of the wrong length is applied on the MD
mechanism unit (screw for mounting parts to the MD
mechanism chassis), it may contact the optical pickup
and cause the unit to malfunction.
4. Take sufficient care on static electricity of integrated
circuits and other circuits when servicing.

MD-E9000W
(A1)x1
ø3x10mm
(A2)x1
ø2.6x8mm
Top Cabinet

Side
Panel
(Left)
Rear
Cabinet

(A1)x1
ø3x10mm

REMOVAL

PROCEDURE

FIGURE

1

Side Panel

1. Screw ................. (A1) x6
2. Screw ................. (A2) x2

10-1

2

Top Cabinet with
Rear Cabinet

1. Screw ................. (B1) x6
2. Flat Cable .......... (B2) x2
3. Socket ................ (B3) x2

10-1, 3
10-2

Rear Panel/Aux
Input PWB with
Fan Motor

1. Screw ................. (C1) x7
2. Socket ................ (C2) x2

10-2

Main PWB

1. Screw ................. (D1) x2
2. Flat Cable .......... (D2) x1
3. Socket ................ (D3) x3
4. Hook .................. (D4) x2

10-2

3

4

Rear
Panel
(A1)x4
ø3x10mm

MD-E9000W
STEP

(B1)x2
ø3x10mm

(B1)x3
ø2.6x8mm
Side Panel
(Right)

(A2)x1
ø2.6x8mm

Figure 10-1
(D1)x2
ø3x10mm

(D2)x1
(C2)x1

(B3)x2

(B2)x1

(D3)x1

(B2)x1

(D4)x2

Power
PWB

(D3)x2
Rear
Panel

5

Tuner PWB

1. Screw ................. (E1) x3
2. Bracket .............. (E2) x1

10-3

6

Power Amp. PWB

1. Screw ................. (F1) x3
2. Socket ................ (F2) x1

10-3

7

MD Mechanism Unit 1. Screw ................. (G1) x3

10-3

8

CD Servo PWB
(Note)

1. Screw ................. (H1) x3
2. Socket ................ (H2) x4

11-1

9

Display PWB

1. Screw ................ (J1) x10
2. Socket ................. (J2) x1

11-1

10

Rear Cabinet

1. Screw ................. (K1) x2

11-2

11

CD Lid Open/Close 1. Screw ................. (L1) x4
PWB with CD Lid
2. Cam Plate .......... (L2) x1
Gear Unit Ass'y
3. CD Lid Lever B .... (L3) x1

11-2

12

LED PWB

1. Screw ................ (M1) x1

11-2

13

CD Mechanism

1. Screw ................. (N1) x4

11-2

14

MD Mechanism/
MD Main PWB

1. Screw ................. (P1) x4
2. MD Mechanism Holder
............................... (P2) x2
3. Screw ................. (P3) x8
4. Flat Cable .......... (P4) x1
5. Socket ................ (P5) x1
6. Flexible PWB ..... (P6) x1

11-3

Main
PWB
Tuner
PWB
(C1)x1
ø3x10mm Aux Input
PWB

(C1)x6
ø3x10mm
(C2)x1
Power
Amp.
PWB

Figure 10-2
(B1)x1
ø3x8mm

Lug Wire
(F1)x1
ø3x10mm
(E1)x1
ø3x8mm
(E2)x1

(E1)x1
ø3x8mm
Tuner PWB
(E1)x1
ø3x10mm
Figure 10-3
– 10 –

(F2)x1

(F1)x2
ø3x8mm
Power
PWB

(G1)x1
ø3x8mm
MD Mechanism
Unit

Note:
After removing the connector for the optical pickup from the
connector, wrap the conductive aluminium foil around the
front end of connector remove to protect the optical pickup
from electrostatic damage.

(G1)x2
ø3x8mm

Power Amp.
PWB

MD-E9000W
CD Lid
Open/Close
PWB

Shield Cover,Top

(P3)x1
ø2x3mm

(P3)x1
ø2x3mm

(J2)x1
(H1)x1
ø2.6x10mm

(H1)x2
ø2.6x10mm

Rear
Cabinet

(P3)x1
ø2x3mm

MD Mechanism

(H2)x1

(J1)x10
ø2.6x10mm

CD Servo
PWB

(P1)x2
ø3x6mm

(H2)x2

Display
PWB

Top
Cabinet

(H2)x1

(P3)x1
ø2x3mm

(P2)x1

Figure 11-1

(L1)x2
ø2.6x10mm

Rear
Cabinet

Shield Cover,Side
MD Main PWB

(L1)x2
ø2.6x10mm

(P4)x1

(K1)x2
ø2.6x10mm
(L3)x1

(P3)x2
ø1.7x3mm

Pull
Pull

(P3)x1
ø2x3mm

(P6)x1

CD Lid
Open/Close PWB

Optical pickup
Flexible PWB (Note 1)

(N1)x4
ø2.6x10mm

(M1)x1
ø2.6x8mm

(P3)x1
ø2x2mm

LED PWB

Shield Cover,Bottom

(Note 1)
After removing the flexible PWB for optical pickup from the connector
wrap the front end of flexible PWB in conductive aluminum foil so as
to protect the optical pickup from being damaged electrostatically.

Figure 11-3

Top
Cabinet

(P1)x2
ø3x6mm
(P5)x1

CD Lid Gear
Unit Ass'y

(L2)x1

(P2)x1

CD Mechanism

Figure 11-2

– 11 –

MD-E9000W
CP-E9000H
STEP

REMOVAL

PROCEDURE

FIGURE

1

Front Panel

1. Screw ................. (A1) x8
2. Tip ...................... (A2) x4

12-1

2

Woofer

1. Screw ................. (B1) x4

12-2

3

Tweeter

1. Screw ................. (C1) x2

12-2

Front Panel

(A2)x2

Front Panel

Tweeter
(C1)x2
ø3x10mm

(A1)x4
ø4x20mm

(A2)x2

(B1)x4
ø4x12mm
(A1)x4
ø4x20mm

Woofer

Figure 12-1

Figure 12-2

– 12 –

MD-E9000W

REMOVING AND REINSTALLING THE MAIN PARTS
MD MECHANISM SECTION

(A1)x1
ø1.7x5mm

Perform steps 1 to 4, 7 and 14 of the disassembly method to
remove the MD mechanism. (See pages 10 and 11.)
Caution:
After pulling out the optical pickup connector, wrap the end of
the connector in conductive aluminium foil to prevent the
optical pickup from being destroyed by static electricity.

Magnetic Head
MD Mechanism

How to remove the magnetic head
(See Fig. 13-1)
1. Remove the screw (A1) x 1 pc.
Caution:
Take utmost care so that the magnetic head is not damaged
when it is mounted.

Optical Pickup
Figure 13-1

How to remove the MD loading motor PWB/MD
loading motor (See Fig. 13-2)

(B1)x1
ø1.7x6mm

MD Loading Motor

1. Remove the screw (B1) x 1 pc.
2. Remove the Hooks (B2) x 3 pcs., and remove the MD
loading PWB.
3. Remove the screws (B3) x 2 pcs., and remove the MD
loading motor.

MD Loading
Motor PWB

How to remove the MD sled motor/optical pickup
(See Fig. 13-3)
1. Remove the screws (C1) x 3 pcs., and remove the MD sled
motor.
2. Remove the optical pickup.
Caution:
Be careful so that the gear is not damaged.
(The damaged gear emits noise during searching.)

(B2)x1

How to remove the MD spindle motor
(See Fig. 13-4)

(B2)x2
(B3)x2
ø1.7x3mm

1. Remove the screws (D1) x 3 pcs., and remove the MD
spindle motor.

Figure 13-2
Caution:
Be careful so that the gear is not damaged.
(The damaged gear emits noise during searching.)

(C1)x1
ø1.4x5mm

(D1)x3
ø1.4x3mm

(C1)x2
ø1.4x4.5mm
Washer

Optical
Pickup

MD Spindle Motor

MD Sled Motor
MD Mechanism
Switch PWB

Figure 13-4

Figure 13-3
– 13 –

MD-E9000W
CD MECHANISM SECTION

(A1)x4

Perform steps 1, 2, 8 and 13 of the disassembly method to
remove the CD mechanism. (See pages 10 and 11.)

CD Mechanism Cover

How to remove the pickup (See Fig. 14-1)
1. Remove the CD mechanism cover, paying attention to the
pawls (A1) x 4 pcs.
2. Remove the screws (A2) x 2 pcs., to remove the shaft (A3)
x 1 pc.
3. Remove the stop washer (A4) x 1 pc., to remove the gear
(A5) x 1 pc.
4. Remove the pickup.

(A2)x2
ø2.6x6mm

CD Mechanism

Note:
After removing the connector for the optical pickup from the
connector, wrap the conductive aluminium foil around the
front end of connector remove to protect the optical pickup
from electrostatic damage.

Shaft
(A3)x1
Gear
(A5)x1
Stop Washer
(A4)x1
Pickup
Figure 14-1

How to Remove the CD lid motor
(See Fig. 14-2.)
1. Remove the top cabinet, CD lid open/close PWB and rear
cabinet.
(Refer to the disassembly method on pages 10 and 11.)
2. Remove the screws (B1) x 2 pcs.
3. Remove the CD lid motor.
Caution:
Be careful not to damage the gear.
(If the gear is damaged, noise is heard when searching.)

CD Lid Gear
Unit Ass'y

(B1)x2
ø2x4mm

CD Lid Motor

Figure 14-2

– 14 –

MD-E9000W

TEST MODE
From power off state to TEST mode
During power off, hold down CD OPEN/CLOSE button and PRESET UP button and then press ON/STAND-BY button.
It will show micom version display. "Y2K1 X.XX"
Press direct button to enter the test mode.

TEST MODE
TEST MODE

DIRECT KEY

CD

CD PLAY

MD DISPLAY

MD STOP

KEY

X-BASS

TUNER

TUNER

Cancelling the TEST mode
To cancel, press ON/STAND-BY button and it will display. "COMPLETE"

MD TEST mode
During power off, hold down EQUALIZER button and PRESET UP button and then press ON/STAND-BY button.

1. CD test
Outline: It is impossible to read setting value after automatic adjustment (Use for judgement a difference between initial value)
Pickup forcement operation
Move to inner, move to outer, LD ON/OFF
TEST mode entering method
Press CD PLAY button from TEST mode menu.
After enter to CD TEST mode
1) Direct power on at CD function
2) DSP initialize process
3) Transmit command correspond to button input
Validation Button: CD PLAY, CD STOP, SKIP UP, SKIP DOWN, ON/STAND-BY, DISPLAY, VOLUME UP, VOLUME
DOWN
1. CD PLAY
: STEP of CD operation
STEP1: CD PLAY button from STOP condition , LD ON
STEP2: CD PLAY button from STEP1,
FOCUS ON
STEP3: CD PLAY button from STEP2,
CLV SERVO ON
STEP4: CD PLAY button from STEP3,
TRACKING SERVO ON
STEP5: CD PLAY button from STEP4,
SUB-CODE READING and DISPLAY
* Direct to STEP5 if press CD PLAY button more than 1 sec
2. CD STOP
: STOP from PLAY operation (STOP from each STEP)
Return to NORMAL DISPLAY (PARAMETER DISPLAY)
3. SKIP UP
: Force pickup to forward direction
4. SKIP DOWN
: Force pickup to reverse direction
Slide STOP after PICKUP IN switch ON
5. MD STOP
: Access automatic adjustment (Present PICKUP point)
6. ON/STAND-BY
: TEST mode cancel
7. DISPLAY
: Read parameter register when CD STOP
8. VOLUME UP/DOWN : Normal volume control
Adjustment value reading
Read the following item every DISPLAY button input during stop.
Return to normal display if press CD STOP button.
Item
Display
RAM Address
Focus gain
__FG:××
0×5C h
Focus offset
FOFF:××
0×9F h
Tracking balance
TBAL:××
0×4D h
Tracking gain
__TG:××
0×5D h
Tracking offset
TOFF:××
0×AF h
RF Levelshift
RFLS:××
31××
Monitor setting value (××) when transmit command 31××

– 15 –

MD-E9000W
High (double) speed mode
It is possible to change between high speed/normal speed by pressing HIGH EDIT/NORMAL EDIT button during stop.
"HIGH" mark will light up when high speed mode.
Actual operation is just only sending 1 time/2 time speed operation command other is same with normal speed.
When change from high speed to normal speed, it will set normal speed parameter and RF amp.

3. MD test mode
a. Communication start after proceed MD reset process
b. Power ON at MD function
c. Transmit command correspond to each button during button input (min 5 transmission)
Display: Display all 10 characters which transmitting from text area by MD command
d. Eject and loading is same as normal operation
e. Change to MD non adjustment mode by ON/STAND-BY button
f. MD no adjustment mode is like procedure below
1) Transmit power off command (1F) to MD
2) Wait until function bit: 00 (POWER OFF) confirmation
3) MD micom reset
4) Transmit non automatic adjustment test mode command (D1) until change to MD mode (E0) after communication start
5) Display 1, 3, 5, 7 segment according to music calender data when MD mode E0
6) Normal operation for next step
Reference
To cancel non automatic adjustment mode, need to do either reset or power failure MD micom will start normal mode operation
if not receive non adjustment mode command when recover from power failure.

Button and command when MD TEST mode
Button Name

Function

Command

CD PLAY

B2

NORMAL EDIT

B4

Servo adjustment mode
Recording mode

HIGH EDIT

F2

Other mode

MD REC

A8

Menu change at each mode

MD PLAY

A2

Menu access

MD STOP

A7

Menu stop

SKIP UP

AA

Slide to outer

SKIP DOWN

AC

Slide to inner

VOLUME UP

F3

Adjustment value +1

VOLUME DOWN

F4

Adjustment value -1

CD STOP

F5

Display change

ON/STAND-BY

1F+D1

MD test mode

LOAD-SW ON

B5

Access loading operation

MD EJECT

B3

Eject operation

– 16 –

MD-E9000W
5. KEY test (Function: Key and last display)
Function: Key and last display
Power off after lighting up the odd number grids, even numbered grids and lighting up FL pipe segment which corresponded
to KEY until TEST MODE is cancelled.

TEST MODE

LIGHT UP ODD
NUMBERED GRID

1.0 sec TIMER
(WAIT)

LIGHT UP EVEN
NUMBERED GRID

1.0 sec TIMER
(WAIT)

LIGHT OFF

KEY INPUT

KEY INPUT =
"POWER"?

YES

NO
It does the display which was
allocated for the key while each
KEY INPUT was pressed.

POWER OFF.
TEST CANCEL.
Notice: 1. REMOCON input during test mode is invalid.
2. Volume "0"
Segment light up when pressed correspond key
KEY
MD EJECT

KEY

Segment
ALL LIGHT UP

SP

Segment

AUX

OVER

TUNER

ST &
TOC

LP2

LP2

CD EJECT

LP4

LP4

VOLUME UP

RDS

NORMAL EDIT

GROUP

VOLUME DOWN

PTY

HIGH EDIT

HIGH

CD STOP

TP &

MD REC

REC

CD PLAY

TA

MEMORY

MEMORY

MD STOP

DISC

DISPLAY

RANDOM

MD PLAY

TRACK &

X-BASS

BASS

SKIP UP

EON &

EQUALIZER

T-EDIT

SKIP DOWN

TI & SLEEP

– 17 –

MD-E9000W
8. TUNER test
Set TUNER PRESET MEMORY according to below condition for each destination.
Condition
Function
Band
Frequency
Volume
Preset G-EQ

: TUNER
: FM MONO
: LOW FREQUENCY
: LAST MEMORY
: LAST

PRESET LIST
SPN P: L

SPN P: H

1

FM

87.5 MHz

FM

87.50 MHz

2

FM

108.0 MHz

FM

108.00 MHz

3

FM

90.0 MHz

FM

90.00 MHz

4

FM

106.0 MHz

FM

106.00 MHz

5

FM

98.0 MHz

FM

98.00 MHz

6

AM

530 kHz

AM

531 kHz

7

AM

1620 kHz

AM

1602 kHz

8

AM

600 kHz

AM

603 kHz

9

AM

1400 kHz

AM

1404 kHz

10

AM

990 kHz

AM

990 kHz

9. TUNER MEMORY CLEAR (Write in operation manual)
Work : Clear all TUNER PRESET MEMORY
Input : During POWER ON at TUNER function, press CLEAR/DELETE button more than 3 sec.

10 sec

PRESET CLR?
Press MEMORY/ENTER button to confirm the request.

1.5 sec

COMPLETE
finish.

10. SOFTWARE RESET (Open to the user by manual explanation)
Function:

— Software RESET.
— All the function condition will be initialize.
— After display "RESET", power will off.

Input:

During POWER OFF, press DISPLAY + SKIP UP + ON/STAND-BY button

Operation: 1. If start from ECO, ON the AC RELAY (micom high speed)
2. Clear All RAM except HCMS RAM
3. INITALIZE all function condition
4. "RESET" display for 2 sec
5. Change to POWER OFF (DEMO MODE — default)

"RESET" display

R E S E T
– 18 –

MD-E9000W

ADJUSTMENT
• FM RF
Signal generator: 1 kHz, 40 kHz dev., FM modulated

TUNER SECTION
fL: Low-range frequency
fH: High-range frequency
• AM IF/RF
Signal generator: 400 Hz, 30 %, AM modulated
Test Stage

Frequency

Frequency
Display

Frequency

Test Stage

Setting/
Adjusting
Parts

AM IF

450 kHz

1,602 kHz

T351

AM Band
Coverage

—

531 kHz

(fL): T306
1.1 ± 0.1 V

AM Tracking

990 kHz

990 kHz

(fL): T303

Frequency
Display

Setting/
Adjusting
Parts

FM Band
Coverage

—

87.50 MHz

(fL): T301
1.3 ± 0.8 V

FM RF

98.00 MHz

98.00 MHz

L312

Frequency Cover: TP301 Electric
Voltmeter
SO301 Speaker Terminal
FM Signal Oscillator
UNIT

AM Loop Antenna

GND
Electric
Voltmeter

IF: Speaker Terminal
Frequency Cover: TP301

Figure 19-2 FM FREQUENCY COVER

AM Signal Oscillator
UNIT
GND

AM BAND
COVERAGE fL

T306

R336

T303

L312

AM TRACKING
fL

TP302

TP301

FM RF

IC301

T302

FM IF
T301

SO301
ANTENNA
TERMINAL

T351

AM IF
FM BAND
COVERAGE fL

TUNER PWB
Figure 19-3 ADJUSTMENT POINTS

– 19 –

R357

Figure 19-1 AM IF/FREQUENCY COVER

MD-E9000W
MD SECTION
Enter the test mode, adjust or set as shown in the following table according to the repair operations.
Execution item
required
Repair
operations

TEMP
basic
setting

Checking Writing the AUTO-YOBI
AUTOAUTO-AFB Writing the
EEPROM EEPROM
EEPROM
adjustment
adjustment
adjustment
setting
setting
setting

TEMP

EEPROM_SET TEST-CANCEL AUTO_YOBI AUTO_ADJ AUTO_AFB TEST-CANCEL TEST-PLAY TEST-REC

2

1

PICK replacement

3

4

5

6

Operation check

7

1

HEAD replacement
MECHANISM
replacement
MAIN PWB
assembly replacement

8

1

MD microcomputer
replacement

1

2

3

4

5

6

7

8

2

3

4

5

6

7

8

9

1

2

2

3

4

MD LSI replacement

1

2

3

4

5

6

RF IC replacement

1

2

3

4

5

6

7

8

9

EEPROM IC
replacement

1

2

3

4

5

6

7

8

9

number

1 to 8 and 9 indicate the order of inplementation.

" – " is an item that you don't have to execute.
The EEPROM writing result is shown at the end of the test mode
OK_EEPROM: "SET" and "YOBI COMPLETE" were written normally
WR_EEPROM: Although "SET" was written normally, it was not written in the "YOBI COMPLETE" state.
Peform "AUTO-YOBI" adjustment. After making a normal adjustment,
write the preliminary adjustment into the EEPROM.
NG_EEPROM: "SET" could not be written.
Check the connection between the MD microcomputer and the EEPROM.

1. Preparation for adjustment
Test disc
Type
1
2
3
4

Test disc

Part No.

High reflection disc TGYS1 (SONY) [for Playback]
Low reflection disc MiniDisc for checking the recording operation
(commercially available MD)
Head Adjusting transparent
Low reflection disc Pre-adjustment disc [TEAC Test MD]

Extension Cable (See Fig. 28)
Type
1
2
3
4

Extension PWB for servicing
Extension Connector (2 Pin)
Extension Flat Cable (9 Pin)
Extension Flat Cable (28 Pin)

Part No.
RUNTK0581AFZZ
QCNWK0059AFZZ
QCNWK0132AFZZ
QCNWK0108AFZZ

– 20 –

RRCDT0101AFZZ
––––––––––––
RRCDT0103AFZZ
88GMMD-213AS or
88GMMD-318

MD-E9000W
2. Test Mode
Test mode setting method
1. While pressing the EQUALIZER button and PRESET UP button at the same time, and press the ON/STAND-BY button.
(The unit changes over from the A state to the B state.)
2. Insert the playback-only disc 1 (high reflection disc) or the recordable disc 2 (low reflection disc). (State is changed to C .)
Above procedures will set the unit to the test mode.
A tsm 22

e
: TEST MODE
STOP state

represents version of MD microcomputer.
(When the MD STOP button is pressed in the C state, the indication A is
restored. To restore C again, press the CD PLAY/PAUSE button.)

B EJECT
C AUT AJST

Entering the specific mode
Whenever the CD PLAY/PAUSE button is pressed, the mode is changed.
If the REC button is pressed instead, the mode will change in the opposite order.
AUTO YOBI

AUTO AJST

AUT AFB

(AUTO prelimirary adjustment)

(AUTO adjustment)

(Advanced AFB adjustment)

ERR DATA

EEPROM_SET

(ERRER DATA)

(EEPROM setting)

RST YOBI
MNU AJST

MNU AFB

(MANUAL AFB adjustment)

(RESULT Y O B I )

(MANUAL adjustment)

RESULT
M N U

Y O B I

(MANUAL pre-adjustment)

Cancel of test mode
The data is written on EEPROM by pressing the POWER button. Then, if the power is turned off once, the unit returns to the
normal state.
* Before pressing the POWER button, be sure to perform the AUTO preliminary adjustment, AUTO adjustment and AUTO AFB
adjustment, and confirm that they are completed.
* After the value of EEPROM is changed or the AUTO pre-adjustment, AUTO adjustment, and AUTO AFB adjustment are
performed again, write on EEPROM by pressing the POWER button. (When the POWER button is pressed, data is written
on EEPROM.)
* When the value of EEPROM has been changed, write the data on EEPROM once. To perform adjustment using the data, set
the unit to the TEST mode again, perform AUTO pre-adjustment, AUTO adjustment, and AUTO AFB adjustment, and then
write the data again on EEPROM.
• Test Mode
1. EJECT mode

• TEMP setting (of EEPROM setting)
• CONTROL setting (of EEPROM setting)
• Setting of laser power (record/playback power)

2. AUTO pre-adjustment mode

• Automatic pre-adjustment is performed.

3. AUTO adjustment mode

• Automatic adjustment is performed. (After adjustment the grating adjustment mode is set.)

4. AUTO AFB adjustment mode

• Focus adjustment is performed.

• RESULT sub-mode
• RESULT mode (final adjustment)
• MANUAL pre-adjustment mode
• MANUAL adjustment mode
• MANUAL AFB adjustment mode
• ERROR DATA

• Therefore do not set this mode since it is not necessary for the service.

5. EEPROM setting mode

• Various coefficients of digital servo are changed manually.

6. TEST-PLAY mode

• Continuous playback from the specified address is performed.
• C1 error rate measurement, ADIP error rate measurement.

7. TEST-REC mode

• Continuous recording from the specified address is performed.

8. INNER mode

• The position where the INNER switch is turned on is measured.

– 21 –

MD-E9000W
1. EJECT mode
Step No.

Setting Method

Remarks

Display

Step 1

Test mode EJECT state

Step 2

Press the CD STOP button.

Playback power output state

[ppw_______]

[__EJECT___]

Step 3

Press the CD STOP button.

Rec power output state

[rpw_______]

Step 4

Press the CD STOP button.

Therefore do not set this mode since it is not necessary
for the service.

[xpw_______]

Step 5

Press the NORMAL CD
EDIT button.

TEMP setting of EEPROM setting
(The TEMP setting reference of the EEPROM.)

Step 6

Press the DISPLAY (DEMO)
button.

MD

CONTROL setting of EEPROM setting
(The CONTROL setting reference of the EEPROM.)

* Normally, the voltage at pin 3 of IC1401 becomes as follows:
Playback power output (ppw): Approx. DC 0.2 V
Recording power output (rpw): Approx. DC 1.8 V
Confirmation of pickup laser power
It is possible to confirm in the record/playback mode with the aid of laser power meter. However, since the laser power meter
measurement is characterized with dispersion, obtained data are used only for confirmation.
Reference data (at room temperature 25 °C)
Playback (ppw): 0.72 ± 0.1 mW
Record (rpw): 5.5 ± 0.5 mW
Note:
Never see directly the laser light. Otherwise your eyes are injured.
2. AUTO pre-adjustment mode (Low reflection disc only)
With the pre-adjustment disc (MMD213AS or MMD-318)
Step No.

Setting Method

Remarks

Display

Step 1

Test mode STOP state

Step 2

Press once the CD PLAY button.

AUTO adjustment menu

[AUTO_AJST_]

[tsm

Step 3

Press the MD REC button.

AUTO pre-adjustment menu

[_AUT_YOBI_]

Step 4

Press once the MD PLAY button. • During automatic adjustment
HAo→ • • • • • • • • • →TCO
End of adjustment
If adjustment is OK, Step 5.
If adjustment is NG, Step 6.

Step 5

Press the MD STOP button.

STEP 2

Step 6

Adjustment value output
Press the MD STOP button.

STEP 2 AUTO adjustment menu

changes as follows.

[

e

]

:______]

[_COMPLETE_]
[ Can't _ ADJ. ]

•
: Adjustment name
3. AUTO adjustment mode
Step No.

Setting Method

Remarks

Step 1

Test mode STOP state

Step 2

Press once the CD PLAY button.

Step 3

Press once the MD PLAY button. • In case of high reflection disc
PEG→HAG
• In case of low reflection disc
PEG→LAG
End of adjustment
If adjustment is OK, Step 4.
If adjustment is NG, Step 7.

Step 4
Press the MD PLAY button.
Press the MD STOP button.

Display
[tsm

AUTO adjustment menu

e

]

[AUTO_AJST_]
changes as follows.

[

:______]

changes as follows.

For grating adjustment
STEP 5
STEP 2

[_COMPLETE_]
* Note 1

Step 5

Continuous playback (pit section) Confirmation of C1 error
Continuous playback (groove section)

[s
[a

c
c

]
]

Step 6

Press the CD STOP button.
Press the MD STOP button.

Conformation of ADIP error (Low reflection only)
STEP 2 AUTO adjustment menu

[a

a

]

Step 7

Adjustment value output
Press the MD STOP button.

STEP 2 AUTO adjustment menu

[ Can't _ ADJ. ]

•
: Adjustment name,
: Measurement value,
: Address
* Note 1:
Depending on the disc, "#COMPLETE_" may be displayed, which means that the ON position of the INNER switch cannot be
identified clearly. In this case, check the switch in the INNER mode using the specified disc. However, this is not a problem in AUTO
adjustment.
– 22 –

MD-E9000W
4. AUTO AFB adjustment mode
Setting Method

Step No.

•

Remarks

Test mode STOP state

Step 2

Press the CD PLAY button two times.

Step 3

Press once the MD PLAY button.

[A F B

Step 4

Adjustment value output
Press the MD STOP button.

[

,

[tsm
AUTO AFB adjustment menu

STEP 2 AUTO AFB adjustment

: Measurement value

Setting Method

Step No.

Display

Step 1

Test mode STOP state

[tsm

Step 2

Press the CD PLAY button eight times.

[ E E P R O M_ S E T ]

Step 3

Press the MD PLAY button.

[__Focus___]

Step 4

Press the MD PLAY button.

[F G _ _ _ _ _ _

Step 5

Press the CD PLAY button.

[F G 2 _ _ _ _ _

]

Step 6

Press the CD PLAY button.

[F F 0 _ _ _ _ _

]

Step 7

Press the CD PLAY button.

[F F 1 _ _ _ _ _

]

Step 8

Press the CD PLAY button.

[F F 2 _ _ _ _ _

]

Step 9

Press the CD PLAY button.

[F Z H L E V _ _

]

Step 10

Press the CD PLAY button.

[F O K L E V h _

]

Step 11

Press the CD PLAY button.

[F O K L E V L _

]

Step 12

Press the CD PLAY button.

[F O S T n _ _ _

]

Step 13

Press the CD PLAY button.

[D S C J G _ _ _

]

e

]

]

: Setting value

b) Spin setting
Setting Method

Step No.

•

Display

Step 1

Test mode STOP state

[tsm

Step 2

Press the CD PLAY button eight times.

[ E E P R O M_ S E T ]

Step 3

Press the MD PLAY button.

[__Focus___]

Step 4

Press the CD PLAY button.

[_Spindle__]

Step 5

Press the MD PLAY button.

[S P G _ _ _ _ _

Step 6

Press the CD PLAY button.

[S P G _ i n _ _

Step 7

Press the CD PLAY button.

[S P G _ m i d _

]

Step 8

Press the CD PLAY button.

[S P G _ o u t _

]

Step 9

Press the CD PLAY button.

[S P G M _ _ _ _

Step 10

Press the CD PLAY button.

[S P 1 _ _ _ _ _

Step 11

Press the CD PLAY button.

[S P 2 _ _ _ _ _

Step 12

Press the CD PLAY button.

[S P 2 2 _ _ _ _

]

Step 13

Press the CD PLAY button.

[S P 3 _ _ _ _ _

]

Step 14

Press the CD PLAY button.

[S P 4 _ _ _ _ _

]

Step 15

Press the CD PLAY button.

[S P 5 _ _ _ _ _

]

Step 16

Press the CD PLAY button.

[S P 5 2 _ _ _ _

]

Step 17

Press the CD PLAY button.

[S P D L I M _ _

]

Step 18

Press the CD PLAY button.

[S P K L E V m _

: Setting value

– 23 –

e

]

[_AUT _AFB__]

5. EEPROM setting mode
a) Focus setting

•

Display

Step 1

e

]

]
]

]
]
]

]

_

_

]
]

MD-E9000W
c) Tracking setting
Step No.

•

Display

Setting Method

Step 1

Test mode STOP state

[tsm

Step 2

Press the CD PLAY button eight times.

[ E E P R O M_ S E T ]

e

]

Step 3

Press the MD PLAY button.

[__Focus___]

Step 4

Press the CD PLAY button two times.

[_Tracking_]

Step 5

Press the MD PLAY button.

[T G _ _ _ _ _ _

]

Step 6

Press the CD PLAY button.

[T G 2 _ _ _ _ _

]

Step 7

Press the CD PLAY button.

[T F 0 _ _ _ _ _

]

Step 8

Press the CD PLAY button.

[T F 1 _ _ _ _ _

]

Step 9

Press the CD PLAY button.

[T F 2 _ _ _ _ _

]
]

Step 10

Press the CD PLAY button.

[F T 3 _ _ _ _ _

Step 11

Press the CD PLAY button.

[S V C N T 4 _ _

]

Step 12

Press the CD PLAY button.

[T R B L V o _ _

]

Step 13

Press the CD PLAY button

[T R B L V t _ _

]

Step 14

Press the CD PLAY button

[T R K L V o _ _

]

Step 15

Press the CD PLAY button

[T R K L V t _ _

]

Step 16

Press the CD PLAY button

[T D P W o _ _ _

]

Step 17

Press the CD PLAY button

[T D P W t _ _ _

]

Step 18

Press the CD PLAY button

[S L C T o _ _ _

]

Step 19

Press the CD PLAY button

[S L C T t _ _ _

]

Step 20

Press the CD PLAY button.

[S L C T m _ _ _

Step 21

Press the CD PLAY button.

[T C R S C 1 P _

]

Step 22

Press the CD PLAY button.

[T C R S C 0 h _

]

Step 23

Press the CD PLAY button.

[T C R S C 0 L _

]

Step 24

Press the CD PLAY button.

[T C R S C H h _

]

Step 25

Press the CD PLAY button.

[T C R S C H L _

]

Step 26

Press the CD PLAY button.

[C O T L V p _ _

]

Step 27

Press the CD PLAY button.

[C O T L V r _ _

Step 28

Press the CD PLAY button.

[J P i n t _ _ _

Step 29

Press the CD PLAY button.

[K I K 1 0 _ _ _

]

]
]
]

: Setting value

d) Sled setting
Setting Method

Step No.

•

Display

Step 1

Test mode STOP state

[tsm

Step 2

Press the CD PLAY button eight times.

[ E E P R O M_ S E T ]

Step 3

Press the MD PLAY button.

[__Focus___]

Step 4

Press the CD PLAY button three times.

[___Sled___]

Step 5

Press the MD PLAY button.

[S L G _ _ _ _ _

]

Step 6

Press the CD PLAY button.

[S L 2 _ _ _ _ _

]

Step 7

Press the CD PLAY button.

[S L D L I M _ _

]

Step 8

Press the CD PLAY button.

[S L D L E V _ _

]

Step 9

Press the CD PLAY button.

[S L K L V k _ _

]

Step 10

Press the CD PLAY button.

[S L K L V t _ _

]

Step 11

Press the CD PLAY button.

[S L K L V m _ _

Step 12

Press the CD PLAY button.

[S L B K m _ _ _

Step 13

Press the CD PLAY button.

[S L K r i o _ _

]

Step 14

Press the CD PLAY button.

[S L K r o i _ _

]

Step 15

Press the CD PLAY button.

[S L K l i o _ _

]

Step 16

Press the CD PLAY button.

[S L K l o i _ _

]

Step 17

Press the CD PLAY button.

[I N N E R 1 _ _

]

Step 18

Press the CD PLAY button.

[I N N E R u _ _

]

Step 19

Press the CD PLAY button.

[E J _ W A I T _

]

: Setting value
– 24 –

e

]

]
]

MD-E9000W
e) TEMP setting

•

Display

Setting Method

Step No.
Step 1

EJECT state (or state without mechanism)

[__EJECT___ ]

Step 2

Press the NORMAL CD

[ T E M P_

: Setting value,

MD EDIT button.

_

]

: Measurement value

f) CONTROL setting

•

Display

Setting Method

Step No.
Step 1

Test mode STOP state

[tsm

Step 2

Press the CD PLAY button eight times.

[ E E P R O M_ S E T ]

e

]

Step 3

Press the MD PLAY button.

[__Focus___]

Step 4

Press the CD PLAY button five times.

[_Control__]

Step 5

Press the MD PLAY button.

[C O N T R L 1 _

]

Step 6

Press the CD PLAY button.

[C O N T R L 2 _

]
]

Step 7

Press the CD PLAY button.

[A D J T T M _ _

Step 8

Press the CD PLAY button.

[H D E Q A D _ _

]

Step 9

Press the CD PLAY button.

[L D E Q A D _ _

]

Step 10

Press the CD PLAY button.

[G D E Q A D _ _

]

Step 11

Press the CD PLAY button.

[G D E Q A D 2 _

]

Step 12

Press the CD PLAY button.

[H D E Q B C _ _

]

Step 13

Press the CD PLAY button.

[L D E Q B C _ _

]

Step 14

Press the CD PLAY button.

[G D E Q B C _ _

]

Step 15

Press the CD PLAY button.

[G D E Q B C 2 _

Step 16

Press the CD PLAY button.

[H A L S G _ _ _

]
]

Step 17

Press the CD PLAY button.

[L A L S G _ _ _

Step 18

Press the CD PLAY button.

[G A L S G _ _

]

Step 19

Press the CD PLAY button.

[H A L S O F S _

]

Step 20

Press the CD PLAY button.

[L A L S O F S _

]

Step 21

Press the CD PLAY button.

[G A L S O F S _

]

]

: Setting value

g) ADJUST setting

•

Display

Setting Method

Step No.
Step 1

Test mode STOP state

[tsm

Step 2

Press the CD PLAY button eight times.

[ E E P R O M_ S E T ]

e

]

Step 3

Press the MD PLAY button.

[__Focus___]

Step 4

Press the CD PLAY button six times.

[A D J S E T _ _ _ _ ]

Step 5

Press the MD PLAY button.

[C O K _ _ _ _ _

]

Step 6

Press the CD PLAY button.

[F A T _ _ _ _ _

]

Step 7

Press the CD PLAY button.

[T A T _ _ _ _ _

]

Step 8

Press the CD PLAY button.

[C A T _ _ _ _ _

]

Step 9

Press the CD PLAY button.

[F A B _ _ _ _ _

]

Step 10

Press the CD PLAY button.

[S T R _ _ _ _ _

]

Step 11

Press the CD PLAY button.

[S F S _ _ _ _ _

]

Step 12

Press the CD PLAY button.

[S T C _ _ _ _ _

]

: Setting value

– 25 –

MD-E9000W
h) REC bit setting

•

Display

Setting Method

Step No.
Step 1

Test mode STOP state

[tsm

Step 2

Press the CD PLAY button eight times.

[ E E P R O M_ S E T ]

e

]

Step 3

Press the MD PLAY button.

[__Focus___]

Step 4

Press the CD PLAY button seven times.

[RECbit_SET]

Step 5

Press the MD PLAY button.

[SP_WR50_

]

Step 6

Press the CD PLAY button.

[SP_WR56_

]

Step 7

Press the CD PLAY button.

[SP_WR44_

]

Step 8

Press the CD PLAY button.

[SP_WR53_

]

Step 9

Press the CD PLAY button.

[LP2WR50_

]

Step 10

Press the CD PLAY button.

[LP2WR56_

]

Step 11

Press the CD PLAY button.

[LP2WR44_

]

Step 12

Press the CD PLAY button.

[LP2WR53_

]

Step 13

Press the CD PLAY button.

[LP4WR50_

]

Step 14

Press the CD PLAY button.

[LP4WR56_

]

Step 15

Press the CD PLAY button.

[LP4WR44_

]

Step 16

Press the CD PLAY button.

[LP4WR53_

]

Step 17

Press the CD PLAY button.

[RVD_____

]

: Setting value

6. TEST-PLAY mode
(For confirmation of the playback ability at the named address.)
Setting Method

Step No.

Remarks

Display

Step 1

Test mode STOP state

[tsm

Step 2

Press the NORMAL CD
EDIT button.

Step 3

Press the CD STOP button.
Press the MD PLAY button.

Step 4

Continuous playback (pit section) (Address + C1 error indication)
Continuous playback (groove section) (Address + C1 error indication)

[s
[a

c
c

]
]

Step 5

Press the CD STOP button.
(Address + ADIP error indication)
Continuous playback (groove section)

[a

a

]

Step 6

Press the MD STOP button.

[TEST_PLAY_]

MD

e

]

TEST-PLAY menu

[TEST_PLAY_]

ADRES setting (Target address initial value is indicated)

[ADRES_0032]

TEST-PLAY menu

• Whenever the NORMAL CD MD EDIT button is pressed in the address setting mode, the address changes as follows.
0 0 3 2 → 0 3 C 0 → 0 7 0 0 → 0 8 A 0 → 0 9 5 0 → 0 0 3 2 → …………

7. TEST-REC mode
With recording mini disk (For confirmation of the playback ability at the named address.)
Setting Method

Step No.
Step 1

Test mode STOP state

Step 2

Press the NORMAL CD
EDIT button two times.

Step 3

Remarks

Display
[tsm

MD

e

]

TEST-REC menu

[TEST_REC__]

Press the CD STOP button.

ADRES setting (indication of address initial value)

[a0032_pw

Step 4

Press the MD PLAY button.

Continuous recording

[a

Step 5

Press the MD STOP button.

TEST-REC menu

[TEST_REC__]

]

_pw

]

• Whenever the NORMAL CD MD EDIT button is pressed in the address setting mode, the address changes as follows.
0 0 3 2 → 0 3 C 0 → 0 7 0 0 → 0 8 A 0 → 0 9 5 0 → 0 0 3 2 → …………

8. INNER mode
Setting Method

Step No.

•

Step 1

Test mode STOP state

Step 2

Press the HIGH CD
button.

Step 3
Step 4

MD EDIT

Remarks

Display
[tsm

e

]

INNER menu

[__INNER___]

Press the MD PLAY button.

INNER switch position measurement
(SUBQ address and C1 error are also indicated.)

[s

Press the MD STOP button.

INNER menu

[__INNER___ ]

: Address

– 26 –

c

]

MD-E9000W

1 Adjustment

Load a high-reflective TYGS1 test disc.
Note:
Adjust the position of the lead-in switch between FF85 to FFD2.
1. Loosen the screw (A1) x 1 pc., fixing the mechanism switch PWB.
2. Retighten the screw while pushing the PWB in the direction of arrow A if the switch position is at FF85 or lower, or in the direction
of arrow B if it is at FFD2 or higher, and measure its position again.
After adjusting the position, fix it with the screw (A1) x 1 pc. (See Fig. 27-1)

A
B

(A1) X1

2 Confirmation

Figure 27-1

Check that the display shows "_COMPLETE_" instead of "#COMPLETE_" in step 4 of the AUTO adjustment mode.
Magnetic Head

Rotating the loading motor forcibly
The loading motor can be rotated forcibly by rotating the VOL
UP/DOWN button while STOP or EJECT in the test mode
appears on the display.

Tangential
direction

Objective
Lens
Radiai

Magnetic head mounting position check
• Check the mounting position whenever the magnetic head
and the optical pickup are replaced.
• Move the optical pickup to the center to adjust the position
easily.
1. Set the transparent disc for checking the head.
2. Press down the magnetic head up shift arm by hand to raise
the magnetic head.
3. View the set from above to check whether the magnetic
head aligns with the optical pickup objective lens.
4. Check that the magnetic head moves up and down smoothly.
(See Fig. 27-2)

Head upshift ar

Figure 27-2

Mechanism Adjustment
1. Optical pickup grating inspecting method
2
4 Pin of IC1201
GND (TP1202)
11 Pin of IC1201
EIN (TP1253)

OSILLOSCOPE

1

470p
GND CH1

CH2

470p
12 Pin of IC1201
FIN (TP1254)

3

a

100K

X
100K

Y

b

LISSAJOUS'S WAVEFORM
Less than a:b = 4:1

Figure 27-3 Optical Pickup Grating Deviation
Measuring Method

2

After auto adjustment (COMPLETE appears) in the test mode
(auto) using the high reflection MD disc TGYS1, adjust the
Lissajou's waveform (x-y) of EOUT to FOUT.
1. Slightly loosen the 3 screws of the spindle motor, adjust
while observing the Lissajou's waveform.
2. After adjustment, tighten screws , , and in numerical
order. (See Fig. 27-4)

12

1
3

3

adjusting
hple

Check the Lissajou's waveform
shifting the mounting position with
a screwdriver (to be fitted into the
disc motor adjusting hole).

Figure 27-4
– 27 –

MD-E9000W
2 Pin Extension Connector
QCNWK0059AFZZ

From
Magnetic Head

From
Optical Pickup Unit

From Mechanism
Switch PWB

Extension PWB for service
(RUNTK0581AFZZ)
Fit the extension PWB for service to
the mechanism

28 Pin Extension Flat Cable
QCNWK0108AFZZ

MD Main PWB

9 Pin Extension Flat Cable QCNWK0132AFZZ

Figure 28

– 28 –

MD-E9000W

ERROR MESSAGE LIST
MD error messages
Error Display

Error Message

Remarks

Can't REC

• Errors occurred 10 times continuously in the REC-PLAY
mode.
• In the REC-PLAY mode, recording enable cluster became
0 due to errors.
• Cannot read the address. The unit cannot enter the REC
mode for 20 seconds regardless of repetitive tries.

• Check for scratch, dust, fingerprints, or black spots on
the disc. Check that the disc is not eccentric or largely
deflected.

Can't COPY

• During the REC-PAUSE or REC-PLAY mode, the disc was
judged as follows according to the channel status of the
digital signal input at D-IN:
It is not an audio disc.
It is not for public use.
Due to the inversion of COPY bit on the CD, the
contents cannot be copied.

• Check if it is the copy-prohibited disc (Example: CD-R
etc.).

• During the REC-PAUSE, REC-PLAY, or CD FUNC playback
mode, the following occurred responding to the digital signal
input at D-IN:
Digital IN PLL is unlocked.
PLL is locked even if FS is not 44.1 kHz.

• Check for an abnormality with the D-IN signal line.

TOC FULL

• There is no space left for track numbers or character
information (track names, disc name, etc.).
• No recordable space was found when entering the RECPAUSE mode.

• Replace the disc with the one on which the space for
recording UTOC is left.

Can't READ u

• FTNO > LTNO has been recognized.
• FTNO is not 0 or 1.
• Cannot read UTOC recorded on the disc.

• There is an error with UTOC data. Replace the disc.

TOC FROM a

• The start address > end address has been recognized.

• There is an error with UTOC data. Replace the disc.

TOC FROM L0-4

• One of UTOC 0-4 data is looping.

• There is an error with UTOC data. Replace the disc.

NOT AUDIO

• Non-audio data is recorded in the track mode of currently
selected track number.

• Select another track number or replace the disc.

? DISC

• The ASCII codes data "MINI" of the system ID written in
TOC is not correct.
• The disc type written in TOC does not belong to either of
the pre-master MD, recording MD or hybrid MD.

• This is a nonstandard disc. Replace the disc and
check.

DISC FULL

• No recordable space was found when entering the RECPAUSE mode.

• Replace the disc with the one on which the recording
space for UTOC is left.

PROTECT

• You tried recording or editing on a disc with the eraseprevention tab moved.
• You tried editing the track that is write-protected due to the
information written in UTOC.

• Move the tab back to its original position and try
recording or editing again.
* Try editing other tracks that are not write-protected.

Can't EDIT

• Conditions in each editing function have not been satisfied. • The unit is not operated properly. Try again in right
procedures.

TEMP OVER

• The temperature inside of the set (MD unit) becomes too
high due to an error.

• Check the remedy on the troubleshooting chart.
• Is the unit used in a place of high temperature?

Can't READ r
Can't READ s
Can't READ w

• The read data is not correct, or data has not been
read properly.
• An error occurred while recording sound data, and
the recording could not be completed.

• There may be an error in TOC or UTOC data or
scratches on the disc. Replace the disc.

Can't READ s
Can't READ r

• The read data is not correct.
• TOC information cannot be read.
• There may be scratches on the disc. Replace the disc.

• TOC information on the disc does not comply with the
MD standard. Replace the disc.

Can't WRITE

• An error occurred while overwriting UTOC, and it could not
be overwritten properly.

• There may be scratches on the disc. Replace the disc.

BLANK MD

• Although UTOC is read, total number of letters of TNO and • Check that the disc is a recordable disc by recording on it.
NAME is 0.

Er-MD41

• UTOC can be read but cannot be overwritten.

• Is the recording head positioned properly? Check the
connection between the PWB and recording head.

Er-MD80

• EEPROM data is not correct.

• Reset the unit and try again. If it does not restore the
unit, replace EEPROM.

Power?

• Due to the abnormality with the power supply, MD unit
cannot be operated properly.

• Reset the unit and try again. If it does not restore the
unit, the power supply circuit is defective. Check the
DC voltage of Q550 E , and Q580 E .

1
2
3

NO SIG.

1
2

– 29 –

MD-E9000W
The details description of mechanism error
Error Display
Er-MD1
Er-MD2
Er-MD3

HINF
(93 Pin of IC1401)

Error Message
Cannot eject the disc.
The head does not ascend.
The head does not descend.

=E
=M
=L
=D

EJECT complete position
LOAD/EJECT halfway position
LOAD complete position
HEAD DOWN position

< 1.4 V
>3V
2.475 ~ 2.8 V
2.0875 ~ 2.2375 V

EEPROM WRITING PROCEDURE
An example: When ambient temperature is 22 °C and
measured temperature is 7A H
Temperature setting = 7A H - 01 H
= 79 H
* When the measured temperature fluctuates
between two values, take lower one (if
temperature fluctuates between 7A H and
79 H, take 79 H).
Press the POWER button and write the temperature
setting into the EEPROM.

EEPROM (IC1402) writing procedure
1. Method for setting the reference temperature value
(This setting should be performed quickly at a room
temperature, between 21°C to 29°C when the PWB is not
hot.)

1 When replacing the EEPROM, wait until it has cooled
down.
2 Connect the main unit using the single MD main PWB.
3 Enter the test mode as shown on page 21.
"EJECT"
4 Press the NORMAL CD MD EDIT button.
5

"TEMP
"
: Measured temperature,
: Temperature setting
Find the temperature correction value for the current
ambient temperature on the following table. Adjust the
temperature correction value using the VOLUME UP/
DOWN button.
Ambient Temperature

Correction

+ 21.0 °C ~ + 23.2 °C

-1 H

+ 23.3 °C ~ + 26.8 °C

±0

+ 26.9 °C ~ + 29.0 °C

+1 H

6

2. Method for making settings other than the reference
temperature

1 Install the MD main PWB in the mechanism, and connect
it to the main unit.
2 Enter the test mode as shown on page 21, and insert a
3
4
5
6

H

disc.
"AUTO AJST"
Press the CD PLAY button seven times.
"EEPROM SET"
Set the value according to the EEPROM DATA LIST
using the VOLUME UP/DOWN button.
Press the POWER button, and the settings will be written
into the EEPROM.
Enter the test mode again, perform an "AUTO YOBI
adjustment", and write the results into the EEPROM.

EEPROM DATA LIST (Version : 01)
Spin setting

Focus setting
Item indication

Item indication

Setting

Setting

FG

9B

H

SPG

11

H

FG2

B1

H

SPG—in

60

H

FF0

10

H

SPG—mid

4B

H

FF1

70

H

SPG—out

3B

H

FF2

E0

H

SPGM

96

H

FZHLEV

ED

H

SP1

10

H

FOKLEVh

07

H

SP2

93

H

FOKLEVL

09

H

SP22

93

H

FOSTn

2C

H

SP3

ED

H

DSCJG

0D

H

SP4

EE

H

SP5

20

H

SP52

20

H

SPDLIM

62

H

SPKLEVm

16

H

– 30 –

MD-E9000W
Tracking setting
Item indication

Control setting
Item indication

Setting

Setting

H

CONTRL1

08

H

6B

H

CONTRL2

01

H

10

H

ADJTTM

14

H

TF1

6B

H

HDEQAD

92

H

TF2

F0

H

LDEQAD

8E

H

FT3

08

H

GDEQAD

91

H

SVCNT4

01

H

GDEQAD2

91

H

TRBLVo

62

H

HDEQBC

8C

H

TRBLVt

4C

H

LDEQBC

8F

H

TRKLVo

5B

H

GDEQBC

8A

H

8A

H

TG

49

TG2
TF0

TRKLVt

2B

H

GDEQBC2

TDPWo

67

H

HALSG

11

H

TDPWt

21

H

LALSG

11

H

11

H

SLCTo

00

H

GALSG

SLCTt

50

H

HALSOFS

FF

H

SLCTm

53

H

LALSOFS

00

H

TCRSCIP

16

H

GALSOFS

00

H

TCRSC0h

00

H

TCRSC0L

FA

H

TCRSCHh

02

H

TCRSCHL

02

H

COTLVP

0A

Item indication

H

COTLVr

28

H

JPint

00

H

KIK10

64

ADJUST setting

H

Sled setting
Item indication

Setting

SLG

46

H

SL2

10

H

SLDLIM

7F

H

SLDLEV

14

H

SLKLVk

60

H

SLKLVt

34

H

SLKLVm

60

H

SLBKm

08

H

SLKrio

64

H

SLKroi

62

H

SLKlio

64

H

SLKloi

60

H

INNER1

86

H

INNERu

D0

H

EJ_WAIT

78

H

Setting

COK

58

FAT

C0

H

TAT

3E

H

CAT

40

H

FAB

64

H

STR

0B

H

SFS

0D

H

STC

0D

H

H

REC bit setting
Item indication

– 31 –

Setting

SP_WR50

C0

SP_WR56

FE

H

SP_WR44

00

H

SP_WR53

16

H

LP2WR50

80

H

LP2WR56

20

H

LP2WR44

80

H

LP2WR53

00

H

LP4WR50

BF

H

LP4WR56

02

H

LP4WR44

80

H

LP4WR53

00

H

RVD

01

H

H

MD-E9000W
MD power ON time chart
Power-on sequence for the MD unit (when resetting or starting it

1 : no disc)

(System side)

POWER-ON

CN1501 17 , 18
DVDD
CN1501 4
BACK UP

Power failure recovery interruption input and 3.2 V application to the MD unit
CN1501 7

(100 ms)

MD-ST

TP1800
3.2 V

1.5 ms
IC1401 15
MCCK

CN1501 6
RESET

30 ms ± 2 ms

IC1401 12
RESET

(10 ms)
CN1501 5
PDOWN

Set the system microcomputer to "H" by this point.
CN1501 19
PCONT0

3.2 ms

CN1401 1 , 2
TRY+/TRY–
IC1401 80
XRST

3.2 ms

CN1501 12
DSTB

13.6 ms

CN1501 8
DSCK

Test mode command transmission period

– 32 –

(Until CMD RCV received)

Power-on sequence for the MD unit (when resetting or starting it

2 : DISC IN or disc existence)

MD-E9000W

(System side)

POWER-ON

CN1501 17 , 18
DVDD

As quick as possible

CN1501 4
BACK UP

Power failure recovery interruption input and 3.2 V application to the MD unit
CN1501 7

(100 ms)

MD-ST

TP1800
3.2 V

1.5 ms
IC1401 15
MCCK

CN1501 6

30 ms ± 2 ms

RESET
IC1401 12
RESET

(10 ms)
CN1501 5
PDOWN

Set the system microcomputer to "H" by this point.
CN1501 19

3.2 ms

PCONT0

CN1401 1 , 2
TRY+/TRY–

62 ms

600 ms - (approx. 1200 ms + 600 ms)
Disc existence: Mechanism
positioning

DISC-IN: LOADING operation

IC1401 80

3.2 ms

XRST

CN1501 12

13.6 ms

DSTB

CN1501 8
DSCK

Test mode command transmission period (Until CMD RCV received)

– 33 –

MD-E9000W

3

4

5

CD RES

2

CLK

CE

1

DO
DI

DRF

+5V
+B2

WRQ

TO DISPLAY SECTION

6

7

CNP5
14

13
4

CNS1

IC4
74VHC08F
INVERTER

11

1

6

2

3

3

1

TO MD SECTION

10

4
5V

3V

5

+B2 (5V)

6

CONT3

62 CLK

1

69

5

8

9

Q3

2

50

IC1
LC78645NE
CD SERVO

1

40

28
19

48 XOUT
49 XIN

CONT5 26

FDO 21
TDO 20

+5 V

6
25

Q1

26

Q2
–

11
SPINDLE MOTOR 20
21

+

TRACKING COIL

M1
SPINDLE
MOTOR

SW4
PICKUP IN

Figure 34 BLOCK DIAGRAM (1/4)
– 34 –

–

SLED MOTOR

M
M

FOCUS COIL

10

+

M2
SLED
MOTOR

19 27 4 12

IC2
LA6548D
FOCUS/
TRACKING/
SPIN/ SLED
DRIVER

OUT2

VCC

CONSTANT
VOLTAGE

29

OUT1

VCC

5

2

VREF

+3.2 V

MUTE

VREF

TIN2
LDS
LDD

FIN1
FIN2
TIN1

RFVDD
LVDD
VDD
ADAVDD
XVDD
RVDD
VVDD

SLDO 23
SPDO 22

LASER
DRIVER
+3.2 V

2
1

–
+

M

M904
CD LID
MOTOR

37

5 41 38 18 47 46 77 7 8 9 10 79 80 11

PICKUP UNIT

6
7

51

66 RES

+3.2 V

3

55

65 WRQ

XL1
33.8688 MHz

75

56

64 DO

68 VDD5

2

IC3
TA7291S

57

63 DI

67 DRF

CONT1

CONT4

61 CE

CONT2

70 71 72

BCK

25

LRCK

60 59 58 39

DOUT

DATA

LOADING MOTOR
DRIVER

15

1 30

H.VDD
DSTB
H.GND
DSCK
KDATA
DVDD
DVDD
MDDATA
M.GND
PCONT0
D.GND
D.GND
DIG IN
M.GND
L.OUT
C.GND
R.OUT
AVCC
L.IN
AA.GND
R.IN
RESET
SERCH
MD-ST
CDLRCK
CDBCK
CDDATA

MD-E9000W

HEAD
MECHANISM
+B7
+B7
(+4.75 ~ +5.25V) (+4.75 ~ +5.25V)

AUDIO OUT

CN1501

AUDIO IN

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27

L
R
3 5

L
R
26 24

IC1401
IX0410AW
MD SYSTEM
MICROCOMPUTER

+3.2V

12 20 21 31 ~ 34 70

99
62
16

8

IC1402
58X2402T
6 EEPROM

29

+B3 (+3.2V)

+3.2V
66 57 ~ 59
DIN

~
~

32

29
36

~

5
26

IC1201
LR37816
ENDEC/ATRAC

9 11

~

+3.2V

IC1202
IX2474AF
4MBIT D-RAM

7
10
23
25
2

IC1701
UDA1345
AD/DA CONVERTER

15

18

19

42

2 5 13
74

~

XL1201
(33.8688MHz)

70

REGULATOR

+3.2V
IC1101
IR3R58M
RF SIGNAL
PROCESSOR

3

IC1802
XC62FP26
REGULATOR

+3.2V
2

3

IC1801
XC62EP32
REGULATOR

29 40

MONITOR
DIODE

10

SW1936 LEAD IN

SW1934 PLAY

SW1933 RECORD

SW1932 LOADING

MD PICKUP UNIT

12
15

SW1930 WRITE PRO

LIGHT
LIGHT
RECEIVING RECEIVING
SECTION
SECTION
ERROR SIGNAL
RF

IC1601
M56788FP
MOTOR DRIVER

+3.2V

LASER DIODE

MD

FOCUS

IC1300/IC1301/IC1302
HEAD DRIVER

TRACKING
F
E-F SIGNAL A-B SIGNAL
A
B
E
RF1
RF1 RF4 SIGNAL
RF2
RF3
RF4

MECHANISM
+B7

HEAD
+B7

MAGNET HEAD
(RECORD)

+2.6V

M
M901
SPINDLE
MOTOR
M902
SLED
MOTOR

M
M
Figure 35 BLOCK DIAGRAM (2/4)
– 35 –

M903
LOADING
MOTOR

MECHANISM
+B7

Q1804

+3.2V

MD-E9000W

AM LOOP
ANTENNA

FM
OSC

T306

AM OSC IN

9

7

8

18

16

17 13
MO/ST
L 14
R 15

12

AM BAND
COVERAGE

X352
4.5 MHz

CE

VT

20 1

22 15 16

11

3

4

5

+B4

6

OSC

17
FM/AM MO/ST

+B4
+B
FM
Q360

9 10

7

21

IC302
LC72131
PLL(TUNER)

AM TRACKING

FM

CONSTANT
VOLTAGE

Q901
Q902
JK441
AUX INPUT
L
R

MUTING

L 12
R 13

IC401
LC75341
AUDIO PROCESSOR
RSELO

CD/MD

DI 1
CE 2
CLK 24

LSELO

L 9
R 16
L 10
R 15
TUNER L 11
R 14

7 8 17 18

+B7

1

7

+B4

VDD 23
3

6

18

15 17

L IN

R IN

LED
DRIVE

21 19

23 22 24 2

5

FROM MD SECTION

Figure 36 BLOCK DIAGRAM (3/4)
– 36 –

8

4

10

LED702

CNP451

21 R
4 L

+B3

L OUT
R OUT

T303

Q302

OSC
BUFF

21
AM RF IN

23

5

FM/AM AM IF
OUT
GND

AM MIX

T301

STEREO

L312

VCO

4

1 2
FM RF

X351
456 kHz

+B4

FM/AM

450 kHz
CF352

T351
AM IF

IC303
LA1832S
FM IF DET./FM MPX./AM IF

CF351

9

8

MPXIN FM+B
FM
DET

7

CLK

5

+B4

DO

SO302
FM ANTENNA
TERMINAL

4

FM IF
CF303

FM IF
T302

6

DI

3

FM
OSC

FM
ANTENNA

1

BF301
B.P.F

IC301
TA7358AP
FM FRONT END

MD-E9000W

FL701
DISPLAY

IC303
LA1832S
FM IF DET./FM MPX./AM IF

1

5

2

20 21

50 51 52 53 61 62

80

51
50

98 VEE
KEY
SW701-SW723

2 KEY 1

48

3 KEY 2

81

4 KEY 3

IC701
IX0395AW
SYSTEM
MICROCOMPUTER

8

TO CD
SECTION

14
15
22

39 38 37 36 35

XL701
8.3886 MHz

VDD 91
SPAN

RLY CONT

RX IN

RESET

CD_CLOSE

XIN

VSS
AVSS

XOUT

DO

CL

CE

40 99

ILU
LED
DI

45 44 43 42 41

CD_OPEN

97

24 P_CONT
P_MUTE
23

LED701
7

T_STBY

Q701
+B6

32 31 33
RX781
REMOTE
1 SENSOR 3
2

Q781

SW724
OPEN/CLOSE

+B6

SW441
SPAN
SELECTOR

RESET

+B6

JK981
HEADPHONES

12
4

10
L

1
L

L

L
R

R
6
Q901
Q902

R

L

11

13

–

FAN MOTOR DRIVER
+

8

R –

IC901
LA4628
POWER AMP.

MUTING

3

+

9

Q941

M905
FAN MOTOR
+B5

14

F801
T6.3A L 250V

VOLTAGE
REGULATOR

PT801
MAIN POWER
TRANSFORMER

D801

+B1

LED702

VF2

VF1

LED
DRIVER Q702

+B5

Q801

TO CD
+B2
SECTION

SW +5V
CD+B

Q961
VOLTAGE
REGULATOR

Q871
+B6

UNSW +5V

+B6

RELAY
DRIVER

UNSW +5V
D873-876

Q962
AN78L05
VOLTAGE REGULATOR
PT871
SUB POWER
TRANSFORMER

Figure 37 BLOCK DIAGRAM (4/4)
– 37 –

SP_L(–)
SP_R(+)

–

SP_R(–)

SW801
VOLTAGE
SELECTOR

RL800

T.F.

+B6

+

F803
T2.5A L 250V

F802
T2.5A L 250V

–VP

SP_L(+)

–

SO901
SPEAKER
TERMINAL

220 V
127 V
110 V
D802-D805

+

230-240 V

Q942
VOLTAGE
+B3 REGULATOR
+3.2V
Q952
Q951
KIA7810AP
+B4
VOLTAGE
A_+10V
REGULATOR

M

Q972

R

VOLTAGE
REGULATOR
+B7
MD+5V

Q971

AC POWER
SUPPLY CORD

SO801
AC INPUT
SOCKET
AC 110/127/220/230-240 V
50/60 Hz

MD-E9000W

SO301
FM ANTENNA
TERMINAL

A
AM

GND

FM 75OHMS

D303

B

D301

D304

D302
C304
C305

C306

X352
R378

R379
C387

R383
R392
R385

R376

CF351

R372

R387
R384
R368

E C B

C398

R374
R373

C386

Q360

T351

1
2
3
4
5
6
7
8
9
10
11

R388

R393

IC302

CF352

C381

C394
L351

L352
ZD351

R359
R360

R391

C391

C310

1 2 3

C356

R375

C318
C385

T301

22
21
20
19
18
17
16
15
14
13
12

C384

C388

C358

C380
C392

Q302
R382

R327 R302
C324

C311

R380
C393

C370

C371

C373

C374

C368

B
C
E

R353
C357

C355
R356

C352

C397

C320

C351

R352

1
2
3
4
5
6
7
8
9
10
11
12

X351

R357

VD303
C313

C354

C366

TP302

C399

C365

IC303

C364

C367

C342

R350

T306

R355

R311

C316
TP301 R365
C362
C350
R358 24
23 R351
22
C361
21
C363
20
19
18
17
16
15
C369
14
13

R309
1
2
3

R322
R325

C312

C325

R336
C334

C332

R316
R323

C335

C331

VD301

D305
C309

VD302
CF303

T303

D

C308

C317
R313

L312

C353

C330

T302

R381

D306

C314

C

C307

R314

C315

R377

1 2 3 4 5 6 7 8 9
C303

C323

C382

IC301

R395
C395

1
2
BF301 3

C396

C338

C372

E

1

RD
WH
BK
WH
BK
WH
BK
WH
BK

9
BI301

F

1
2
3
4
5
6
7
8
9
CNS301

G

TUNER PWB-C1

H

1

2

3

4

Figure 38 WIRING SIDE OF P.W.BOARD (1/10)
– 38 –

5

6

MD-E9000W

P43 7 - C
FROM
POWER AMP. PWB
CNS902

P43 10 - G
FROM
POWER AMP. PWB
CNS901

SW441
SPAN SELECTOR

9 kHz/50 kHz

9 8 7 6 5 4 3 2 1

CNP441

PK
BK
WH

BI441

R445

6
5
4
3
2
1

C442

R442
1

D441
D442

C443
L-CH
R444

C461

P41 10 - B
TO DISPLAY PWB
CNP702

1

6
5
4
3
2
1
CNS441

R456

CNP404

7
6
5
4
3
2
1

6

WH
BK
WH
WH
BK
PK

R443

1 2 3 4 5 6 7 8 9 10 11 12
CNP403

CNP405

R441

C441

10 kHz/100 kHz

JK441
AUX INPUT
C462
R-CH

C427

2
4
6
8
10
12
14
16
18
20
22
24
26

C455
C460

R451

C464

C469
R417

C465

R402

C404
R401

R403

C406

C405

R460
C458

C468
C407

R418

C403

C424

C411

1
2
3
4
5
6
7
8
9

C452

C413

R455

R454

C415

R459

R413

C467

C419

10
11
12

C425

C456
R452

R463
R462
R461

CNP402
7 6 5 4 3 2 1

MAIN PWB-A1

7

8

C471

BROWN

RD(R)

RED

OR

ORANGE

YL

YELLOW

GR

GREEN

CNP401

BL

BLUE

1 3 5 7

VL

VIOLET

(251)
TO
MAIN POWER
TRANSFORMER

2 4 6 8

1

GY

GRAY

WH(W)

WHITE

8

BK

BLACK

FFC703

PK

PINK

CNP703
P41 12 - D
TO DISPLAY PWB

CNS402
P44 2 - G
FORM CD SERVO PWB

9

BR

C459

C463
C470

R447

R449

C423

C429

C428

R446

C422

R448

C421

COLOR TABLE

C457

C466

C417

AUX INPUT
PWB-A2

CW1501

R453

R458

L452
R416

C420

C426

R414

C418

24
23
22
21
20
19
18
17
16
15
14
13

27

C451

R415

C416

IC401

C412

C414

1
3
5
7
9
11
13
15
17
19
21
23
25
27

C454

C453

C402

1

CNP451

CN1501

CNP406

11 9 7 5 3 1

P47 9 - A
TO MD MAIN PWB

R457

12 10 8 6 4 2

L451

12
FFC702

10

Figure 39 WIRING SIDE OF P.W.BOARD (2/10)
– 39 –

11

12

MD-E9000W

A

B

P42 3 - H
TO POWER PWB
CNP871

C

BK
WH
BK

DISPLAY PWB-B1
C781

R786

5

1
BI701

R789
R790
Q782

RX781

R791
R781

R788

D781

Q783

1 2 3

D785

3 2 1
R782

R775

1 2 3

C709

C782

R787
R785

D701

D

WH
RD

CNS701 5 4 3 2 1

FL701

C783
C784
R784

C701
62 61

D784

Q781

R701
SW701
VOLUME
DOWN

F

SW703
CD PLAY/
PAUSE

R703

R710

R704

SW705
FF/
SKIP UP

SW704
CD STOP
R706

R707

R705
SW708
MD
PLAY/
PAUSE

SW706
PEW/
SKIP DOWN

SW707
MD
STOP

H

1

2

3

4

Figure 40 WIRING SIDE OF P.W.BOARD (3/10)
– 40 –

SW
X-

R711

SW715
CD
OPEN/CLOSE

C716

G

SW712
EQUALIZER
SW709
MEMORY/
ENTER

SW702
VOLUME UP

R702

C717

SW710
DISPLAY
(DEMO)

R709
R714

R783

53 52 51 50 49 48 47 46 45 44 43 42 41 40 39 38 37 36 35 34 33 32 31 30 29 28

R772

3 2 1

R771

E

5

6

MD-E9000W

LED
PWB-B2

CD LID OPEN/CLOSE
PWB-B3

LED702

SW724
OPEN/
CLOSE
CNP704

1
2
3

1 2 3

CNP406
1 2 3

WH
BK
YL

WH
BK
RD
WH
BK
YL

2 4 6 8 10 12
CNP702
R763

81

2 1

CNP401
P39 11 - G
TO MAIN PWB

R746
R747

C713
C715

C714

8

SW716
ON/
STAND-BY
SW717
MD EJECT

R717

SW723
MD REC

7

RD
BK
WH
BK
WH
BK
WH
BK

1
2
3
4
5
6
7
8
CNS702

8

9

C718

COLOR TABLE

D782

R718

R719

SW718
LP4

SW719
LP2

R722

R721

BROWN

BR

D783

SW720
SP
R720

RD(R)

RED

OR

ORANGE

YL

YELLOW

GR

GREEN

BL

BLUE

VL

VIOLET

GY

GRAY

WH(W)

WHITE

BK

BLACK

PK

PINK

SW721
NORMAL

R713

SW714
TUNER
(BAND)
R716

R712

1

L781

SW713
AUX

SW711
X-BASS

C702

C703

R796
R795
R723
R724
R725
R726
R727
R728
R729
R730
R792
R793
R794

9 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5

R773

R797

3
2
1

8 FFC703

CNP5
P44 3 - F
TO CD SERVO PWB

R798
R799
C704
C707

80

R742

100

75 85 90

R741

95

70

1
1
2
3
4
5
6
7
8
CNP703

BI702

65

1

R735
R737

5

C708

10

R731
R732
R733
R734

IC701

LED701

60

15

R738
R739

45
55

51

35 25
20

C712

R749
R750
R751
R752

40

R736

XL701

50

R748

30

31

R744
R743

R754
R753

C711

R765

Q701

R766

1 3 5 7 9 11

R745

R776

R759

1
BI704A

6

R777

C710

R768
R767

R762
R761

R764

R769

FFC702
12

1

R740

1

C706

BI704B
3

P39 7 - C
TO MAIN PWB

CNS704

Q702

C705

R778

SW722
HIGH

10

Figure 41 WIRING SIDE OF P.W.BOARD (4/10)
– 41 –

11

12

MD-E9000W
AC POWER SUPPLY CORD
SO801
AC INPUT
SOCKET
AC 110/127/220/230-240 V
50/60Hz

POWER PWB-C2

A

127 V

110 V

220 V

230-240 V

SW801
VOLTAGE SELECTOR

B

230-240 V

F801
T6.3A L 250V

220 V

T.F.

127 V

110 V

PT801
MAIN POWER TRANSFORMER

C

C801

D801

C802

D

F803
T2.5A L 250V

C871

E

F802
T2.5A L 250V

C804

C803

RL800

D804
D802
D803

F

D805

D871
C874

PT871
SUB POWER TRANSFORMER
D875

C805

D876

C873

C872

D807

ZD803
R801

D874
ZD871

G

C806

D808
ZD802

C811

D873
D809

D806

C812

E C B

ZD801

Q801

C808

R871
C807

R806

D877

C809
R805

R873

R802
CNP871
5 4 3 2 1

C810
CNP903

R872
C875

Q871

E
C
B

R803

R804

D872

11 10 9 8 7 6 5 4 3 2 1

H
CNS701
P40 5 - C
FROM DISPLAY PWB

1

2

3

4

Figure 42 WIRING SIDE OF P.W.BOARD (5/10)
– 42 –

5

6

MD-E9000W

SO901
SPEAKER TERMINAL

M905
FAN MOTOR

RD

R-CH

1
2
CNS971

BR

L-CH

2
1

R973

R979
E C B

R975

C972

D972

R974

Q972

L981

C973

Q971 B C E

R984

CNP971

JK981
HEADPHONES

R978

C971

C981

R977

R981
R972
R982
R954

D973

R955

C982

2
1

C926

R901
1

4

6

R906

B
C
E

R910
C985

R902
BI901
7
4

R911

R923

R913

C907

C914

BK
BK
RD
RD

1

POWER AMP.
PWB-C3

BL
WH

RD
BK

BL
BK
WH
BK
WH
BK
WH

PK
BK
WH

7

C909

C908
11 13
10 12 14

BI903B

BI903A
1

9
8

Q902

C905

E C B

7

R904
R908

D961

Q962

1
2
3

5

R983

C964

C949

Q901

2

R909

D962

3

C904

1

R962

LUG901

IC901 @

C987

C903

C947

C986

R928

C965

C963

C913

C912

R961

C902

C962

1

R914

C910

C911

C942
3

C966

C961

R924

ZD941

2

R912

Q942
C941

C923

C956

E C B

C924

RP941
Q961

C948

Q952

R941

C
B

12

E C B

E

R942

Q941

BI902

C951

C925

C955

C953

R903
C901 R907
R905

RD
WH
BK
WH
BK
WH
BK
WH
BK
WH
BK
WH

C943

CNP403

COLOR TABLE
BR

PK
BK
WH

P39 9 - B
TO MAIN PWB

1
2
3
4
5
6
7
8
9
10
11
12

C952
R952

Q951

3
1

CNS902

R953
C954
ZD951

1 2 3 4 5 6 7
CNS901
CNS903
11
10
9
8
7
6
5
4
3
2
1

7

WH
BK
WH
BK
WH
BK
BL
BK
BK
RD
RD

CNP404
P39 10 - B
TO MAIN PWB

8

9

10

Figure 43 WIRING SIDE OF P.W.BOARD (6/10)
– 43 –

BROWN

RD(R)

RED

OR

ORANGE

YL

YELLOW

GR

GREEN

BL

BLUE

VL

VIOLET

GY

GRAY

WH(W)

WHITE

BK

BLACK

PK

PINK

11

12

MD-E9000W

45

10
5

IC1

75
50

2
1
CNP3

C31

C32

3
L2

8

7

R29
R28
R27

R32
R31
R30

IC4

PICKUP UNIT (306)
C20
C19
C18

C23
C22
C21

C43

CORE1

R33

R40

1

14
C28

BI1
6

1

C44

8 7 6 5 4 3 2 1 CNP5

WH
GR
BK
YL
WH
PK

1
2
3
4
5
6

CNS702
P41 12 - E
FROM
DISPLAY PWB

RD
WH
GR
WH
GR
WH

M1
SLED MOTOR

CNP4A
1
2
3
4
5
6

1
2
3
4
5
6

+

CNS4B

CNS4A

F

BK
WH
GR
BK
YL
WH
PK

+

SW4
PICKUP IN

CNS402

M2
SPINDLE
MOTOR

7 65 4 3 2 1

CD MOTOR
PWB-F

G
CNP402
P39 9 - G
TO MAIN PWB

H

• The numbers 1 to 12 are waveform numbers shown in page 62.
1

2

3

4

Figure 44 WIRING SIDE OF P.W.BOARD (7/10)
– 44 –

5

CNS1A

CNS2A

RD
GR
BR
GR
BR
GR
BR

R8

C17

RD
WH
BR
WH
BR
WH
BR
WH

C6

C54

1234567

10 5

CNS6 1 2

TO MD
MECHANISM
UNIT

12345678

R39
R38
R37
L4

C62

M904
CD LID
MOTOR

7

12
11
10

C61

CNP6
1 2

8

R18

R42

R50

1234567

CD SERVO
PWB-D

5

60 61

C41

R49
C50

12345678

1
80

70

C49

BR
2
RD
1
CNS3

R35
R36

R16
R17

55 65

XL1

R23
R24

R15

C15

4

1234567

6

CNS1B

35

41

CORE2

C42

R19

40

R53

R20

R48

1
2
3
4
5
6
7
8
9

Q3

R56

IC3

3
2
1

12345678

R9

CNS2B

15

30

C

E

R14

R11

9

C7

C13
21 20
25

M

C10

C12

C4

6

D

R2
R1

2
Q1
R10
R12 E C B
C9
C5

C24

15 Q2

C2

C16

16

C58

R13

C3
C53

C8

E
C
B

C1

R6
R7
R4
R3

C14

IC2
10

20

1 2 3 4 5 6 7 8

R21

1

C48

B

CNP4

1
2
3
4
5
6

R54 R55

5

25

1 2 3 4 5 6 7
CNP1

C63
C46

C47

C45

C57

1

30

CNP2

A

MD-E9000W

MD MECHANISM
SWITCH PWB-G1

TP19

TP18

SW1936
LEAD IN

MD LOADING
PWB-G2

TP1903
SW1934
PLAY

SW1930
WRITE PRO

R1931

TP1909

TP1901

R1934

R1933

WH
TP1906

TP1908

SW1932
LOADING

R1932
TP1
TP2 TP10
TP3 TP12
TP4 TP13
TP5 TP17
TP6 TP16
TP7 TP11
TP8 TP14
TP9 TP15

BR

SW1933
RECORD

TP1902

TP1905

TP1907

TP1904
YL

CW1931

GY

RD

BK

RD

BK

CN1401
P47 12 - D
TO MD MAIN PWB

M902
MD SLED
MOTOR

M901
MD SPINDLE
MOTOR

M903
MD LOADING
MOTOR

P47 7 - F
TO MD MAIN PWB
CN1101
MAGNET HEAD(34)
RECORD

COLOR TABLE
BROWN

BR

FLEXIBLE
PWB

RD(R)

RED

OR

ORANGE

YL

YELLOW

GR

GREEN

BL

BLUE

VL

VIOLET

GY

GRAY

WH(W)

WHITE

BK

BLACK

PK

PINK
BK
1
BK
2
CW1903

MD PICKUP UNIT(35)

7

8

P46 5 - A
CN1300
TO MD MAIN PWB

9

10

Figure 45 WIRING SIDE OF P.W.BOARD (8/10)
– 45 –

11

12

MD-E9000W

A

P45 12 - G
TO MAGNET HEAD
CW1903

B

CN1300

53

R1806

R1809

3

R1705

1

1

2

IC1301

C1721

1

D1300

R1703

4

2

R1300

C1720

C1305

C1716

C1704

C1700

R1704

C

IC1302

R1716

R1515
R1516

1

C1300
C1301
R1301

2

5

7

1
5

5

8

IC1300
C1303

10
R1803
C1405

R1802

R1403

D

8

14
R1612
R1614

R1701

R1408

R1420

Q1501

R1435
Q1807

E
L1101
C1616

C1206

R1263
C1263

C1125

C1264

R1116

C1119

C1117

C1116

C1112

C1123

45
36
37
48
C1115
R1119

1

C1111

IC1101 5

R1114 C1110

12

10

R1112
R1110
R1111

R1115
15

35
40

C1118

C1121

R1231

R1230

C1230

C1602
R1616

C1611

20

30

C1114

L1200

25

C1122

G

R1117
R1120 13

R1113

24

R1207

L1100

C1107

R1102
R1123
R1122
R1262C1262
R1125
R1124
R1261
R1121
C1261
C1124
R1264
R1118
R1265

R1205

R1203

R1201

XL1201

C1260

R1601

C1603

L1201

R1605

C1613
R1618

C1607

C1619

F

R1266

L1202

C1265

C1113

MD MAIN PWB-E (TOP VIEW)

H

• The numbers 1 to 36 are waveform numbers shown in page 63, 64.
1

2

3

4

Figure 46 WIRING SIDE OF P.W.BOARD (9/10)
– 46 –

5

6

MD-E9000W
P39 11 - E
TO MAIN PWB
CNP451

CW1501
1

27

C1563

TP1503

FL1501

1
C1266
C1200

TP1253

TP1252

C1161

TP1118

CN1101

R1209

TP1501
65
60

20

R1101

10

R1215

IC1201

30

35

40

45

51
50

TP1205

6

22

C1715
C1706

TP1704

C1655

25
15
30

35

10

5

C1610
1

42
TP1630

11

15

TP1123

20

16

21
9
10

21

40

IC1202

20

11
8

TP1607

TP1120
TP1122

TP1121

15

MD MAIN PWB-E (BOTTOM VIEW)

25

23 24
16
22

4

: Through-hole where the top and bottom patterns are connected.
7

8

9

10

Figure 47 WIRING SIDE OF P.W.BOARD (10/10)
– 47 –

11

12

P45 9 - C
TO MD LOADING PWB

CN1401

TP1605

R1214

20

TP1119
TP1135

TP1101

18

TP1213

TP1214

1

5

32

R1217

C1208

55

TP1103

TP1112

TP1212

R1100

CK3
TP1117

TP1131

TP1105
TP1104

TP1111

TP1100

TP1102

TP1136

TP1109

TP1110

TP1106

28

75

80

10

25

TP1116
TP1203

30

TP1115

85

26
C1202
C1100

P49 9 - E

90

5
19

R1211

70

15

TP1254

MD PICKUP UNIT

95

TP1209

76

5
TP1200

TP1250
TP1251

6
TP1218

TP1215
C1205

TP1201
100

C1201
C1211

1

TP1409
TP1405

1

1

TP1204

C1207

R1430

TP1133

TP1202

TP1420

R1105
TP1404

TP1400
CK1

TP1217
CK27TP1216
50
TP1113

14

R1401

51

CK2

45

TP1206

40

TP1208

35

30

CW1931
9

9

TP1542
TP1543
TP1604

TP1207

8

60
55

TP1413
TP1423

TP1410

R1417
R1406 TP1422

R1460

5

20
25

31

TP1107
TP1108

TP1411

65

R1624
TP1600
R1623
TP1601
R1621
TP1603
R1622
TP1602

70

15

31

TP1130

TP1412

10

C1409

IC1402

C1403

13
R1463

75

IC1401

R1443

R1418

C1806

C1708
TP1801

85

5
TP1421
R1414
TP1401
R1407
C1404
4
1
R1415

12

C1524
TP1530

C1523

CK26
TP1700

IC1601

90

1

28

TP1451

7
17

TP1525

TP1519
TP1407
81

TP1706

R1446

95

5

25

80

1

IC1802

TP1703

TP1210

C1801
1

R1702
10

20

TP1408

TP1403

100

14

IC1701

R1210

TP1303 3

TP1406

C1407

R1804

15
TP1705

C1703

C1750

C1209

IC1801

R1807

TP1302

33

R1441

5

R1517
R1518

4

TP1415

1

TP1402

3

C1512

R1811

Q1804

29

C1510

R1534

C1302

TP1800

FL1523
FL1525

C1802

R1536

R1538
TP1300

2

FL1524

TP1533

C1534
C1538

28

TP1522

TP1506

TP1301

C1540
FL1520

C1340

FL1509

TP1504

R1535

TP1534

R1304

C1304

TP1524 TP1526 TP1520 TP1518

TP1515

C1536
FL1507
TP1505

TP1516
TP1510
TP1502

FL1518

TP1532

27 TP1531

R1532 R1533

TP1509
C1530
R1537
R1521
TP1511 TP1508
FL1512
TP1507
R1529

TP1330

1

3

35 36 34

CN1501

C1606

L1300

26 27 1

MD-E9000W

A
C4

56
IC401
LC75341
AUDIO PROCESSOR

C403
100/16

FM SIGNAL
C402
0.022

RECORD SIGNAL

1 DI
2 CE

R447
10K

C421
1/50

+
–

21

LIN
LSEL0
L4

RIN

AUX

L2

R2
TUNER
R1

L1
12

18

RSEL0 17
R4
16
R3

DECK

11

RB

RTRE

L3
10

22

19

LTRE

15
14
13

CD/MD

C423
1/50

C425
10/16

C

9

ROUT

20

+
–

C429
1/50

R449
2.7K

VREF

+
–

+
–

AUX SIGNAL

CCB

INTERFACE

+
–

B

R413
3.9K

VSS
LOUT

+
–

MD SIGNAL

3
C413
0.1
4
C415
0.12
5
LBASS
6
C417
0.0015(ML)
C419 7
1/50
8

+
–

C411
1/50

+
–

CD SIGNAL

24
CLK
VDD 23

C426
10/16
+B

D
R417
100

R415
3.3K

R418
100

C465
0.022

E

L452
0.22µH
C469
220P

C468
220P

R459
12K
C467
220P

R458
12K

C466
220P

R416
3.3K

+B
+B

C471
0.01

C470
33P

C463
0.022

C462
100P

R457
10K

R456
10K

C461
100P

C460
220P

C459
0.01

C458
10P

R455
100

R454
100

R453
10K

C456
100P

C457
100P

R452
10K

C464
220/10

+B

+B

C451
10/16

C427
0.022
+B
+B C455
0.022

+B

+B

5V
5V
MD K DATA
MD DSCK
H GND
MD DSTB
H VDD

27
CW1501

1

TO
MAIN POWER
TRANSFORMER

7 6 5 4 3 2 1

8
FFC703

CNP403

1 2 3 4 5 6 7

CNS402
P57 12 - C
FROM
CD SERVO PWB

CNP703
P51 12 - E
TO DISPLAY PWB

CN1501
P59 12 - G
TO MD MAIN PWB

H

1

56
CNP402

1 2 3 4 5 6 7 8
MD DATA

7 6 5 4 3 2 1

CNP401

MD ST ID
MD SERCH
MD PCNT
MD RESET
MD DSTB
MD DSCK
MD KDATA

27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 9 8

MD DATA

G

CD DATA
BCK
LRCK
MD ST
MD SERCH
MD RESET
R IN
A GND
L IN
AVCC
(+3.2V)
R OUT
S GND
L OUT
M GND
DIG IN
D GND
D GND
PCONTO
M GND

R463
CNP451

56
56

CD+B
CD_GND
A_GND
A_+10V
FAN_CONT
MD_3.2V
MD +D5V

R461
R462

BCK

L451
10µH

CD DATA

C453
220P

D_GND
DIGITAL
OUT
CD_+5V
D_GND
LRCK

R451
100

C454
220P

C452
10/16

F

CNS9
P54 1
FROM
POWER AM

• NOTES ON SCHEMATIC DIAGRAM can be found on page 61.
1

2

3

4

Figure 48 SCHEMATIC DIAGRAM (1/12)
– 48 –

5

6

MD-E9000W

MAIN PWB-A1
R401
1K

C416
0.12
RBASS

19

+
–

+

AUX

18

RSEL0 17
R4
16
R3

DECK
R2
TUNER
R1

R414
3.9K

C418
0.0015(ML)
C420
1/50

RTRE
RIN

C414
0.1

C428
1/50

15

C422
1/50

14

1

1

1

2

2

2

3

3

3

4

4

4

5

5

5

6

6

6

C442
390P

R444
27K

R-CH
JK441
AUX INPUT

R442
8.2K
R441
8.2K
R445

L-CH

C441
390P

R443
27K

10K

R446
10K

13

CD/MD

C424
1/50

R448
2.7K

SW441
SPAN
SELECTOR
10/100 kHz
9/50 kHz

C426
10/16
+B

+B

1
T/V_DI
T/V_CLK
T/V_CE
TUN_DO
SW-5V
SPAN
FAN_CONT
P_CTRL
P_MUTE
UN_SW-5V
D_GND

+B

3
4
5
6
7
8
9

P51 12 - C
CNP702
TO DISPLAY PWB

10
11
12

CNP406

TUN_SM

1
2

12
FFC702

R460
270K

+B

+B

+B

CNP404

1 2 3 4 5 6 7 8 9

TUN_R
A GND
TUN_L
A+10V
D_GND
TUN DO
T/V_CLK
T/V_CE
T/V_DI

7 6 5 4 3 2 1

P_CONT
P_MUTE
R_CH
A_GND
L_CH
SW_5V
UNSW_5V

1 2 3 4 5 6 7 8 9 10 11 12

CD+B
CD_GND
A_GND
A_+10V
FAN_CONT
MD_3.2V
MD_+D5V
(MD)D_GND
D.GND
S.GND
M.GND
H.GND

CNP403

CNS902
P54 1 - D
FROM
POWER AMP. PWB

CNS901
P54 1 - C
FROM
POWER AMP. PWB

CNS301
P53 11 - H
FROM TUNER PWB

7

8

9

CNP405

10

Figure 49 SCHEMATIC DIAGRAM (2/12)
– 49 –

11

12

C443
0.001

+
–

+
–

20

C412
1/50

D442
DS1SS133

21

AUX INPUT PWB-A2
BI441

22

+
–

ROUT

+B

C407
22/16

CNS441

VREF

+
–

ERFACE

CNP441

R403
1K

CLK
VDD 23

+
–

CCB

R402
1K

560P

24

D441
DS1SS133

C404

560P
IC401
C405
C75341
560P
PROCESSOR
C406

MD-E9000W

A

F

C707
0.022

C706
220/6.3

C705
0.022

C703
1/50

C704
0.022

R798 47K

F

R795 47K

R794 47K

R723

C701
1/50

R799 47K

R796 47K
R797 47K

P8
P7
P6
S4
P4
P3
P2
P1

P10
P9

R792 47K
R793 47K

P14
P13
P12
P11

47K

R724 47K
R725 47K
R726 47K
R727 47K
R728 47K
R729 47K
R730 47K

B

P17
P16
P15

P18

P21
P20
P19

P23
P22

1

P26
P25
P24

2

P28
P27

53 52 51 50 49 48 47 46 45 44 43 42 41 40 39 38 37 36 35 34 33 32 31 30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5

P36
P35
P34
P33
P32
P31
P30
P29

62 61

G7
G6
G5
G4
G3
G2
G1

G10
G9
G8

G13
G12

G11

F
F

FL701

+B

76 SEG20
75 SEG21

80 SEG16
79 SEG17
78 SEG18

74 SEG22
72 SEG24
71 SEG25
70 SEG26
69 SEG27
68 SEG28
66 SEG30
65 SEG31
64 SEG32
63 SEG33

D

IC701
IX0395AW
SYSTEM
MICROCOMPUTER

62 SEG34
61 SEG35
60 DIG0
59 DIG1
58 DIG2
56 DIG4
55 DIG5

NO USE
NO USE
ILU-LE

54 DIG6
52 DIG8
51 DIG9

T/V_DI
T/V_CL
T/V_CE
TUN_DO
VSS
XOUT
XIN
CD_CLOSE_SW
CD_OPEN_SW
RESET
NO USE
SPAN
RX-IN

57 DIG3

53 DIG7

KEY3
INI
TUN SM

T-STBY
CD_RESET
CD_WRQ
CD_DRF
CD_CE 11
R742
CD_CL 12
R743
CD_DI 13
R744
@CD_DO 14
R745
MD_ST-ID 15
R746
MD_SERCH 16
R747
MD_PCONT 17
R748
MD_RESET 18
R749
MD_DSTB 19
R750
MD_DSCK 20
R751
MD_KDATA 21
R752
29 P-IN
MD_DATA 22
30 FAN_CONT
P_MUTE 23 R753
R754
P_CONT 24
RDS_READY 25

73 SEG23

67 SEG29

1 P_DOWN
2 KEY1
3 KEY2

RDS_RST 26
RDS_DATA 27
RDS_CL 28

R763 1K
R762 1K
R761 1K

1K
R764

XL701
8.3886 MHz

29

R759

R771
10K

1K
1K
1K
1K
1K
1K
1K
1K
1K
1K

R772
10K

1K
1K
1K
5.6K
5.6K
1K
1K
1K
5.6K
5.6K
1K
1K
1K

1K

30

C710
18P(CH)

C711
18P(CH)

R769
R768
R767
R766
R765

1K
1K
1K
1K
1K

DIG10
DIG11
DIG12

50 49 48 47 46 45 44 43 42 41 40 39 38 37 36 35 34 33 32 31

E

R731
1K

R732
R733
R734
R735
R736
R737
R738
R739
R740
10
R741

R775
820K

77 SEG19

1
2
3
4
5
6
7
8
9

RLY_CONT

78

SEG6
VCC
SEG5
SEG4
SEG3
SEG2
SEG1
SEG0
VEE
AVSS
VREF

79

SEG12
SEG11
SEG10
SEG9
SEG8
SEG7

80

C

SEG15
SEG14
SEG13

81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 100

F

SW707
MD
STOP

R705
8.2K

SW706
REW/
SKIP DOWN

SW705
FF/SKIP UP
R714
18K

SW715
CD
OPEN/CLOSE

SW723
MD
REC

SW722
HIGH

R703
2.7K

SW704
CD STOP

SW703
CD PLAY
R712
4.7K

R713
8.2K

SW714
TUNER
(BAND)

R722
100K

G

R704
4.7K

SW713
AUX

R721
18K

R702
1.8K

SW702
VOLUME
UP

R711
2.7K

SW711
SW712
EQUALIZER X-BASS

R720
8.2K

SW721 SW720
NORMAL
SP

R719
4.7K

SW719
LP2

R701
680

R710
1.8K

SW710
DISPLAY
(DEMO)

R718
2.7K

R717
1.8K

SW718
LP4

SW717
MD
EJECT

SW701
VOLUME
DOWN

C716
0.001

R709
680

SW709
MEMORY/
ENTER

R791
10K

SW708
MD
PLAY/PAUSE

R706
18K

C717
0.001

R716
680

SW716
ON/STAND-BY

C718
0.001

H

• NOTES ON SCHEMATIC DIAGRAM can be found on page 61.
1

2

3

4

Figure 50 SCHEMATIC DIAGRAM (3/12)
– 50 –

5

6

R790
10K

R707
100K

MD-E9000W

BI702

DISPLAY PWB-B1

CD_WRQ
CD_DRF
CD_CE
CD_DO
CD_DI
701
/50

CD_CL
CD_RESET
CD_GND

C702
1/50

CNS702
1
2
3
4
5
6
7
8

1
2
3
4
5
6
7
8

DGND
ILU LED
SW_5V
CD_OPEN_SW
CD_GND

R776
47K

CNS704
1
T/V_DI
T/V_CLK
T/V_CE
TUN_DO
SW_5V

R771
10K

P_MUTE
UN_SW 5V
D_GND

+B

Q701
KRC102 M

–VP
VF1
VF2
P_IN
RLY_CONT

MD_ST-ID
MD_SERCH
MD_PCONT
MD_RESET
MD_DSTB
MD_DSCK
MD_KDATA

R775
820K

D785
DS1SS133
C712
150P

1

8

R787
470K

Q782
KRC111 M
R786
10K

3

2

R785
470K

1

9

C784
0.022

+B

D783
DS1SS133
RESET
Q781
C783
KRC107 M
10/25
3
2
1

+B
D782
DS1SS133

1

2
3
4

2
3
4

P55 7 - G
CNP871
TO POWER PWB

5

5

1
1
2
3
4
5
6

P48 4 - H
CNP401
TO MAIN PWB

7
8
8
FFC703

R782
100

R781
22K

R788
10K

3

2

1

D781
DS1SS133

BACK UP

R784
47K

12
FFC702

RX781
REMOTE
SENSOR
1 2 3

R783
100K

10

Figure 51 SCHEMATIC DIAGRAM (4/12)
– 51 –

C709
100P

+B
C782
0.022

C781
47/25

5V

D784
DS1SS133

R789
10K

R791
10K

R790
10K

L781
100µH
+B

Q783
KRC111 M

7

C715
150P

C714
150P

12

CNP703

MD_DATA
C713
150P

11

BI701

2

10

D701
DS1SS133

R773
2.2K
LED701
4204SRT7

1

CNP704

P49 11 - D
CNP406
TO MAIN PWB

6
7
8
9

CNP702

TUN_SM

SW724
OPEN/
CLOSE

1
2
3
4
5

SPAN
FAN_CONT
P_CTRL

R772
10K

3

1
2
3

1
2
3

CNS701

+B

1
2
3
4
5
6

R777
47K

C708
10/25

C707
0.022

C706
220/6.3

C705
0.022

C704
0.022

CD_CLOSE_SW

LED PWB-B2

BI704A LED DRIVER
Q702
1
1
KRC102 M
3
2
2
3
R778
LED702
56
LNG901CF

BI704

+B

P57 12 - B
CNP5
TO CD SERVO PWB

11

12

CD LID
OPEN/
CLOSE
PWB-B2

MD-E9000W

A

FM SIGNAL
AM SIGNAL

AM TRACKING fL
AM ANT.

0.022

0.001

C365

C366

SD

STEREO

FM DET

VSM
AM IF IN
AM LOW CUT
FM/AM OUT
GND

7

8

C318
100P

MO/ST

ST IND

1

4

5

6

7

10

11

1K

1K

R372

R378

R375
470

1K

C382
15P(CH)

3

R373

2

8

9

SD
IF IN

FM/AM VDD
FM IN
IF
CONT
AM IN
FM/AM

14 13 12

DO

17 16 15

CL

19 18

DI

22 21 20

L351
100µH

AIN
PD

C381
12P(CH)
+B

1K

R327
33

R379

C393 R380
1/50 1.5K

R377
47K

C380
10/50

C385
0.01

R316
4.7K

C392
0.001

2.2K

R382
150

C387
0.022

C394
47/16

C397
0.022

+B

F

C384
0.001

G

H

• NOTES ON SCHEMATIC DIAGRAM can be found on page 61.
2

3

4

Figure 52 SCHEMATIC DIAGRAM (5/12)
– 52 –

C386
330P

R376
1K

R368
22K

IC302
LC72131
PLL(TUNER)

1

CF351

AM IF

C354

C353

2

0.022

0.022

T351

R3
27
3

1

+B

+B

TP301

2

D306
DS1SS133

6

R393
1K

CF303
3
1

T302

Q302
KTC3194 Y
OSC BUFF

5

CF352

0.022

C313
22P(CH)

R322
680

X351

0.022

2.2/50

C363

C364

4

R374

C317
0.001

C315
0.0047

C350

VD303 R309
SVC211C 10K

10/50

FM BAND
COVERAGE fL

R313
33K

C316
0.022

R325
47K

20 19 18

C307
10/50

FM IF

C312
0.022

3

C367
1/50

R352
1K

C352

C310
15P
(CH)

2

1

+B

21

AM RF IN

R351
5.6K
AM OSC OUT
FM IF IN
C306
9 0.022

22

R381
10K

VD302
SVC211C

FM RF

C309
0.001
R311
100K

8

C311
18P

C320
0.001

C308
4.7P
L312

D305
DS1SS133

C314
0.0047

7
R302
10

C305
4.7P
(CH)

R314
22

E

6

0.022

5

23

C351

C304
0.01

4

X352
4.5 MHz

3

C324
3.9P(UJ)

2

FM OSC.

C303
10P(CH)

1

D

SO301
ANTENNA
TERMINAL

24

IC301
TA7358AP
FM FRONT END

1 2 3

AM
GND
FM
75OHMS

R336
10K

R323
68K

R350
2.7K

X IN X OUT
VSS
AOUT
CE

BF301
BAND
PASS FILTER

T301

C

AM BAND
COVERAGE fL

C334
18P(UJ)

D304
DS1SS133

R358
3.9K

+B

0.022

D303
DS1SS133

TP3

FM AFC

C335
560P

C361

VD301
SVC348S

REG

AM OSC.
T306

R365
10K

C342
0.022

D302
DS1SS133

3.3/50

+B

+B

C362

D301
DS1SS133

C325
220P

C332
0.022

T303

AM OSC IN
AM MIX OUT

C338
0.001

C331
0.047

C330
15P(UJ)

B

C323
0.022

5

6

7
+B

C386
330P
R395
47K

R360
4.7K

8

MPX IN

MO/ST

L-CH OUT

R-CH OUT

MPX VCO

0.001

C366

C369
27P(UJ)
C374

C368 R356
1/50 1K

X351
456 kHz

IC303
LA1832S
FM IF DET./FM MPX./AM IF

C357 R355
2.2/50 3.3K
C356
0.001

L352
100µH

+B
C395
0.022

Q360
KTA1266 GR

R385
5.6K
C396
100/16

R392
270

R391
270

R383
5.6K

9

10

Figure 53 SCHEMATIC DIAGRAM (6/12)
– 53 –

11

TUN-R

R376
1K
C358
1/50

A-GND

3
12

TUN-L

10 11

A+10V

9

Q360: CONSTANT VOLTAGE

R353
270

C391
47/16

IF OUT
PHASE

8

PHASE
(FM/AM)

VCC

7

C370
1/50

C355
22P

FM DET

6
13

D GND

11
15 14

TUN DO

10
16

C372
1/50

TV CL

14 13 12
17

R388
3.9K

STEREO

20 19 18

C398
100/16

SD

0.022

C365

C367
1/50

R384
5.6K

R387
5.6K

R393
1K

CF351

352
1K

C399
0.022

0.022

0.022

2.2/50

C364

R350
2.7K

T/V CE

9

C354

C353

VSM
AM IF IN
AM LOW CUT
FM/AM OUT
GND

0.015

R357
470K

TP302

R359
1.8K

L351
100µH

R377
47K

2

T/V DI

8
5

R368
22K

16 15

ST IND

CF352

1

SD
IF IN

C385
0.01

C387
0.022
4

MO/ST

FM IN
IF
CONT
AM IN
FM/AM

MD-E9000W

TUNER PWB-C1

C373
0.015

C371
1/50

ZD351
DZ5.1BSB

+B
+B

C388
0.001

+B

9

8

7

6

5

4

3

2

1

9

8

7

6

5

4

3

2

1

BI301

CNS301

CNP405
P49 9 - H
TO MAIN PWB

12

MD-E9000W

–

–OUT1
L

VCC1

C912
100/35

C914
100/25

PWR
GND1

14

C907
0.1(ML)

+OUT1
L

13

R911
1K

C904
2.2/50

12

R983
10K

C902
0.001

R904
2.7K
R902
15K

11

+B
R908
1K

R909
22K

+B

UN-SW_5V

1
2
3
4
5
6
7

+B

SW_5V
L-CH
A_GND

C905
47/50

R-CH
P_MUTE
P_CONT
+B
RP941
0.5
Posistor

+B

+B

R928
2.2K

VOLTAGE
C941 REGULATOR
0.022

C942
100/16

+B

+B

R941
1K

Q942
KTC3199 GR

+B

MD_+A3.1V
MD_+D5V
(MD) D_GND
D_GND
(MD)S_GND
(MD)M_GND
(MD)H_GND

ZD941
DZ6.8BSA

C947
6800/25

+B
+B

ZD951
DZ3.6BSB

BI903B

C951
0.1(ML)

C954
0.022

C955
100/10

C956
0.022

+B
R953
1.2K

C952
0.1(ML)

R955 220

E

VOLTAGE
REGULATOR
Q951
KIA7810AP +B
3
1
2

C953
47/25

+3.2V

+B

VOLTAGE
REGULATOR
Q952
R954
KTC3203 Y 220

R952
22K

5
6
7
8
9
10
11
12

+B

+B

C943
470/10

5
6
7
8
9
10
11
12

CD+B
CD_GND
A_GND
A_+10V
FAN_CONT

R942
47K

1
2
3
4

+B
VOLTAGE
REGULATOR
Q941
KTC2026

BI902

1
2
3
4

CNS902

P49 7 - H
TO MAIN PWB
CNP403

D

BI901

CNS901
P49 8 - H
TO MAIN PWB
CNP404

1
2
3
4
5
6
7

9

R914
1K

R906
Q902 2.2K
KTC3199 GR
MUTING

C

10

R913 C909
1K 0.1(ML)

8

PWR
GND2

7

–OUT2
R

6

R912 C908
1K 0.1(ML)

5

R910
3.3K

C911
100/16

R905
2.2K
C901
0.001

L

+OUT2

C987
0.001

C985
22/16

R903
2.7K

MUTING
Q901
KTC3199 GR

R
R

4

C903
2.2/50

R907
1K

R901
15K

B

L

C913
0.47/50
C910
0.1(ML)

3

C986
0.001

NOISE
PREVENT
INP2 R

GND

2

STANDBY
+5V

1

R

R

+

L
INP1 L

IC901
LA4628
POWER AMP.

–

FM SIGNAL

+

A

+B
C948
3300/25

C961
0.1(ML)

+B

+B
A_GND

+B/2
M_GND
+B UN-SW_REG
+B UN-SW_5V
SW_5V
+B

1
2
3
4
5
6
7
BI903A

D962
DS1SS133

C965
0.1(ML)

C966
47/25

F

+B
D961
DS1SS133

C963
47/25

R961
10K

C949
6800/16
+B

VOLTAGE
Q962
AN78L05 REGULATOR
3
1
2

+B
R962
10K

C962
0.1(ML)

+B

+B

VOLTAGE
REGULATOR
Q961
KIA7805AP
3
1
2

Vcc
1
Vcc
2
A_GND
3
A_GND
4

C964
0.1(ML)

+B

+B
+B

+B

P51 12 - D
TO DISPLAY PWB

G

H

• NOTES ON SCHEMATIC DIAGRAM can be found on page 61.
1

2

3

4

Figure 54 SCHEMATIC DIAGRAM (7/12).
– 54 –

5

6

MD-E9000W

POWER AMP. PWB-C3

JK981
HEADPHONES

R982
270

L981
2.2µH

C981
4.7/50

R981
270

VCC1

14
C914
100/25

3

R911
1K

L

C982
4.7/50

C925
0.1(ML)
R923
4.7

R977
10K
D973
DS1SS133

CNS971

R973
3.3K

Q972
KTA1266 GR

CNP971

R979
330

R984
47

C973
47/25

C926
0.1(ML)
R924
4.7

D972
DS1SS133
C972
47/25

C923
0.1(ML)

Q971
KTC3203 Y
R972 33K

C924
0.1(ML)

C971
4.7/50

R974
10K
R978
10K

R975
2.2

+B

2

2

1

1

+
–

M

M905
FAN
MOTOR

Q971, Q972: FAN MOTOR DRIVER

+B
+

SP-L(+)

–

SP-L(–)

SO901
SPEAKER
TERMINAL
+
–

SP-R(+)
SP-R(–)

R928
2.2K

1 POWER PWB-C2
C947
6800/25

F801
T6.3A L 250V

C802
0.047
(ML)

C804
0.047
(ML)

F802
T2.5A L 250V

T.F.

D804
RL203F

110 V

D871
DS1SS133
C871
0.0047/250V

+B

D806
DS1N404S

C806
220/50

D808
C807
DS1N404S 47/50

C809
47/50

R803
12K

C808
47/50

RL800

R804
220

BI903A

D805
RL203F

C812
0.047

127 V

F803
+B T2.5A L 250V

C803
D802
RL203F 0.047
(ML)

R801 ZD801
1K DZ30BSC

11

CNP903

11

+B

Q801
KTA1266 GR

10

Vcc
A_GND
A_GND
+B
A_GND
+B/2
M_GND
UN-SW_REG
UN-SW_5V
10
SW_5V

D803
RL203F

C810
100/35

+B
1
A_GND
2
+B/2
3
M_GND
4
+B UN-SW_REG
5
+B UN-SW_5V
6
SW_5V
7
+B

Vcc

R802
220

949
00/16

1
2
3
4
5
6
7
8
9

+B
+B

1
2
3
4
5
6
7
8
9

220 V

+B

948
00/25

Vcc
1
Vcc
2
A_GND
3
A_GND
4

SW801
VOLTAGE
SELECTOR

230-240 V

CNS903

BI903B
+B

C801
0.047
(ML)

D801
TS6B04GM
+B

D807
DS1N404S

ZD802
DZ6.2BSA

PT801
MAIN POWER
TRANSFORMER

C805
220/50

SO801
AC INPUT SOCKET
AC 110/127/220/230-240 V
50/60 Hz

ZD803
DZ12BSB

AC POWER
SUPPLY CORD

D809
DS1SS133
R805
220K

7

+B
D873~D876:
DS1N404S
+B

D877
DS1SS133
R873
1K

C875
0.022

R872
47K

+B

C874
1000/6.3

VF2
P_IN
AC_RLY

3
4
5

D872
DS1SS133

+B

R871
220

–VP
VF1

1
2

CNP871

CNS701

P51 12 - D
TO DISPLAY PWB

+B

R806
47K

+B
+B
+B

+B
+B
+B

Q871
KTC3199 GR

+B

D874

D873

D876

D875

ZD871
DZ3.0BSA

C872
0.047
(ML)

C873
1000/16
PT871
SUB POWER
TRANSFORMER

RELAY DRIVER

8

C811
0.0022

9

10

Figure 55 SCHEMATIC DIAGRAM (8/12)
– 55 –

11

12

MD-E9000W

A

CD SIGNAL
C
C
C2

PICKUP UNIT

R6

D

TR+
FO+

TR+
FO+
FO–
TR–

1
2
3
4
5
6
7
8
CNS2B

1
2
3
4
5
6
7
8

R7 C57
22K 680P
LD

1
2
3
4
5
6
7
8

8.2K

1
2
3
4
5
6
7
8
9

0.1

C3
0.01

C58
680P

80 79 78 77 76 75 7

FR
VVDD
PCKIST
VVSS
PDO2

C7

C8
C9
10P R12
330 0.0027
C54 22P

C5
0.001 +B
C53
4.7/25

10

C12
11
10/16

C10
100/16

VR
PD
FO+
TR+
TR–
FO–

CNS2A

R10
27K

C13
0.22/50

4

C14
100P

+B

2

R13
15K

1

CNP2

3.2V

IC2
LA6548D
+ –

RST
+B

REG
3

CNP4

SLDO

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15
Q2
KTA1271 Y
+B

Q2: CONSTANT
VOLTAGE

G
C63
0.001

H

• NOTES ON SCHEMATIC DIAGRAM can be found on page 61.
2

3

R
4

RST

+B

1

R

C46
0.1

OUT
IN

–+

CD

GND

+ –

GND

CNS4A

–+

C48
0.1

CNS4B

SP+
SP–
SL+
SL–
PUIN
GND

FDO

6
5
4
3
2
1

VCC
REF

CNP4A

6
5
4
3
2
1

VCC
MUTE

M–

6
5
4
3
2
1

6
5
4
3
2
1

+ –

SW4
PICKUP IN

–
+

–+

M1
SLED
MOTOR

+

6

30 29 28 27 26 25 24 23 22 21 20 19 18 17 16

+ –

F

M

+B

C45
330/10

–+

M2
SPINDLE
MOTOR

18 A
19 A
20 T

+B

+B

C47
0.1

IC2
FOCUS/TRACKING/
SPIN/SLED DRIVER

1

21 22 23 24 25 26 2

+B

CD MOTOR
PWB-F

5 8

+B

TDO

E

12
13
14
15
16
17
18
19
20

SLCIST
EFMIN
RF
RFVDD
RSVSS
FIN1
FIN2
TIN1
TIN2
VREF
REFI
FE
TEC
TE
RFMON
JITTC

FDO
SPDO
SLDO
GPDAC
CONT4
CONT5
SBCK/CONT6

8.2K
8.2K

R11
0.047 10K

C6

R19
FDO 15K
SPDO
SLDO
R21
R20 8.2K
8.2K

R3
R4
8.2K

+B

TDO

R2
22K

+B

SPDO

R1

C1
0.01

+B

1
2
3
4
5
PD
6
VR 7
LD
8

LDD R14
LDS 1.2K

Q1: LASER DRIVER

C

TR–

+B

+B

R15 12K
C15 0.1
R16
680

7
6
5
4
3
2
1

R9
3.3

7
6
5
4
3
2
1

C16

+B

Q1
KTA1266 GR

7
6
5
4
3
2
1

7
6
5
4
3
2
1

VCC
E
A
B
F
C

C

CNP1

CNS1A

C2
47/16

VCC

+B

CNS1B

C2
C2
C2

R8
47

C4
47/16

B

4

Figure 56 SCHEMATIC DIAGRAM (9/12)
– 56 –

5

6

MD-E9000W

CD SERVO PWB-D

C24

0.022

+B

18
19
20

10

6

3.2V

C45
330/10

R38
100

R39
100

R40
10K
L4
2.2µH

9
8

CNS402
1
2
3
4
5
6

CORE1
+B
+B

C43
100/16

BI1

CDDATA
BCK
LRCK
DGND
+5V
DIGITAL
OUT

1
2
3
4
5
6

C62
0.001
1
2

R42
220

C32
15P
(CH)
C61
0.01

1
2

+B

CORE2

L2
0.82µH
+B

+B

R24
47K

C44
0.0015

INVERTER

+B

+B
+B

13
12
11
10

C41
100/16

9
3.2V

C42
0.022

R19
FDO 15K
SPDO
SLDO
R21
R20 8.2K
8.2K

R23
1K

1
2
3
4
5
6
7

14

11 12

0.047

IC4
74VHC08F

CNP6

1

C28

+B

1K
1K

WRQ
DRF
CE
DO
DI
CLK
CD RES
CD_GND

5V

3

5 8 7

60
59
58
57
56
55
54
53
52
51
50
49
48
47 R53
220
46
+B
45
44
43
42
41

C31
15P(CH)

BCK
LRCK
ASDFIN
ASDACK
ASLRCK
60 DATA
SLCO
16MOUT
IC1
EFLG
C2F
LC78645NE
XVSS
CD SERVO
FSX/16MIN
XIN
ADAVDD 43 LVSS
XOUT
42
LCHO
ADAVSS
41 LVDD
XVDD
TDO
RVDD
RCHO
RVSS

21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40

TDO

O

SLCIST
EFMIN
RF
RFVDD
RSVSS
FIN1
FIN2
TIN1
TIN2
VREF
REFI
FE
TEC
TE
RFMON
JITTC

XL1
33.8688 MHz

FR
VVDD
PCKIST
VVSS
PDO2
PDO1
CONT1
CONT2
CONT3
VSS
VDD5
DRF
*RES
*WRQ
DO
DI
CL
CE

10
C12
11
10/16
12
13
14
15
50
16
17
18
P
19
20

S

R37

FDO
SPDO
SLDO
GPDAC
CONT4
CONT5
SBCK/CONT6
SBCK/FG
DEFECT
V/*P
FSEQ
MONI1
MONI2
MONI3
MONI4
MONI5
VSS
VDD
DOUT
TEST

C9
.0027

R13
15K

R35
R36

80 79 78 77 76 75 74 73 72 71 70 69 68 67 66 65 64 63 62 61 100

1
2
3
4
5
6
7
8
9

1
2
3
4
5
6
7
8

+B

R18
6.8K

R17
680

R11
7 10K

5V

C16 2.2/50
C17
0.047

R15 12K
C15 0.1
R16
680

LDD R14
LDS 1.2K

+B

+B

CNS702
P51 12 - B
FROM DISPLAY PWB

100P
100P
100P

1K
1K
1K
1K
1K
1K
1K

CNP402
P48 5 - H
TO MAIN PWB

C21
C22
C23

R27
R28
R29
R30
R31
R32
R33

CNS6

100P
0.022
100P

CNP5

C18
C19
C20

+B

C46
0.1

5V

+B

5V

RST

LOADING MOTOR DRIVER
IC3
TA7291S

+B

RST
+B

1 2 3 4 5 6 7 8 9

OUT
IN

REG
3.2V
+B

14 15

Q2
KTA1271 Y

R54
1K

+B
Q3
KRC102 M
3
2
1

R49
5.6K

R48
2.2

C49
47/16

CD

17 16

R56
18K

1
2

C50
0.1

CNP3

R50
15K

1
2
CNS3

+

M

–
M904
CD LID
MOTOR

+B

R55
100K

: CONSTANT
VOLTAGE

• The numbers 1 to 12 are waveform numbers shown in page 62.
7

8

9

10

Figure 57 SCHEMATIC DIAGRAM (10/12)
– 57 –

11

12

TP1131
C1119
0.47

C1118
0.47

TCG
AOUT-IN
BOUT-IN
EOUT-IN
FOUT-IN
+B

10µH

3.2V

L1101
2.6V

FN
TP
FP
TN
C1161
4
0.001
CHASSIS
GND

28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1

MINF

M

+
+
–
+
–

R1623
22K
C1655
0.01

21

TP1404

R1403
270

0V
3.2V
3.2V
0V
0V
0V
0V
0.7V
1.5V
2.2V
1.8V
2V
3.2V
3.2V
3.2V
0V
3.2V
0V
0V
0V

F+ F– T+ T–

C1403
0.1

REG+ 42
REGB+ 41 5V
–
1.6V
1.25V IN1+
40
VBS1
5V
39
Vm1 38 5V
TRDRR
1.6V
IN1– 37
1.6V
OUT1
36
2.5V TN
VM1–
35
TPC1602
VM1+ 34 2.5V
470P
GND 33 0V
FP (CH)
VM2+ 32 2.5V
FN R1605
VM2– 31 2.5V
1.6V
12K
OUT2
30
GND 29 0V
IN2- 28 1.6V FODRR
1.6V
C1603
IN2+ 27 3.2V
680P
MUTE1 26
3.2V
(CH)
MUTE2 25
SS.GND 24 0V
1.6V
VREF 23
1.6V
22
VREFO
C1607
VREF

R1601
12K

8 3.2V
7
3.2V R1406
6
3.2V 10K
5

R1418
1K

R1460
10K
R1463
10K

+B

+B

MINF
DTEMP
AVCK1
AVCK2
AVCK3
TP1406 TEST0
TP1407 TEST1
TP1408 TEST2
RAST
MUTE
LD–
LD+
ADMUTE

GND

Q/N
AVCC
VREF

TP1402 TEST-K2
TP1403 TESTK1

SLO
SLO
SLO
SLO
SLO
SYSD

31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50

R/P
INNSW

13

R1435
10K
R1430
10K

+B

1

R1624
6.8K

H

• NOTES ON SCHEMATIC DIAGRAM can be found on page 61.
1

2

3

L3CL
L3MOD
L3DAT
GN
INNE
VC
CRTRG S

TP1420 3.2V
TP1405 0V
SGAIN 0V
SYRS 0V
SYRD 3.2V
SYWR 3.2V
TP1409 3.2V
SYD7 0V
SYD6 0V
SYD5 0.1V
SYD4 0V

VCC
WP
SCL
SDA

53 SYSD1
52 SYSD2
51 SYSD3

SBO
SBCK
DISC GROOVE:0V PIT:3.2V
R/P (3.2V) 0V
FOK
FLASH L
SGAIN LOW DISC:3.2V
HIGH DISC:0V
SYRS
SYRD
SYWR
FRASH H
SYSD7
SYSD6
SYSD5
SYSD4

A0
A1
A2
VSS

DINT
SFSY
ST-ID
SERCH
MDRSW
CDB SEL
DSENSE
P-DOWN
HDON
EEPRO

28 HFON
29 EEPK
30 EEPD

FOK

0.9V

1
2
3
4

MD SYSTEM
MICROCOMPUTER

1.5V
0V
2.6V
0.8V
3.2V

R/P
+B

0V
0V
0V
0V

IX0410AW

VSS
MCCK
VCC

SBO 3.2V
SBCK 0V
DISC

TP1421

STID
SERCH

DFS
DFS
DAPO
SBS
A
LDO
LAS
PCNT

UNLOCK
80 XRST
1 4M/16M
BYTE
79 07/120
2 64M
CNVSS
78 5/3
3 LDVAR
STID OUT
SEACH OUT
IC1401
RESET

MDDATA
KDATA
DSCK
DSTB

HDON

6

ADJS
CIN

MDDATA
KDATA
DSCK
DSTB

5

C1404
0.01

HDON

R1401
2.7K

TP1303

R/P

F+ F– T+ T–

C1304
220P
(CH)

0V
1
0V
2
0V
LDVAR
3
0.4V
4
CIN 0V 5
0V 6
R1407 3.2V 7
3.3K 0V 8
0V
9
R1414 0V 10
220K
0V 11
RESET 3.2V 12
1.5V 13
0V14
1.6V 15
MCCK
3.2V 16
3.2V
17
DINT 3.2V 18
SFSY 3.2V 19
0V
20
R1408
0V 21
3.2V
3.3K
22
0V 23
DSENSE 0V 24
TP1422 2.9V 25
3.2V
26
3.2V
27
R1417
0V 28
3.2V
1K
29
3.2V 30

C1405
680P(CH)

(1.4V)

GND

VCC

IC1300
74ACT02T
HEAD DRIVER

(5V)
(2.6V)
(0.1V)
(1.4V)
(2.6V)
(0.1V)
IN4–
OUT4

7

VREF

M

M901
SPINDLE
MOTOR

–

1.6V CH3IN
1
1.6V OUT3
2
1.6V IN3–
3
5V VBS2
SPDRR
4
5V
C1610
5 Vm2
0V
4.7
6 NC
0V
7 GND
1.6V
C1619
8 IN3+
VM3–
2.5V
330P(CH)
9
2.5V
10
0V
VM3+
11
GND
2.5V
12
VM4+
2.5V
13
VM4–
2.5V
R1618
14
VM5+
2.5V
22K
15
VM51.6V
16
SLDRR 1.6V 17 IN5–OUT5
1.6V
18
1.2V IN5+
19 IN4+
1.2V 20

1.6V

M902
SLED
MOTOR

R1616
12K

R1621
6.8K
R1622
22K

M

TP1401

IC1402
58X2402T 12
EEPROM 3.2V

IC1601
M56788FP
MOTOR DRIVER

C1613
0.01

M903
LOADING
MOTOR

TP1451

17

9

+B

8

7

T+T-

MD MECHANISM
SWITCH PWB-G1

11

C1407
0.1

TP1630
F+F-

10

HDON

C1606
10

LEAD IN

C1611
0.0047

MD LOADING PWB-G2

SW1936
LEAD IN

G

CN1401

SLD+
SLD–

CHASSIS
GND
MINF

R1420
1K

100 99 98 97 96 95 94 93 92 91 90 89 88 87 86 85 84 83 82 81

1 2 3 4 5 6 7

C1563
1

TP1542 MINF
TP1543
TP1605
TP1604 GND
TP1602
TP1603
TP1400
TP1600

9
8
7
6
5
4
3
2
1

TP1601

TRY–
TRY+
SP–
SP+

TP1909

SL+
SL–
SP+
SP–

R1933
560

LEAD IN

SW1934
PLAY

CW1931

MINF TP1901
GND TP1902
LD– TP1903
LD+ TP1904
TP1905
TP1906
TP1907
TP1908

R1934
180

SW1933
RECORD

F

IC1302 R1300
CPH5608 6.8
HEAD DRIVER

R1932
470

SW1932
LOADING

R1931
1K

SW1930
WRITE PRO

(1.5V)
(2.5V)
1 D1 G1 5
(0V)
S 4
2 D2 G2 3
(2.5V)
(1.5V)

14 13 12 11 10 9 8

C1340
100P(CH)

2

29

EFMO TP1302

(2.6V)

1

D1300
SBE803

MINF

R1415
1K

C1301
(5V)
(5V)
0.022
1 D1 D2 8
(1.4V)
(1.4V)
S1 S2 7
C1300
(1.4V) 2
(1.4V)
150P
3 S1 S2 6
(2.5V)
(CH)
4 G1 G2 5
C1305
(2.5V)
68P(CH)
5 4 3

MD PICKUP UNIT(35)

R1614
L1300 33K
4.7µH
R1304
150

):REC MODE
TP1330

(2.6V)
(0.1V)
(2.6V)
(2.6V)
(0.1V)
(0V)

1
2

(

10
1

1
2

CW1903
CN1300
TP1301

E

LDOUT VCC
8
EXT.C GND
7
LDON
APC
6
LVV
5
LDVAR

R1301
10

R1612
56K

IC1301
FTD2005
HEAD DRIVER

C1302
C1303

MAGNET HEAD
(RECORD)
1
2
3
4

TP1300

T.COIL
F.COIL

I/V

I/V
I/V

I/V

28

DTEMP

+B

TP1607

16

C1616
100/10

28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1

CN1101

LDVAR
LDON

TP1113
TP1115
TP1117
TP1118
TP1119
TP1120
TP1121
TP1122
TP1123

TP1107
TP1108
TP1109
TP1110
TP1111
TP1112

R1102
10K
TP1104
TP1105
TP1106

TP1103

TP1100 R1100
TP1101
27
TP1102

C1100
4.7

SW
+2.8V
B
LVVOUT
APCOUT
LDVCC
DGND
DGND
LDON
LDVAR
A
COM
RF1
F
E
RF3
RF4
VCC
AGND
MP/R
RF2
APCIN
DGND
LVVIN
FT+
F+
T-

D

R/P

R/P
C1107
R1105
0.022
1.2K

R1101
1

0V
3.2V
3.2V
0V
0V
0 1V

TP1136

L1100
0.47µH

31

26 27 28 29 30

+B

+B

30

SYRS
SYRDX
SYWRX
SYD7
SYD6
SYD5

R1207
39K

R1121
100K
R1120 C1124
560K
0.1

3 2V

0.7V

R1125
2.2K DTEMP
R1123
12K

0.7V
A3
0.7V
A2
0.7V
A1
A0 C1202 1.7V
1 1.3V

24

1.5V

AGND1
AVCC2
VREF
WBI
TCG
AIN
BIN
EIN
FIN
VBAT
VDD1
DGND
TEST2
X176KO
FODRF
FODRR
TRDRF
TRDRR
SLDRF

RAA3
RAA2
RAA1
RAA0
RAA10
VDD2

C1266
22P
(CH)

C1261
220P(CH)
C1262
220P(CH)
C1263
220P(CH)
C1264
220P(CH)

DTEMP

26

25

C1265
220P(CH)

C1122

1
2
3
0V
4
2.6V
C1211
5
1.3V
0.1
6
1.3V
WBO-I
TP1250 1.3V 87
TCG
AOUT-IN TP1251 1.3V 9
BOUT-IN TP1252 1.3V 10
EOUT-IN TP1253 1.3V 11
FOUT-IN TP1254 1.3V 12
2.6V
C1200 2.5V 13
14
1
0V
15
0V
16
1.6V
17
TP1200
1.6V
18
FODRR R1201 1.6V 19
1.6V 20
56K
TRDRR R1203 1.6V 21
1.6V
100K
22
1.6V 23
SLDRR
R1205 1.6V 24
1.6V 25
SPDRR 68K

IC1202
IX2474AF
4MBIT D-RAM

23

22

21

1.3V

1.3V

20

1.3V

BOUT

AOUT
TCGO

EOUT

FSW

FOUT

19

18

R1117
47K
R1118
330K

1.3V

FIN

1.3V
1.3V

R1116
47K

17

1.3V
1.3V

ESW

EOUT

EIN
16

15

1.3V

1.3V

RF2

RF3
RF4

RF1

14

13

R1115
330K

FIN
EIN

AIN

BIN

30

27K
27K
27K
27K
27K
27K

R1266
R1261
R1262
R1263
R1264
R1265

TCG
AOUT-IN
BOUT-IN
EOUT-IN
FOUT-IN

WBO-I
TP1135

GND2 31 0V
WBO 1.3V

SGAIN

BSW
11

R1113 1.3V BOUT
680K

EFMO-I

15

2.6V 1
VCC2 29
OPICPW 2.6V
28
SW
R1124
PIT:2.6V
DISC
DISC 27 GROOVE:0V 2.2K
MODE
LOW DISC:2.6V TP1133
HIGH DISC:0V
SGAIN

10

12

1.3V

C1201
TP1201
10
2.6V
1.3V
EFMO-I

C1125
1

BPF

BIAS

1.3V

C

DCNF
EFMO

NIN

3+4

GND1

ADIP AGC

IC1101
IR3R58M
RF SIGNAL
PROCESSOR

1.3V AIN
9
1.3V BIN

R1112
100K

C1123
0.1

1.3V
ADAGI
35
0V C1121
0.22
ADAGC 34
1.3V
ADIPNF 33
1.3V
ADIPO 32

AGC

REFI

5

100 99 98 97 96

2-1 1.3V
36

DIFF

TP1130 1.3V
6
C1111 R1110 1.3V REFO
1 680K
7 AOUT
R1111 1.3V
100K 8 ASW

B

VCC1 EFMAGC

TP1202

37

38

RF4

4

C1110
1 1.3V

39

40

14

TP1116

2.6V 0V 1.3V 1.3V

41

R1122
12K

0.7V

42

TCGI
RFADD

0.7V

0V 1.6V

43

1.3V

0.7V

PIN

R
RF2 and
2
SW
RF3
3

44

45

46

PITG

47

1+2

1234
RF1

1

R1119
220K

0V 0.7V 1.3V 0.7V 1.1V 1.3V
48

0.7V

C1117
1
C1116
1

BIAS

C1112
5P
(CH)

R1114
12K
C1114
0.1
C1115
0.1

C1113
1

A

SYRS
SYRD
SYWR
SYD7
SYD6
SYD5

MD-E9000W

4

Figure 58 SCHEMATIC DIAGRAM (11/12)
– 58 –

5

6

MD-E9000W

C1205
1
DINT
R1209 MCCK
100
CIN
DSENSE
FOK
TP1215 SFSY
TP1216 SBSY
TP1217 SBO
TP1218 SBCK
TP1207
TP1209

6

CD SIGNAL
19

0V
3.2V
3.2V
0V
0V
0.1V
0V
0V
0V
0V
0.2V
3.2V
0V
3.2V
3.2V
1.6V
0V
0V
3.2V
3.2V
3.2V
3.2V
0V
1.6V
1.6V

TP1202

SYRS
SYRDX
SYWRX
SYD7
SYD6
SYD5
SYD4
SYD3
SYD2
SYD1
SYD0
RSTX
DGND
VDD1
DINTX
MCCK
COUT
SENSE
FOK
SFSY
SBSY
SBO
SBCK
TEMON
TOTMON

R1207
39K

20
1 EFMMON
2 AVCC
3 EFMI

75 FEMON
74 DADATA
73 ADDATA

23 SLDRR
24 SPDRF
25 SPDRR

53 TEST0
52 TCRS
51 X700KO

18

DFCK
BCLK
LRCK
DGND
VDD3
DOUT
DIN
XO
XI
DGND
VDD1
VPD
VXI
CDBCLK
CDLRCK
CDDATA
DIN2
DILOCK
TEST1

21

IC1201
LR37816A
ENDEC/ATRAC

75
TP1212
0V
74
0V
73
1.6V
R1211
72
1.6V
220
71
C1206
1.6V
70
0V
0.01
69
0V
68
1.6V
67
1.6V
66
1V
R1215
65
1V C1207 1M
64
0V
1
63
2.5V
62
0V
61
3.2V
60
3.2V
59
3.2V
XL1201
58
3.2V
33.8688 MHz
57
0V
R1214
56
3.2V
10K
55
+B
0V
54
0V
53
0V
52
51
TP1214

C1208
12P(CH)

AGND1
AVCC2
VREF
WBI
TCG
AIN
BIN
EIN
FIN
VBAT
VDD1
DGND
TEST2
X176KO
FODRF
FODRR
TRDRF
TRDRR
SLDRF

32

1.6V

RAA3
RAA2
RAA1
RAA0
RAA10
VDD2
RAA4
RAA5
RAA6
RAA7
RAA8
RAOEX
DGND
RACASX
RAD2
RAD3
RAA9
RARASX
RAWEX
RAD1
RAD0
TCRS
ACRCER
PLCK
EFMO

C1265
220P(CH)

1
2
3
0V
4
2.6V
C1211
5
1.3V
0.1
6
1.3V
WBO-I
TP1250 1.3V 87
TCG
AOUT-IN TP1251 1.3V 9
BOUT-IN TP1252 1.3V 10
EOUT-IN TP1253 1.3V 11
FOUT-IN TP1254 1.3V 12
2.6V
C1200 2.5V 13
14
1
0V
15
0V
16
1.6V
17
TP1200
1.6V
18
DRR R1201 1.6V 19
1.6V 20
56K
DRR R1203 1.6V 21
100K 1.6V 22
1.6V 23
DRR
R1205 1.6V 24
1.6V 25
DRR 68K

+B

5

100 99 98 97 96 95 94 93 92 91 90 89 88 87 86 85 84 83 82 81 80 79 78 77 76

C1201 1.3V
10
2.6V
1.3V
MO-I

RECORD SIGNAL

TP1213

DADATA
ADDATA
DFCK
BCLK
LRCK
R1217
150

C1209
12P(CH)

SYRS
SYRD
SYWR
SYD7
SYD6
SYD5
SYD4
SYD3
SYD2
SYD1
SYD0
XRST

MD MAIN PWB-E
MD SIGNAL

1.6V

3V
2.6V
1.4V

A9

L1201
0.47µH

+B

TP1700

13

VREF3.2V

TP1411
TP1412
TP1413

DFCK

28
27
26
25
24
23
22
21
20
19
18
17
16
15

C1721
330P
(CH)

35

3

1

TP1531
STID
SERCH
R1516
220

IC1802
XC62FP26
REGULATOR

2 2

+B

REGULATOR
Q1804
R1809
2SB1205
+B
1
R1806
1
R1807
C1801
27K
10
R1804
390

2
3.2V

R1230
10K

C1230
1

R1430
10K

PCNT0

3.1V

RESET

3

Q1501
UN2214 1

TP1501
TP1503
C1524
100P(CH)
C1540
150P(CH)
FL1520

PCNT0

4

5

+B

1

FL1518

TP1534
C1510
100P(CH)

CHASSIS GND

LD+
LD–

TP1524

R1517
47

5V

DIN
0V

TP1515

FL1512

TP1507

R1521
1K

3

+B

C1802
10
KDATA

R1536
1K

DSCK
R1534
1K
DSTB

D.GND

3

TP1511

C1530
100P(CH)

TP1508

4
R1537
1K

27

27 CDDATA
26 CDBCK
25 CDLRCK
24 MD-ST
23 SERCH
22 RESET
21 R IN
20 AA.GND
19 L IN
18 AVCC
17 R OUT

27

16 C GND
15 L OUT

26

14 M.GND

R1529
220

MDDATA
R1802
56K
R1803
33K

TP1525

TP1526

R1518
47

FL1509

+B

TP1522

TP1519

C1512
100P(CH)

IC1801
XC62EP32
REGULATOR

TP1801

TP1518

TP1520

R1515
220
R1811
1

3.2V
3
2

0V

R1231
10K

R1435
10K

2

R1533
1K
R1535
1K
C1523
100P(CH)
R1532
27K
AA.GND

VREF3.2V
+B

TP1530

R1702
33K

L3CLK
L3MODE
L3DATA

TP1800

C1409
1

SYD0
SYD1
SYD2
SYD3

36
34

1
1

FL1524

FL1507

TP1505

13 DIGIN

33

12 D.GND
11 D.GND

CNP451
P48 2 - H
TO MAIN PWB

TP1420 3.2V
TP1405 0V
SGAIN 0V
SYRS 0V
SYRD 3.2V
SYWR 3.2V
TP1409 3.2V
SYD7 0V
SYD6 0V
SYD5 0.1V
SYD4 0V
FOK

3.2V

SBO 3.2V
SBCK 0V
DISC

35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50

51

R1701
47K

0V

SLOT5
SLOT4
SLOT3
SLOT2
SLOT1
SYSD0

FL1525

FL1523

2.6V

SBO
SBCK
DISC GROOVE:0V PIT:3.2V
R/P (3.2V) 0V
FOK
FLASH L
SGAIN LOW DISC:3.2V
HIGH DISC:0V
SYRS
SYRD
SYWR
FRASH H
SYSD7
SYSD6
SYSD5
SYSD4

28 HFON
29 EEPK
30 EEPD

C1716
47/4

C1720
330P
(CH)

SBSY

VREF3.2V
C1806
1

L3CLK
L3MODE
L3DATA
GND
53 SYSD1
INNER
52 SYSD2
VCC
51 SYSD3
CRTRG SW

R1705
3.9

LDON

UCON3.2V
TP1415

MD SYSTEM
MICROCOMPUTER

R1703 R1704
3.9 3.9
C1700
47/4
AA.GND

R1443
1K

MINF
DTEMP
AVCK1
AVCK2
AVCK3
TP1406 TEST0
TP1407 TEST1
TP1408 TEST2
RAST
MUTE
LD–
LD+
ADMUTE

IC1401
IX0410AW

8

TP1410

T

80 XRST
79 07/120
78 5/3

DFS1
DFS0
DAPON
SBSY
A/B
LDON
LAST
PCNT0

XRST

R1446
10K

R1441
47K

TP1533

TP1404

DTEMP
0V
0V
0V
0.7V
1.5V
2.2V
1.8V
2V
3.2V
3.2V
3.2V
0V
3.2V
0V
0V
0V
GND

TP1402 TEST-K2
TP1403 TESTK1

1 4M/16M
2 64M
3 LDVAR

C1708
0.01

VREF3.2V

3.2V
80
0V
79
0V
78
0V
77
0V
76
3.2V
75
3.2V
74
0V
73
0V
72
0V
71
3.1V
70
0V
69
0V
68
3.2V
67
3.2V
66
3.2V
65
0V
64
3.2V
63
3.2V
62
0V
61
0V
60
0V
59
0V
58
0V
57
0V
56
0V
55
0.2V
54
0V
53
0V
52
0V

0V VSSA
1
3.2V VDDA
2
1.6V
3 VINL
1.6V
4 VREFA
1.6V
5 VINR
0V VADCN
C1706
6
0.01 3.2V VADCP
7
0V MC1
8
TP1704
0V
TP1706 3.2V 9 MP1
10 VDDD
0V VSSD
11
3.2V SYSCLK
C1715
12
0.1 L3MODE 3.2V 13 MP2
L3CLK 3.2V 14 MP3

IC1701
UDA1345
AD/DA CONVERTER

C1750
0.1

96 95 94 93 92 91 90 89 88 87 86 85 84 83 82 81

VREFD
VSSO
VOUTL
VDDO
VOUTR
AVDD
AVSS
MC2
MP5
DATAI
DATAO
WS
BCK
MP4

C1704
47/4

C1703
0.1

23

7

R1716
100K

1.6V
0V
1.6V
3.2V
1.6V
3.2V
0V
0V
0V
0V
0V
1.6V
0V
3.2V L3DATA

2.5V
1.8V
1.9V

0V

TP1703
TP1705

Q1807
2SD601AR
L1200
4.7µH

A9
RAS
WE
I/O2
I/O1
OE
CAS
I/O3
I/O4
GND
2.3V

C1260
0.1

DADATA
ADDATA
LRCK
BCLK

1.3V

1.3VA9
2.3V
3.1V
1.8V

3.2V
0.7V A3
0.7V A2
0.7V A1
1.7V A0

VCC
A3
A2
A1
A0
A4
A5
A6
A7
A8

16 17 18 19 20

0.7V

A4
A5
A6
A7
A8

24

5 4 3 2 1

11 12 13 14 15

1.1V
1.1V
1.1V
1.1V

IC1202
IX2474AF
4MBIT D-RAM

10 9 8 7 6

22

L1202
0.47µH

+B

TP1203

25

+B

TP1210
TP1208
TP1206

R1210
220

TP1205 1.3V

3.2V
0.7V
1.1V
1.1V
1.1V
1.1V
2.3V
0V
2.5V
1.8V
1.9V
1.3V
2.3V
3.1V
1.8V
1.3V

A4
A5
A6
A7
A8

0.7V
A3
0.7V
A2
0.7V
A1
A0 C1202 1.7V
1 1.3V

26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50

+B

10 PCONT0
9 M.GND
8 MDDATA

+B TP1510

7 DVDD
TP1509
DVDD
C1538 TP1504 6
100P(CH)
5 KDATA
10 TP1502 DSCK
4
C1534
TP1516
47P(CH)
3 H.GND
R1538
9 TP1506 DSTB
1K
2
FL1501
TP1532
1 H.VDD

C1536
47P(CH)

CN1501

1
CW1501

• The numbers 1 to 10 are chart numbers shown in pag 32, 33.
• The numbers 1 to 36 are waveform numbers shown in page 63, 64.
7

8

9

10

Figure 59 SCHEMATIC DIAGRAM (12/12)
– 59 –

11

12

MD-E9000W

VOLTAGE
PIN
NO.
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40

IC1
VOLTAGE PIN
NO.
1.574 V
41
42
1.012 V
43
1.578 V
44
1.604 V
45
3.251 V
46
0V
47
1.641 V
48
1.637 V
49
1.636 V
50
1.636 V
51
1.64 V
52
1.62 V
53
0V
54
1.639 V
55
1.646 V
56
0V
57
0V
58
3.252 V
59
0V
60
1.62 V
61
1.622 V
62
1.624 V
63
1.622 V
64
1.622 V
65
0.56 V
66
3.242 V
67
0V
68
0V
69
1.074 V
70
3.255 V
0V
71
3.25 V
72
3.255 V
73
0V
74
1.613 V
75
0V
76
0V
77
3.255 V
78
3.255 V
79
0V
80

VOLTAGE
5.01 V
0V
1.635 V
1.637 V
2.137 V
2.0 V
0V
0V
0V
2.192 V
2.192 V
1.637 V
1.636 V
3.258 V
4.35 V
3.242 V
3.87 V
1.635 V
1.637 V
2.18 V
2.181 V
0V
0V
0V
2.162 V
2.162 V
1.637 V
1.635 V
1.64 V
5.01 V
IC3

PIN
NO.
1
2
3
4
5
6
7
8
9

VOLTAGE
0V
5.02 V
0.369 V
0V
0V
5.02 V
0.436 V
3.32 V
0V
Q1

PIN
NO.
E
B
C

VOLTAGE
3.252 V
0V
3.239 V

VOLTAGE
3.255 V
0V
0V
0V
0V
3.255 V
3.255 V
3.255 V
0V
0V
0V
3.255 V
0V
0V
0V
0V
0V
3.255 V
3.255 V
0V
0V
0V
0V
4.74 V
4.99 V
4.09 V
0V
5V
0V
0V
0V
0V
0V
0.562 V
0V
3.252 V
3.255 V
3.255 V
0V
3.239 V
IC4

IC2
PIN
NO.
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30

IC302

PIN
NO.
1
2
3
4
5
6
7
8
9
10
11
12
13
14

VOLTAGE
0V
3.246 V
0V
3.256 V
3.251 V
3.256 V
0V
3.256 V
3.253 V
3.252 V
3.256 V
3.253 V
3.257 V
3.257 V
Q2

PIN
NO.
E
B
C

VOLTAGE
5.011 V
4.34 V
3.255 V
Q3

PIN
NO.
E
B
C

VOLTAGE
0V
0V
1.988 V
Q360

PIN
NO.
E
B
C

VOLTAGE
9.91 V
9.91 V
0V

PIN
NO.
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22

VOLTAGE
2.51 V
0V
0V
0V
0V
4.62 V
9.89 V
4.69 V
3.6 V
0V
5.14 V
0V
5.11 V
2.4 V
2.481 V
0V
5.16 V
0V
0V
9.9 V
0V
2.509 V
IC303

PIN
NO.
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24

VOLTAGE
2.147 V
5.07 V
2.148 V
2.139 V
0V
5.14 V
5.14 V
3.47 V
5.06 V
4.37 V
3.87 V
3.87 V
2.265 V
1.333 V
1.323 V
2.137 V
0V
1.203 V
2.217 V
1.20 V
2.12 V
2.12 V
5.06 V
3.54 V

PIN
NO.
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50

IC401
PIN
NO.
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24

VOLTAGE
0V
0V
0V
4.94 V
4.78 V
4.78 V
4.8 V
4.94 V
4.86 V
4.86 V
4.86 V
4.86 V
4.91 V
4.92 V
4.92 V
4.92 V
4.94 V
4.92 V
4.91 V
4.91 V
4.94 V
4.94 V
9.89 V
0V

IC701
VOLTAGE PIN
NO.
51
4.76 V
52
5.0 V
53
5.0 V
54
5.0 V
55
0V
56
0V
57
0V
58
4.11 V
59
4.7 V
60
4.9 V
61
0V
62
0V
63
0V
64
4.9 V
65
0V
66
0V
67
3.201 V
68
0V
69
2.46 V
70
3.4 V
71
0V
72
3.67 V
73
3.98 V
74
4.07 V
75
0V
76
0V
77
0V
78
0V
79
3.135 V
80
0V
81
3.98 V
82
4.31 V
83
0V
84
0V
85
4.21 V
86
4.61 V
87
0V
88
1.702 V
89
1.958 V
90
0V
91
0V
92
0V
93
0V
94
0V
95
4.07 V
96
–30.52 V
97
–30.52 V
98
–28.08 V
99
–28.06 V
100
–28.06 V

VOLTAGE
0V
0V
3.17 V
Q738

PIN
NO.
E
B
C

VOLTAGE
0V
1.302 V
2.435 V
Q782

PIN
NO.
E
B
C

VOLTAGE
0V
0.4 V
3.68 V
Q781

PIN
NO.
E
C
B

VOLTAGE
0V
0V
3.99 V
Q801

PIN
NO.
E
B
C

VOLTAGE
–30.68 V
–31.31 V
–41.8 V
Q871

PIN
NO.
E
B
C

VOLTAGE
0V
0.792 V
0V

–28.07 V
–28.05 V
–28.06 V
–28.05 V
–28.05 V
–28.04 V
–27.96 V
–27.56 V
–27.52 V
–27.56 V
–17.36 V
–24.98 V
–22.41 V
–22.37 V
–12.34 V
–14.83 V
–24.98 V
–30.16 V
–30.17 V
–12.27 V
–17.37 V
–24.99 V
–24.99 V
–27.56 V
–12.27 V
–19.87 V
–27.68 V
–22.63 V
–25.19 V
–12.75 V
–25.93 V
–25.90 V
–25.51 V
–27.97 V
0V
–20.45 V
–22.94 V
–30.53 V
–30.52 V
–12.85 V
4.12 V
–23 V
–25.52 V
–20.70 V
–18.76 V
–23.32 V
–30.96 V
–30.74 V
0V
0V

PIN
NO.
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48

PIN
NO.
1
2
3
4
5
6
7
8
9
10
11
12
13

VOLTAGE
9.14 V
0V
2.539 V
2.248 V
2.34 V
1.72 V
8.96 V
8.94 V
0V
8.98 V
0V
8.95 V
18.64 V
Q941

PIN
NO.
E
B
C

VOLTAGE
6.55 V
5.94 V
23.49 V

PIN
NO.
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20

VOLTAGE
23.36 V
0V
9.91 V
Q961

PIN
NO.
1
2
3

VOLTAGE
11.57 V
0V
5.04 V

PIN
NO.
1
2
3
4
5
6
7
8

Q952
PIN
NO.
E
B
C

0.7 V
0.7 V
0.7 V
0.7 V
1.3 V
1.3 V
1.3 V
1.3 V
1.3 V
1.3 V
1.3 V
1.3 V
1.3 V
1.3 V
1.3 V
1.3 V
1.3 V
1.3 V
1.3 V
1.3 V
1.3 V
1.3 V
1.3 V
0.7 V
1.5 V
LOW DISC:2.6 V
HIGH DISC:0 V
PIT:2.6 V
GROO VE:0 V
2.6 V
2.6 V
1.3 V
0V
1.3 V
1.3 V
0V
1.3 V
1.3 V
1.3 V
1.3 V
0V
2.6 V
1.6 V
0V
1.3 V
1.1 V
0.7 V
1.3 V
0.7 V
0V

VOLTAGE
1.3 V
1.8 V
3.1 V
2.3 V
1.3 V
1.7 V
0.7 V
0.7 V
0.7 V
3.2 V
0.7 V
1.1 V
1.1 V
1.1 V
1.1 V
2.3 V
2.5 V
1.8 V
1.9 V
0V
IC1402

Q951
PIN
NO.
1
2
3

VOLTAGE

PIN
NO.
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50

IC1202

IC901

Q701
PIN
NO.
E
B
C

IC1101
VOLTAGE

VOLTAGE
3.145 V
8.81 V
3.72 V

– 60 –

VOLTAGE
0V
0V
0V
0V
3.2 V
3.2 V
3.2 V
3.2 V

IC1201
PIN
NO.
51
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
70
71
72
73
74
75
76
77
78
79
80
81
82
83
84
85
86
87
88
89
90
91
92
93
94
95
96
97
98
99
100

VOLTAGE

VOLTAGE

1.3 V
2.6 V
1.3 V
0V
2.6 V
1.3 V
1.3 V
1.3 V
1.3 V
1.3 V
1.3 V
1.3 V
2.6 V
2.6 V
0V
0V
1.6 V
1.6 V
1.6 V
1.6 V
1.6 V
1.6 V
1.6 V
1.6 V
1.6 V
0.7 V
0.7 V
0.7 V
1.7 V
1.3 V
3.2 V
0.7 V
1.1 V
1.1 V
1.1 V
1.1 V
2.3 V
0V
2.5 V
1.8 V
1.9 V
1.3 V
2.3 V
3.1 V
1.8 V
1.3 V
1.3 V
3V
2.6 V
1.4 V

1.6 V
0V
0V
0V
3.2 V
0V
0V
0V
0V
3.2 V
0V
2.5 V
0V
1V
1V
1.6 V
1.6 V
0V
0V
1.6 V
1.6 V
1.6 V
0V
0V
1.6 V
1.6 V
1.6 V
0V
3.2 V
3.2 V
3.2 V
3.2 V
0V
0V
1.6 V
3.2 V
3.2 V
0V
3.2 V
0.2 V
0V
0V
0V
0V
0.1 V
0V
0V
3.2 V
3.2 V
0V
IC1701

IC1300
PIN
NO.
1
2
3
4
5
6
7
8
9
10
11
12
13
14

VOLTAGE
(2.6 V)
(2.6 V)
(0.1 V)
(2.6 V)
(2.6 V)
(0.1 V)
(0 V)
(1.4 V)
(0.1 V)
(2.6 V)
(1.4 V)
(0.1 V)
(2.6 V)
(5 V)
IC1301

PIN
NO.
1
2
3
4
5
6
7
8

VOLTAGE
(5 V)
(1.4 V)
(1.4 V)
(2.5 V)
(2.5 V)
(1.4 V)
(1.4 V)
(5 V)

IC1302
PIN VOLTAGE
NO.
1 (1.5 V)
2 (1.5 V)
3 (2.5 V)
4 (0 V)
5 (2.5 V)
(
): REC MODE

PIN
NO.
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28

PIN
NO.
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50

IC1401
PIN
NO.
51
0V
52
0V
53
0V
54
0.4 V
55
0V
56
0V
57
3.2 V
58
0V
59
0V
60
0V
61
0V
62
3.2 V
63
1.5 V
64
0V
65
1.6 V
66
3.2 V
67
3.2 V
68
3.2 V
69
3.2 V
70
0V
71
0V
72
3.2 V
73
0V
74
0V
75
2.9 V
76
3.2 V
77
3.2 V
78
0V
79
3.2 V
80
3.2 V
81
1.5 V
82
0V
83
2.6 V
84
0.8 V
85
3.2 V
86
3.2 V
87
0V
88
PIT:3.2 V
89
GROO VE:0 V
90
0V
91
3.2 V
92
0V
93
LOW DISC:3.2 V
94
HIGH DISC:0 V
95
0V
96
3.2 V
97
3.2 V
98
3.2 V
99
0V
100
0V
0.1 V
0V

VOLTAGE

VOLTAGE
0V
3.2 V
1.6 V
1.6 V
1.6 V
0V
3.2 V
0V
0V
3.2 V
0V
3.2 V
3.2 V
3.2 V
3.2 V
0V
1.7 V
0V
0V
0V
0V
0V
3.2 V
—
3.2 V
—
0V
1.6 V

PIN
NO.
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21

IC1601
PIN
NO.
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42

0V
0V
0V
0.2 V
0V
0V
0V
0V
0V
0V
0V
3.2 V
3.2 V
0V
3.2 V
3.2 V
3.2 V
0V
0V
3.1 V
0V
0V
0V
3.2 V
3.2 V
0V
0V
0V
0V
3.2 V
0V
0V
0V
3.2 V
0V
3.2 V
3.2 V
3.2 V
2V
1.8 V
2.2 V
1.5 V
0.7 V
0V
0V
0V
0V
3.2 V
3.2 V
0V

VOLTAGE

VOLTAGE

1.6 V
1.6 V
1.6 V
5V
5V
0V
0V
1.6 V
2.5 V
2.5 V
0V
2.5 V
2.5 V
2.4 V
2.5 V
1.6 V
1.6 V
1.6 V
1.2 V
1.2 V
1.6 V

1.6 V
1.6 V
0V
3.2 V
3.2 V
1.6 V
1.6 V
0V
1.6 V
2.5 V
2.5 V
0V
2.5 V
2.5 V
1.6 V
1.6 V
5V
5V
1.6 V
5V
0.9 V
IC1802

IC1801
PIN
NO.
1
2
3
4
5

VOLTAGE

VOLTAGE
0V
5V
3.2 V
3.1 V
0V

PIN
NO.
1
2
3

VOLTAGE
0V
2.6 V
3.2 V

MD-E9000W

NOTES ON SCHEMATIC DIAGRAM
• Resistor:
To differentiate the units of resistors, such symbol as K and
M are used: the symbol K means 1000 ohm and the symbol
M means 1000 kohm and the resistor without any symbol is
ohm-type resistor. Besides, the one with “Fusible” is a fuse
type.
• Capacitor:
To indicate the unit of capacitor, a symbol P is used: this
symbol P means pico-farad and the unit of the capacitor
without such a symbol is microfarad. As to electrolytic
capacitor, the expression “capacitance/withstand voltage”
is used.
(CH), (TH), (RH), (UJ): Temperature compensation
(ML): Mylar type
(P.P.): Polypropylene type
• Schematic diagram and Wiring Side of P.W.Board for this
model are subject to change for improvement without prior
notice.
REF. NO

POSITION

REF. NO

ON—OFF

SW715

CD OPEN/CLOSE

9 kHz/50 kHz—
10 kHz/100 kHz

SW716

ON/STAND-BY

ON—OFF

SW717

MD EJECT

ON—OFF

DESCRIPTION

SW4

PICKUP IN

SW441

SPAN SELECTOR

• The indicated voltage in each section is the one measured
by Digital Multimeter between such a section and the chassis with no signal given.
1. In the tuner section,
indicates AM
indicates FM stereo
2. In the main section, a tape is being played back.
3. In the deck section, a tape is being played back.
( ) indicates the record state.
4. In the power section, a tape is being played back.
5. In the CD section, the CD is stopped.
• Parts marked with “ 1 ” (
) are important for
maintaining the safety of the set. Be sure to replace these
parts with specified ones for maintaining the safety and
performance of the set.

POSITION

DESCRIPTION

ON—OFF

SW701

VOLUME DOWN

ON—OFF

SW718

LP4

ON—OFF

SW702

VOLUME UP

ON—OFF

SW719

LP2

ON—OFF

SW703

CD PLAY/PAUSE

ON—OFF

SW720

SP

ON—OFF

SW704

CD STOP

ON—OFF

SW721

NORMAL

ON—OFF
ON—OFF

SW705

FF/SKIP UP/PRESET UP

ON—OFF

SW722

HIGH

SW706

REW/SKIP DOWN/PRESET DOWN

ON—OFF

SW723

MD REC

ON—OFF

SW707

MD STOP

ON—OFF

SW724

OPEN/CLOSE

ON—OFF

SW708

MD PLAY/PAUSE

ON—OFF

SW801

VOLTAGE SELECTOR

SW709

MEMORY/ENTER

ON—OFF

SW710

DISPLAY (DEMO)

ON—OFF

SW1930

WRITE PRO

ON—OFF

SW711

X-BASS

ON—OFF

SW1932

LOADING

ON—OFF

SW712

EQUALIZER

ON—OFF

SW1933

RECORD

ON—OFF

SW713

AUX

ON—OFF

SW1934

PLAY

ON—OFF

SW714

TUNER (BAND)

ON—OFF

SW1936

LEAD IN

ON—OFF

110 V—127 V—
220 V—230-240 V

TYPES OF TRANSISTOR AND LED
TOP VIEW
FRONT
VIEW

5

B
(3)
TOP
VIEW

4

3
1:Cathode
2:Cathode
3:Anode
4:No Contact
5:Anode

C
(2)

E
(1)
E C B
(S)(G)(D)
(1)(2)(3)

1

FRONT
VIEW

2
B C E

KTA1266 GR
KTA1271 Y
KTC3194 Y
KTC3199 GR
KTC3203 Y
KRC102 M
KRC107 M
KRC111 M
TOP VIEW

2SD601 AR
UN2214

SBE803

C
TOP VIEW

AC

DS1N404S

AC

TS6B04GM

– 61 –

FRONT
VIEW

FRONT
VIEW

FRONT
VIEW

DS1SS133

KTC2026

E

B
2SB1205

4204SRT7
LNG901CF

MD-E9000W

WAVEFORMS OF CD CIRCUIT
Stopped
CH1=500 mV
DC 10:1

CH3=500 mV
DC 10:1

T

1

IC1 21

IC1 20

1999/04/07 09:51:15
500 ms/div
(500 ms/div)
NORM: 20 kS/s

CH2=500 mV
DC 10:1

FDO
T

1

TDO

2

T

Stopped
CH1=200 mV
DC 10:1

500 ms/div
(500 ms/div)
NORM: 20 kS/s

3

FDO

1

IC1 21

2

6

IC1 22

1

SPDO

CH1
v/DIV
500 mV
=Filter=
Smoothing : ON
BW : FULL

=Offset=
CH1 :
0.000 V
CH2 :
0.0 V
CH3 :
0.000 V
CH4 :
0.00 V

Stopped
CH1=500 mV
DC 10:1

CH2=10 V
DC 10:1

=Record Length=
Main :
100 K
Zoom :
2K

CH3=1 V
DC 10:1

=Filter=
Smoothing : ON
BW : FULL

=Trigger=
Mode : AUTO
Type : EDGE CH1
Delay :
0.0 ns
Hold off :
0.2 µs

Stopped
CH1=500 mV
DC 10:1

500 ms/div
(500 ms/div)
NORM: 20 kS/s

=Record Length=
Main :
100 K
Zoom :
2K

CH3=1 V
DC 10:1

=Trigger=
Mode : NORMAL
Type : EDGE CH2
Delay :
2.924 ms
Hold off :
0.2 µs

1999/04/05 17:33:17
CH4=1 V
500 ms/div
(500 ms/div)
DC 10:1
NORM: 20 kS/s

PDO1

1

IC1 21

3

IC1 67

7

FDO
1

T
2

IC1 73

PDO2

IC1 74
T

TE

IC1 15

3

4

DRF

8
4

=Offset=
CH1 :
0.000 V
CH2 :
0.000 V
CH3 :
0.00 V
CH4 :
0.00 V

3

CH Position To
-3 div
-1 div
0 div
+1 div
+3 div
=Filter=
=Offset=
=Record Length=
Smoothing : ON CH1 :
0.000 V
Main :
100 K
BW : FULL
CH2 :
0.0 V
Zoom :
2K
CH3 :
0.00 V
CH4 :
0.00 V

1

CH2
Position
0.20 div

IC1 21

FDO
1

CH1
v/DIV
500 mV

=Trigger=
Mode : AUTO
Type : EDGE CH1
Delay :
0.0 ns
Hold off :
0.2 µs

=Filter=
Smoothing : ON
BW : FULL

Stopped
CH1=2 V
DC 10:1

=Offset=
CH1 :
0.000 V
CH2 :
0.0 V
CH3 :
0.00 V
CH4 :
0.00 V

=Record Length=
Main :
100 K
Zoom :
2K

T

=Trigger=
Mode : AUTO
Type : EDGE CH2
Delay :
0.0 ns
Hold off :
0.2 µs

1999/04/07 09:25:28
500 ns/div
(500 ns/div)
NORM: 200 MS/s

T

5

9

IC1 4

IC1 39

Vp-p=1.0 V~1.3 V
0.5 mV/div,0.5 µsec/div

Stopped
CH1=10 V
DC 10:1

1

DOUT

=Filter=
Smoothing : ON
BW : FULL

=Offset=
CH1 :
0.00 V
CH2 :
0.00 V
CH3 :
0.00 V
CH4 :
0.00V

=Record Length=
Main :
1K
Zoom :
100

=Trigger=
Mode : NORMAL
Type : EDGE CH1
Delay :
2.887 ms
Hold off :
0.2 µs

T

CH2=1 V
DC 10:1

Stopped
CH1=2 V
DC 10:1

100 ms/div
(100 ms/div)
NORM: 100 kS/s

10

T

CH2=2 V
DC 10:1

CH3=2 V
DC 10:1

1999/04/05 20:50:17
5 µs/div
(5 µs/div)
NORM: 100 kS/s

IC1 58

TE

4

IC1 15

2
1

LRSY

11

IC1 59
2

3

IC1 67

T
1

DATACK

DRF

12

IC1 60

T

3

DATA

=Filter=
Smoothing : ON
BW : FULL

=Offset=
CH1 :
0.0 V
CH2 :
0.00 V
CH3 :
0.00 V
CH4 :
0.00 V

=Record Length=
Main :
100 K
Zoom :
2K

=Trigger=
Mode : NORMAL
Type : EDGE CH1
Delay :
2.924 ms
Hold off :
0.2 µs

=Filter=
Smoothing : ON
BW : FULL

– 62 –

CH3
v/DIV
2V
=Offset=
CH1 :
0.00 V
CH2 :
0.00 V
CH3 :
0.00 V
CH4 :
0.00 V

=Record Length=
Main :
5K
Zoom : 100

=Trigger=
Mode : AUTO
Type : EDGE CH3
Delay :
0.0 ns
Hold off :
0.2 µs

MD-E9000W

WAVEFORMS OF MD CIRCUIT
TOC READ (Low reflection disc)

POWER ON

1

4

TP1122
(F+)

6

TP1207
(TEMON)

TP1518
(RESET)

2

TP1800
(3.2V)

10

TP1603
(SP+)

3

TP1511
(PCONT0)

11

TP1602
(SP-)

TOC READ (High reflection disc)

TOC READ (Low reflection disc)

4

TP1122
(F+)

4

TP1122
(F+)

5

TP1212
(FEMON)

6

TP1207
(TEMON)

6

TP1207
(TEMON)

10

TP1603
(SP+)

TP1451
7 (ADJUST)

11

TP1602
(SP-)

STOP → PLAY

TOC READ (High reflection disc)

4

TP1122
(F+)

4

TP1122
(F+)

5

TP1212
(FEMON)

5

TP1212
(FEMON)

6

TP1207
(TEMON)

12 (DSENSE)

TP1422

TP1451
7 (ADJUST)

13

TP1420
(FOK)

PLAY (Low reflection disc)

TOC READ (Low reflection disc)

4

TP1122
(F+)

6

TP1207
(TEMON)

8

TP1601
(SLD+)

9

TP1600
(SLD-)

14

TP1201
(EFMMON)

PLAY (Low reflection disc)

TOC READ (High reflection disc)

4

TP1122
(F+)

6

TP1207
(TEMON)

8

TP1601
(SLD+)

9

TP1600
(SLD-)

15

– 63 –

TP1135
(ADIPO)

MD-E9000W
REC

PLAY (Low reflection disc)

14

TP1201
(EFMMON)

6

TP1207
(TEMON)

16

TP1121
(T+)

17

TP1421
(CIN)

28 (RECTP1300
HEAD)
29

TP1302
(EFMO)

30

TP1105
(LDVAL)

31

TP1113
(R/P)

PLAY (High reflection disc)

14

TP1201
(EFMMON)

6

TP1207
(TEMON)

16

TP1121
(T+)

17

TP1421
(CIN)

Analog REC

18

IC1201 72
(DFCK)

32

IC1201 73
(ADDATA)

20

IC1201 71
(BCLK)

21

IC1201 70
(LRCK)

PLAY

18

IC1201 72
(DFCK)

19

IC1201 74
(DADATA)

20

IC1201 71
(BCLK)

21

IC1201 70
(LRCK)

Digital REC

33

TP1515
(DIGIN)

Double speed REC

PLAY

22

IC1202 3
(WE)

34

TP1530
(CDLRCK)

23

IC1202 17
(CAS)

35

TP1531
(CDBCK)

24

IC1202 1
(I/01)

36

TP1533
(CDDATA)

25

IC1202 6
(A0)

PLAY (1 kHz 0 dB)

26

TP1524
(L OUT)

27

TP1526
(R OUT)

– 64 –

MD-E9000W

TROUBLESHOOTING
CD SECTION
When the CD does not function
When the CD section does not operate when the objective lens of the optical pickup is dirty, this section may not operate. Clean
the objective lens, and check the playback operation. When this section does not operate even after the above step is taken, check
the following items.
Remove the cabinet and follow the trouble shooting instructions.
"Track skipping and/or no TOC (Table Of Contents) may be caused by build up of dust other foreign matter on the laser pickup
lens. Before attempting any adjustment make certain that the lens is clean. If not, clean it as mentioned below."
Turn off the power, and wipe the lens softly using a cleaning paper moistened with commercially available cleaning solution so
as not to damage it. Be careful not to touch the lens with bare hands.
Dust gradually accumulates on the objective lens during use, and it may degrade performance. To avoid this problem, use a
cleaning disc designed for CD optical pickup lenses.

1.

CD optical pickup Lens cleaner disc

Parts code
UDSKA0004AFZZ

HOW TO USE
1. Using the brush in the cleaner cap, apply 1 or 2 drops of the cleaning fluid to the
brush on the CD cleaner disc which has the mark next to it.
2. Place the CD cleaner disc onto the CD disc tray with the brush side down,then
press the play button.
3. You will hear music for about 20 seconds and the CD player will automatically stop.
If it continuous to turn, press the stop button.

Cleaning fluid

CAUTION
The CD lens cleaner should be effective for 30-50 operations, however if the
brushes become worn out earlier then please the cleaner disc.
If the CD cleaner brushes become very wet then wipe off any excess fluid with a soft
cloth.
Do not drink the cleaner fluid or allow it to come in contact with the eyes. In the
event of this happening then drink and / or rinse with clean water and seek medical
advice.
The CD cleaner disc must not be used on car CD players or on computer CD-ROM
drives.
All rights reserved. Unauthorized duplicating, broadcasting and renting this product
is prohibited by law.

Cleaner disc

When a CD cannot be played
1. "E-CD01" is displayed.
(1) Check the power to IC1 (LC78645NE), the presence of the clock signal (33.8688 MHz) and the status of the RESET terminal
(pin 66 on IC1).
(2) Does the pickup move to the PICKUP-IN Switch (SW4) position?
If (1) and (2) are OK, check the system microcomputer (especially the communication line with the DSP).

2. Pressing the CD operation key is accepted, but playback does not occur.
(1) Focus-HF system check
(2) Tracking system check
(3) Spin system check
(4) PLL system check
(5) Others

– 65 –

MD-E9000W
(1) Focus-HF system check.

Stopped
CH1=500 mV
DC 10:1

Although a CD is inserted and the cover is closed, "NO
DISC" is displayed.

CH3=500 mV
DC 10:1

T

500 ms/div
(500 ms/div)
NORM: 20 kS/s

FDO
1

Press the OPEN/CLOSE switch (SW715) without inserting a
disc, and try starting the playback operation.

TDO
3

CH1
v/DIV
500 mV
=Filter=
Smoothing : ON
BW : FULL

=Offset=
CH1 :
0.000 V
CH2 :
0.0 V
CH3 :
0.000 V
CH4 :
0.00 V

=Record Length=
Main :
100 K
Zoom :
2K

=Trigger=
Mode : AUTO
Type : EDGE CH1
Delay :
0.0 ns
Hold off :
0.2 µs

Figure 66-1
1. Does the pickup move to the PICKUP-IN Switch (SW4)
position ?

No

Sled motor (M1).

Yes
No

2. Does the focus (lens) move up and down ?
(Waveform drawing Figure 66-1.)

Check the focus peripheral circuit.

Yes
No

3. Is the laser lit ?

Check the laser diode driver Q1 peripheral circuit.

Yes
No

4. Is the turntable rotating ?

Spindle motor (M2).

When a disc is loaded, start playback operation.

1. Is focus servo activated ? (Waveform drawing Figure 66-2.)

No

Pins 3~8 on IC1
Check the laser diode driver Q1 peripheral circuit. (IC pin 13)

Yes
No
2. Does DRF change from "L" to "H" ?

Is the disc rotating ?

No

3. Is the HF waveform normal ?
(Waveform drawing Figure 66-3.)
CH2=10 V
DC 10:1

CH3=1 V
DC 10:1

Check the spin system.
If the disc is spinning and a HF waveform is generated,
DRF will go H.

Yes

Stopped
CH1=500 mV
DC 10:1

No

If the level is not normal, check around pins 1~4.

500 ms/div
(500 ms/div)
NORM: 20 kS/s

FDO
1

T
2

DRF

TE
3

CH Position To
-3 div
-1 div
0 div
+1 div
+3 div
=Filter=
=Offset=
=Record Length=
Smoothing : ON CH1 :
0.000 V
Main :
100 K
BW : FULL
CH2 :
0.0 V
Zoom :
2K
CH3 :
0.00 V
CH4 :
0.00 V

CH2
Position
0.20 div
=Trigger=
Mode : AUTO
Type : EDGE CH1
Delay :
0.0 ns
Hold off :
0.2 µs

Vp-p=1.0 V~1.3 V
0.5 mV/div,0.5 µsec/div

Figure 66-2

Figure 66-3
– 66 –

MD-E9000W
(2) Tracking system check.
Check the TE waveform at pin 15 on IC1.
If the waveform shown in Figure 67-1 appears and soon after
NO DISC appears ?

Yes

The tracking servo is not activated.
Check the peripheral circuits at pins 9 and 10 on IC1, and circuit
around CNP2.

Yes

A normal jump operation cannot be completed or the beginning of
the track cannot be found.
Check the around pin 20 on IC1.

No
"Initialization" is possible, but play is not possible ?
No

"Initialization" is not possible.

Data cannot be read. Check the VCO-PLL system.
T

Stopped
CH1=10 V
DC 10:1

CH2=1 V
DC 10:1

100 ms/div
(100 ms/div)
NORM: 100 kS/s

TE
2

T
1

DRF

=Filter=
Smoothing : ON
BW : FULL

=Offset=
CH1 :
0.0 V
CH2 :
0.00 V
CH3 :
0.00 V
CH4 :
0.00 V

=Record Length=
Main :
100 K
Zoom :
2K

=Trigger=
Mode : NORMAL
Type : EDGE CH1
Delay :
2.924 ms
Hold off :
0.2 µs

Figure 67-1
(3) Spin system check.
Press the OPEN/CLOSE switch without inserting a disc, and
then try starting the play operation.

1. The turntable rotates a little ?
(Waveform drawing Figure 67-2.)

The spin driver circuit is OK.
Yes

No
2. The turntable doesn't rotate.

Check around pin 22 on IC1, pins 20 and 21 on IC2, and around
CNP4.
Stopped
CH1=200 mV
DC 10:1

T

1999/04/07 09:51:15
500 ms/div
(500 ms/div)
NORM: 20 kS/s

CH2=500 mV
DC 10:1

T

FDO
2

1

SPDO

=Filter=
Smoothing : ON
BW : FULL

=Offset=
CH1 :
0.000 V
CH2 :
0.000 V
CH3 :
0.00 V
CH4 :
0.00 V

=Record Length=
Main :
100 K
Zoom :
2K

Figure 67-2
– 67 –

=Trigger=
Mode : NORMAL
Type : EDGE CH2
Delay :
2.924 ms
Hold off :
0.2 µs

MD-E9000W
(4) PLL system check.

Stopped
CH1=500 mV
DC 10:1

CH3=1 V
DC 10:1

1999/04/05 17:33:17
CH4=1 V
500 ms/div
(500 ms/div)
DC 10:1
NORM: 20 kS/s

PDO1

When a disc is loaded, start play operation.

3

4

The HF waveform is normal, but the TOC data cannot be
read.

PDO2

T

FDO
1

CH1
v/DIV
500 mV

Check the PDO waveform (Figure 68-1).
=Filter=
Smoothing : ON
BW : FULL

=Offset=
CH1 :
0.000 V
CH2 :
0.0 V
CH3 :
0.00 V
CH4 :
0.00 V

=Record Length=
Main :
100 K
Zoom :
2K

=Trigger=
Mode : AUTO
Type : EDGE CH2
Delay :
0.0 ns
Hold off :
0.2 µs

Check around pins 73~78 on IC1.

Figure 68-1

(5) Others.
The HF waveform is normal and the time is displayed
normally, but no sound is produced. Or the sound
has dropouts.
No

Is pin 52 (C2F) on IC1 "L" ?

There are too many error flags on a damaged disc which
makes error correction impossible.

Yes
1. When playing at normal speed
Check the peripheral circuit at pin 39 (DOUT) on IC1 and
the waveform (Figure 68-2).

Check again using a known good disc.
Stopped
CH1=2 V
DC 10:1

T

1999/04/07 09:25:28
500 ns/div
(500 ns/div)
NORM: 200 MS/s

If OK, Check the MD unit.
T

1

DOUT

=Filter=
Smoothing : ON
BW : FULL

=Offset=
CH1 :
0.00 V
CH2 :
0.00 V
CH3 :
0.00 V
CH4 :
0.00 V

=Record Length=
Main :
1K
Zoom :
100

Figure 68-2

– 68 –

=Trigger=
Mode : NORMAL
Type : EDGE CH1
Delay :
2.887 ms
Hold off :
0.2 µs

MD-E9000W
MD SECTION
Preparations
If dusts and foreign materials are accumulated on the pickup lens, playback sounds can be skipped or the TOC (Table of Contents)
can't be displayed. Clean the object lens and check the playback. When lens are dirty, do the following.
Turn off the power and wipe lens softly with a cleaning paper and a little cleaning solution so as not to damage it.
Do not touch lens with bare hands.

If the MD unit doesn't work
If the MD unit doesn't start after cleaning the pickup objects lens, check it as follows.
Is disc loading normal ?

No

Check as stated in item "disc Loading is not normal".

Yes
Is playback state set when the MD PLAY/PAUSE button is
pressed ?

No

Check as stated in item "Playback state cannot be set".

Yes
Is audio output normal ?

No

Check as stated in item "Audio playback circuit".

Yes
Is record and playback operations normal ?
No

Check as stated in item "Record and playback operations".

• Playback state cannot be set.
Is it impossible to set both high reflection disc and low
reflection disc to playback state ?

Check as stated in item "TEST mode check".
Yes

No

No
Only the high reflection disc can be played back.

Only the low reflection disc can be played back.
Yes

Yes
Is 2.7 V to 2.8 V applied to the pin 93 of IC1401 with the high
reflection disc inserted ?

Is 2.5 V to 2.6 V (record enabled) or 2.7 V to 2.8 V (record disabled)
applied to the pin 93 of IC1401 with the low reflection disc inserted ?

Yes
No
Yes
After re adjustment check as stated in item "Normal playback".

No
Check loading motor PWB, and CW1931 and SW1932.

• Audio playback circuit
When sound is not output although the playback time display advances during playback in the normal mode.
Is audio output waveform observed on the pins 24 and 26 of
IC1701 ?

No

Check the pins 70, 71, 72 and 74 of IC1201, and the pins 12, 16,
17, and 19 of IC1701.

Yes
Is audio output waveform observed on the pins 15 and 17 of
CN1501 ?

No

Yes

Check the main PWB.

– 69 –

Check connection between IC1701 and CN1501.

MD-E9000W
• Disc loading is not normal.
Is disc loaded when it is inserted ?
Yes
No

Is +5 V to +6 V applied to the pins 6 and 7 of CN1501 ?
No

Check the power PWB, main PWB, and
CN1501.

Yes
Is pulse input in the pin 22 of CN1501 when reset power
supply is turned on ?

Check the main PWB and CN1501.
No

Yes
Is +3.2 V applied to the pin 62 of IC1401 ?

No

Check the periphery of Q1804 and
IC1401.

Yes
Is pulse of 8.4672 MHz applied to the pin 15 of IC1401 ?

Check IC1201.
No

Yes
Check IC1401.

Is pulse output from the pin 34 of IC1401 ?
No
Yes

Check CN1401, CW1931 and SW1932.

Is the pin 9 of CN1401 set to H state ?

No

Yes
Is change observed on the pin 19 or 20 of IC1601 ?

Check IC1401.
No

No
Yes
Is change observed on the pin 12 or 13 of IC1601 ?

Check CN1401, CW1931 and IC1601.
No

Yes
Check M903.

Yes
Is ejection performed when the MD eject button is pressed ?

Yes
Disc retracts soon after completion of disc ejection.
Yes
Check SW1932.

– 70 –

MD-E9000W
• Normal playback
When it has been confirmed that EEPROM value is normal in the TEST mode
Is initialization performed normally when high reflection disc is
played back ?

Does the playback time display advance ?
Yes

No

No
Check IC1201.

Does disc rotate normally?
No
Yes

Is lead-in switch turned on in the TEST mode when the pickup is on
the innermost periphery ? (Is the pin 63 of IC1401 on L level ?)
No
Check SW1936, soldered joints of mechanism switch PWB, and
periphery of pin 3 of CW1931.

Check the position as stated in item "Lead-in switch position
measurement mode".

• Record and playback operations
Insert the low reflection disc, and after verifying the audio output in the normal mode playback set the record/playback TEST mode.
Is recording performed after displaying TEST REC ?

Check whether the disc is record-prohibited.
No

Yes

Is RF waveform output to the pin 1 of IC1201 or TP1201
when playback is performed after recording ?

Yes

No
Does the level of pins 3, 26 and 39 of IC1401 in record state
differ from that in playback state ?

No

Check periphery of IC1401.

Yes
Does RF pattern appear on the pin 50 of IC1201 during
recording ?

Check for IC1201 soldering failure.
No

Yes
Check IC1300 to 1302 and periphery of CN1300.

Is output waveform given to the pins 19 and 21 of CN1501 in
AUX input record in the Normal mode ?

Check the main PWB.
No

Yes
Is input waveform given to the pins 3 and 5 of IC1701 ?

Check connection between IC1701 and CN1501.
No

Yes
Check the periphery of IC1701, and the pins 70, 71, 72, and
73 of IC1201.

– 71 –

MD-E9000W
Check in the test mode
• The spindle motor does not rotate.
Is waveform output from the pins 25 of IC1201 in the step 4 of
AUTO auxiliary adjustment mode of TEST mode ?

No

Check the pins 25 of IC1201, soldering of peripheral circuit, and
parts.

Yes
Is waveform output from the pins 9 and 10 of IC1601 and the
pins 5 and 6 of CN1401 ?

No

Check IC1601, CN1401, and soldering of mechanism switch PWB.

Yes
Replace with a spindle motor (complete).

• The sled motor does not rotate.
Do the pins 23 of IC1201 change with the

/

button ?

No

Check the waveform of pins 23 of IC1201, peripheral parts, and
soldering.

Yes
Do the pins 14 and 15 of IC1601 and the pins 1 and 2 of CN1401
change with the
/
button ?

No

Check IC1601 and soldering of CN1401.

Yes
Does voltage of the + and - terminals on the sled motor
change with the
/
button ?

No

Yes
Replace the sled motor.

– 72 –

Check the soldering connected to the sled motor and for
disconnection.

MD-E9000W

FUNCTION TABLE OF IC
IC1 VHiLC78645NE1: CD Servo (LC78645NE) (1/2)
Pin No.

Terminal Name Input/Output Setting in Reset

1

SLCO

2

Function

Output

—

Control output.

SLCIST

Input

—

3

EFMIN

Input

—

4

RF

Output

—

5

RFVDD

Input

—

RF power terminal.

6

RFVSS

—

—

RF earth terminal. To be connected to 0 V.

7

FIN1

Input

—

A+C signal input terminal.

8

FIN2

Input

—

B+D signal input terminal.

For slice level
control.

Resistor connection terminal for SLCO output current setting.
RF signal input terminal.

RF signal monitor terminal.

9

TIN1

Input

—

E signal input terminal.

10

TIN2

Input

—

F signal input terminal.

11

VREF

Output

RFVDD/2

12

REFI

Input

—

13*

FE

Output

ZHI

14

TEC

Output

—

15*

TE

Output

ZHI

TE signal monitor terminal.

16*

RFMON

Output

ZHI

RF internal signal monitor terminal.

17

JITTC

—

—

Capacitor connection terminal for jitter detection.

18

ADAVDD

Input

—

Power terminal for servo A/D, D/A.

19

ADAVSS

—

—

Earth terminal for serve A/D, D/A. To be connected to 0 V.

20

TDO

Output

ADAVDD/2

Output terminal for tracking control. D/A output.

21

FDO

Output

ADAVDD/2

Output terminal for focus control. D/A output.

22

SPDO

Output

ADAVDD/2

Output terminal for spindle control. D/A output.

23

SLDO

Output

ADAVDD/2

Output terminal for sled control. D/A output.

24*

GPDAC

Output

ADAVDD/2

25

CONT4

Input/Output

Input Mode

26

CONT5

Input/Output

Input Mode

27*

SBCK/CONT6

Input/Output

Input Mode

Servo D/A general-purpose output terminal.
Controlled by commands from the
General-purpose I/O terminal 4.
microcomputer. When not used, set
General-purpose I/O terminal 5.
them as input terminals and connect
General-purpose I/O terminal 6 or
to 0 V, or set them as output
Subcode reading clock input terminal. terminals and leave open.

28

SBCK/FG

Input

—

29*

DEFECT

Output

L

Defect terminal.

30*

V/*P

Output

H

Auto switching monitor output terminal for rough servo phase control.
“H”: rough servo, “L”: phase servo.

31*

FSEQ

Output

L

Sync signal detection output terminal.
The status changes to “H” when the sync signal detected in EFM and the
sync signal of internal generation are identified.

32*

MONI1

Output

L

Internal signal monitor terminal 1.

33*

MONI2

Output

L

Internal signal monitor terminal 2.

34*

MONI3

Output

L

Internal signal monitor terminal 3.

35*

MONI4

Output

L

Internal signal monitor terminal 4.

36*

MONI5

Output

L

Internal signal monitor terminal 5.

37

VSS

—

—

Digital system earth terminal. To be connected to 0 V.

38

VDD

Input

—

Digital system power terminal.

39

DOUT

Output

L

Digital OUT output terminal. (EIAJ format)

40

TEST

Input

L

Input terminal for test. To be connected to 0 V.

41

LVDD

Input

—

42*

LCHO

Output

LVDD/2

43

LVSS

—

—

VREF voltage output terminal.
Reference supply setting terminal.
FE signal monitor terminal.
LPF capacitor connection terminal for TE signal.

Subcode reading clock input terminal/FG signal input terminal/external
emphasis setting terminal. Terminal functions are set by commands.
When not used, connect to 0 V.

Left channel
D/A converter

Power supply for Left channel.
Left channel output.
GND for Left channel. Must be connected to 0 V.

In this unit, the terminal with asterisk mark (*) is (open) terminal which is not connected to the outside.

– 73 –

MD-E9000W
IC1 VHiLC78645NE1: CD Servo (LC78645NE) (2/2)
Pin No.

Terminal Name Input/Output Setting in Reset

44

RVSS

—

—

45*

RCHO

Output

LVDD /2

46

RVDD

Input

—

47

XVDD

Input

—

48

XOUT

49

XIN

50

FSX/16MIN

51

XVSS

52*

Function
Right channel
D/A converter

GND for Right channel. Must be connected to 0 V.
Right channel output.
Power supply for Right channel.
Power supply for crystal oscillator.

Crystal
Oscillator

Output

—

Input

—

Connected for the 33.8688 MHz crystal oscillator cement.

Input/Output

Input

—

—

C2F

Output

H

C2 FLAG monitor port.

53*

EFLG

Output

L

C1, C2 error corrected monitor port.

54*

16MOUT

Output

Clock

55

ASLRCK

Input

—

56

ASDACK

Input

—

57

ASDFIN

Input

—

58

LRCK

Output

L

59

BCK

Output

L

60

DATA

Output

L

61

CE

Input

—

62

CL

Input

—

Microcomputer

63

DI

Input

—

Interface

64

DO

Output

(H)

65

*WRQ

Output

H

Interruption signal output.

66

*RES

Input

—

Chip reset signal input port.
This port must be set LOW after first applied power on.

67

DRF

Output

L

Focus detection output port.

68

VDD5

Input

—

Power supply for Microprocessor.

69

VSS

—

—

70

CONT3

Input/Output

Input

71

CONT2

Input/Output

Input

72

CONT1

Input/Output

Input

73

PDO1

Output

—

74

PDO2

Output

Input

75

VVSS

—

—

76

PCKIST

Input

—

77

VVDD

Input

—

Power supply for internal VCO.

78

FR

Input

—

VCO frequency range adjustment port.

79

LDS

Input

—

LASER power detected signal input port.

80

LDD

Output

—

LASER power control signal output port.

7.35 kHz Synchronization signal monitor port.
or Clock input port for Digital filter & D/A
Crystal
Oscillator

GND for crystal oscillator. Must be connected to 0 V.

16.9344 MHz output port.
Word clock input port.
(If this port does not use, must be connect to 0 V.)
Anti-shock

Bit clock input port.
(If this port does not use, must be connect to 0 V.)
Left/Right channel data input port.
(If this port does not use, must be connect to 0 V.)
Word clock output port.

Digital data

Bit clock output port.
Left/Right channel data output port.
Chip enable signal input port.
Data transfer clock input port.
Data input port.
Data output port. (N-ch. open drain output.)

GND for digital circuit. Must be connected to 0 V.
General purpose port 1. Controlled with serial data command from microcomputer. When not used, General purpose input/
General purpose port 2. output terminal 7. Set it as the input terminal and open
it by connecting to 0 V, or set it as the output terminal
General purpose port 3. and open it.
Internal VCO control phase comparator output port 1.
Internal VCO control phase comparator output port 2.
PLL

GND for internal VCO. Must be connected to 0 V.
PDO output current adjustment resistor connection port.

In this unit, the terminal with asterisk mark (*) is (open) terminal which is not connected to the outside.
Be sure to supply the same potential to each power terminal. (VVDD, ADAVDD, VDD, LVDD, RVDD, XVDD)
Terminal witch is controlled by the power terminal (VDD5 V) for a microcomputer interface :
CE (61 pin), CL (62 pin), DI (63 pin), DO (64 pin), WRQ (65 pin), RES (66 pin), DRF (67 pin)

– 74 –

MD-E9000W
LDD

LDS

FR

VVDD

PCKIST

VVSS

PD02

PD01

CONT1

CONT2

CONT3

VSS

VDD5

DRF

*RES

*WRQ

DO

DI

CL

CE

IC1 VHiLC78645NE1: CD Servo (LC78645NE)

80

79

78

77

76

75 74

73

72 71

70

69 68

67

66 65

64

63 62

61

SLCO

1

60 DATA

SLCIST

2

59 BCK

EFMIN

3

58 LRCK

RF

4

57 ASDFIN

RFVDD

5

56 ASDACK

RFVSS

6

55 ASLRCK

FIN1

7

54 16MOUT

FIN2

8

53 EFLG

TIN1

9

52 C2F

TIN2 10

51 XVSS

LC78645NE

VREF 11

50 FSX/16MIN

REFI 12

49 XIN

35 36

37

FIN1

+
–

FIN2

+
–

TIN1

+
–

TIN2

MIX

MONI4

(3.3V)VSS

40

RF

EQ

RFVDD
RFVSS

PH

+

–

LPF

TBAL

+
–

AGC

38 39

TEST

34

DOUT

32 33

VDD

31

MONI5

29 30

MONI3

28

TEC

26 27

MONI2

25

TE

24

V/*P

23

FE

22

CONT5

FDO

21

MONI1

41 LVDD

FSEQ

42 LCHO

TDO 20

DEFECT

43 LVSS

ADAVSS 19

SBCK/FG

44 RVSS

ADAVDD 18

SBCK/CONT6

45 RCH0

JITTC 17

CONT4

46 RVDD

RFMON 16

GPDAC

47 XVDD

TE 15

SLDO

48 XOUT

TEC 14

SPDO

FE 13

+

BH
LPF

SW

+
–

LPF

+
–

+
–

–

TBAL

LEVEL SET

MONI
CONT

–
+

REFI

RFMON

RAM
VREF

DETECT

TRACK JUMP
ADIN
ADAVDD
ADAVSS

SERVO PROCESSOR

A/D

LDS

JITTER
DETECT

JITTC
SLCO
EFMIN
SLCIST

SW
DRF

XIN
XOUT
16MOUT
XVDD
XVSS
*RES
*WRQ
CL
CE
DI
DO
VDD5V
CONT1, 2, 3
CONT4, 5
SBCK/CONT6

VDD

RUPTURE DEFECT
PLL
VCEC

FRAME SYNC
DETECT,PROTECT INSERT,
EFN DECODE

CLV,CAV
CONTROL

SBCK/FG

FD0
TD0
SLD0
SPD0
GPDAC

D/A
S/H

SLICE LEVEL
CONTROL

PCK
PDO1
PDO2
FR
PCKIST
VVDD
VVSS

LDD

APC
AUTO ADJUST

DRF

FSEQ
V/*P

SUBCODE DECODE CRC
CLOCK

MONITOR SIGNAL SELECTOR

VDD
VSS
MONI1~5

GENERATOR
RAM

ERROR
COMMAND

CORRECTION

INTERFACE

AUDIO CD

FSK/16MIN
C2F
EFLG

AUDIO OUT

DOUT

8FS
DIGITAL FILTER

INTERPOLATION
MUTE
ATTENUATION
DEEMPHSIS

SERIAL
OUT

LRCK
BCK
DATA

1bit DAC

LPF

EXTERNAL
AUDIO IN

GENERAL-PURPOSE
PORTS

RVDD
RVSS

RCHO

LCHO

LVDD
LVSS

TEST

Figure 75 BLOCK DIAGRAM OF IC
– 75 –

ASLRCK
ASDQCK
ASDFIN

MD-E9000W
IC401 VHiLC75341/-1: Audio Processor (LC75341)
Pin No.

Terminal Name

Function

1

DI

Serial data and clock input terminal for control.

2

CE

Chip enable terminal.
When changing from "H" to "L", data is written in the internal latch and each analog switch is turned on.
Data transmission is enabled at "H" level.

3

VSS

Ground terminal.

4

LOUT

Bass band filter construction capacitor/resistor connection terminal and bass/treble output terminal.

5

LBASS

Bass band filter capacitor and resistor connection terminal.

6

LTRE

Treble band filter capacitor connection terminal.

7

LIN

L-CH signal input terminal.

8

LSEL0

Input selector output terminal.

9-12 (10*)

L4-L1

Input signal terminal.

13-16 (15*) R1-R4

Input signal terminal.

17

RSEL0

Input selector output terminal.

18

RIN

R-CH signal input terminal.

19

RTRE

Treble band filter capacitor connection terminal.

20

RBASS

Bass band filter capacitor and resistor connection terminal.

21

ROUT

Bass band filter capacitor/resistor connection terminal and bass/treble output terminal.

22

VREF

0.5 × VDD voltage generation section for analog ground. Connect a capacitor of 10 µF or more between
Vref and AVSS (VSS) as a countermeasure against the power supply ripple.

23

VDD

Power supply terminal.

24

CLK

Serial data and clock input terminal for control.

CLK

VDD

VREF

ROUT

RBASS

RTRE

RIN

RSELO

R4

R3

R2

R1

In this unit, the terminal with asterisk mark (*) is (open) terminal which is not connected to the outside.

24

23

22

21

20

19

18

17

16

15

14

13

LIN

LSEL0

L4

L3

L2

L1

LOUT

LTRE

8

7

6

5

4

L4 9
L3 10
L2 11

CONTROL
CIRCUIT

L1 12

LOGIC
CIRCUIT
R1 13

LVref

1 DI
24 CLK

CONTROL
CIRCUIT

R2 14

3 VSS
2 CE

CCB
INTERFACE

RVref
23 VDD

R3 15
R4 16

22 VREF

17

18

19

20

21
ROUT

12

LBASS

11

RBASS

10

LTRE

9

RTRE

8

LIN

7

RIN

6

LSELO

5

RSELO

4

LBASS

CE

3

VSS

2

LOUT

1

DI

LC75341

Figure 76 BLOCK DIAGRAM OF IC
– 76 –

MD-E9000W
IC701 RH-iX0395AWZZ: System Microcomputer (IX0395AW)
Port Name

Pin No.
1

P77

Terminal Name
P_DOWN

Remarks

Input/Output
Output

Power failure control.

2-4

AN6-AN4

KEY1-KEY3

Input

Key input.

5

AN3

INI

Input

Distination setting.

6

AN2

TUN SM

Input

7

P71

T-STBY

Output

Timer indicator.

8

P70

CD_RESET

Output

CD reset.

9

PB3

CD_WRQ

Input

CD sub-q transmission control.

10

PB2

CD_DRF

Input

CD focus on detection.

11

P57

CD_CE

Output

CD chip enable.

12

P56

CD_CL

Output

CD clock.

13

P55

CD_DI

Output

CD command output.

14

P54

CD_DO

Input

15

P53

MD_ST-ID

Output

16

P52

MD_SERCH

Output

17

P51

MD_PCONT

Input

18

P50

MD_RESET

Output

19

SRDY1

MD_DSTB

Input

MD strobe input.

20

SCLK1

MD_DSCK

Output

MD clock output.

21

SOUT1

MD_KDATA

Output

22

SIN1

MD_DATA

23

P63

P_MUTE

Output

System (Power IC) mute control.

24

P62

P_CONT

Output

Power IC control.

25*

P61

RDS_RDY

Input

RDS ready output.

26*

P60

RDS_RST

Output

27*

P47

RDS_DATA

28*

P46

RDS_CLK

29

INT1

P-IN

30*

P44

FAN_CONT

Output

Fan control.

31

P43

RLY_CONT

Output

AC relay out control.

32

INT2

RX-IN

Input

Remocon signal in.

33

P41

SPAN

Input

Span select input.

34

P40

No use

Input

Connect to ground.

35

RESET

RESET

Input

Reset input.

36

PB1

CD_OPEN-SW

Input

CD open sw detection.

37

PB0

CD_CLOSE-SW

Input

CD close sw detection.

38

XIN

XIN

Input

System clock input. (8.3886 MHz)

39

XOUT

XOUT

40

VSS

VSS

Input

Ground voltage.

41

P27

TUN_DO

Input

Tuner data input.

42

P26

T/V_CE

Output

43

P25

T/V_CL

Output

Tuner clock.

44

P24

T/V_DI

Output

Tuner command output.

45

P23

ILU_LED

Output

Illumination LED.

Input

Input
Output
Input

Output

Tuner signal meter input.

CD data input.
MD syncro start signal.
MD search signal output.
MD power lock output.
MD reset.

MD key data.
MD data input.

RDS RAM reset.
RDS data input.
RDS clock output. (Slave mode)
Power failure detection.

System clock output. (8.3886 MHz)

Tuner chip enable.

46*, 47* P22/DIG18, P21/DIG17

No use

Output

Open

48-54

DIG16-DIG10

DIG12-DIG6

Output

FL digit output.

55-60

D9-D4

DIG5-DIG0

Output

FL digit output.

61-64

S35-S32

SEG35-SEG32

Output

FL segment output.

Output

FL segment output.

Input

Power supply input.

Output

FL segment output.

65-90

SEG31-SEG6

SEG31-SEG6

91

VCC

VCC

92-97

SEG5-SEG0

SEG5-SEG0

98

VEE

VEE

99

AVSS

AVSS

Input

A/D ground.

100

VREF

VREF

Input

A/D voltage.

Input

Pull down power supply input.

In this unit, the terminal with asterisk mark (*) is (open) terminal which is not connected to the outside.
– 77 –

MD-E9000W
IC1101 VHiiR3R58M/-1: RF Signal Processor (IR3R58M)
Function

Pin No.
1

Terminal Name
RF1

RF signal input terminal 1. Input of RF signal output of pickup.

2

RF2

RF signal input terminal 2. Input of RF signal output of pickup.

3

RF3

RF signal input terminal 3. Input of RF signal output of pickup.

4

RF4

RF signal input terminal 4. Input of RF signal output of pickup.

5

REFI

Reference voltage amplifier input terminal.

6

REFO

Reference voltage amplifier output terminal.

7

AOUT

Output terminal 1 of signal amplifier for servo (focus servo system).

8

ASW

Output terminal 2 of signal amplifier for servo (focus servo system).

9

AIN

Reverse input terminal of signal amplifier for servo (focus servo system).

10

BIN

Reverse input terminal of signal amplifier for servo (focus servo system)

11

BSW

Output terminal 2 of signal amplifier for servo (focus servo system).

12

BOUT

Output terminal 1 of signal amplifier for servo (focus servo system).

13

EOUT

Output terminal 1 of signal amplifier for servo (tracking servo system).

14

ESW

Output terminal 2 of signal amplifier for servo (tracking servo system).

15

EIN

Reverse input terminal of signal amplifier for servo (tracking servo system).

16

FIN

Reverse input terminal of signal amplifier for servo (tracking servo system).

17

FSW

Output terminal 2 of signal amplifier for servo (tracking servo system).

18

FOUT

Output terminal 1 of signal amplifier for servo (tracking servo system).

19

EOUT

Output terminal 1 of signal amplifier for servo (tracking servo system).

20

BOUT

Output terminal 1 of signal amplifier for servo (focus servo system).

21

AOUT

Output terminal 1 of signal amplifier for servo (focus servo system).

22

TCGO

Group mode: Track cross detection signal amplifier output terminal.

23

TCGI

Group mode: Track cross detection signal amplifier input terminal.

24

RFADD

Resistance addition output terminal of RF1 - RF4.

25

DTEMP

Chip temperature detection terminal.

26

SGAIN

Switch section control terminal of amplifier for servo.

27

DISC

Pit mode, groove mode selecting control terminal.

28*

OPICPW

Power output terminal for OPIC.

29

VCC2

Power supply terminal of digital section and power section.

30*

WBO

Comparator output terminal for binary coded ADIP signal.

31

GND2

GND terminal of digital section and power section.

32

ADIPO

ADIP signal pre-amplifier output terminal.

33*

ADIPNF

ADIP signal AGC amplifier output terminal.

34

ADAGC

Smoothing capacitor connection terminal for ADIP signal AGC.

35

ADAGI

ADIP signal AGC amplifier input terminal.

36

2-1

Differential signal of RF1, RF2.

37

EFMO

RF signal AGC amplifier output terminal.

38

DCNF

Smoothing capacitor connection terminal for RF signal AGC amplifier reference voltage.

39

EFMAGC

Smoothing capacitor connection terminal for RF signal AGC.

40

VCC1

Analog section power supply terminal.

41

BIAS

Bias input terminal.

42

GND1

Analog section GND terminal.

43

NIN

RF signal AGC amplifier reverse input terminal.

44

PITG

Pit mode: Ground terminal.

45

3+4

Groove mode: Resistance addition output terminal of RF3 and RF4.

46

PIN

RF signal AGC amplifier non-reverse input terminal.

47

1+2

Groove mode: Resistance addition output terminal of RF1 and RF2.

48

1234

Pit mode: Resistance addition output terminal of RF1 - RF4.

In this unit, the terminal with asterisk mark (*) is (open) terminal which is not connected to the outside.

– 78 –

MD-E9000W

1+2

PIN

3+4

PITG

NIN

GND1

BIAS

VCC1

EFMAGC

DCNF

EFMO

48

47

46

45

44

43

42

41

40

39

38

37
36 2-1

RESISTOR & SW

RF1 1

1234

IC1101 VHiiR3R58M/-1: RF Signal Processor (IR3R58M)

RF2 2
RF3 3
RF4 4

35 ADAGI

EFM AGC

34 ADAGC

DIFF

33 ADIPNF
ADIP AGC

REFI 5

32 ADIPO

BIAS
REFO 6

31 GND2

AOUT 7

30 WBO

BPF

ASW 8

29 VCC2

AIN 9

SW
MODE

BIN 10

28 OPICPW
27 DISC

13

14

15

16

17

18

19

20

21

22

23

24

FIN

FSW

FOUT

EOUT

BOUT

AOUT

TCGO

TCGI

RFADD

25 DTEMP

EIN

BOUT 12

ESW

26 SGAIN

EOUT

BSW 11

FEMON
DADATA
ADDATA
DFCK
BCLK
LRCK
DGND
PLLBVC
DOUT
DIN
XO
XI
DGND
VDD1
VPO
VXI
CDBCLK
CDLRCK
CDDATA
DIN2
DILOCK
TEST1
TEST0
TCRS
X700KO

IC1201 VHiLR37816A-1: Endec/Atrac (LR37816A)

75 74 73 72 71 70 69 68 67 66 65 64 63 62 61 60 59 58 57 56 55 54 53 52 51
50
49
48
47
46
45
44
43
42
41
40
39
38
37
36
35
34
33
32
31
30
29
28
27
26

76
77
78
79
80
81
82
83
84
85
86
87
88
89
90
91
92
93
94
95
96
97
98
99
100
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25
EFMMON
AVCC1
EFM1
AGND1
AVCC2
VREF
WBI
TCG
AIN
BIN
EIN
FIN
VBAT
VDD1
DGND
TEST2
X176KO
FODRF
FODRR
TRDRF
TRDRR
SLDRF
SLDRR
SPDRF
SPDRR

TOTMON
TEMCN
SBCK
SBO
SBSY
SFSY
FCK
SENSE
COUT
MCCK
DINIX
VDD2
DGND
RSTX
SYD0
SYD1
SYD2
SYD3
SYD4
SYD5
SYD6
SYD7
SYWRX
SYRDX
SYRS

Figure 79 BLOCK DIAGRAM OF IC
– 79 –

EFMO
PLCK
ACRCEF
RAA11
RAD0
RAD1
RAWEX
RARASX
RAA9
RAD3
RAD2
RACASX
DGND
RACEX
RAA8
RAA7
RAA6
RAA5
RAA4
VDD2
RAA10
RAA0
RAA1
RAA2
RAA3

MD-E9000W
IC1201 VHiLR37816A-1: Endec/Atrac (LR37816A) (1/2)
Pin No.

Terminal Name Input/Output

1*

EFMMON

2

AVCC1

Input

3

EFMI

Input

4

AGND1

—

5

AVCC2

Input

Analog power supply (for servo system, ADIP system 1bit AD).

6

VREF

Input

Reference voltage input for RF amplifier.

7

WBI

Input

ADIP wobble signal.

8

TCG

Input

Track cross signal.

9

AIN

Input

Focus error signal A.

10

BIN

Input

Focus error signal B.

11

EIN

Input

Tracking error signal E.

12

FIN

Input

Tracking error signal F.

13

VBAT

Input

Power voltage detection signal for constant voltage servo.

14

VDD1

Input

15

DGND

—

16

TEST2

17*

X176KO

Output

Clock output. f=176.4 kHz (4 fs)

18*

FODRF

Output

Focus servo forward output. PWM.

19

FODRR

Output

Focus servo reverse output. PWM.

20*

TRDRF

Output

Tracking servo forward output. PWM.

21

TRDRR

Output

Tracking servo reverse output. PWM.

Output

Input

Function
EFM monitor output.
Analog power supply (for EFM system 8AD, 8DA).
EFM signal input from RF amplifier.
Analog GND.

Internal digital power supply.
Digital GND.
Input for test. Connected to GND if used normally.

22*

SLDRF

Output

Slide servo forward output. PWM.

23

SLDRR

Output

Slide servo reverse output. PWM.

24*

SPDRF

Output

Spindle servo forward output. PWM.

25

SPDRR

Output

Spindle servo reverse output.

26

RAA3

Output

Address output to external D-RAM. ADR3

27

RAA2

Output

Address output to external D-RAM. ADR2

28

RAA1

Output

Address output to external D-RAM. ADR1

29

RAA0

Output

Address output to external D-RAM. ADR0 (LSB)

30*

RAA10

Output

31

VDD2

Input

32

RAA4

Output

Address output to external D-RAM. ADR4

33

RAA5

Output

Address output to external D-RAM. ADR5

34

RAA6

Output

Address output to external D-RAM. ADR6

35

RAA7

Output

Address output to external D-RAM. ADR7

36

RAA8

Output

Address output to external D-RAM. ADR8

37

RAOEX

Output

Data output enable signal output to external D-RAM

38

DGND

39

RACASX

40

RAD2

Input/Output

Data input and output with external D-RAM. D2

41

RAD3

Input/Output

Data input and output with external D-RAM. D3 (MSB)

42

RAA9

Output

Address output to external D-RAM. ADR9

43

RARASX

Output

Low address strobe signal output to external D-RAM.

44

RAWEX

Output

Data write enable signal output to external D-RAM.

45

RAD1

Input/Output

Data input and output with external D-RAM. D1

46

RAD0

Input/Output

Data input and output with external D-RAM. D0 (LSB)

47*

RAA11

Output

Address output to external D-RAM. ADR11 (MSB 64 Mbit)

48*

ACRCER

Output

CRC error flag monitor output of ADIP.

49*

PLCK

Output

Playback mode: EFM PLL clock output.

50

EFM0

Output

Recording mode: EFM signal output. Playback mode: C1F (C1 error flag) monitor output.

51*

X700KO

Output

Clock output. f= 705.6 kHz

—
Output

Address output to external D-RAM. ADR10 (MSB)
Power supply for interface.

Digital GND.
Column address strobe signal output to external D-RAM.

In this unit, the terminal with asterisk mark (*) is (open) terminal which is not connected to the outside.
– 80 –

MD-E9000W
IC1201 VHiLR37816A-1: Endec/Atrac (LR37816A) (2/2)
Pin No.

Terminal Name Input/Output

Function

52*

TCRS

Output

53

TEST0

Input

Input for test. Connected to GND if used normally.

54

TEST1

Input

Input for test. Connected to GND if used normally.

55

DILOCK

56

DIN2

Input/Output

Digital input signal. Expansion port 0.

57

CDDATA

Input/Output

Data input for dubbing. Expansion output port 1.

58

CDLRCK

Input/Output

LR clock input for dubbing. Expansion output port 2.

59

CDBCLK

Input/Output

Bit clock input for dubbing. Expansion output port 3.

60

VXI

Input

61*

VPO

Output

62

VDD1

Input

63

DGND

—

64

XI

Input

65

XO

Output

66

DIN

Input

67*

DOUT

Output

Digital output signal.

68

PLLBVG

Output

For Internal PLL. Terminal for external capacitor.

69

DGND

—

70

LRCK

Output

L-ch, R-ch selection output of music data.

71

BCLK

Output

Shift lock of music data.

72

DFCK

Output

73

ADDATA

Input

74

DADATA

Output

Sound data output.

75*

FEMON

Output

Focus error signal monitor output. Series resistance 10 - 100 kohm built-in.

76*

TOTMON

Output

Total signal monitor output. Series resistance 10 - 100 kohm built-in.

77*

TEMON

Output

Tracking error signal monitor output. Series resistance 10 - 100 kohm built-in.

78

SBCK

79

SBO

Output

DIN subcode serial data. Expansion port 5.

80

SBSY

Output

DIN subcode block synchronous signal. Expansion port 6.

81

SFSY

Output

DIN subcode frame synchronous signal. Expansion port 7.

82

FOK

Output

Focus OK detection signal. “0”: focus OK.

83

SENSE

Output

Servo condition detection signal.

84

COUT

Output

Track cross signal output.

85

MCCK

Output

Clock output for microcomputer.

86

DINTX

Output

Interrupt request output terminal to system computer interface.

87

VDD2

Input

88

DGND

—

89

RSTX

Input

90

SYD0

Input/Output

Output

Input/Output

Track cross signal.

DIN lock detection.

PLL clock input for variable pitch.
PLL phase error output for variable pitch.
Internal digital power supply.
Digital GND.
Transmit circuit input. 33.8688 MHz
Transmit circuit input. 33.8688 MHz
Digital input signal.

Digital GND.

Clock for AD/DA converter digital filter. 256 Fs.
Sound data input.

DIN subcode read clock. Expansion port 4.

Power supply for interface.
Digital GND.
Chip reset input. Reset by L. (Note)
Data bus terminal of system computer interface. (LSB)

91-96

SYD1-SYD6

Input/Output

Data bus terminal of system computer interface.

97

SYD7

Input/Output

Data bus terminal of system computer interface. (MSB)

98

SYWRX

Input

Resister write pulse input of system computer interface.

99

SYRDX

Input

Resister read pulse input of system computer interface.

100

SYRS

Input

Resister selection input of system computer interface.

In this unit, the terminal with asterisk mark (*) is (open) terminal which is not connected to the outside.
Note: Set RSTX to L when turning on the power or after turning on the power.

– 81 –

MD-E9000W
IC1202 RH-iX2474AFZZ: 4Mbit D-RAM (IX2474AF)
Function

Pin No.

Terminal Name

1, 2

DQ0, DQ1

Data input/Data output.

3

WE

Write enable.

4

RAS

Row address strobe.

5

A9

Address input.

6-9

A0-A3

Address input.

10

VDD

Power (3.3 V)

11-15

A4-A8

Address input.

16

OE

Output enable.

17

CAS

Column address strobe.

18, 19

DQ2, DQ3

Data input/Data output.

20

VSS

Ground (0 V)

RAS 4

Write Clock
Generator

Clock Generator

CAS 17
CBR Refresh
Counter

Data Input
Buffer

SELF Refresh
Timer
MN42V4400 only

A0 5

Row Address
Buffer

Row Decoder

Word Driver

A9 15

Row Address
Buffer

Column Decoder

Sense Amp.

VSS 20
CAS 17

On ChipVBB
Generator

3 WE

1
2
DQ0-DQ3
18
19

Memory
Cell

I/O
Selection

VBB

Data Output
Buffer

16 OE

Figure 82-1 BLOCK DIAGRAM OF IC

IC1301 VHiFTD2005/-1: Head Driver (FTD2005)
G2 5

4 G1

S2 6

3 S1

S2 7

2 S1

D2 8

1 D1

IC1302 VHiCPH5608/-1: Head Driver (CPH5608)

Figure 82-2 BLOCK DIAGRAM OF IC

G1

S

G2

5

4

3

Function

Terminal Name

1-3

A0-A2

Device address.

4

VSS

Ground

5

SDA

Serial data input/output.

6

SCL

Serial clock input.

7

WP

Write protect.

8

VCC

Power supply.

2

D2

Figure 82-3 BLOCK DIAGRAM OF IC

IC1402 VHi58X2402T-1: EEPROM (58X2402T)
Pin No.

1

D1

1

A0

VCC

8

2

A1

WP

7

3

A2

SCL

6

4

VSS

SDA

5

Figure 82-4 BLOCK DIAGRAM OF IC
– 82 –

MD-E9000W
IC1401 RH-iX0410AWZZ: MD System Microcomputer (IX0410AW) (1/2)
Pin No.

Terminal Name Input/Output

1

4M/16M

Output

2

64M

Output

64M DRAM selection input.

3

LDVAR

Output

LDVAR (laser power adjustment output)

4*

ADJS

Output

ADJS (for automatic adjustment step check)

5

CIN

Input

6*

N.C.

—

7

UNLOCK

Input

ERR input. (UNLOCK of MD LSI monitor PLL)

8

BYTE

Input

GND

9

CNVSS

Input

GND

10*

STID OUT

Output

ST-ID output.

11*

SEACH OUT

Output

MD search output.

12

RESET

13*

N.C.

Function
4M/16M DRAM selection input.

CIN (track count signal input)
Not used.

Input

RESET input.

Output

Clock output.

14

VSS

15

MCCK

Input

—

EXTAL (8.4672 MHz)

16

VCC

Input

+3.15 V

17

P85

Input

Input output port P85.

18

DINT

Input

DINT (Interrupt input from MD-LSI)

19

SFSY

Input

Subcode communication frame synchro Interrupt input.

20

ST-ID

Input

ST-ID input. (MD-ON)

21

SERCH

Input

22

MDRSW

Output

23*

CDB SEL

Output

24

DSENSE

Input

DSENSE (servo sense input from MD-LSI)

25

P-DOWN

Input

P-DOWN (blackout detection)

26

HD ON

Output

HDON (magnetic head power ON/OFF output)

27

EEPRO

Output

EEPROM protect release output.

28

HFON

Output

HFON

29

EEPK

Output

EEPROM serial clock output.

30

EEPD

Input/Output

EEPROM data input output.

31

MD DATA

32

K DATA

33

DSCK

Input

34

DSTB

Output

DSTB (system computer communication possible and during communication)

35*

N.C.

Output

Not used.

36

SBO

37

SBCK

Output

Subcode communication serial clock output.

38

DISC

Output

DISC

39

R/P

Output

R/P output. (REC/PLAY selection)

40

FOK

Input

FOK (focus servo condition monitor input)

41

FLASH L

Input

Flash write selection.

42

SGAIN

Output

SGAIN

43

SYRS

Output

MD LSI resister select signal output.

44

SYRD

Output

SYRD (MD-LSI read signal output)

45

SYWR

Output

SYWR (MD-LSI write signal output)

46

FLASH H

Input

Flash write selection.

47

SYS D7

Input/Output

SYS D7 (data bus 7)

48

SYS D6

Input/Output

SYS D6 (data bus 6)

49

SYS D5

Input/Output

SYS D5 (data bus 5)

50

SYS D4

Input/Output

SYS D4 (data bus 4)

51

SYS D3

Input/Output

SYS D3 (data bus 3)

Output
Input

Input

GND

CD search input. (Synchronous REC interrupt input)
MD RSW output.
CD BLK SEL output.

MD computer data input output.
System computer data input.
System computer clock input.

Subcode serial data input.

In this unit, the terminal with asterisk mark (*) is (open) terminal which is not connected to the outside.

– 83 –

MD-E9000W
IC1401 RH-iX0410AWZZ: MD System Microcomputer (IX0410AW) (2/2)
Pin No.

Terminal Name Input/Output

52

SYS D2

Input/Output

SYS D2 (data bus 2)

53

SYS D1

Input/Output

SYS D1 (data bus 1)

54

SYS D0

Input/Output

SYS D0 (data bus 0)

55*

P37

Output

Input output port P37.

56*

P36

Output

Input/output port P36.

57*

P35

Output

Input/output port P35.

58*

P34

Output

Input/output port P34.

59*

P33

Output

Input/output port P33.

60*

P32

Output

Input/output port P32.

61

P31

Output

Input/output port P31.

62

VCC

Input

+3.15 V

63

INNSW

Input

Pick most inner periphery detection input.

—

Function

64

GND

65

L3 DATA

66

L3 MODE

Output

L3 MODE (soft serial communication, 2 mode presence, LSB first)

67

L3 CLK

Output

L3 CLK (soft serial communication, 2 mode presence, LSB first)

68*

P24

Output

Input output port P24.

69*

P23

Output

Input output port P23.

70

PCNT0

Output

PCNT0 output.

Output

GND
L3 DATA (soft serial communication, 2 mode presence, LSB first)

71*

LAST

Output

LAST

72

LD ON

Output

LDON output. (H : ON)

73

A/B

Output

ANLPTR output. ADC/DAC selection input.

74

SBSY

Output

Subcode communication block synchro input.

75*

DAP ON

Output

DAPON output. (for CK)

76*

DFS0

Output

DFS0 output.

77*

DFS1

Output

DFS1 output.

78

P12

Output

Input/output port P12.

79

P11

Output

Input/output port P11

80

XRST

Output

XRST (system reset output)

81*

AD MUTE

Output

ADMUTE output. (for CK)

82

LD+

Output

Loading motor + side control output.

83

LD-

Output

Loading motor - side control output.

84*

MUTE

Output

MUTE output.

85*

RAST

Output

RAST

86*

TEST2

Input

TEST 2

87*

TEST1

Input

TEST 1

88*

TEST0

Input

TEST 0

89

AVCK3

Input

AVCK3 (motor driver power monitor input)

90

AVCK2

Input

AVCK2 (AD/DA section 3.1 V monitor input)

91

AVCK1

Input

AVCK1 (head circuit power monitor input)

92

DTEMP

Input

DTEMP (temperature detection input)

93

MINF

Input

MINF (disc type/REC input/mecha position)

94*

TEST K1

Input

TEST K1

95*

TEST K2

Input

TEST K2

96

GND

—

GND

97*

N.C.

—

Not used.

98

VREF

Input

+3.15 V

99

AVCC

Input

+3.15 V

100

PR

Input

Playback/recording unit setting input.

In this unit, the terminal with asterisk mark (*) is (open) terminal which is not connected to the outside.

– 84 –

MD-E9000W
IC1701 VHiUDA1345/-1: AD/DA Converter (UDA1345)
Pin No.

Terminal Name

1

VSSA (ADC)

2

VDDA (ADC)

AD converter analog power.

3

VINL

AD converter input. (left)

4

VREF (A)

AD converter reference voltage.

5

VINR

AD converter input. (right)

6

VADCN

AD converter reference voltage N.

7

VADCP

AD converter reference voltage P.

8*

MC1

Mode control 1. (Pulled-down)

9*

MP1

Multipurpose pin 1.

10

VDDD

Digital power.

11

VSSD

Digital ground

12

SYSCLK

System clock 256 fs, 384 fs, 512 fs.

13

MP2

Multipurpose pin 2.

14

MP3

Multipurpose pin 3.

15

MP4

Multipurpose pin 4.

16

BCK

Bit clock input.

17

WS

Word select input.

18

DATAO

Data output.

19

DATAI

Data input

20*

MP5

Multipurpose pin 5. (Pulled-down)

21*

MC2

Mode control 2. (Pulled-down)

22

VSSA (DAC)

DA converter analog ground.

23

VDDA (ADC)

DA converter analog power.

24

VOUTR

DA converter output. (right)

25

VDDO

Opeamp power.

26

VOUTL

DA converter output. (left)

27

VSSO

Opeamp ground.

28

VREF (D)

AD converter reference voltage.

Function
AD converter analog ground.

In this unit, the terminal with asterisk mark (*) is (open) terminal which is not connected to the outside.
VDDA(ADC) VSSA(ADC) VADCP
2
VINL

3

1

7

10

VSSD

11

Vref(A)

6

4

0dB/6dB
switch
ADC

VDDD

VADCN

5

VINR

8
21

MC1

20

MP5

ADC

DECMATION FILTER

MC2

DC-CANCELLATION FILTER
DATAO
BCK
WS
DATAI
MP1

18
16
17
19

DIGITAL
INTERFACE

9

L3-BUS
INTERFACE

13
14

MP2

15

MP3
MP4

12

SYSCLK

24

VOUTR

DSP FEATURES
INTERPOLATION FILTER
NOISE SHAPER
DAC

VOUTL

DAC

26

25
VDDO

28
27
22
23
VSSO VDDA(DAC) VSSA(DAC) Vref(D)

Figure 85 BLOCK DIAGRAM OF IC
– 85 –

MD-E9000W

FL DISPLAY
FL701: VVKST48GNK/-1
1G

REC
HIGH
SLEEP
LP2 LP4

2G
Dp

3G

4G

5G

6G

7G

8G

9G

RDS

PTY

TP

TA

EON

TI

ST

10G

11G

12G

13G

TOC OVER T-EDIT

TRACK

BASS
DISC

RANDOM MEMORY
1-1

2-1

3-1

4-1

5-1

1-2

2-2

3-2

4-2

5-2

1-3

2-3

3-3

4-3

5-3

1-4

2-4

3-4

4-4

5-4

1-5

2-5

3-5

4-5

5-5

1-6

2-6

3-6

4-6

5-6

1-7

2-7

3-7

4-7

5-7

[2G~12G]

ANODE CONNECTION

P1

1G

2G

REC

Dp

P2
P3

3G

4G

5G

6G

7G

8G

RDS PTY TP TA EON TI

9G 10G 11G 12G

ST

1–1 1–1 1–1 1–1 1–1 1–1 1–1 1–1 1–1

HIGH

2–1 2–1 2–1 2–1 2–1 2–1 2–1 2–1 2–1

13G

TOC OVER T-EDIT
1–1 1–1 BASS
2–1 2–1 TRACK
3–1 3–1 DISC

P4

3–1 3–1 3–1 3–1 3–1 3–1 3–1 3–1 3–1

P5

4–1 4–1 4–1 4–1 4–1 4–1 4–1 4–1 4–1 4–1 4–1 RANDOM

P6 SLEEP 5–1 5–1 5–1 5–1 5–1 5–1 5–1 5–1 5–1 5–1 5–1 MEMORY
P7
LP2 1–2 1–2 1–2 1–2 1–2 1–2 1–2 1–2 1–2 1–2 1–2 —
P8

LP4

2–2 2–2 2–2 2–2 2–2 2–2 2–2 2–2 2–2 2–2 2–2

—

P9

—

3–2 3–2 3–2 3–2 3–2 3–2 3–2 3–2 3–2 3–2 3–2

—

P10

—

4–2 4–2 4–2 4–2 4–2 4–2 4–2 4–2 4–2 4–2 4–2

—

P11

—

5-2

5-2

—

P12

—

1–3 1–3 1–3 1–3 1–3 1–3 1–3 1–3 1–3 1–3 1–3

—

P13

—

2–3 2–3 2–3 2–3 2–3 2–3 2–3 2–3 2–3 2–3 2–3

—

P14

—

3–3 3–3 3–3 3–3 3–3 3–3 3–3 3–3 3–3 3–3 3–3

—

P15

—

4–3 4–3 4–3 4–3 4–3 4–3 4–3 4–3 4–3 4–3 4–3

—

P16

—

5–3 5–3 5–3 5–3 5–3 5–3 5–3 5–3 5–3 5–3 5–3

—

P17

—

1–4 1–4 1–4 1–4 1–4 1–4 1–4 1–4 1–4 1–4 1–4

—

P18

—

2–4 2–4 2–4 2–4 2–4 2–4 2–4 2–4 2–4 2–4 2–4

—

P19

—

3–4 3–4 3–4 3–4 3–4 3–4 3–4 3–4 3–4 3–4 3–4

—

P20

—

4–4 4–4 4–4 4–4 4–4 4–4 4–4 4–4 4–4 4–4 4–4

—

P21

—

5–4 5–4 5–4 5–4 5–4 5–4 5–4 5–4 5–4 5–4 5–4

—

P22

—

1–5 1–5 1–5 1–5 1–5 1–5 1–5 1–5 1–5 1–5 1–5

—

P23

—

2–5 2–5 2–5 2–5 2–5 2–5 2–5 2–5 2–5 2–5 2–5

—

P24

—

3–5 3–5 3–5 3–5 3–5 3–5 3–5 3–5 3–5 3–5 3–5

—

P25

—

4–5 4–5 4–5 4–5 4–5 4–5 4–5 4–5 4–5 4–5 4–5

—

P26

—

5–5 5–5 5–5 5–5 5–5 5–5 5–5 5–5 5–5 5–5 5–5

—

P27

—

1–6 1–6 1–6 1–6 1–6 1–6 1–6 1–6 1–6 1–6 1–6

—

P28

—

2–6 2–6 2–6 2–6 2–6 2–6 2–6 2–6 2–6 2–6 2–6

—

P29

—

3–6 3–6 3–6 3–6 3–6 3–6 3–6 3–6 3–6 3–6 3–6

—

P30

—

4–6 4–6 4–6 4–6 4–6 4–6 4–6 4–6 4–6 4–6 4–6

—

P31

—

5–6 5–6 5–6 5–6 5–6 5–6 5–6 5–6 5–6 5–6 5–6

—

P32

—

1–7 1–7 1–7 1–7 1–7 1–7 1–7 1–7 1–7 1–7 1–7

—

P33

—

2–7 2–7 2–7 2–7 2–7 2–7 2–7 2–7 2–7 2–7 2–7

—

P34

—

3–7 3–7 3–7 3–7 3–7 3–7 3–7 3–7 3–7 3–7 3–7

—

P35

—

4–7 4–7 4–7 4–7 4–7 4–7 4–7 4–7 4–7 4–7 4–7

—

P36

—

5–7 5–7 5–7 5–7 5–7 5–7 5–7 5–7 5–7 5–7 5–7

—

5-2

5-2

5-2

5-2

5-2

– 86 –

5-2

5-2

5-2

5-2

MD-E9000W

PARTS GUIDE

MD COMPACT COMPONENT SYSTEM

MODEL MD-E9000W
MD-E9000W MD Compact Component System consisting
of MD-E9000W (main unit) and CP-E9000H (speaker
system).

“HOW TO ORDER REPLACEMENT PARTS”
To have your order filled promptly and correctly, please furnish the
following information.
1. MODEL NUMBER
2. REF. No.
3. PART NO.
4. DESCRIPTION

For U.S.A. only
Contact your nearest SHARP Parts Distributor to order.
For location of SHARP Parts Distributor,
Please call Toll-Free;
1-800-BE-SHARP

MARK: SPARE PARTS-DELIVERY SECTION

Explanation of capacitors/resistors parts codes
Capacitors

Resistors

VCC ....................... Ceramic type
VCK ........................ Ceramic type
VCT ........................ Semiconductor type
VC • • MF ............... Cylindrical type (without lead wire)
VC • • MN ............... Cylindrical type (without lead wire)
VC • • TV ................ Square type (without lead wire)
VC • • TQ ............... Square type (without lead wire)
VC • • CY ............... Square type (without lead wire)
VC • • CZ ............... Square type (without lead wire)
VC • • • • • • • • • J .. The 13th character represents capacity difference.
("J" ±5%, "K" ±10%, "M" ±20%, "N" ±30%,
"C" ±0.25 pF, "D" ±0.5 pF, "Z" +80-20%.)

VRD ....................... Carbon-film type
VRS ........................ Carbon-film type
VRN ....................... Metal-film type
VR • • MF ............... Cylindrical type (without lead wire)
VR • • MN ............... Cylindrical type (without lead wire)
VR • • TV ................ Square type (without lead wire)
VR • • TQ ............... Square type (without lead wire)
VR • • CY ............... Square type (without lead wire)
VR • • CZ ............... Square type (without lead wire)
VR • • • • • • • • • J .. The 13th character represents error.
("J" ±5%, "F" ±1%, "D" ±0.5%.)

If there are no indications for the electrolytic capacitors, error is ±20%.

If there are no indications for other parts, the resistors are ±5%
carbon-film type.

NOTE:
Parts marked with “1” are important for maintaining the safety of the set.
Be sure to replace parts with specified ones for maintaining the safety and performance of the set.

MD-E9000W
NO.

PRICE
RANK

PARTS CODE

DESCRIPTION

INTEGRATED CIRCUITS
IC1
IC2

VHILC78645NE1
VHILA6548D/-1

J
J

IC3
IC4
IC301
IC302
IC303

VHITA7291S/-1
VHI74VHC08F-1
VHITA7358AP-1
VHILC72131/-1
VHILA1832S/-1

J
J
J
J
J

IC401
IC701

VHILC75341/-1
RH-IX0395AWZZ

J
J

IC901
IC1101
IC1201
IC1202
IC1300
IC1301
IC1302
IC1401

VHILA4628//-1
VHIIR3R58M/-1
VHILR37816A-1
RH-IX2474AFZZ
VHI74ACT02T-1
VHIFTD2005/-1
VHICPH5608/-1
RH-IX0410AWZZ

J
J
J
J
J
J
J
J

IC1402
IC1601
IC1701
IC1801
IC1802

VHI58X2402T-1
VHIM56788FP-1
VHIUDA1345/-1
VHIXC62EP32-1
VHIXC62FP26P1

J
J
J
J
J

AY CD Servo,LC78645NE
AN Focus/Tracking/Spin/Sled Driver,
LA6548D
AH Loading Motor Driver,TA7291S
AE Inverter,74VHC08F
AG FM Front End,TA7358AP
AP PLL (Tuner),LC72131
AN FM IF Det./FM Mpx./AM IF,
LA1832S
AM Audio Processor,LC75341
AY System Microcomputer,
IX0395AW
AU Power Amp.,LA4628
AM RF Signal Processor,IR3R58M
BQ Endec/Atrac,LR37816A
BF 4Mbit D-RAM,IX2474AF
AE Head Driver,74ACT02T
AG Head Driver,FTD2005
AH Head Driver,CPH5608
AY MD System Microcomputer,
IX0410AW
AF EEPROM,58X2402T
AX Motor Driver,M56788FP
AU AD/DA Converter,UDA1345
AE Regulator,XC62EP32
AG Regulator,XC62FP26P

VSKTA1266GR-1
VSKTA1271Y/-1
VSKRC102M//-1
VSKTC3194Y/-1
VSKTA1266GR-1
VSKRC102M//-1
VSKRC107M//-1
VSKRC111M//-1
VSKTA1266GR-1
VSKTC3199GR-1
VSKTC3199GR-1
VSKTC2026//-1
VSKTC3199GR-1
VHIKIA7810AP1
VSKTC3203Y/-1
VHIKIA7805AP1
VHIAN78L05/-1
VSKTC3203Y/-1
VSKTA1266GR-1
VSUN2214///-1
VS2SB1205++-1
VS2SD601AR/-1

J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J

AB
AC
AC
AD
AB
AC
AC
AB
AB
AB
AB
AF
AB
AF
AC
AF
AE
AC
AB
AB
AF
AC

Silicon,PNP,KTA1266 GR
Silicon,PNP,KTA1271 Y
Digital,NPN,KRC102 M
Silicon,NPN,KTC3194 Y
Silicon,PNP,KTA1266 GR
Digital,NPN,KRC102 M
Digital,NPN,KRC107 M
Digital,NPN,KRC111 M
Silicon,PNP,KTA1266 GR
Silicon,NPN,KTC3199 GR
Silicon,NPN,KTC3199 GR
Silicon,NPN,KTC2026
Silicon,NPN,KTC3199 GR
Voltage Regulator,KIA7810AP
Silicon,NPN,KTC3203 Y
Voltage Regulator,KIA7805AP
Voltage Regulator,AN78L05
Silicon,NPN,KTC3203 Y
Silicon,PNP,KTA1266 GR
Digital,NPN,UN2214
Silicon,PNP,2SB1205
Silicon,NPN,2SD601 AR

VHDDS1SS133-1
VHDDS1SS133-1
VHDDS1SS133-1
VHDDS1SS133-1
VHDTS6B04GM-1
VHDRL203F//-1
VHDDS1N404S-1
VHDDS1SS133-1
VHDDS1SS133-1
VHDDS1N404S-1
VHDDS1SS133-1
VHDDS1SS133-1
VHDDS1SS133-1
VHDSBE803//-1
VHP4204SRT7-1
VHPLNG901CF-1
VHEDZ5R1BSB-1
VHEDZ300BSC-1
VHEDZ6R2BSA-1
VHEDZ120BSB-1
VHEDZ3R0BSA-1
VHEDZ6R8BSA-1
VHEDZ3R6BSB-1

J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J

AB
AB
AB
AB
AP
AE
AB
AB
AB
AB
AB
AB
AB
AD
AD
AS
AC
AB
AB
AB
AB
AC
AB

Silicon,DS1SS133
Silicon,DS1SS133
Silicon,DS1SS133
Silicon,DS1SS133
Silicon,TS6B04GM
Silicon,RL203F
Silicon,DS1N404S
Silicon,DS1SS133
Silicon,DS1SS133
Silicon,DS1N404S
Silicon,DS1SS133
Silicon,DS1SS133
Silicon,DS1SS133
Silicon,SBE803
LED,Red,4204SRT7
LED,Blue,LNG901CF
Zener,5.1V,DZ5.1BSB
Zener,30V,DZ30BSC
Zener,6.2V,DZ6.2BSA
Zener,12V,DZ12BSB
Zener,3V,DZ3BSA
Zener,6.8V,DZ6.8BSA
Zener,3.6V,DZ3.6BSB

TRANSISTORS

DIODES
D301~306
D441,442
D701
D781~785
D801
D802~805
D806~808
D809
D871,872
D873~876
D877
D961,962
D972,973
D1300
LED701
LED702
ZD351
ZD801
ZD802
ZD803
ZD871
ZD941
ZD951

PRICE
RANK

PARTS CODE

DESCRIPTION

FILTERS

MD-E9000W

Q1
Q2
Q3
Q302
Q360
Q701,702
Q781
Q782,783
Q801
Q871
Q901,902
Q941
Q942
Q951
Q952
Q961
Q962
Q971
Q972
Q1501
Q1804
Q1807

NO.

BF301
CF303
CF351
CF352
FL1501
FL1507
FL1509
FL1512
FL1518
FL1520
FL1523~1525

RFILR0008AWZZ
RFILF0124AFZZ
RFILF0003AWZZ
RFILA0009AWZZ
RFILN0002AWZZ
RFILN0003AWZZ
RFILN0003AWZZ
RFILN0003AWZZ
RFILN0003AWZZ
RFILN0003AWZZ
RFILN0007AWZZ

J
J
J
J
J
J
J
J
J
J
J

AE
AD
AK
AE
AD
AD
AD
AD
AD
AD
AD

Band Pass Filter
FM IF,10.7 MHz
FM IF
AM IF
EMI Filter
EMI Filter
EMI Filter
EMI Filter
EMI Filter
EMI Filter
EMI Filter

RTRNP0354AWZZ
RTRNP0341AWZZ
RCILB0065AWZZ
RCILI0017AWZZ
RCILA0052AWZZ
RCILB0058AWZZ
RCILI0019AWZZ

J
J
J
J
J
J
J

BA
AM
AC
AB
AE
AC
AD

Power,Main
Power,Sub
FM OSC.
FM IF
AM Tracking
AM OSC.
AM IF

VP-XHR82K0000
VP-XH2R2K0000
RCILR0056AWZZ
VP-DH101K0000
VPADK100KR15K
VP-DHR22K0000
VP-DH101K0000
VP-DH2R2K0000
VPBNNR47K0000
VPBNN100K0000
VPBNN4R7K0000
VPBNNR47K0000
RCILC0358AFZZ

J
J
J
J
J
J
J
J
J
J
J
J
J

AC
AB
AB
AB
AE
AB
AB
AB
AC
AC
AC
AC
AC

0.82 µH,Choke
2.2 µH,Choke
FM RF
100 µH,Choke
10 µH
0.22 µH
100 µH,Choke
2.2 µH,Peaking
0.47 µH
10 µH
4.7 µH
0.47 µH
47 µH,Choke

TRANSFORMERS
1 PT801
1 PT871
T301
T302
T303
T306
T351

COILS
L2
L4
L312
L351,352
L451
L452
L781
L981
L1100
L1101
L1200
L1201,1202
L1300

VARIABLE CAPACITORS
VD301
VD302,303

VHCSVC348S/-1
VHCSVC211C/-1

J
J

AK Variable Capacitance,SVC348S
AG Variable Capacitance,SVC211C

J
J
J
J
J

AF
AF
AK
AK
AL

J

AE Posistor,0.5ohms

J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J

AA
AB
AA
AB
AA
AA
AB
AA
AA
AC
AC
AB
AA
AB
AB
AA
AA
AA
AA
AB
AA
AA
AB

VIBRATORS
X351
X352
XL1
XL701
XL1201

92LCRSTL1425A
RCRSP0019AWZZ
RCRSP0025AWZZ
RCRSP0009AWZZ
RCRSC0001AWZZ

Crystal,456 kHz
Crystal,4.5 MHz
Crystal,33.8688 MHz
Crystal,8.3886 MHz
Crystal,33.8688 MHz

THERMISTOR
1 RP941

RH-QX0010AWZZ

CAPACITORS
C1
C2
C3
C4
C5
C6
C7
C8
C9
C10
C12
C13
C14
C15
C16
C17
C18
C19
C20~23
C24
C28
C31,32
C41

–1–

VCTYMN1CY103N
VCEAZA1CW476M
VCTYMN1CY103N
VCEAZA1CW476M
VCKYMN1HB102K
VCTYPA1CX473K
VCTYPA1CX104K
VCCSPA1HL100J
VCTYMN1CX272K
VCEAZA1CW107M
VCEAZA1CW106M
VCEAZA1HW224M
VCKYMN1HB101K
VCTYPA1CX104K
VCEAZA1HW225M
VCTYPA1CX473K
VCKYMN1HB101K
VCTYMN1EF223Z
VCKYMN1HB101K
VCKYPA1HF223Z
VCTYPA1CX473K
VCCCMN1HH150J
RC-EZY107AF1C

0.01 µF,16V
47 µF,16V,Electrolytic
0.01 µF,16V
47 µF,16V,Electrolytic
0.001 µF,50V
0.047 µF,16V
0.1 µF,16V
10 pF,50V
0.0027 µF,16V
100 µF,16V,Electrolytic
10 µF,16V,Electrolytic
0.22 µF,50V,Electrolytic
100 pF,50V
0.1 µF,16V
2.2 µF,50V,Electrolytic
0.047 µF,16V
100 pF,50V
0.022 µF,25V
100 pF,50V
0.022 µF,50V
0.047 µF,16V
15 pF (CH),50V
100 µF,16V,Electrolytic

MD-E9000W
NO.
C42
C43
C44
C45
C46~48
C49
C50
C53
C54
C57,58
C61
C62,63
C303
C304
C305
C306
C307
C308
C309
C310
C311
C312
C313
C314,315
C316
C317
C318
C320
C323
C324
C325
C330
C331
C332
C334
C335
C338
C342
C350
C351
C352
C353,354
C355
C356
C357
C358
C361
C362
C363
C364
C365
C366
C367,368
C369
C370~372
C373,374
C380
C381
C382
C384
C385
C386
C387
C388
C391
C392
C393
C394
C395
C396
C397
C398
C399
C402
C403
C404~406
C407
C411,412
C413,414
C415,416
C417,418
C419~424

PRICE
RANK

PARTS CODE
VCTYMN1EF223Z
VCEAZA1CW107M
VCTYMN1CX152K
VCEAZA1AW337M
VCTYPA1CX104K
RC-EZY476AF1C
VCTYPA1CX104K
VCEAZA1EW475M
VCCSMN1HL220J
VCKYMN1HB681K
VCKYPA1HF103Z
VCKYPA1HB102K
VCCCMN1HH100J
VCTYMN1CY103N
VCCCMN1HH4R7C
VCTYMN1EF223Z
VCEAZA1HW106M
VCCSMN1HL4R7C
VCKYMN1HB102K
VCCCMN1HH150J
VCCSPA1HL180J
VCTYMN1EF223Z
VCCCMN1HH220J
VCTYMN1CX472K
VCTYMN1EF223Z
VCKYMN1HB102K
VCKYMN1HB101K
VCKYBT1HB102K
VCTYMN1EF223Z
VCCUMN1HJ3R9K
VCKYMN1HB221K
VCCUMN1HJ150J
VCKYPA1HF473Z
VCTYMN1EF223Z
VCCUMN1HJ180J
VCKYMN1HB561K
VCKYMN1HB102K
VCTYMN1EF223Z
VCTYBT1EF223Z
VCTYMN1EF223Z
VCEAZA1HW106M
VCTYMN1EF223Z
VCCSMN1HL220J
VCKYMN1HB102K
VCEAZA1HW225M
VCEAZA1HW105M
VCTYMN1EF223Z
VCEAZA1HW335M
VCTYMN1EF223Z
VCEAZA1HW225M
VCKYPA1HF223Z
VCKYMN1HB102K
VCEAZA1HW105M
VCCUMN1HJ270J
VCEAZA1HW105M
VCTYPA1CX153K
VCEAZA1HW106M
VCCCMN1HH120J
VCCCMN1HH150J
VCKYMN1HB102K
VCTYMN1CY103N
VCKYMN1HB331K
VCTYMN1EF223Z
VCKYMN1HB102K
RC-EZY476AF1C
VCKYMN1HB102K
VCEAZA1HW105M
RC-EZY476AF1C
VCTYMN1EF223Z
RC-EZY107AF1C
VCTYMN1EF223Z
VCEAZA1CW107M
VCTYMN1EF223Z
VCKYPA1HF223Z
RC-EZY107AF1C
VCKYPA1HB561K
RC-EZY226AF1C
RC-EZY105AF1H
VCFYHA1HA104J
VCFYHA1HA124J
VCQYKA1HM152K
RC-EZY105AF1H

J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J

AA
AC
AA
AC
AB
AB
AB
AC
AA
AA
AB
AA
AA
AA
AA
AA
AB
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AB
AA
AA
AA
AA
AA
AA
AA
AB
AA
AA
AA
AB
AB
AA
AB
AA
AB
AB
AA
AB
AA
AB
AA
AB
AA
AA
AA
AA
AA
AA
AA
AB
AA
AB
AB
AA
AB
AA
AC
AA
AB
AB
AA
AB
AB
AB
AB
AB
AB

DESCRIPTION

NO.

0.022 µF,25V
100 µF,16V,Electrolytic
0.0015 µF,16V
330 µF,10V,Electrolytic
0.1 µF,16V
47 µF,16V,Electrolytic
0.1 µF,16V
4.7 µF,25V,Electrolytic
22 pF,50V
680 pF,50V
0.01 µF,50V
0.001 µF,50V
10 pF (CH),50V
0.01 µF,16V
4.7 pF (CH),50V
0.022 µF,25V
10 µF,50V,Electrolytic
4.7 pF,50V
0.001 µF,50V
15 pF (CH),50V
18 pF,50V
0.022 µF,25V
22 pF (CH),50V
0.0047 µF,16V
0.022 µF,25V
0.001 µF,50V
100 pF,50V
0.001 µF,50V
0.022 µF,25V
3.9 pF (UJ),50V
220 pF,50V
15 pF (UJ),50V
0.047 µF,50V
0.022 µF,25V
18 pF (UJ),50V
560 pF,50V
0.001 µF,50V
0.022 µF,25V
0.022 µF,25V
0.022 µF,25V
10 µF,50V,Electrolytic
0.022 µF,25V
22 pF,50V
0.001 µF,50V
2.2 µF,50V,Electrolytic
1 µF,50V,Electrolytic
0.022 µF,25V
3.3 µF,50V,Electrolytic
0.022 µF,25V
2.2 µF,50V,Electrolytic
0.022 µF,50V
0.001 µF,50V
1 µF,50V,Electrolytic
27 pF (UJ),50V
1 µF,50V,Electrolytic
0.015 µF,16V
10 µF,50V,Electrolytic
12 pF (CH),50V
15 pF (CH),50V
0.001 µF,50V
0.01 µF,16V
330 pF,50V
0.022 µF,25V
0.001 µF,50V
47 µF,16V,Electrolytic
0.001 µF,50V
1 µF,50V,Electrolytic
47 µF,16V,Electrolytic
0.022 µF,25V
100 µF,16V,Electrolytic
0.022 µF,25V
100 µF,16V,Electrolytic
0.022 µF,25V
0.022 µF,50V
100 µF,16V,Electrolytic
560 pF,50V
22 µF,16V,Electrolytic
1 µF,50V,Electrolytic
0.1 µF,50V,Thin Film
0.12 µF,50V,Thin Film
0.0015 µF,50V,Mylar
1 µF,50V,Electrolytic

C425,426
C427
C428,429
C441,442
C443
C451,452
C453,454
C455
C456,457
C458
C459
C460
C461,462
C463
C464
C465
C466~469
C470
C471
C701~703
C704,705
C706
C707
C708
C709
C710,711
C712~715
C716~718
C781
C782
C783
C784
C801~804
C805,806
C807~809
C810
C811
C812
1 C871
C872
C873
C874
C875
C901,902
C903,904
C905
C907~910
C911
C912
C913
C914
C923~926
C941
C942
C943
C947
C948
C949
C951,952
C953
C954
C955
C956
C961,962
C963
C964,965
C966
C971
C972
C973
C981,982
C985
C986,987
C1100
C1107
C1110,1111
C1112
C1113
C1114,1115
C1116,1117
C1118,1119
C1121

–2–

PRICE
RANK

PARTS CODE
RC-EZY106AF1C
VCKYPA1HF223Z
RC-EZY105AF1H
VCKYPA1HB391K
VCKYPA1HB102K
RC-EZY106AF1C
VCKYPA1HB221K
VCKYPA1HF223Z
VCKYPA1HB101K
VCCSPA1HL100J
VCKYPA1HF103Z
VCKYPA1HB221K
VCKYPA1HB101K
VCKYPA1HF223Z
VCEAZA1AW227M
VCKYPA1HF223Z
VCKYPA1HB221K
VCCSPA1HL330J
VCKYPA1HF103Z
RC-EZY105AF1H
VCTYMN1EF223Z
RC-EZY227AF0J
VCTYMN1EF223Z
RC-EZY106AF1E
VCKYMN1HB101K
VCCCMN1HH180J
VCKYMN1HB151K
VCKYPA1HB102K
VCEAZA1EW476M
VCTYMN1EF223Z
RC-EZY106AF1E
VCTYMN1EF223Z
VCQYKA1HM473K
VCEAZA1HW227M
VCEAZA1HW476M
VCEAZA1VW107M
VCTYPA1EX222K
VCKYPA1HF473Z
RC-KZ002LAWZZ
VCQYKA1HM473K
VCEAZV1CW108M
VCEAZA0JW108M
VCKYPA1HF223Z
VCKYMN1HB102K
VCEAZA1HW225M
VCEAZA1HW476M
VCQYKA1HM104K
VCEAZA1CW107M
VCEAZA1VW107M
VCEAZA1HW474M
VCEAZA1EW107M
VCQYKA1HM104K
VCKYPA1HF223Z
VCEAZA1CW107M
VCEAZA1AW477M
VCEAZW1EW688M
VCEAZW1EW338M
VCEAZW1CW688M
VCQYKA1HM104K
VCEAZA1EW476M
VCKYPA1HF223Z
VCEAZA1AW107M
VCKYPA1HF223Z
VCQYKA1HM104K
VCEAZA1EW476M
VCQYKA1HM104K
VCEAZA1EW476M
VCEAZA1HW475M
VCEAZA1EW476M
RC-EZY476AF1E
VCEAZA1HW475M
VCEAZA1CW226M
VCKYPA1HB102K
RC-KZ0003AWZZ
VCKYCY1CB223K
VCKYCY1AF105Z
VCCCCY1HH5R0C
VCKYCY0JB105K
VCKYCY1CB104K
VCKYCY1AF105Z
VCKYCY1AB474K
VCKYCY1AB224K

J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J

AB
AB
AB
AA
AA
AB
AA
AB
AA
AA
AB
AA
AA
AB
AC
AB
AA
AA
AB
AB
AA
AB
AA
AB
AA
AA
AA
AA
AB
AA
AB
AA
AB
AC
AB
AC
AA
AB
AC
AB
AD
AC
AB
AA
AB
AB
AB
AC
AC
AB
AB
AB
AB
AC
AC
AL
AG
AH
AB
AB
AB
AB
AB
AB
AB
AB
AB
AB
AB
AB
AB
AC
AA
AE
AA
AB
AA
AC
AB
AB
AC
AB

DESCRIPTION
10 µF,16V,Electrolytic
0.022 µF,50V
1 µF,50V,Electrolytic
390 pF,50V
0.001 µF,50V
10 µF,16V,Electrolytic
220 pF,50V
0.022 µF,50V
100 pF,50V
10 pF,50V
0.01 µF,50V
220 pF,50V
100 pF,50V
0.022 µF,50V
220 µF,10V,Electrolytic
0.022 µF,50V
220 pF,50V
33 pF,50V
0.01 µF,50V
1 µF,50V,Electrolytic
0.022 µF,25V
220 µF,6.3V,Electrolytic
0.022 µF,25V
10 µF,25V,Electrolytic
100 pF,50V
18 pF (CH),50V
150 pF,50V
0.001 µF,50V
47 µF,25V,Electrolytic
0.022 µF,25V
10 µF,25V,Electrolytic
0.022 µF,25V
0.047 µF,50V,Mylar
220 µF,50V,Electrolytic
47 µF,50V,Electrolytic
100 µF,35V,Electrolytic
0.0022 µF,25V
0.047 µF,50V
0.0047 µF,250V,Ceramic
0.047 µF,50V,Mylar
1000 µF,16V,Electrolytic
1000 µF,6.3V,Electrolytic
0.022 µF,50V
0.001 µF,50V
2.2 µF,50V,Electrolytic
47 µF,50V,Electrolytic
0.1 µF,50V,Mylar
100 µF,16V,Electrolytic
100 µF,35V,Electrolytic
0.47 µF,50V,Electrolytic
100 µF,25V,Electrolytic
0.1 µF,50V,Mylar
0.022 µF,50V
100 µF,16V,Electrolytic
470 µF,10V,Electrolytic
6800 µF,25V,Electrolytic
3300 µF,25V,Electrolytic
6800 µF,16V,Electrolytic
0.1 µF,50V,Mylar
47 µF,25V,Electrolytic
0.022 µF,50V
100 µF,10V,Electrolytic
0.022 µF,50V
0.1 µF,50V,Mylar
47 µF,25V,Electrolytic
0.1 µF,50V,Mylar
47 µF,25V,Electrolytic
4.7 µF,50V,Electrolytic
47 µF,25V,Electrolytic
47 µF,25V,Electrolytic
4.7 µF,50V,Electrolytic
22 µF,16V,Electrolytic
0.001 µF,50V
4.7 µF,10V
0.022 µF,16V
1 µF,10V
5 pF (CH),50V
1 µF,6.3V
0.1 µF,16V
1 µF,10V
0.47 µF,10V
0.22 µF,10V

MD-E9000W
NO.

PARTS CODE

C1122
C1123,1124
C1125
C1161
C1200
C1201
C1202
C1205
C1206
C1207
C1208,1209
C1211
C1230
C1260
C1261~1265
C1266
C1300
C1301
C1302
C1303
C1304
C1305
C1340
C1403
C1404
C1405
C1407
C1409
C1510
C1512
C1523,1524
C1530
C1534
C1536
C1538
C1540
C1563
C1602
C1603
C1606
C1607
C1610
C1611
C1613
C1616
C1619
C1655
C1700
C1703
C1704
C1706
C1708
C1715
C1716
C1720,1721
C1750
C1801,1802
C1806

VCKYCY1AF105Z
VCKYCY1CB104K
VCKYCY1AF105Z
VCKYCY1HB102K
VCKYCY1AF105Z
RC-KZ0002AWZZ
VCKYCY1AF105Z
VCKYCY1AF105Z
VCKYCY1CB103K
VCKYCY1AF105Z
VCCCCY1HH120J
VCKYCY1EF104Z
VCKYCY1AF105Z
VCKYCY1EF104Z
VCCCCY1HH221J
VCCCCY1HH220J
VCCCCY1HH151J
VCKYCY1CB223K
RC-KZ0002AWZZ
VCKYCY1AF105Z
VCCCCY1HH221J
VCCCCY1HH680J
VCCCCY1HH101J
VCKYCY1EF104Z
VCKYCY1CB103K
VCCCCY1HH681J
VCKYCY1EF104Z
VCKYCY1AF105Z
VCCCCY1HH101J
VCCCCY1HH101J
VCCCCY1HH101J
VCCCCY1HH101J
VCCCCY1HH470J
VCCCCY1HH470J
VCCCCY1HH101J
VCCCCY1HH151J
VCKYCY1AF105Z
VCCCCY1HH471J
VCCCCY1HH681J
RC-KZ0002AWZZ
VCKYCY1AF105Z
RC-KZ0003AWZZ
VCKYCY1HB472K
VCKYCY1CB103K
VCEAPS107AF1A
VCCCCY1HH331J
VCKYCY1HF103Z
VCEAPS476AF0G
VCKYCY1EF104Z
VCEAPS476AF0G
VCKYCY1HF103Z
VCKYCY1HF103Z
VCKYCY1EF104Z
VCEAPS476AF0G
VCCCCY1HH331J
VCKYCY1EF104Z
RC-KZ0002AWZZ
VCKYCY1AF105Z

PRICE
RANK

DESCRIPTION

J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J

AB
AB
AB
AA
AB
AE
AB
AB
AA
AB
AA
AA
AB
AA
AA
AA
AA
AA
AE
AB
AA
AA
AA
AA
AA
AC
AA
AB
AA
AA
AA
AA
AA
AA
AA
AA
AB
AA
AC
AE
AB
AE
AA
AA
AD
AA
AB
AC
AA
AC
AB
AB
AA
AC
AA
AA
AE
AB

1 µF,10V
0.1 µF,16V
1 µF,10V
0.001 µF,50V
1 µF,10V
10 µF,10V
1 µF,10V
1 µF,10V
0.01 µF,16V
1 µF,10V
12 pF (CH),50V
0.1 µF,25V
1 µF,10V
0.1 µF,25V
220 pF (CH),50V
22 pF (CH),50V
150 pF (CH),50V
0.022 µF,16V
10 µF,10V
1 µF,10V
220 pF (CH),50V
68 pF (CH),50V
100 pF (CH),50V
0.1 µF,25V
0.01 µF,16V
680 pF (CH),50V
0.1 µF,25V
1 µF,10V
100 pF (CH),50V
100 pF (CH),50V
100 pF (CH),50V
100 pF (CH),50V
47 pF (CH),50V
47 pF (CH),50V
100 pF (CH),50V
150 pF (CH),50V
1 µF,10V
470 pF (CH),50V
680 pF (CH),50V
10 µF,10V
1 µF,10V
4.7 µF,10V
0.0047 µF,50V
0.01 µF,16V
100 µF,10V,Electrolytic
330 pF (CH),50V
0.01 µF,50V
47 µF,4V,Electrolytic
0.1 µF,25V
47 µF,4V,Electrolytic
0.01 µF,50V
0.01 µF,50V
0.1 µF,25V
47 µF,4V,Electrolytic
330 pF (CH),50V
0.1 µF,25V
10 µF,10V
1 µF,10V

J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J

AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA

0 ohm,Jumper,ø1.4×3.5mm,Ivory
0 ohm,Jumper,0.8×1.55mm,Green
8.2 kohms,1/6W
22 kohms,1/6W
8.2 kohms,1/6W
8.2 kohms,1/6W
22 kohms,1/6W
47 ohms,1/6W
3.3 ohms,1/8W
27 kohms,1/8W
10 kohm,1/8W
330 ohms,1/8W
15 kohms,1/8W
1.2 kohms,1/8W
12 kohms,1/8W
680 ohms,1/8W
6.8 kohms,1/8W
15 kohms,1/8W
8.2 kohms,1/8W
8.2 kohms,1/6W
1 kohm,1/8W

RESISTORS

R1
R2
R3,4
R6
R7
R8
R9
R10
R11
R12
R13
R14
R15
R16,17
R18
R19
R20
R21
R23

VRD-MN2BD000C
VRS-CY1JB000J
VRD-ST2CD822J
VRD-ST2CD223J
VRD-ST2CD822J
VRD-ST2CD822J
VRD-ST2CD223J
VRD-ST2CD470J
VRD-MN2BD3R3J
VRD-MN2BD273J
VRD-MN2BD103J
VRD-MN2BD331J
VRD-MN2BD153J
VRD-MN2BD122J
VRD-MN2BD123J
VRD-MN2BD681J
VRD-MN2BD682J
VRD-MN2BD153J
VRD-MN2BD822J
VRD-ST2CD822J
VRD-MN2BD102J

NO.
R24
R27~33
R35,36
R37~39
R40
R42
R48
R49
R50
R53
R54
R55
R56
R302
R309
R311
R313
R314
R316
R322
R323
R325
R327
R336
R350
R351
R352
R353
R355
R356
R357
R358
R359
R360
R365
R368
R372~374
R375
R376
R377
R378
R379
R380
R381
R382
R383
R384
R385
R387
R388
R391,392
R393
R395
R401~403
R413,414
R415,416
R417,418
R441,442
R443,444
R445
R446,447
R448,449
R451
R452,453
R454,455
R456,457
R458,459
R460
R461~463
R701
R702
R703
R704
R705
R706
R707
R709
R710
R711
R712
R713
R714

–3–

PRICE
RANK

PARTS CODE
VRD-MN2BD473J
VRD-ST2CD102J
VRD-MN2BD102J
VRD-ST2CD101J
VRD-ST2CD103J
VRD-ST2CD221J
VRD-RT2HD2R2J
VRD-MN2BD562J
VRD-MN2BD153J
VRD-MN2BD221J
VRD-ST2CD102J
VRD-MN2BD104J
VRD-MN2BD183J
VRD-MN2BD100J
VRD-ST2CD103J
VRD-MN2BD104J
VRD-MN2BD333J
VRD-ST2CD220J
VRD-MN2BD472J
VRD-MN2BD681J
VRD-MN2BD683J
VRD-MN2BD473J
VRD-MN2BD330J
VRD-MN2BD103J
VRD-MN2BD272J
VRD-MN2BD562J
VRD-MN2BD102J
VRD-MN2BD271J
VRD-MN2BD332J
VRD-MN2BD102J
VRD-ST2CD474J
VRD-ST2CD392J
VRD-ST2CD182J
VRD-ST2CD472J
VRD-MN2BD103J
VRD-ST2CD223J
VRD-MN2BD102J
VRD-ST2CD471J
VRD-MN2BD102J
VRD-MN2BD473J
VRD-MN2BD102J
VRD-MN2BD222J
VRD-MN2BD152J
VRD-MN2BD103J
VRD-ST2EE151J
VRD-MN2BD562J
VRD-ST2CD562J
VRD-MN2BD562J
VRD-ST2CD562J
VRD-MN2BD392J
VRD-ST2EE271J
VRD-MN2BD102J
VRD-MN2BD473J
VRD-ST2CD102J
VRD-ST2CD392J
VRD-ST2CD332J
VRD-ST2CD101J
VRD-ST2CD822J
VRD-ST2CD273J
VRD-ST2CD103J
VRD-ST2CD103J
VRD-ST2CD272J
VRD-ST2CD101J
VRD-ST2CD103J
VRD-ST2CD101J
VRD-ST2CD103J
VRD-ST2CD123J
VRD-ST2CD274J
VRD-ST2CD560J
VRD-MN2BD681J
VRD-MN2BD182J
VRD-MN2BD272J
VRD-MN2BD472J
VRD-MN2BD822J
VRD-MN2BD183J
VRD-MN2BD104J
VRD-MN2BD681J
VRD-MN2BD182J
VRD-MN2BD272J
VRD-MN2BD472J
VRD-MN2BD822J
VRD-MN2BD183J

J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J

AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA

DESCRIPTION
47 kohms,1/8W
1 kohm,1/6W
1 kohm,1/8W
100 ohm,1/6W
10 kohm,1/6W
220 ohms,1/6W
2.2 ohms,1/2W
5.6 kohms,1/8W
15 kohms,1/8W
220 ohms,1/8W
1 kohm,1/6W
100 kohm,1/8W
18 kohms,1/8W
10 ohm,1/8W
10 kohm,1/6W
100 kohm,1/8W
33 kohms,1/8W
22 ohms,1/6W
4.7 kohms,1/8W
680 ohms,1/8W
68 kohms,1/8W
47 kohms,1/8W
33 ohms,1/8W
10 kohm,1/8W
2.7 kohms,1/8W
5.6 kohms,1/8W
1 kohm,1/8W
270 ohms,1/8W
3.3 kohms,1/8W
1 kohm,1/8W
470 kohms,1/6W
3.9 kohms,1/6W
1.8 kohms,1/6W
4.7 kohms,1/6W
10 kohm,1/8W
22 kohms,1/6W
1 kohm,1/8W
470 ohms,1/6W
1 kohm,1/8W
47 kohms,1/8W
1 kohm,1/8W
2.2 kohms,1/8W
1.5 kohms,1/8W
10 kohm,1/8W
150 ohms,1/4W
5.6 kohms,1/8W
5.6 kohms,1/6W
5.6 kohms,1/8W
5.6 kohms,1/6W
3.9 kohms,1/8W
270 ohms,1/4W
1 kohm,1/8W
47 kohms,1/8W
1 kohm,1/6W
3.9 kohms,1/6W
3.3 kohms,1/6W
100 ohm,1/6W
8.2 kohms,1/6W
27 kohms,1/6W
10 kohm,1/6W
10 kohm,1/6W
2.7 kohms,1/6W
100 ohm,1/6W
10 kohm,1/6W
100 ohm,1/6W
10 kohm,1/6W
12 kohms,1/6W
270 kohms,1/6W
56 ohms,1/6W
680 ohms,1/8W
1.8 kohms,1/8W
2.7 kohms,1/8W
4.7 kohms,1/8W
8.2 kohms,1/8W
18 kohms,1/8W
100 kohm,1/8W
680 ohms,1/8W
1.8 kohms,1/8W
2.7 kohms,1/8W
4.7 kohms,1/8W
8.2 kohms,1/8W
18 kohms,1/8W

MD-E9000W
NO.
R716
R717
R718
R719
R720
R721
R722
R723~730
R731~735
R736
R737~744
R745,746
R747
R748,749
R750,751
R752~754
R759
R761,762
R763
R764
R765~769
R771,772
R773
R775
R776,777
R778
R781
R782
R783
R784
R785
R786
R787
R788
R789~791
R792~799
R801
R802
R803
R804
R805
R806
R871
R872
R873
R901
R902
R903,904
R905,906
R907,908
R909
R910
R911~914
R923,924
R928
R941
R942
R952
R953
R954,955
R961,962
R972
R973
R974
R975
R977,978
R979
R981,982
R983
R984
R1100
R1101
R1102
R1105
R1110
R1111,1112
R1113
R1114
R1115
R1116,1117
R1118
R1119

PRICE
RANK

PARTS CODE
VRD-MN2BD681J
VRD-MN2BD182J
VRD-MN2BD272J
VRD-MN2BD472J
VRD-MN2BD822J
VRD-MN2BD183J
VRD-MN2BD104J
VRD-MN2BD473J
VRD-MN2BD102J
VRD-ST2CD102J
VRD-MN2BD102J
VRD-MN2BD562J
VRD-MN2BD102J
VRD-ST2CD102J
VRD-ST2CD562J
VRD-ST2CD102J
VRD-ST2CD102J
VRD-ST2CD102J
VRD-MN2BD102J
VRD-ST2CD102J
VRD-MN2BD102J
VRD-ST2CD103J
VRD-MN2BD222J
VRD-ST2CD824J
VRD-ST2CD473J
VRD-MN2BD560J
VRD-MN2BD223J
VRD-MN2BD101J
VRD-MN2BD104J
VRD-ST2CD473J
VRD-MN2BD474J
VRD-ST2CD103J
VRD-MN2BD474J
VRD-MN2BD103J
VRD-ST2CD103J
VRD-MN2BD473J
VRD-ST2CD102J
VRD-ST2CD221J
VRD-ST2CD123J
VRD-ST2CD221J
VRD-ST2CD224J
VRD-ST2CD473J
VRD-ST2CD221J
VRD-ST2CD473J
VRD-ST2CD102J
VRD-MN2BD153J
VRD-ST2CD153J
VRD-MN2BD272J
VRD-MN2BD222J
VRD-MN2BD102J
VRD-MN2BD223J
VRD-MN2BD332J
VRD-ST2CD102J
VRD-ST2EE4R7J
VRD-RT2HD222J
VRD-ST2CD102J
VRD-ST2CD473J
VRD-ST2CD223J
VRD-ST2CD122J
VRD-ST2EE221J
VRD-ST2CD103J
VRD-ST2CD333J
VRD-ST2CD332J
VRD-ST2CD103J
VRD-ST2EE2R2J
VRD-ST2CD103J
VRD-ST2CD331J
VRD-ST2EE271J
VRD-MN2BD103J
VRD-RT2HD470J
VRS-TQ2BB270J
VRS-CY1JB1R0J
VRS-CY1JB103J
VRS-CY1JB122J
VRS-CY1JB684F
VRS-CY1JB104F
VRS-CY1JB684F
VRS-CY1JB123J
VRS-CY1JB334F
VRS-CY1JB473F
VRS-CY1JB334F
VRS-CY1JB224J

J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J

AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA

DESCRIPTION
680 ohms,1/8W
1.8 kohms,1/8W
2.7 kohms,1/8W
4.7 kohms,1/8W
8.2 kohms,1/8W
18 kohms,1/8W
100 kohm,1/8W
47 kohms,1/8W
1 kohm,1/8W
1 kohm,1/6W
1 kohm,1/8W
5.6 kohms,1/8W
1 kohm,1/8W
1 kohm,1/6W
5.6 kohms,1/6W
1 kohm,1/6W
1 kohm,1/6W
1 kohm,1/6W
1 kohm,1/8W
1 kohm,1/6W
1 kohm,1/8W
10 kohm,1/6W
2.2 kohms,1/8W
820 kohms,1/6W
47 kohms,1/6W
56 ohms,1/8W
22 kohms,1/8W
100 ohm,1/8W
100 kohm,1/8W
47 kohms,1/6W
470 kohms,1/8W
10 kohm,1/6W
470 kohms,1/8W
10 kohm,1/8W
10 kohm,1/6W
47 kohms,1/8W
1 kohm,1/6W
220 ohms,1/6W
12 kohms,1/6W
220 ohms,1/6W
220 kohms,1/6W
47 kohms,1/6W
220 ohms,1/6W
47 kohms,1/6W
1 kohm,1/6W
15 kohms,1/8W
15 kohms,1/6W
2.7 kohms,1/8W
2.2 kohms,1/8W
1 kohm,1/8W
22 kohms,1/8W
3.3 kohms,1/8W
1 kohm,1/6W
4.7 ohms,1/4W
2.2 kohms,1/2W
1 kohm,1/6W
47 kohms,1/6W
22 kohms,1/6W
1.2 kohms,1/6W
220 ohms,1/4W
10 kohm,1/6W
33 kohms,1/6W
3.3 kohms,1/6W
10 kohm,1/6W
2.2 ohms,1/4W
10 kohm,1/6W
330 ohms,1/6W
270 ohms,1/4W
10 kohm,1/8W
47 ohms,1/2W
27 ohms,1/8W
1 ohm,1/16W
10 kohm,1/16W
1.2 kohms,1/16W
680 kohms,1/16W
100 kohm,1/16W
680 kohms,1/16W
12 kohms,1/16W
330 kohms,1/16W
47 kohms,1/16W
330 kohms,1/16W
220 kohms,1/16W

NO.

PARTS CODE

R1120
R1121
R1122,1123
R1124,1125
R1201
R1203
R1205
R1207
R1209
R1210,1211
R1214
R1215
R1217
R1230,1231
R1261~1266
R1300
R1301
R1304
R1401
R1403
R1406
R1407,1408
R1414
R1415
R1417,1418
R1420
R1430
R1435
R1441
R1443
R1446
R1460
R1463
R1515,1516
R1517,1518
R1521
R1529
R1532
R1533~1538
R1601
R1605
R1612
R1614
R1616
R1618
R1621
R1622,1623
R1624
R1701
R1702
R1703~1705
R1716
R1802
R1803
R1804
R1806
R1807
R1809
R1811
R1931
R1932
R1933
R1934

VRS-CY1JB564J
VRS-CY1JB104J
VRS-CY1JB123J
VRS-CY1JB222J
VRS-CY1JB563F
VRS-CY1JB104F
VRS-CY1JB683J
VRS-CY1JB393J
VRS-CY1JB101J
VRS-CY1JB221J
VRS-CY1JB103J
VRS-CY1JB105J
VRS-CY1JB151J
VRS-CY1JB103F
VRS-CY1JB273J
VRS-CY1JB6R8J
VRS-CY1JB100J
VRS-CY1JB151J
VRS-CY1JB272J
VRS-CY1JB271J
VRS-CY1JB103J
VRS-CY1JB332J
VRS-CY1JB224J
VRS-CY1JB102J
VRS-CY1JB102J
VRS-CY1JB102J
VRS-CY1JB103J
VRS-CY1JB103J
VRS-CY1JB473J
VRS-CY1JB102J
VRS-CY1JB103J
VRS-CY1JB103J
VRS-CY1JB103J
VRS-CY1JB221J
VRS-CY1JB470J
VRS-CY1JB102J
VRS-CY1JB221J
VRS-CY1JB273J
VRS-CY1JB102J
VRS-CY1JB123F
VRS-CY1JB123F
VRS-CY1JB563J
VRS-CY1JB333J
VRS-CY1JB123J
VRS-CY1JB223J
VRS-CY1JB682J
VRS-CY1JB223J
VRS-CY1JB682J
VRS-CY1JB473J
VRS-CY1JB333J
VRS-CY1JB3R9J
VRS-CY1JB104J
VRS-CY1JB563J
VRS-CY1JB333J
VRS-CY1JB391J
VRS-TQ2BB1R0J
VRS-CY1JB273J
VRS-TQ2BB1R0J
VRS-TQ2BB1R0J
VRS-CY1JB102J
VRS-CY1JB471J
VRS-CY1JB561J
VRS-CY1JB181J

PRICE
RANK
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J

AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA

DESCRIPTION
560 kohms,1/16W
100 kohm,1/16W
12 kohms,1/16W
2.2 kohms,1/16W
56 kohms,1/16W
100 kohm,1/16W
68 kohms,1/16W
39 kohms,1/16W
100 ohm,1/16W
220 ohms,1/16W
10 kohm,1/16W
1 Mohm,1/16W
150 ohms,1/16W
10 kohm,1/16W
27 kohms,1/16W
6.8 ohms,1/16W
10 ohm,1/16W
150 ohms,1/16W
2.7 kohms,1/16W
270 ohms,1/16W
10 kohm,1/16W
3.3 kohms,1/16W
220 kohms,1/16W
1 kohm,1/16W
1 kohm,1/16W
1 kohm,1/16W
10 kohm,1/16W
10 kohm,1/16W
47 kohms,1/16W
1 kohm,1/16W
10 kohm,1/16W
10 kohm,1/16W
10 kohm,1/16W
220 ohms,1/16W
47 ohms,1/16W
1 kohm,1/16W
220 ohms,1/16W
27 kohms,1/16W
1 kohm,1/16W
12 kohms,1/16W
12 kohms,1/16W
56 kohms,1/16W
33 kohms,1/16W
12 kohms,1/16W
22 kohms,1/16W
6.8 kohms,1/16W
22 kohms,1/16W
6.8 kohms,1/16W
47 kohms,1/16W
33 kohms,1/16W
3.9 ohms,1/16W
100 kohm,1/16W
56 kohms,1/16W
33 kohms,1/16W
390 ohms,1/16W
1 ohm,1/8W
27 kohms,1/16W
1 ohm,1/8W
1 ohm,1/8W
1 kohm,1/16W
470 ohms,1/16W
560 ohms,1/16W
180 ohms,1/16W

OTHER CIRCUITRY PARTS
BI1/CNS402
BI301/CNS301
BI441/CNS441
BI701/CNS701
BI702/CNS702
BI704A/B/CNS704
BI901/CNS901
BI902/CNS902
BI903A/B/CNS903
CN1101
CN1300
CN1401
CN1501
CNP1
CNP2
CNP3

–4–

QCNWN1886AWZZ J
QCNWN1977AWZZ J
QCNWN1887AWZZ J
QCNWN1884AWZZ J
QCNWN1885AWZZ J
QCNWN1888AWZZ J
QCNWN1890AWZZ J
QCNWN1891AWZZ J
QCNWN1892AWZZ J
QCNCWXM28AFZZ J
QCNCM891BAFZZ J
QCNCWYR09AWZZ J
QCNCWYR27AWZZ J
QCNCM704GAWZZ J
QCNCM704HAWZZ J
92LCONE2P53253 J

AH Connector Ass’y,6/7Pin
AG Connector Ass’y,9/9Pin
Connector Ass’y,6/6Pin
AF Connector Ass’y,5/5Pin
AG Connector Ass’y,8/8Pin
AG Connector Ass’y,6/3/3Pin
AH Connector Ass’y,7/7Pin
AH Connector Ass’y,12/12Pin
AK Connector Ass’y,7/4/11Pin
AG Socket,28Pin
AC Plug,2Pin
AD Socket,9Pin
AE Socket,27Pin
AC Plug,7Pin
AC Plug,8Pin
AB Plug,2Pin

MD-E9000W
NO.

PRICE
RANK

PARTS CODE

CNP4
CNP4A
CNP5
CNP6
CNP401
CNP402
CNP403
CNP404
CNP405
CNP406
CNP441
CNP451
CNP702
CNP703
CNP704
CNP871
CNP903
CNP971
CNS1A/B
CNS2A/B
CNS3
CNS4A/B
CNS6
CNS971
CORE1,2
CW1501
CW1931
1 F801
1 F802,803
FFC702
FFC703
FL701
JK441
JK981
LUG901
M1
M2
M901
M902
M903
M904
M905
1 RL800
RX781
SO301
1 SO801
SO901
SW4
SW441

92LCONE6P53253 J
92LCONE6P53254 J
92LCONE8P53253 J
92LCONE6P53253 J
QCNCWZX08AWZZ J
QCNCM705GAFZZ J
92LCONECP53253 J
92LCONE7P53253 J
92LCONE9P53253 J
QCNCWZX12AWZZ J
92LCONE6P53253 J
QCNCWYP27AWZZ J
QCNCWZY12AWZZ J
QCNCWZY08AWZZ J
92LCONE3P53253 J
92LCONE5P53254 J
92LCONEBP5267X J
92LCONE2P53253 J
QCNWN1976AWZZ J
QCNWN1975AWZZ J
QCNWN1895AWZZ J
QCNWN1894AWZZ J
QCNWN2077AWZZ J
QCNWN1896AWZZ J
RCORF0015AWZZ J
QCNWN1880AWZZ J
QCNWN1742AWZZ J
QFS-D632CAWNI J
QFS-D252CAWNI J
QCNWN1889AWZZ J
QCNWN1882AWZZ J
VVKST48GNK/-1
J
QSOCJ0221AWZZ J
QJAKM0004AWZZ J
QLUGP0001AWZZ J
92LMTR1854BASY J
92LMTR3515CASY J
RMOTV0038AWZZ J
92LMTR3167BASY J
92LMTR3167AASY J
RMOTV0027AWZZ J
RMOTV0027AWZZ J
RRLYD0011AWZZ J
VHLN64H380A-1
J
QTANC0301AWZZ J
QSOCA0212AWZZ J
QTANA0416AWZZ J
QSW-F9001AW01 J
QSW-S0024AWZZ J

AC
AC
AC
AC
AC
AB
AD
AC
AC
AC
AC

AC
AB
AF
AE
AC
AC
AE
AD
AZ
AD
AK
AC
AP
BA
AT
AP
AN
AM
AM
AE
AK
AH
AD
AE
AD
AE

SW701
SW702
SW703

92LSWICH1401AT J
92LSWICH1401AT J
92LSWICH1401AT J

AC
AC
AC

SW704
SW705

92LSWICH1401AT J
92LSWICH1401AT J

AC
AC

SW706

92LSWICH1401AT J

AC

SW707
SW708

92LSWICH1401AT J
92LSWICH1401AT J

AC
AC

SW709
SW710

92LSWICH1401AT J
92LSWICH1401AT J

AC
AC

SW711
SW712
SW713
SW714
SW715

92LSWICH1401AT
92LSWICH1401AT
92LSWICH1401AT
92LSWICH1401AT
92LSWICH1401AT

J
J
J
J
J

AC
AC
AC
AC
AC

SW716
SW717
SW718
SW719
SW720
SW721
SW722
SW723
SW724
1 SW801

92LSWICH1401AT
92LSWICH1401AT
92LSWICH1401AT
92LSWICH1401AT
92LSWICH1401AT
92LSWICH1401AT
92LSWICH1401AT
92LSWICH1401AT
QSW-B0002AWZZ
QSOCE0008AWZZ

J
J
J
J
J
J
J
J
J
J

AC
AC
AC
AC
AC
AC
AC
AC
AF
AH

AC
AC
AB
AB
AC
AB
AG
AF
AC
AF

DESCRIPTION
Plug,6Pin
Plug,6Pin
Plug,8Pin
Plug,6Pin
Socket,8Pin
Plug,7Pin
Plug,12Pin
Plug,7Pin
Plug,9Pin
Socket,12Pin
Plug,6Pin
Socket,27Pin
Socket,12Pin
Socket,8Pin
Plug,3Pin
Plug,5Pin
Plug,11Pin
Plug,2Pin
Connector Ass’y,7/7Pin
Connector Ass’y,8/8Pin
Connector Ass’y,2Pin
Connector Ass’y,6/6Pin
Connector Ass’y,2Pin
Connector Ass’y,2Pin
Core
Flat Cable,27Pin
Flat Cable,9Pin
Fuse,T6.3A L 250V
Fuse,T2.5A L 250V
Flat Cable,12Pin
Flat Cable,8Pin
FL Display
Jack,AUX Input
Jack,Headphones
Lug
Motor with Gear [Sled]
Motor with Chassis [Spindle]
MD Spindle Motor Ass’y
MD Sled Motor Ass’y
MD Loading Motor Ass’y
CD Lid Motor
Motor,Air Cooling Fan
Relay
Remote Sensor,N64H380A
Terminal,Antenna
Socket,AC Input
Terminal,Speaker
Switch,Push Type [Pickup In]
Switch,Slide Type
[Span Selector]
Switch,Key Type [Volume Down]
Switch,Key Type [Volume Up]
Switch,Key Type
[CD Play/Pause]
Switch,Key Type [CD Stop]
Switch,Key Type
[FF/Skip Up/Preset Up]
Switch,Key Type
[REW/Skip Down/Preset Down]
Switch,Key Type [MD Stop]
Switch,Key Type
[MD Play/Pause]
Switch,Key Type [Memory/Enter]
Switch,Key Type
[Display (Demo)]
Switch,Key Type [X-Bass]
Switch,Key Type [Equalizer]
Switch,Key Type [Aux]
Switch,Key Type [Tuner (Band)]
Switch,Key Type
[CD Open/Close]
Switch,Key Type [On/Stand-by]
Switch,Key Type [MD Eject]
Switch,Key Type [LP4]
Switch,Key Type [LP2]
Switch,Key Type [SP]
Switch,Key Type [Normal]
Switch,Key Type [High]
Switch,Key Type [MD Rec]
Switch,Lever Type [Open/Close]
Switch,Slide Type
[Voltage Selector]

NO.
SW1930
SW1932
SW1933
SW1934
SW1936

PRICE
RANK

PARTS CODE
QSW-P0011AWZZ
QSW-M0007AWZZ
QSW-M0007AWZZ
QSW-M0007AWZZ
QSW-M0157AFZZ

DESCRIPTION

J
J
J
J
J

AD
AD
AD
AD
AD

Switch,Push Type [Write Pro]
Switch,Push Type [Loading]
Switch,Push Type [Record]
Switch,Push Type [Play]
Switch,Slide Type [Lead In]

J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J

AH
AH
AG
AK
AE
AC
AC
AC
AB
AB
AC
AC
AB
AC
AB
AB
AC
AC
AC
AG
AC
AG
AL
AF
AC
AR
BM
AB
AB
AB
AA
AB
AB
AB
AB
AB
AB
AA
AB
AB
AT
AP
AN
AD
AD
AD
AD
AD

LD Base
MD Base
Cartridge Holder Ass’y
Slider Lever Ass’y
Arm,Holder
Plate,Switch
Lever,Shift
Lever,Cam Plate
Spring,Loading
Spring,Grip
Spring,Shaft
Spring,Loading Arm
Spring,Shift Arm
Gear,Loading (A)
Gear,Middle (A)
Gear,Middle (B)
Gear,Middle (C)
Gear,Middle (D)
Gear,Grip
Drive Shaft Ass’y
Shaft,Pickup Slide
Cover,Shield,Top
Cover,Shield,Side
Cover,Shield,Bottom
Cushion,Shield Cover
Magnetic Head
MD Optical Pickup Ass’y
Spring,Ground
Screw,ø1.4×1.5mm
Screw,ø2×2mm
Screw,ø1.4×2.5mm
Screw,ø1.7×5mm
Screw,ø1.4×3mm
Screw,ø1.7×3mm
Screw,ø1.4×4.5mm
Screw,ø2×3mm
Screw,ø1.7×3mm
Washer,ø1.4×0.5mm
Screw,ø1.7×3mm
Screw,ø1.4×5mm
MD Spindle Motor Ass’y
MD Sled Motor Ass’y
MD Loading Motor Ass’y
Switch,Push Type [Write Pro]
Switch,Push Type [Loading]
Switch,Push Type [Record]
Switch,Push Type [Play]
Switch,Slide Type [Lead In]

Gear,Middle
Gear,Drive
Rail,Guide
Shaft,Guide
Pickup Unit Ass’y
Pickup Unit
(Not Replacement Item)
Gear,Rack
Spring,Rack
Screw,ø2.6×6mm
Screw,ø2×5mm
Screw,ø2×3mm
Washer,ø1.5×ø3.8×0.25mm
Motor with Gear [Sled]
Motor with Chassis [Spindle]
Switch,Push Type [Pickup In]

MD MECHANISM PARTS
2
3
4
5
7
8
9
10
12
14
15
16
17
18
19
20
21
22
24
27
28
30
31
32
33
34
1 35
36
501
502
503
504
505
506
507
509
510
511
512
513
M901
M902
M903
SW1930
SW1932
SW1933
SW1934
SW1936

LCHSM0089AWZZ
LCHSM0090AWZZ
LHLDX3009AWM1
MLEVF0051AWM1
MLEVF0046AWFW
MLEVF0047AWFW
MLEVF0054AWFW
MLEVP0095AWZZ
MSPRD0132AWFJ
MSPRP0030AWFJ
MSPRP0031AWFJ
MSPRT0031AWFJ
MSPRT0032AWFJ
NGERH0085AWZZ
NGERH0086AWZZ
NGERH0087AWZZ
NGERH0088AWZZ
NGERH0089AWZZ
NGERR0004AWZZ
NSFTD0006AWM1
NSFTM0019AWFW
PCOVS3029AWFW
PCOVS3035AWFW
PCOVS3036AWFW
PCUSG0045AWZZ
RCILH0005AWZZ
RCTRH8198AFZZ
MSPRT0034AWFJ
LX-BZ0040AWZZ
LX-BZ0046AWZZ
LX-BZ0800AFZZ
LX-BZ0883AFZZ
LX-JZ0020AWZZ
LX-JZ0022AWZZ
LX-JZ0024AWZZ
XBPSD20P03K00
XSPSN17P03K00
XWSSD14-05000
LX-BZ0846AFZZ
LX-JZ0025AWZZ
RMOTV0038AWZZ
92LMTR3167BASY
92LMTR3167AASY
QSW-P0011AWZZ
QSW-M0007AWZZ
QSW-M0007AWZZ
QSW-M0007AWZZ
QSW-M0157AFZZ

CD MECHANISM PARTS
301
302
303
304
1 306
306- 1

NGERH0011AWZZ
NGERH0012AWZZ
MLEVP0010AWZZ
NSFTM0020AWFW
92LHPC1LXASY
————

J
J
J
J
J

AC
AC
AC
AD
BD
—

306- 2
306- 3
701
702
703
704
M1
M2
SW4

NGERR0043AFZZ
MSPRC0961AFZZ
XBSSD26P06000
XHBSD20P05000
XBBSD20P03000
LX-WZ1070AFZZ
92LMTR1854BASY
92LMTR3515CASY
QSW-F9001AW01

J
J
J
J
J
J
J
J
J

AC
AA
AA
AA
AA
AA
AP
BA
AD

J
J
J
J

AK Rear Cabinet
CD Lid Gear Unit Ass’y
AF Holder,Motor
AF Cover,Motor Holder

CABINET PARTS
202
203
203- 1
203- 2

–5–

GCABB1257AWSA
GEAR3641AASY1
LHLDZ1399AWZZ
LHLDZ1400AWZZ

MD-E9000W
NO.
203- 3
203- 4
203- 5
203- 6
204
205
205
206
207
208
209
210
211
212
213
214
215
216
217
218
219
220
221
222
223
224
225
226
227
228
229
230
231
232
233
234
235
236
237
238
239
240
1 241
242
243
244
245
246
247
248
249
250
251
255
256
257
258
259
260
261

PRICE
RANK

PARTS CODE
NGERW0018AWZZ
NGERH0148AWZZ
NGERH0149AWZZ
NGERW0019AWZZ
GCOVA1413AWSA
GITAR0731AWSA
GITAR0862AWSA
GITAS0093AWSA
GITAS0094AWSA
GDORF0064AWSM
GDORF0108AWSA
HPNLC1297AWSA
JKNBZ0814AWSA
JKNBZ0815AWSA
JKNBZ0816AWSA
LANGK0263AWFW
LANGK0264AWFW
LANGQ0013AWFW
LCHSM0129AWFW
LHLDZ1345AWZZ
LHLDZ1346AWZZ
LHLDZ1347AWZZ
LHLDZ1353AWZZ
LHLDZ1354AWZZ
LPLTP0012AWZZ
MLEVP0107AWSA
MLEVP0116AWSA
MSPRD0108AWFJ
MSPRT0022AWZZ
NBRGC0003AWZZ
NFANP0001AWZZ
PCOVP1001AWSA
PCUSG0022AWZZ
PCUSG0061AWZZ
PFLT-0047AWZZ
PRDAR0168AWFW
PRDAR0194AWFW
PSHEP0060AWZZ
PSHEP0065AWZZ
PSHEP0066AWZZ
PSHEP0071AWZZ
PSLDM9001AWZZ
QFSHD0001AWZZ
TCAUS0028AWZZ
92LCAUT1706A1
92LCAUT1706B
92LCSPR1431C
92LMCUSN1524A
92LNBAND1318A
PSLDC5001AWZZ
PSLDC5002AWZZ
PSLDC5003AWZZ
QCNWN2084AWZZ
PSPAZ0043AWZZ
GCOVA1393AWSA
GCOVA1398AWSA
GCOVA1399AWSA
HDECQ0729AWSA
HDECQ0752AWSA
PCOVQ1009AWZZ

J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J

263
263

TSPC-0957AWZZ
TSPC-0958AWZZ

J
J

601
602
603
604
605
606
607
609
610
611
612
613
614
615
616
617
618
619

LX-BZ0880AFZZ
LX-EZ0005AWFD
LX-EZ0029AWFN
LX-HZ0082AFZZ
LX-JZ0010AFFD
XBBSD20P04000
XEBSD20P14000
XEBSD26P06000
XEBSD26P08000
XEBSD26P10000
XEBSD30P10000
XEBSF26P08000
XHBSD30P06000
XJBSD30P08000
XJBSD30P10000
XJBSF30P10000
XJSSD30P10000
XWHSD26-05100

J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J

AE
AE
AE
AK
AF

AH
AK
AF
AD
AR
AN
AG
AG
AE
AD
AD
AP
AD
AD
AD
AC
AC
AD
AD
AC
AB
AC
AD
AE
AB
AB
AB
AF
AP
AE
AC
AB
AF
AF
AB
AB
AC
AA
AA
AD
AA

AE
AV
AL
AR
AK

AC
AA
AB
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA
AA

DESCRIPTION

NO.

Gear,Worm
Gear,Reduction (A)
Gear,Reduction (B)
Wheel,Worm
Cover,Bottom
Rear Panel [Except for Russian]
Rear Panel [For Russian]
Side Panel,Right
Side Panel,Left
Door,MD
Frame,MD Door
Top Cabinet
Button,Function
Button,CD/MD Function
Button,Rec
Bracket,Fan Support
Bracket,Tuner PWB
Bracket,Remote Sensor
Main Chassis
Holder,MD,Left
Holder,MD,Right
Holder,FL Display
Lid Holder,Left
Lid Holder,Right
Plate,Cam
Lever,CD Lid,A
Lever,CD Lid,B
Spring,Fan Motor
Spring,MD Lid
Bearing Metal
Rotary Fan
Cover,CD Mechanism
Cushion,Leg
Cushion,CD Lid
Felt
Heat Sink,Sub C
Heat Sink,Main
FL Filter
Sheet,Reflector,A
Sheet,Reflector,B
Sheet,Reflector,C
Plate,Shield
Holder,Fuse
Caution Label,Class 3B
Label,Class 3 Laser
Label,Laser
Spring,Ring
Cushion
Nylon Band,80mm
Copper Sheet,A
Copper Sheet,B
Copper Sheet,C
Lug Wire
PWB Insulator,A
CD Indicator,Top
CD Lid Panel
FL Panel
CD Lid
MD Decoration Panel
Shield,Terminal
[For Australia/New Zealand
Only]
Label,Specifications [For Taiwan]
Label,Specifications
[For Thailand]
Screw,ø2×2.2mm
Screw,Special
Screw,ø2.6×10mm
Screw,ø4×8mm
Screw,ø3×10mm
Screw,ø2×4mm
Screw,ø2×14mm
Screw,ø2.6×6mm
Screw,ø2.6×8mm
Screw,ø2.6×10mm
Screw,ø3×10mm
Screw,ø2.6×8mm
Screw,ø3×6mm
Screw,ø3×8mm
Screw,ø3×10mm
Screw,ø3×10mm
Screw,ø3×10mm
Washer,ø2.6×10×0.5mm

–6–

PRICE
RANK

PARTS CODE

DESCRIPTION

ACCESSORIES/PACKING PARTS
1
1
1
1
1

————
QACCB0012AW00
QACCE0007AW00
QACCJ0006AW00
QACCL0002AW00
QANTL0009AWZZ
QPLGA0004AWZZ
SPAKA0308AWZZ
SPAKA0309AWZZ
SPAKC1298AWZZ
SPAKT0027AWZZ
SPAKZ0775AWZZ
SPAKZ0777AWZZ
SPAKZ0779AWZZ
SSAKA0007AWZZ
SSAKH0063AWZZ
TCAUA0071WAZZ
TCAUZ0103AWZZ
TGANZ0028AW86
TINSZ0721AWZZ

J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J
J

TINSZ0722AWZZ

J

TINSZ0738AWZZ
TLABE0554AWZZ
TLABE0587AWZZ
TLABG0002AWZZ
TLABS0337AWZZ
TLABS0351AWZZ
TLABZ0976AWZZ
92LBAG1770A

J
J
J
J
J
J
J
J

—
AS
AH
AK
AN
AH
AF
AL
AL
AL
AB
AB
AD

AN

AB

AB

92LFANT1746A
J
92LGCARD1266E1 J

AD
AC

92LLABL1204C
92LLABL1507B

J
J

AA
AA

92LPANEL713A
J
RRMCG0277AWSA J
GFTAB1038AWSA J

AB
AX

Battery (Not Replacement Item)
AC Power Supply Cord
AC Power Supply Cord
AC Power Supply Cord
AC Power Supply Cord
AM Loop Antenna
AC Plug Adaptor
Packing Add.,Left
Packing Add.,Right
Packing Case
Inner Packing Case
Pad,Accessories
Sheet,Protection
Pad,Cushion
Polyethylene Bag,Accessories
Polyethylene Bag,Unit
Tag,Caution [For Taiwan Only]
Sheet,Approval
Warranty Card [For Taiwan]
Operation Manual
[For Australia/New Zealand]
Operation Manual
[Except for Australia/New
Zealand/Russian]
Operation Manual [For Russian]
Label,Bar Code
Label,Bar Code
Label,Hong Kong
Label,Safety [For Hong Kong]
Label,CPA
Label,Carton [For Taiwan]
Polyethylene Bag,AC Power
Supply Cord
FM Antenna
Warranty Card
[Except for Taiwan]
Label,MADE IN MALAYSIA
Label,Packing Case,MADE IN
MALAYSIA
Panel,MADE IN MALAYSIA
Remote Control
Battery Lid,Remote Control

P.W.B. ASSEMBLY (Not Replacement Item)
PWB-A1,2

92LPWB3641MANS J

PWB-B1~3

92LPWB3641DPLS J

1 PWB-C1~3

92LPWB3641TUNS J

PWB-D
PWB-E
PWB-F
PWB-G1,2

92LPWB3639CDUS
92LPWB3503MDS
QPWBF0027AWZZ
QPWBF0649AWZZ

J
J
J
J

—

Main/Aux Input
(Combined Ass’y)
— Display/LED/CD Lid Open/Close
(Combined Ass’y)
— Tuner/Power/Power Amp.
(Combined Ass’y)
— CD Servo
— MD Main
AD CD Motor (PWB Only)
AC MD Mechanism Switch/MD
Loading (PWB Only)

OTHER SERVICE PARTS
QCNWK0059AFZZ
QCNWK0108AFZZ
QCNWK0132AFZZ
RRCDT0101AFZZ
RRCDT0103AFZZ

J
J
J
J
J

RUNTK0581AFZZ
UDSKA0004AFZZ
88GMMD-213AS

J
J
J

88GMMD-318

J

AF
AL
AP
CB
BK

Extension Connector (2Pin)
Extension Flat Cable (28Pin)
Extension Flat Cable (9Pin)
Test Disc,High Reflection
Head Adjusting Transparend
Disc
BK Extension PWB for Service
AZ CD Pickup Lens Cleaner
BT Low Reflection Disc,PreAdjustment Mini Disc
(TEAC Test MD)
BF Low Reflection Disc,PreAdjustment Mini Disc
(TEAC Test MD)

MD-E9000W
NO.

PRICE
RANK

PARTS CODE

DESCRIPTION

CP-E9000H

SPEAKER BOX PARTS
901
902
903
905

CPNLS1030AWSA
CCAB-1196AWSA
CWAKP1048AWSA
QCNWN1930AWZZ

J
J
J
J

BB
BD
AV
AN

906
907
908
909
910
912
913
914
SP1,2
SP3,4

LHLDZ8001AWSA
PCUSG0022AWZZ
XJBSD40P12000
XJBSF30P10000
XJBSD30P10000
QTANA9007AWZZ
XJBSD40P20000
PFLT-0057AWZZ
RSPA10013AW4W
RSPA00011AW6T

J
J
J
J
J
J
J
J
J
J

AD
AB
AA
AA
AA
AF
AA
AX
AQ

Front Panel Ass’y
Speaker Box Ass’y
Net Frame Ass’y
Lead Wire Ass’y
(With Capacitor C1,2)
Catching Holder
Cushion,Leg
Screw,ø4×12mm
Screw,ø3×10mm
Screw,ø3×10mm
Terminal,Speaker
Screw,ø4×20mm
Felt
Woofer
Tweeter

ACCESSORIES/PACKING PARTS
CCNWN1938AWZZ
SPAKA0303AWZZ
SPAKA0304AWZZ
SPAKT0026AWZZ
SSAKH0055AWZZ
TSPC-0865AWZZ

J
J
J
J
J
J

Speaker Cord Ass’y
AK Packing Add.,Top
AK Packing Add.,Bottom
AL Packing Case
Miramat Bag
Label,Specifications

–7–

MD-E9000W
MD-E9000W

306-2

A

306
306-1
306-3

701

704

B

701

304

C

302
702x2

D

301

303

703x2
E

M2

F

M1
G

SW4

H

PWB-F
1

2

3

4

Figure 8 CD MECHANISM EXPLODED VIEW
–8–

5

6

MD-E9000W
MD-E9000W

A

30
509

509

7
12

16

B

512
4
509

C

21
20

5

19

33x2

36

10
18
33x2

512x2

D

8

509

E

22

2

31
M903

SW1934
SW1932 SW1933
PWB-G2

504
17

506

SW1930

F

PWB-E

9

34
510x2
27

3
28
506x2

24

SW1936

PWB-G1

G

35

506

509

M901

14
503

M902
15
501x2
511
505x3

507

507
513

502

32

H

1

2

3

4

Figure 9 MD MECHANISM EXPLODED VIEW
–9–

5

6

MD-E9000W
MD-E9000W

239

603x2

202

224

617
257
617

A

617

207

225

611x2
238

203-5
610

256

203-6

613

203-4

606x2
611
617

B

203-1
203-3

PWB-B3

237
617

203-2

259

M904

607x3

203

611

221

611
PWB-D

611
FL701

PWB-B2
258
220
RX781

C

611x3

232x2
240

610

216

222
611
617
243
223
611x2

D

211

611x10

PWB-B1

617

210
206

604x4
260

255

234

261

248x2
255

616x2
IC901

236

Silicon
Grease

613

605

230

235

213

241x6
616x2

617

E
212
208
209

CD
MECHANISM

PWB-C2

609
605

227

244

Silicon
Grease

615x2

Q951
616x3
Q961

619

246x4
602x4

Q941

263

612x2
251
615x2
617x2

615x2
CNS6

617x2
205

PWB-C3

218
614x2
PWB-A1
242

219

PWB-A2

MD MECHANISM

226

M905
214

217

614x2

G

617

617x6

F

233
228

245

250

PWB-C1
601x2
229
605
615
249

215

618x2

605

231x4
204

H

247

615

610x3

1

2

3

4

Figure 10 CABINET EXPLODED VIEW
– 10 –

5

6

MD-E9000W
CP-E9000H

913x8
BK
Tweeter
SP3 (L-CH)
SP4 (R-CH)

A

C1, 2
Capacitor (N.P.)
3.3µF, 100V
BK

909x2
902
RD

BK

BK
SPEAKER
TERMINAL

B

912

Woofer
SP1 (L-CH)
SP2 (R-CH)
C

914x2

Tweeter
SP3 (L-CH)
SP4 (R-CH)

C1, 2
Capacitor(N.P)
3.3µF, 100V

907x4

D

905
(with Capacitor C1, 2)
Woofer
SP1 (L-CH)
SP2 (R-CH)

910x2
901

E

SP3,4
908x4
906x4

F

SP1,2

903
G

H

1

2

3

4

Figure 11 SPEAKER EXPLODED VIEW
– 11 –

5

6

MD-E9000W
—MEMO—

– 12 –

MD-E9000W

COPYRIGHT

©

2001 BY SHARP CORPORATION

ALL RIGHTS RESERVED.
No part of this publication may be reproduced,
stored in a retrieval system, or transmitted in
any form or by any means, electronic, mechanical,
photocopying, recording, or otherwise, without
prior written permission of the publisher.

SHARP CORPORATION
AV Systems Group
Audio Systems Division
Higashihiroshima, Hiroshima 739-0192, Japan
Printed in Japan
A0108-1463DS•HA•M
SA • SZ • EX



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Source Exif Data:

File Type                       : PDF
File Type Extension             : pdf
MIME Type                       : application/pdf
PDF Version                     : 1.4
Linearized                      : Yes
Create Date                     : 2001:08:28 17:23:23Z
Modify Date                     : 2003:11:26 16:28:11+01:00
Subject                         : Service Manual english
Keywords                        : MD-E9000W, MD-E9000W, MD, Compact, Component, System
Page Count                      : 100
Creation Date                   : 2001:08:28 17:23:23Z
Producer                        : Acrobat Distiller 3.01 for Power Macintosh
Author                          : SEa-Füllsack
Mod Date                        : 2003:11:26 16:28:11+01:00
Metadata Date                   : 2003:11:26 16:28:11+01:00
Creator                         : SEa-Füllsack
Title                           : MD-E9000W Service-Manual GB
Description                     : Service Manual english

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