Sharp MDX-8-H Service manual

SERVICE MANUAL

SRS technology Licensed from SRS Labs. SRS technology holds the following patents:U.S. Patent No. 4,748,669 and U.S. Patent No. 4,841,572.

, the SRS Logo and the

are registered trade-

marks of SRS Labs, Inc. in the United States.

US and foreign patents licensed from Dolby Laboratories Licensing Corporation.

MD-X8H

No. S0779MDX8H///

MD-X8H

• 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 FOR SERVICE MANUAL ........................................................................................................... 2

IMPOTANT SERVICE MANUAL (FOR UK ONLY) ............................................................................................................ 3

SPECIFICATIONS ............................................................................................................................................................. 3

NAMES OF PARTS ........................................................................................................................................................... 4

OPERATION MANUAL ...................................................................................................................................................... 6

DISASSEMBLY.................................................................................................................................................................. 8

REMOVING AND REINSTALLING THE MAIN PARTS................................................................................................... 12

ADJUSTMENT ................................................................................................................................................................. 15

NOTES ON SCHEMATIC DIAGRAM .............................................................................................................................. 31

TYPE OF TRANSISTOR AND LED ................................................................................................................................. 31

WIRING DIAGRAM .......................................................................................................................................................... 32

BLOCK DIAGRAM ........................................................................................................................................................... 34

SCHEMATIC DIAGRAM / WIRING SIDE OF P.W.BOARD............................................................................................. 38

VOLTAGE ........................................................................................................................................................................ 68

WAVEFORMS OF CD CIRCUIT...................................................................................................................................... 69

WAVEFORMS OF MD CIRCUIT ..................................................................................................................................... 70

TROUBLESHOOTING (CD SECTION) ........................................................................................................................... 72

TROUBLESHOOTING (MD SECTION) ........................................................................................................................... 76

FUNCTION TABLE OF IC................................................................................................................................................ 81

WIRING OF PRIMARILY SUPPLY LEADS (FOR UK ONLY) ......................................................................................... 90

RDS OPERATION ............................................................................................................................................................91

REPLACEMENT PARTS LIST/EXPLODED VIEW/ PACKING OF THE SET (FOR UK ONLY)

SHARP CORPORATION

– 1 –

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

MD-X8H

Optical pickup

Mechanism Chassis

Spindle Motor

Magnet Head

Laser Beam

Cartridge Holder

Laser Diode Properties

● Material: GaAlAs

● Wavelength: 785 nm

● Pulse time:

Read mode: 0.8 mW Continuous Write mode: max 10 mW 0.5S

min cycle 1.5S Repetition

SAFETY PRECAUTION FOR SERVICE MANUAL

WARNINGS (CD)

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 OBSERVED DURING SERVICING TO PROTECT YOUR EYES AGAINST EXPOSURE TO THE LASER BEAM.

1-WHEN THE CABINET IS REMOVED, THE POWER IS

TURNED ON WITDOUT A COMPACT DISC IN POSITION AND THE PICK-UP IS ON THE OUTER EDGE THE LASER WILL LIGHT FOR SEVERAL SECONDS TO DETECT A DISC. DO NOT LOOK INTO THE PICK-UP LENS.

2-THE LASER POWER OUTPUT OF THE PICK-UP UNIT

AND REPLACEMENT SERVICE PARTS ARE ALL FACTORY PRE-SET BEFORE SHIPMENT. DO NOT ATTEMPT TO RE-ADJUST THE LASER PICKUP UNIT DURING REPLACEMENT OR SERVICING.

3-UNDER NO CIRCUMSTANCES STARE INTO THE PICK-

UP LENS AT ANY TIME.

4-CAUTION-USE OF CONTROLS OR ADJUSTMENTS, OR

PERFORMANCE OF PROCEDURES OTHER THAN THOSE SPECIFIED HEREIN MAY RESULT IN HAZARDOUS RADIATION EXPOSURE.

ANTENNA

AM LOOP

FM

75 OHMS

ANALOG IN/OUT

RIGHT LEFT

OUT

AUX 2

IN

RIGHT

LEFT

GND

PHONE

RESET

AUX DIGITAL IN

DIGITAL 1 OPTICAL

DIGITAL 2 COAXIAL

RIGHT

IMPEDANCE : 6 OHMS

SPEAKERTS

LEFT

RATED SPEAKER

Laser Diode Properties

Material: GaAIAs Wavelength: 780 nm Emission Duration: continuous Laser Output: max. 0.6 mW

WARNINGS (MD)

The AEL (ACCESSIBLE EMMISSION 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 (SW 1956) is turned on and then PLAY SW (SW 1954 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 pre-set before shipment.

Do not attempt to re-adjust the laser pick-up 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.

● CAUTION

Use the MD/CD component system only in accordance with the instructions given in this manual

and do not attempt to interfere with the interlock switch or make any other adjustment as this may result in exposure to hazardous radiation.

VARO ! Avattaessa ja suojalukitus ohitettaessa olet alttiina näkymättömälle lasersäteilylle. Älä katso säteeseen. VARNING! 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.

LASER KLASSE 1 LUOKAN 1 LASERLAITE KLASS 1 LASERAPPARAT

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.

CAUTION - INVISIBLE LASER RADIATION WHEN OPEN AND INTERLOCKS DEFEATED . AVOID EXPOSURE TO BEAM .

VARNING - OSYNLIG LASERSTRALNING NAR DENNA DEL AR OPPNAD OCH

AR URKOPPLADE . STRALEN AR FARLIG.

SPARRAR

ADVARSEL - USYNLIG LASERSTRALING NAR DEKSEL APNES OG SIKKERHEDSLAS BRYTES . UNNGA EKSPONERING FOR STRALEN . VARO! AVATTAESSA JA SUOJALUKITUS OHITETTAESSA OLET ALTTIINA NAKYMATON LASERSATEILYLLE . ALA KATSO SATEESEN .

VARNING - OSYNLIG LASERSTRALING NAR DENNA DEL AR OPPNAD OCH SPARREN AR URKOPPLAD . BETRAKTA EJ STRALEN . ADVARSEL - USYNLIG LASERSTRALING VED ABNING . NAR SIKKERHEDSAFBRYDERE ER UDE AF FUNKTION . UNDGA UDSETTELSE FOR STRALING .

Magnetic Head

Optical pickup

Figure 2-1

Figure 2-2

– 2 –

FOR A COMPLETE DESCRIPTION OF THE OPERATION OF THIS UNIT, PLEASE REFER

(General)

Power source: AC 230V, 50 Hz Power consumption: 230 W Output power: PMPO; 340W (total)

MPO; 170W (85W+85W) (DIN 45 324) RMS; 100W (50W+50W) (DIN 45 324)

Input terminals: AUX 1 (Analogue); 500 mV/47 kohms

AUX 2 (Analogue); 500 mV/47 kohms AUX DIGITAL 1 (Optical) AUX DIGITAL 2 (Coaxial) PHONO; 3 mV/47 kohms

Output terminals: Headphones; 16- 50 ohms

(recommended; 32 ohms) Speakers; 6 ohms AUX (Analogue); 2.0 V (1 kohm)

Dimensions: Width; 240 mm (9-1/2")

Height; 290 mm (11-7/16") Depth; 317 mm (12-1/2")

Weight: 8.2 kg (18.1 lbs.)

Speaker section

Type: 2-way 150mm (6" ) woofer and 25mm

(1") dome tweeter type

Maximum input power: 100 W Rated input power: 50 W Impedance: 6 ohms Dimensions: Width; 197 mm (7-13/16")

Height; 297 mm (11-3/4") Depth; 281 mm (11-1/16")

Weight: 4.4 kg (9.7 lbs.) /each

Main unit section

(MiniDisc recorder section)

Type: MiniDisc recorder Signal readout: Non-contact, 3-beam semi-conductor

laser pick-up

Audio channels: Stereo 2 channels/monaural (long-play

mode) 1 channel

Frequency response: 20 - 20,000 Hz (+1/-3 dB) Rotation speed: 400 - 900 rpm CLV, Approx. Quantization: 16-bit linear Filter: 8-times oversampling digital filter Error correction: ACIRC (Advanced Cross Interleave

Reed-Solomon Code)

Coding: ATRAC (Adaptive TRansform Acoustic

Coding)

Recording method: Magnetic modulation overwrite method D/A converter: 1-bit Sampling frequency: 44.1 kHz Wow and flutter: Unmeasurable

(less than 0.001% W. peak)

Signal/noise ratio: 95 dB (1 kHz) Dynamic range: 90 dB (1 kHz)

(Compact disc player)

Type: 3 disc multi-play compact disc player Signal readout: Non-contact, 3-beam semi-conductor

laser pickup

Rotation speed: 200 - 500 rpm CLV, Approx. Error correction: CIRC (Cross Interleave Reed-Solomon

Code)

Quantization: 16-bit linear D/A converter: 1-bit Filter: 4-times oversampling digital filter Frequency response: 20 - 20,000 Hz (+1/-3 dB) Signal/noise ratio: 95 dB (1 kHz) Dynamic range: 90 dB (1 kHz) Wow and flutter: Unmeasurable

(less than 0.001% W. peak)

(Tuner section)

Frequency range: FM; 87.5 - 108 MHz

AM; 522 - 1,620 kHz

Sensitivity: FM; 2.5 µV (75 ohms, unbalanced)

AM; 650 µV/m

TO THE OPERATION MANUAL.

IMPORTANT SERVICE NOTES (FOR UK ONLY)

Before returning the unit to the customer after completion of a repair or adjustment it is necessary for the following withstand voltage test to be applied to ensure the unit is safe for the customer to use. Setting of Withstanding Voltage Tester and set.

Set name Withstanding Voltage Tester Test voltage

Set time Set current (Cutoff current) Unit Judgment OK: The “GOOD” lamp lights. NG: The “NG” lamp lights and the buzzor sounds.

Set value

4,240 VPEAK 3,000 VRMS 6 secs 4 mA

WITHSTANDING

VOLTAGE TESTER

AC

OUT

SHORT-CIRCUT AC POWER SUPPLY CORD

MD-X8H

PROBE

UNIT

CONNECT THE PROBE TO GND OF CHASSIS SCREW TERMINAL

SPECIFICATIONS

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

– 3 –

MD-X8H

1 2

3 4 5 6

7 8

9

10 11

12

28 29

30

31

32

33

34

35 37

39

36 38

40

21

13 14 15 16 171819 20

22 23 24 25 26 27

ON/STAND-BY

MD/CD STEREO MD-X8

MD MD CD MD

CD / MD MD EDIT

TRACK

VOLUME

3D

SURROUND

X-BASS

NAME/TOC EDIT/

TIMER/

DELETE

DISPLAY

MESSAGEAUXTUNER

DISC-1

DISC-2

DISC-3

PHONES MD IN/AUX1 INPUT LEVEL MIC MIC VOL PC CNT KEYBOARD

(BAND)

TUNING / CURSOR

EQUALIZER

ENTER

1 2 3

PLAY

1

2

3

MULTI CONTROL

DOWN UP

REC

SOUND RETRIEVAL SYSTEM

EON

NAMES OF PARTS

FRONT PANEL

1. On/Stand-by Button: ON/STAND-BY

2. Remote Control Sensor

3. MD MD Edit Button: MD MD

4. CD Track Select Button: TRACK

5. Personal Computer Mode Indicator

6. LCD Display

..

7. Name/TOC-Edit/RDS Button: NAME/TOC EDIT/R

8. Auxiliary Input (Digital/Analogue/Phono) Button: AUX

9. Tuner Call (Band Select) Button: TUNER (BAND)

10. 3D Surround Indicator

11. CD Disc Trays

12. Headphones Socket: PHONES

13. MD Edit/Auxiliary 1 (Analogue) Input Socket: MD IN / AUX1

14. Auxiliary Input Level (Analogue) Control: INPUT LEVEL

15. Microphone (Stereo) Socket

16. Microphone Input Level control: MIC VOL

17. Personal Computer Connect Socket: PC CNT

18. Keyboard Connect Socket: KEYBOARD

19. CD Open/Close Buttons:

20. CD Play Buttons: PLAY 1-3

21. MD Compartment

22. MD Indicator

23. CD Edit Button: CD MD

24. Record Button and Indicator :

25. Computer Network Button

26. MD Eject Button:

27. MD Play/Pause Button and Indicator:

28. MD Stop Button:

29. Volume Control: VOLUME

30. 3D Surround Button: 3D SURROUND

31. Extra Bass Button: X-BASS

32. Equalizer Button: EQUALIZER

33. Timer/Delete Button: TIMER/DELETE

34. Multi Control Button: MULTI CONTROL

35. Display Button: DISPLAY

36. Enter Button: ENTER

37. Tuning Up-Down/Cursor Buttons:

38. Message Button: MESSAGE

39. CD Play/Pause Button and Indicator:

40. CD Stop Button:

.D

..

.S

..

REAR PANEL

1. AM Loop Aerial Input Socket

2. FM 75 ohms Aerial Socket

3. Analogue Output Sockets

4. AUX2 (Analogue) Input Sockets

5. Phono Input Sockets

6. Phono Ground Terminal

7. Reset Button

8. Auxiliary Digital 1 Input Socket (Optical)

9. Auxiliary Digital 2 Input Socket (Coaxial)

10. Speaker Terminals

– 4 –

1 2

3 4 5 6 7

8 9

ANTENNA

AM

LOOP

ANALOG IN/OUT

RIGHT LEFT

RIGHT

GND

RESET

AUX DIGITAL IN

FM

75 OHMS

OUT

AUX 2

IN

LEFT

PHONO

DIGITAL 1

OPTICAL

DIGITAL 2

COAXIAL

SPEAKERS

RIGHT

RATED SPEAKER

IMPEDANCE : 6 OHMS

LEFT

10

1

11 12

13 14 15 16 17

18 19

20 21

2 3

4

8 9

10

22 23 24

25 26

27 28

29 30 31

56 7

VOLUME/

3D SURROUND

ON/STAND-BY

MD TUNER CD PLAY

12

ST

BAND

3

PRGM CLEAR P-MODE TIME

>

10

54321

10/09876

REC

REC

MODE

AUTO MARK

AUX

SYNCHRO

REC

1

2

3

4

REMOTE CONTROL

1. Record Mode Button: REC MODE

2. Record Button:

3. Clear Button: CLEAR

4. Programme Button: PRGM

5. Play Mode Button: P-MODE

6. Synchro Record Button: SYNCHRO REC

7. Auto Mark Button: AUTO MARK

8. Time Display Select Button:TIME

9. Auxiliary Input (Digital/Analogue) Button: AUX

10. Tuner Preset/CD/MD Track Number Input Buttons

11. Remote Control Transmitter Window

12. 3D Surround On/Off Button: SURROUND ON/OFF

13. Pre-Equalizer Button: PRE-EQ

14. Extra Bass Button: X-BASS

15. Volume/3D Surround Button: VOLUME/3D SURROUND

16. Wide/Center Button: WIDE/CENTER

17. On/Stand-by Button: ON/STAND-BY

18. MD Stop Button:

19. MD Play/Pause Button:

20. Tuner Stereo Button: ST

21. Tuner Band Button: BAND

22. Display Button: DISPLAY

..

23. Name/TOC-Edit/RDS Button: NAME/TOC EDIT/R 24 Tuning Up-Down/Cursor Buttons:

25. Enter Button: ENTER

26. Multi Control Button

27. Message Button: MESSAGE

28. Timer/Delete Button: TIMER/DELETE

1

29. CD Play Buttons: Play

3

-

30. CD Play/Pause Button:

31. CD Stop Button:

.D

..

.S

..

MD-X8H

SPEAKER

1. Dome Tweeter

2. Woofer

3. Speaker Terminals

4. Speaker Duct

– 5 –

MD-X8H

SETTING THE CLOCK

When you have set the date and time, this unit can be used

as a clock. It can be used for timer recording or for timer

playback. It is also used to store the MD recording date in

memory.

1

Turn the power on.

2

Press the TIMER/DELETE button.

3

Within 10 seconds, press the

or on the MULTI CONTROL

button to select TIME ADJUST.

4

Within 10 seconds, press the ENTER button.

The unit will enter the date setting mode.

5

Press the 1 or 0 on the MULTI CONTROL button to adjust

the year.

Press the button once to increase or decrease the year by one. Keep

pressing it to advance continuously.

For any year after 2000, use "00" for 2000, "01" for 2001, and so on.

6

Press the on the MULTI CONTROL button to select the

month.

7

Press the or on the MULTI CONTROL button to adjust the

month.

8

Press the on the MULTI CONTROL button to select the day.

9

Press the or on the MULTI CONTROL button to adjust

the day.

10

Press the

on the MULTI CONTROL button to select the

hour.

11

Press the or on the MULTI CONTROL button to adjust

the hour.

12

Press the on the MULTI CONTROL button to select the

minute.

13

Press the

or on the MULTI CONTROL button to adjust the

minute.

14

Press the ENTER button to start the clock at the top of the

minute.

The clock starts operating.

Notes:

In the event of a power failure or when the AC power lead is

disconnected, the clock setting will be lost. Reset the time.

Whilst recording an MD, you cannot set the date and clock. Be sure

to set the date and clock before recording.

The range of dates that can be entered is from July 1, 1997 to

December 31, 2049.

To change the setting

After performing steps 1 - 4 above,

1

Press the or

on the MULTI CONTROL button to select

the item (YEAR, MONTH, DAY or CLOCK) you want to

change.

2

Press the or on the MULTI CONTROL button to change

the setting.

3

Press the ENTER button.

To check the time

When the power is off, the time appears on the display.

When the power is on and you press the TIMER/DELETE button,

the time will appear for about 10 seconds on the display.

The year, month and day will not be displayed.

2

3

4

5

6

7

8

9

10

11

12

13

14

TIMEWADJUST

SLEEPWSET

TIMERWSET

TIMEWADJUST

SLEEPWSET

TIMERWSET

CLOCKWWWWW 0:00

DAYWWWWWWW27WWWWW

MONT HWWWWW09WWWWW

YEARWWWWW '98WWWWW

C

A

LENDARW&WCLOCK

CLOCKWWWWW 0:00

DAYWWWWWWW27WWWWW

MONT HWWWWW09WWWWW

YEARWWWWW '98WWWWW

C

A

LENDARW&WCLOCK

CLOCKWWWWW 9:00

DAYWWWWWW 27WWWWW

MONT HWWWWW09WWWWW

YEARWWWWW '98WWWWW

C

A

LENDARW&WCLOCK

CLOCKWWWW 9:00

DAYWWWWWWW27W

MONT HWWWWW09WWWWW

YEARWWWWW '98WWWWW

C

A

LENDARW&WCLOCK

CLOCKWWWWW 9:35

DAYWWWWWWW27WWWWW

MONT HWWWW ' 09WWWWW

YEARWWWWW '98WWWWW

C

A

LENDARW&WCLOCK

M

D

LNODDISCWCL O C K

W

CLOCKWWWWW :

DAYWWWWWWW01WWWW

MONT HWWWWW01WWWW

YEARWWWWW '99WWWW

C

A

LENDARW&WCLOCK

0

00

CLOCKWWWWW :

DAYWWWWWWW01WWWW

MONT HWWWWW01WWWW

YEARWWWWW '98WWWW

C

A

LENDARW&WCLOCK

0

00

CLOCKWWWW :

DAYWWWWWWW01WWWW

MONT HWWWWW01WWWW

YEARWWWWW '98WWWW

C

A

LENDARW&WCLOCK

0

00

CLOCKWWWW :

DAYWWWWWWW01WWWW

MONT HWWWWW09WWWW

YEARWWWWW '98WWWW

C

A

LENDARW&WCLOCK

0

00

CLOCKWWWW :

DAYWWWWWWW01WWWW

MONT HWWWWW09WWWW

YEARWWWWW '98WWWW

C

A

LENDARW&WCLOCK

0

00

TIMER/

DELETE

ENTER

MULTI CONTROL

MINIDISC SYSTEM LIMITATIONS

Even if the maximum recording time of a MiniDisc is not When the number of tracks used reaches the limit, regardless of the remainder being

reached, “DISC FULL” or “TOC FULL” may be displayed. recording time, further recording will be impossible. (Maximum number of tracks: 255)

Even if the number of tracks and the recording time have When emphasis information (equalizer treatment in the treble section) in a track

not reached the limit, “DISC FULL” may be displayed. switches on/off many times, each change is assumed to be the beginning of a new

track, which will quickly use up all available track numbers, making further recording

impossible, regardless of the remaining time, recording time or the number of tracks

on the original.

Even if several short tracks are erased, the remaining When the remaining recording time of a disc is displayed, short tracks less than 12

recording time may not show an increase. seconds long may not be included in the total.

Two tracks may not be combined in editing. For MiniDiscs on which repeated recording and editing operations were performed, the

COMBINE function may not work.

The total of the recorded time and time remaining on a disc A cluster (about 2 seconds) is normally the minimum unit of recording. So, even if a

may not add up to the maximum possible recording time. track is less than 2 seconds long, it will use about 2 seconds of space on the disc.

Therefore, the time actually available for recording may be less than the remaining time

displayed.

If there are scratches on a disc, those sections will be automatically avoided (no

recording will be placed in those sections). Therefore, the recording time will be

reduced.

(Continued)

If a problem occurs

If subjected to any strong external interference (mechanical

shock, excessive static electricity, abnormal supply voltage due

to lightning, etc.) , or if it is operated incorrectly, or if an MD cannot

be removed, this product or the display may become damaged.

1

Unplug the AC power lead from the AC socket.

2

Press the RESET button on the back of the unit for at least 10 seconds.

3

Plug the AC power lead back into the AC socket.

When the RESET button is pressed, all of the settings in memory will

be erased.

If strange sounds, smells or smoke come out of the unit, or if a foreign

object falls into the unit, turn off the power, unplug the AC power lead

from the AC socket immediately. Contact an authorised Sharp

service.

RESETING THE MICROCOMPUTER

RESET button

OPERATION MANUAL

– 6 –

MD-X8H

REMEDY

• Insert properly.

• Replace the batteries.

• Operate it within a range of 0.2 m (8") to 6 m (20')

and within an angle of 15° to either side of centre.

• Connect the AC power lead.

REMEDY

• Try setting it again.

• Turn the power off and on again, and then retry

the operation.

• Connect the wires securely.

• Disconnect the AC power lead, and connect it

again.

• Increase the volume level.

• Disconnect the headphones.

• It is recommended that you use an outdoor aerial.

If a problem occurs

If this unit functions abnormally during operation, first check the following items. If the unit continues to function abnormally, or if an

abnormality appears other than listed below, turn off the player’s power and disconnect the AC power plug, then consult your SHARP

dealer or service personnel.

General

SYMPTOM

• The clock is wrong.

• When a button is pressed, the unit

does not respond.

• No sound is heard.

• Radios make unusual noise or the

picture on the TV screen is distorted.

CD playback

SYMPTOM

• Even though a disc has been loaded,

“NO DISC ” or “ERROR” is displayed.

• Playback stops in the middle of a

track, or playback is not performed

properly.

• Playback sounds are skipped.

MD recording and playback

SYMPTOM

• A recording cannot be made.

• Even though a disc has been loaded,

“NO DISC” or “ERROR” is displayed.

• Playback sounds are skipped.

Radio reception

SYMPTOM

• Radios make unusual noise consecu-

tively.

• The preset channel cannot be called.

Remote control

SYMPTOM

• The remote control does not function

or does not operate properly.

• The power cannot be turned on from

the remote control.

POSSIBLE CAUSE

• Did a power failure occur?

––

• Are the speaker wire disconnected?

• Are the speaker wires shorted?

• Is the volume level set to "0" ?

• Are the headphones connected?

• When a radio or TV which uses an indoor aerial

is placed near the unit, the picture on the TV

screen may be distorted or the radio may not

function properly.

POSSIBLE CAUSE

• The disc is loaded upside down.

• The disc is very dirty.

• The disc which does not satisfy the standards.

• Is the unit located near excessive vibrations?

• Has condensation formed inside the unit?

REMEDY

• Load the disc with the correct side up.

• Clean the disc.

• Load the correct disc.

• Place the unit on a firm, level surface free from

vibration.

• Remove the disc and leave the power turned on.

The unit should function properly in about 1 hour.

POSSIBLE CAUSE

• Is the MiniDisc protected against accidental erasure?

• Did you try to record on a playback-only MiniDisc?

• Can you see the “TOC FULL” message in the dis-

play?

• The disc is very dirty.

• Is the unit located near excessive vibrations?

• Has condensation formed inside the unit?

REMEDY

• Slide the accidental erase prevention tab back to

its original position.

• Replace it with a recordable disc.

• Put in another recordable disc with recording

space on it.

• Clean the disc.

• Place the unit on a firm, level surface free from

vibration.

• Remove the disc and leave the power turned on.

The unit should function properly in about 1 hour.

POSSIBLE CAUSE

• The unit is placed near the TV or computer.

• The aerial direction is not placed properly.

• Did a power failure occur?

REMEDY

• Place the unit apart from the noise.

• Correct the aerial direction.

• Preset the channel again.

TROUBLESHOOTING

POSSIBLE CAUSE

• The batteries (polarity) are not inserted properly.

• The batteries inside the remote control are dead.

• The remote control is operated from an incorrect

distance or angle.

• Is the AC power lead plugged in?

(Continued)

Error messages Meaning

BLANK MD • Nothing is recorded.

Can’t ACCESS • The unit cannot access the personal computer.

• Whilst an MD player is being edited on this units incorrect

digital signals are input from the portable MD .

Can’t COPY

• No copy can be made because of the SCMS copyright system.

Can’t EDIT • A track cannot be edited.

Can’t REC • Recording cannot be performed correctly due to vibration.

DEFECT • Since this disc has scratches on it, the recording operation

was skipped.

CH ERROR • The CD changer doesn't work well.

CONNECT ERR • Whils an MD player is being edited on this units, incorrect

digital signals are input from the portable MD player.

Din UNLOCK • Incorrect digital signals are input.

DISC ERR*

• The disc is damaged.

• The TOC information is not recorded on the disc.

DISC FULL • The disc is out of recording space.

EDIT OVER • There is no space left for recording CD.

FOCUS ERROR • A disc has not been loaded.

• The disc data cannot be read.

MD ERROR • Trouble is found.

MECHA ERR* • There is a mechanical problem and the disc is not working

properly.

NAME FULL • The number of characters for the disc name or track name

exceeds 100.

NO DISC • A MiniDisc has not been loaded.

• The MiniDisc data cannot be read.

NOT AUDIO • The data recorded on this disc is not audio data.

PLAYBACK MD • You tried to record on a playback-only disc.

• The disc and track names cannot be moved on playback

discs.

PROTECT • Trouble is found.

PROTECTED • The MiniDisc is write protected.

TEMP OVER • The temperature is too high.

TOC ERR* • The disc has a large amount of damage.

TOC FULL* • There is no space left for recording character information

(track names, disc names, etc.)

TOC W ERROR • Trouble is found.

TRAY ERROR • The disc tray for CD doesn't work well.

U TOC ERR* • The TOC information on this disc does not meet the MD

specifications or it cannot be read.

U TOC W ERR • The TOC information could not be created properly due to

a mechanical shock or to scratches on the disc.

? DISC • The data contains an error.

00:00 • Music is not being recorded.

*: Number or symbol

When an error message is displayed, proceed as follows:

Remedy

• Replace the disc with a recorded disc.

• Make sure the sound card is plugged in correctly.

• Make sure the cable is connected correctly and the portable

MD's power is on.

• Record using the analogue cable.

• Change the stop position of the track and then try editing it.

• Record or replace it.

• Replace the disc with another recordable disc.

•

Turn off the power, and disconnect the AC power lead from the AC

outlet. Then connect the AC power lead, and turn on the power again.

• Make sure the cable is connected correctly and that power is

being supplied to the portable MD player.

• Connect correct digitalue signals.

• Use the analogue input socket.

• Reload the disc or replace it.

• Replace sc with another recordable disc.

• Replace it with another recordable disc.

• Reload the MiniDisc.

• Contact a Sharp Authorised Servicing Dealer or Sharp

Authorised Service station.

• Turn off the power, and press the button.

• Shorten the disc or track name.

• Load a MiniDisc.

• Reload the MiniDisc.

• Select another track.

• Replace the MiniDisc.

• Replace it with a recordable MiniDisc.

• Edit only the sound.

• Restart the unit. If the unit doesn't work, contact a Sharp

Authorised Servicing Dealer or Sharp Authorised Service sta-

tion.

• Move the write protection tab back to its original position.

• Turn off the power, and wait for a while.

• Replace the disc with another disc.

• Replace it with another recordable disc.

• Contact a Sharp Authorised Servicing Dealer or Sharp

Authorised Service station.

•

Turn off the power, and disconnect the AC power lead from the AC

outlet. Then connect the AC power lead, and turn on the power again.

• Replace it with another disc.

• Erase all the data, and try recording.

• Turn off the power, and try to write the TOC again. (Remove any

source of shock or vibration whilst writing.)

• Replace the disc with another disc.

• Replace the disc with a recorded disc.

– 7 –

MD-X8H

DISASSEMBLY

Caution on Disassembly

Whe disassembling the machine or assenbling it after repair, observe the following instructions so as to ensure safety and keep its performance.

1. Unload the compact disc, and mini-disc from machine.

2. Be sure to unplug the power cable before starting disasembly of the machine.

3. When disassenbling each section, remove the nylon band or wire arrangement.

If a screw of improper length is fit to the MD mechanism.

(a screw fit the part to the mechanism chassis of MD section), it may cantact the optical pickup, impeding normal operation. Hence, due care must be taken.

4. While repairing, pay utmost attention to static electricity on ICs.

MAIN UNIT

STEP REMOVAL PROCEDURE FIGURE

1 Cabinet 1. Screw ................ (A1) x9 8-1

2 Rear Panel 1. Screw ................ (B1) x14 8-1

3 MD Unit 1. Flat Cable.......... (C1) x1 9-1

2. Socket ............... (C2) x1

3. Screw ................ (C3) x2

4 Fan Motor 1. Socket ............... (D1) x1 9-1

2. Screw ................ (D2) x3

3. Bracket .............. (D3) x2

5 Main PWB 1. Screw ................ (E1) x4 9-2

2. Socket ............... (E2) x11

6 Front Panel 1. Socket ............... (F1) x2 9-2

2. Screw ................ (F2) x4

7 Power PWB 1. Socket ............... (G1) x1 9-2

2. Screw ................ (G2) x4

8 Power Amp. PWB 1. Screw ................ (H1) x4 9-2

9 CD Changer Block 1. Screw ................ (J1) x4 9-3

2. Screw ................ (J2) x3

10 CD Servo PWB 1. Socket ............... (K1) x5 9-4

(Note 1 ) 2. Screw ................ (K2) x3

11 Tray Switch PWB 1. Screw ................ (L1) x1 9-4

12 Jack PWB 1. Socket ............... (M1) x1 9-5

2. Screw ................ (M2) x1

13 Mic PWB 1. Screw ................ (N1) x3 9-5

2. Screw ................ (N2) x1

14 Switch A PWB 1. Knob.................. (P1) x1 9-5

2. Nat..................... (P2) x1

3. Screw ................ (P3) x11

15 Switch B PWB/ 1. Screw ................ (Q1) x3 9-5

LED PWB 2. Holder ................ (Q2) x1

3. Screw ................ (Q3) x6

16 Switch C PWB 1. Screw ................ (R1) x7 9-5

17 Display PWB 1. Flexible PWB .... (S1) x1 9-5

2. Screw ................ (S2) x1

18 Lamp PWB 1. Screw ................ (T1) x1 9-5

Note 1: After removing the connector for the optical pickup

from the connector wrap the conductive aluminium foil around the front end of connector so as to protect the optical pickup from electrostatic damage.

STEP REMOVAL

19 CD Mechanism 1. Screw ................ (U1) x2 10-1

20 MD Mechanism 1. Screw ................ (V1) x4 10-2

21 MD Main PWB 1. Screw ................ (W1) x4 10-3

(See page 11 2. Socket ............... (W2) x3

Figure 11-2) 3. Flat Cable.......... (W3) x1

22 MD Mechanism 1. Screw ................ (X1) x4 11-1

PROCEDURE

2. Top Bord ........... (U2) x1

3. Disc Holder ....... (U3) x1

4. Disc Tray ........... (U4) x3

5. Screw ................ (U5) x1

6. Mechanism Holder

Guide................. (U6) x1

7. Screw ................ (U7) x2

8. Mechanism Holder

Bracket .............. (U8) x1

Mechanism Holder

9.

10. Screw .............. (U10) x4

2. MD Mechanism

holder ................ (V2) x2

3. Screw ................ (V3) x4

4. Flat Cable.......... (V4) x1

4. Flexible PWB .... (W4) x1

(U9) x1

SPEAKER

STEP REMOVAL

1 Speaker 1. Net........................... (A1) x1 11-3

Cabinet

PROCEDURE

2. Net Holder............... (A2) x4 11-4

3. Screw ...................... (A3) x4

4. Front Panel ............. (A4) x1

5. Screw ...................... (A5) x4

6. Screw ...................... (A6) x4

Front Panel

(A1) x5 ø3 x8mm

(A1) x2 ø3 x8mm

Rear Panel

(B1) x14 ø3 x8mm

Figure 8-1

(A1) x2 ø3 x8mm

FIGURE

– 8 –

MD-X8H

(J2) x2 ø3 x8mm

(J2) x1 ø3 x8mm

(J1) x4 ø3 x8mm

Main Chassis

Sub Chassis

CD Changer Block

(K2) x3 ø3 x8mm

(L1) x1 ø2 x7mm

(K1) x2

(K1) x3

CD Changer Block

CD Servo PWB

Tray Switch PWB

(P3) x11 ø3 x10mm

(Q1) x3 ø3 x10mm

(Q3) x6 ø3 x10mm

(R1) x7 ø3 x10mm

(N1) x3 ø3 x8mm

(N2) x1 ø3 x8mm

(M2) x1 ø3 x8mm

(S2) x1 ø3 x8mm

(S1) x1

(M1) x1

(P2) x1

(P1) x1

Pawl

Switch A PWB

Switch B PWB

Switch C PWB

LED PWB

Mic PWB

Jack PWB

Display PWB

Lamp PWB

Display PWB

(Q2) x1

Front Panel

Washer

(T1) x1 ø3 x10mm

Motor M971

(D3) x2

(F1) x1

Lamp PWB

(D1) x1

Main PWB

Power PWB

Display PWB

(C2) x1

(C1) x1

Figure 9-1

(E2) x3

(C3) x2 ø3 x8mm

(H1) x2 ø3 x8mm

(D2) x1 ø3 x8mm

(G1) x1

(D2) x2 ø3 x10mm

Front Panel

MD Unit

Figure 9-3

(G2) x4 ø4 x8mm

(H1) x2 ø3 x12mm

Main PWB

(E1) x4 ø3 x10mm

Power Amp. PWB

(E2) x4

Figure 9-2

(F1) x1

Front Panel

Power PWB

(F2) x4 ø3 x8mm

(E2) x4

Figure 9-4

Figure 9-5

– 9 –

MD-X8H

(U7) x2 ø2 x6mm

Push the pawl of disc tray with a proper screwdriver.

Back surface

Pawl

Disc Tray 3

Disc Tray 1

Disc Tray 2 (After drawing out the disc trays 1, 2, and 3, turn over the mechanism unit, push two pawls, and remove successively the three disc trays from the mechanism unit, starting with the disc tray 3. Thereby the CD mechanism shown in the right figure can be removed.)

(U8) x1

(U1) x2 ø2 x7mm

Normal state

Disc Tray 1

(U4) x3

Spring

(U2) x1

(U3) x1

(U5) x1 ø2.6 x12mm

Disc Tray 2

Disc Tray 3

(U6) x1

Push

(U9) x1

CD Mechanism

(U10) x4 ø2.6 x10mm

Turn clockwise the main cam to raise the CD mechanism up to the uppermost position.

Press in turns the arrow

1

parts, starting with the

2

uppermost one, to

3

withdraw the disc trays

.

Pawl

(V3) x 1 ø2 x 4mm

MD Flat Cable

(V4) x1

2

1

MD Main PWB

CNS1902

Release the locks at both side

(V 1) x 2 ø3 x 10mm

MD Mechanism Holder (Left) (V2) x1

3

2

1

(V3) x 1 ø2 x 4mm

Shield Case (Bottom Side)

Figure 10-2

Shield Case (Top Sode)

(V3) x 1 ø2 x 4mm

MD Mechanism Unit

(V3) x 1 ø2 x 4mm

MD Mechanism

Holder (Right)

(V1) x2 ø3 x 10mm

Figure 10-1

(W4) x1 Optical pickup Flexible PWB (Note 1)

(V2) x1

(W1) x 4 ø1.7 x 3mm

Pull

Socket

MD Main PWB

(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.

Socket (W2) x 1

(W2) x 2

Figure 10-3

(W2) x 1

(W3) x 1

Frame

– 10 –

MD Mechanism

MD-X8H

SPEAKER

Top Panel

(A1) x1

Frame

Speaker Box

(X1)x4 ø1.7x8.9mm

Figure 11-1

MD Main PWB

Copper foil tape

CNS1902

(Caution)

24Pin Flat Cable (42) The copper foil tape is wound around the 24 pin flat cable (42) to ground them to the case. Fit them in the specified direction

Figure 11-2

Solder joint

Net

(A3)x4 Ø4x16mm

(A2)x4

Speaker Cord

(A6)x4 Ø3x12mm

Front Panel

Figure 11-3

(A4)x1 Front Panel

Tweeter

Speaker Cord

Woofer

Speaker Box

Speaker Cord

– 11 –

(A5)x4 Ø4x16mm

Figure 11-4

MD-X8H

MD Mechanism

(A1)x1 ø1.7x5mm

Magnetic Head

(A2)

Soldering x2

MD Mechanism Switch PWB

REMOVING AND REINSTALLING THE MAIN PARTS

MD MECHANISM SECTION

Perform steps 1 to 3 of the disassembly method to remove the MD mechanism.

How to remove the magnetic head (See Fig. 12-1)

1. Remove the screws (A1) x 1 pc.

2. Remove the solder joint (A2) x 2 connecting the magnetic head to the head relay flexible board.

Caution:

Take utmost care so that the magnetic head is not damaged when it is mounted.

How to remove the cartridge holder (See Fig. 12-2)

1. Open the rpller arm lever in the arrow direction, and lower the clamper lever to the rear side.

2. Apply +5V to the red line side of blue connector of loading motor, push the rack gear in the arrow direction to move the cam plate lever until tick is heard.

3. Remove the screw (B1) x1 pc., and the spring (B2) x1 pc., fitted to the holder arm, and shift the cartridge holder to the left side to remove it.

Clampa Lever

Loading Motor

Figure 12-1

Slider Lever

Roller Arm Lever

Cartridge Holder

(B1) x1 Ø1.7x5mm

How to remove the mechanism switch PWB (See Fig. 12-3)

1. Remove the screws (C1) x 2 pcs., and remove the mechanism switch PWB.

How to remove the sled motor/loading motor (See Fig. 12-4)

1. Remove the screws (D1) x 4 pcs., and remove the sled motor/loading motor.

Caution:

Be careful so that the gear is not damaged. (The damaged gear emits noise during searching.)

(D1)x2 Ø1.7x2mm

Loading Motor

(D1)x2 Ø1.7x2mm

Sled Motor

Lack Gear

Cam Plate Lever

Figure 12-2

(C1)x1 Ø1.7x3mm

(B2) x1

(C1)x1 Ø1.7x9.5mm

Figure 12-4

Figure 12-3

– 12 –

How to remove the spindle motor

Optical Pickup

(F1)x3 Ø1.7x9.5mm

(See Fig. 13-1)

1. Remove the screws (E1) x 3 pcs., and remove the spidle motor.

Caution:

Be careful so that the turntable is not damaged.

How to remove the optical pickup (See Fig. 13-2)

1. Remove the screws (F1) x 3 pcs.

MD-X8H

Turntable

Spindle Motor

(E1)x3 Ø1.7x2.5mm

Figure 13-1

Caution:

Be careful so that the gear is not damaged. (The damaged gear emits noise during searching.)

How to Replacing the loading pinch roller (See Fig. 13-3.)

1. Remove the fixing washer (G1) x 1 pc. with small precise screwdriver, and remove the loading pinch roller upward.

Caution: The deformed or damaged fixing washer must be replaced with new one.

Figure 13-2

Fixing washer (G1) x 1

How to Cleaning the loading pinch roller (See Fig. 13-3.)

1. Impregnate swab with several drops of alcohol, and clean the loading pinch roller with it.

2. Before using make sure that the cleaned parts have dried sufficiently.

– 13 –

Loading pinch roller

MD mechanism

Figure 13-3

MD-X8H

CD Disc

Disc Holder

CD Changer Block

Main Chassis

(When CD is in playback state.)

Turn the main cam clockwise, and raise the CD mechanism and disc holder up to uppermost position.

CD MECHANISM SECTION

For the procedure to remove the CD mechanism from the main unit, refer to Disassembling Procedure, Steps 1~10, and

19. (p.8).

How to Remove the optical pickup (See Fig. 14-1.)

1. Remove the screws (A1)x 2 pcs., to remove shaft (A2)x 1 pc.

2. Remove stop washer (A3)x 1 pc., to remove gear (A4)x 1 pc.

3. Remove the optical pickup.

Note: After disconnecting the optical pickup connector wrap the front end of connector in conductive aluminum foil so as to prevent damage to the optical pickup by static electricity.

How to Remove the tray motor/main cam motor (See Fig. 14-2.)

1. Remove the CD changer section by the method described in page 8, and disassemble as shown in the figure.

2. Remove the belts (B1)x 2 pcs., from the motor side.

3. Remove the screws (B2)x 4 pc.

4. Remove the tray motor and main cam motor.

Stop Washer (A3) x1

Pickup

CD Mechanism

(B2) x2 ø2.6 x4mm

Belt (B1) x1

(A1) x2 ø2.6 x5mm

Figure 14-1

Shaft (A2) x1

Gear (A4) x1

(B2) x2 ø2.6 x4mm

Belt (B1) x1

How to remove the CD disc (When CD is in playback state) (See Fig. 14-3.)

1. Remove the cabinet and front panel.

2. Disassemble as shown in the figure so that the CD disc of

CD changer becomes visible.

3. Remove the CD disc as shown in the figure.

How to remove the CD disc (When CD exists in the tray) (See Fig. 14-4.)

1. Remove the cabinet and front panel.

2. Disassemble as shown in the figure so that the CD disc of CD changer can be taken out.

3. Remove the CD disc from the tray as shown in the figure.

– 14 –

Disc Holder

CD Mechanism

CD Disc

Disc Tray 1

Disc Tray

Main Cam Motor

Tray Motor

Figure 14-2

Figure 14-3

Turn the main cam clockwise, and raise the CD mechanism and disc holder up to uppermost position.

CD Changer Block

Main Chassis

1

Press in turns the arrow parts, starting with the

2

uppermost one, to

3

2

Disc Tray

withdraw the disc trays

3

(When CD exists in the tray.)

Figure 14-4

ADJUSTMENT

TUNER SECTION

fL: Low-range frequency fH: High-renge frequency

• AM adjustment and confirmation

AM signal oscillator Frequency 400 Hz, 30%, AM modulation

Adjusting item

IF Adjust the indication of Set IF wafeform

Frequency cover fL: T302 (522 kHz) fL: 1.1 ± 0.1 V (VT line voltage of Adjust the indication fH: 5.1 ± 1.3 V of pin 20 of IC302) of set to 522 kHz. (Only confirmation)

Tracking fL: T302 (990 kHz) Set the output of

Adjusting object

T351 set to 1,620 kHz.

• FM mute level adjustment

FM signal oscillator Frequency 400 Hz, 22.5 kHz

Frequency

Adjusting

method

98.0 MHz 28 dB VR351 Input: SO301

AM Loop Antenna

Adjusting

object

Adjusting

method

450 kHz to maximum.

speaker terminal to maximum.

Adjusting object

Output: Speaker Terminal

MD-X8H

• TEST mode setting method

Holding down the ENTER button and TUNER (BAND) button, turn on the power. Frequency is set in the memory (initial setting) as shown in Table 15. Call the setting with the PRESET button to use it for tuner circuit adjustment or confirmation.

Preset No. Frequency

P01 87.5 MHz P06 522 kHz P02 108.0 MHz P07 1,620 kHz P03 90.0 MHz P08 603 kHz P04 106.0 MHz P09 1,404 kHz P05 98.0 MHz P10 990 kHz

Preset No.

Frequency

Table 15 Initial setting of memory

MAIN PWB

AM signal oscillator

Loop Antenna

FM signal oscillator

IF : Speaker Terminal Frequency cover: IC302, pin 20

UNIT

GND

Figure 15-1 AM IF

SO301

UNIT

Speaker Terminal

Figure 15-2 FM Mute Level

Electronic voltmeter

CNP301 AM ANTENNA TERMINAL

SO301 FM ANTENNA TERMINAL

JK501 ANALOG IN/OUT

AM TRACKING

FE301

20 13

IC302

121

T302

FM MUTE LEVEL

VR351

AM BAND COVERAGE

Figure 15-3 ADJUSTMENT POINTS

AM IF

T351

– 15 –

MD-X8H

2

0.1s

0.50 V IC1 20 FE

0.1s

0.50 V IC1 7 TE

1

FOCUS OFF-SET ADJUST

TRACKING OFF-SET ADJUST

CD TEST MODE

CD test mode setting

Any one of test mode can be set by pressing several buttons as follows. Holding down CD PLAY/PAUSE and TACK UP/CUE, turn on POWER. TEST: CD operation test

Test Mode Function - CD TEST mode

Setting of Test mode Indication of CD TEST mode OPEN/CLOSE operation is manual operation. The pickup can be moved with the ( ) or ( ) button.

<MEMORY> <MEMORY> <MEMORY> <STOP> LASER ON Tracking on the spot. Tracking on the spot. STOP

SERVO OFF PLAY SERVO ON PLAY <PLAY> button input - TOC. Initialization performed, and the ordinary PLAY is performed. Press the <STOP> button. Stop If the following button is pressed during PLAY, it is possible to specify directly any Track No.

<Disc Number 1> button: Track 4 <Disc Number 2> button: Track 9 <Disc Number 3> button: Track 15

Note:

Only in STOP state it is possible to slide the pickup with the ( ) or ( ) button. VOL: Last memory BAL: CENTER R.GEQ: FLAT X-BASS.OFF Cancel method: POWER OFF

Initialization is not performed.

CD SECTION

Since this CD system incorporates the following automatic adjusting function, when the pickup is replaced, it is not necessary to the readjust it . Since this CD unit does not need adjustment, the combination of PWB and laser pickup unit is not restricted.

Automatic adjustment items

1. Focus Offset (Fig. 16-1)

2. Tracking Offset (Fig. 16-2)

3. E/F Balance (Tracking Error Balance) (Fig. 16-3)

4. R/F level AGC function (HF level: Constant)

5. RF level automatic follow-up of the tracking gain This automatic adjustment is performed each time a disc

is changed. Therefore, each disc is played back using the optimal settings.

Figure 16-1

10ms

0.50 V IC1 20 FE

Enlarged View

200 ms 1V/diV IC 1 15

TO

TRACKING/ ERROR BARANCE

1

ADJUST

10ms

0.50 V IC1 7 TE

Figure 16-2

TRACKING OFF-SET ADJUST

1 2

– 16 –

200 ms 1V/diV IC 1 7

TE

2

Figure 16-3

MD-X8H

MD SECTION

• Note

Remove the MD unit for repeir, ansd after installing it in the set, be dure to reset it and ascertain that reset has been done. Resetting procedure (1) Unplug the AC cord from the socket, and hold down the RESET buttonm provided at the rear side

for more than 10 seconds. (2) Once set the TEST MODE (holding down the TEST MODE (X-BASS botton) and botton together, press the POWER button), and then turn off power.

1. Preparation for adjustment

Test disc

Type Test disc

1 High reflection disc TGYS1 (SONY) RRCDT0101AFZZ 2 Low reflection disc Recording minidisc UDSKM0001AFZZ 3 Head Adjusting transparent RRCDT0103AFZZ

Extension Cable (See Fig. 17)

Type

1 Extension PWB for servicing RUNTK0457AFZZ 2 Extension Connector (2 Pin) QCNWK0059AFZZ 3 Extension Connector (6 Pin) QCNWK0107AFZZ 4 Extension Cable (5 Pin) QCNWK0109AFZZ 3 Extension Cable (28 Pin) QCNWK0108AFZZ

2Pin extension connector QCNWK0059AFZZ

5Pin extension flat cable QCNWK0109AFZZ

Part No.

From Magnetic Head

MD MAIN PWB

CNP1252

From motor

CNP1601(Bottom side)

CNP1602

CNP1603 CNP1604(Bottom side)

6P-2P extension connector QCNWK0107AFZZ

CNS1101

From mechanism switch PWB

28Pin extension flat cable QCNWK0108AFZZ

Figure 17

Extension PWB for service (RUNTK0457AFZZ) Fit the extension PWB for service to the mechanism

From Optical Pickup Unit

2. Test mode

Test mode setting method

1. Holding down the + button and MD (PLAY/PAUSE) button, press the POWER button. (State A is changed to state B .)

2. Insert the playback disc 1 (high reflection disc) or recording disc 2 (low reflection disc). (State C is set.) Thus, the test mode state is set.

A tsm e : TEST MODE represents version of MD microcomputer.

TEST STOP state (When the MD (STOP) button is ressed in the C state, the indication A

is restored. To restore C again, press the CD (PLAY/ PAUSE) button.)

B EJECT

TEST

C AUT YOBI

TEST

Entering the specific mode

Whenever the CD (PLAY/PAUSE) button is pressed, the mode is changed.

AUTO pre-adjustment AUTO adjustment RESULT Pre-adjustment

EEPROM setting MANUAL adjustment RESULT MANUAL pre-adjustment

• Canceling the test mode

When the POWER button is pressed, the test mode is canceled, and the POWER OFF state is set.

– 17 –

MD-X8H

• Test Mode

1. AUTO pre-adjustment mode • Automatic pre-adjustment is performed. (After adjustment the grating adjustment mode is set.)

2. AUTO adjustment mode • Automatic adjustment is performed.

3. RESULT sub-mode • The measurement value, set value and calculated value are indicated.

4. RESULT mode (final adjustment) • The set value (after calculation) is indicated.

5. MANUAL pre-adjustment mode • RF side manual adjustment is performed.

6. MANUAL adjustment mode • Focus and tracking signal ATT manual adjustment is performed.

7. EEPROM setting mode • Various coefficients of digital servo are changed manually.

8. TEST-PLAY mode • Continuous playback from the specified address is performed.

9. TEST-REC mode • Continuous recording from the specified address is performed.

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

11. EJECT mode • TEMP setting (of EEPROM setting)

• The adjustment value is output with the aid of system controller interface.

• Continuous playback is performed. (Error rate indication, jump test)

• The set value is changed manually (in servo OFF state).

• Focus and tracking signal ATT manual adjustment is performed.

• Focus and tracking signal offset setting is performed.

• Each servo is set to ON individually.

• Temperature detection terminal voltage is measured, and the reference value is determined.

• C1 error rate measurement, ADIP error rate measurement.

• Change of record laser output (servo gain is also changed according to laser output)

• CONTROL setting (of EEPROM setting)

• Setting of laser power (record/playback power)

1. AUTO pre-adjustment mode (Low reflection disc only)

Step No.

Step 1 Testmode STOP state [ t s m e ] Step 2 Press once the CD PLAY button. AUTO pre-adjustment menu [ _ A U T _ Y O B I _ ] Step 3 Press once the MD PLAY button. The slide moves to the innermost periphery, and automatic [ : _ _ _ _ _ _ ]

End of adjustment If adjustment is OK, Step 4.

Step 4 Grating adjustment, [ _ C O M P L E T E _ ]

adjustment value output Press once the MD STOP button. STEP 2

Step 5 Adjustment value output [ C a n ' t _ A D J . ]

Press once the MD STOP button. STEP 2 AUTO pre-adjustment menu

Setting Method

pre-adjustment is started.

• During automatic adjustment changes as follows. HAo→RFg→SAg→SBg→PTG→PCH→GTG→GCH→RCG→ SEG→RFG→SAG→HAO→HEO→TCO→LAO

If adjustment is NG, Step 5.

Remarks Display

• : Adjustment name, : Address

– 18 –

MD-X8H

2. AUTO adjustment mode

Step No.

Step 1 Testmode STOP state [ t s m e ] Step 2 Step 3 Press once the MD PLAY button. The slide moves to the innermost periphery, and automatic [ : _ _ _ _ _ _ ]

Step 4 Adjustment value output [ _ C O M P L E T E _ ]

Step 5 Continuous playback (pit section) [ s c ]

Step 6 Press the CD STOP button. Continuous playback (groove section) [ a a ]

Step 7 Adjustment value output [ C a n ' t _ A D J . ]

Setting Method

Press the CD PLAY button two times.

End of adjustment If adjustment is OK, Step 4.

Press the MD PLAY button. STEP 5 Press the MD STOP button. STEP 2

Continuous playback (groove section)

Press the MD STOP button. STEP 2 AUTO adjustment menu

AUTO adjustment menu [ A U T O _ A J S T _ ]

adjustment is started.

• In case of high reflection disc changes as follows. PEG→HAG

•In case of low reflection disc changes as follows. PEG→LAG→GCG→GEG→LAG

If adjustment is NG, Step 7.

• : Adjustment name, : Measurement value, : Address

Remarks Display

[ a c ]

3. RESULT sub-mode

Step No.

Step 1 Testmode STOP state [ t s m e ] Step 2 Step 3 Press once the MD PLAY button. Indication of measurement value [ R F G : _ _ _ ] Step 4 Press once the CD PLAY button. Indication of measurement value [ R C G : _ _ _ ] Step 5 Press once the CD PLAY button. Indication of measurement value [ R T G : _ _ _ _ _ ] Step 6 Press once the CD PLAY button. Indication of measurement value [ G T G : _ _ _ _ _ ] Step 7 Press once the CD PLAY button. Indication of measurement value [ P C H : _ _ _ _ ] Step 8 Press once the CD PLAY button. Indication of measurement value [ G C H : _ _ _ _ ] Step 9 Press once the CD PLAY button. Indication of measurement value [ S A G : _ _ _ ] Step 10 Press once the CD PLAY button. Indication of measurement value [ S B G : _ _ _ ] Step 11 Press once the CD PLAY button. Indication of measurement value [ S E G : _ _ _ ] Step 12 Press once the CD PLAY button. Indication of measurement value [ S F G : _ _ _ ] Step 13 Press once the CD PLAY button. Indication of measurement value [ H A O : _ _ _] Step 14 Press once the CD PLAY button. Indication of measurement value [ H B O : _ _ _] Step 15 Press once the CD PLAY button. Indication of measurement value [ H E O : _ _ _] Step 16 Press once the CD PLAY button. Indication of measurement value [ H F O : _ _ _] Step 17 Press once the CD PLAY button. Indication of measurement value [ L A O : _ _ _] Step 18 Press once the CD PLAY button. Indication of measurement value [ L B O : _ _ _] Step 19 Press once the CD PLAY button. Indication of measurement value [ L E O : _ _ _] Step 20 Press once the CD PLAY button. Indication of measurement value [ L F O : _ _ _] Step 21 Press once the CD PLAY button. Indication of measurement value [ T C O : _ _ _ _] Step 22 Press once the CD PLAY button. Indication of adjustment error sequence No. [ Y O B : _ _ _ _] Step 23 Press once the CD PLAY button. Indication of adjustment status [ D I F : _ _ _ _] Step 24 Press once the CD PLAY button. Indication of pre-adjustment not completed (00)/completed (4B) [ A D J : _ _ _ _] Step 25 Press once the MD PLAY button. RESULT sub-menu state [ _ R S T _ Y O B I _ ]

•

: Measurement value, : Adjustment value, : Other various informations

• ressing the REC button causes reversing.

• If the VOL UP button is pressed while the set value is indicated, the set value increases, and the new set value is stored in RAM.

• If the VOL DOWN button is pressed while the set value is indicated, the set value reduces, and the new set value is stored in RAM.

• If the VOL UP/VOL DOWN button is held down, the set value changes continuously with 100 ms cycle.

• The digit of increase/decrease by the VOL UP/VOL DOWN button can be shifted with the aid of CD STOP button.

Setting Method

Press the CD PLAY button three times.

RESULT sub-menu [ _ R S T _ Y O B I _ ]

Remarks Display

– 19 –

MD-X8H

3. RESULT mode (final adjustment)

Step No.

Step 1 Testmode STOP state [ t s m e ] Step 2 Step 3 Press once the MD PLAY button. Indication of set value [ H A G : _ _ _ ] Step 4 Press once the CD PLAY button. Indication of set value [ H B G : _ _ _ ] Step 5 Press once the CD PLAY button. Indication of set value [ L A G : _ _ _ ] Step 6 Press once the CD PLAY button. Indication of set value [ L B G : _ _ _ ] Step 7 Press once the CD PLAY button. Indication of set value [ P E G : _ _ _ ] Step 8 Press once the CD PLAY button. Indication of set value [ P F G : _ _ _ ] Step 9 Press once the CD PLAY button. Indication of set value [ G E G : _ _ _ ] Step 10 Press once the CD PLAY button. Indication of set value [ G F G : _ _ _ ] Step 11 Press once the CD PLAY button. Indication of set value [ G C G : _ _ _ _ ] Step 12 Press once the MD STOP button. RESULT menu state [ _ R E S U L T _ _ _ ]

• : Measurement value

• ressing the REC button causes reversing.

• If the VOL UP button is pressed while the set value is indicated, the set value increases, and the new set value is stored in RAM.

• If the VOL DOWN button is pressed while the set value is indicated, the set value reduces, and the new set value is stored in RAM.

• If the VOL UP/VOL DOWN button is held down, the set value changes continuously with 100 ms cycle.

• The digit of increase/decrease by the VOL UP/VOL DOWN button can be shifted with the aid of CD STOP button.

Press the CD PLAY button four times.

Setting Method

Remarks Display

RESULT menu [ _ R E S U L T _ _ _ ]

5. MANUAL auxiliary adjustment mode (only low reflection disc)

Step No.

Step 1 Testmode STOP state [ t s m e ] Step 2 Step 3 Press once the MD PLAY button. Initial setting → Temperature measuring mode [ T M P : _ _ _ _ ] Step 4 Press once the CD PLAY button. Offset "0" setting → A signal offset tentative measurement [ H A o : _ _ _ ] Step 5 Press once the CD PLAY button. B signal offset tentative measurement [ H B o : _ _ _ ] Step 6 Press once the CD PLAY button. E signal offset tentative measurement [ H E o : _ _ _ ] Step 7 Press once the CD PLAY button. F signal offset tentative measurement [ H F o : _ _ _ ] Step 8 Press once the CD PLAY button. Offset tentative measurement → Laser ON [ L O N : _ _ _ _ _ _ ] Step 9 Press once the CD PLAY button. Innermost periphery move → RF side FG rough adjustment [ R F g : _ _ ] Step 10 Press once the CD PLAY button. Focus ATT (A signal) tentative setting [ S A g : ] Step 11 Press once the CD PLAY button. Focus ATT (B signal) tentative setting [ S B g : ] Step 12 Press once the CD PLAY button. RF side pit section TG adjustment [ P T G : _ _ ] Step 13 Press once the CD PLAY button. Pit section COUT level setting [ P C H : _ ] Step 14 Press once the CD PLAY button. Outer periphery move → RF side groove TG adjustment [ G T G : _ _ ] Step 15 Press once the CD PLAY button. Groove section COUT level setting [ G C H : _ ] Step 16 Press once the CD PLAY button. RF side TCRS adjustment [ R C G : _ _ ] Step 17 Press once the CD PLAY button. Tracking ATT (E signal) setting [ S E G : ] Step 18 Press once the CD PLAY button. Tracking ATT (F signal) setting [ S F G : ] Step 19 Press once the CD PLAY button. Indication of tracking EFMIO measurement [ g M I : _ _ _ ] Step 20 Press once the CD PLAY button. RF side pit section FG adjustment [R F G : _ _ ] Step 21 Press once the CD PLAY button. Focus ATT (A signal) setting [ S A G : ] Step 22 Press once the CD PLAY button. Focus ATT (B signal) setting [ S B G : ] Step 23 Press once the CD PLAY button. Offset "0" setting → A signal offset measurement [ H A O : _ _ _ ] Step 24 Press once the CD PLAY button. B signal offset measurement [ H B O : _ _ _ ] Step 25 Press once the CD PLAY button. E signal offset measurement [ H E O : _ _ _ ] Step 26 Press once the CD PLAY button. F signal offset measurement [ H F O : _ _ _ ] Step 27 Press once the CD PLAY button. TCRS signal offset measurement [ T C O : _ _ _ ] Step 28 Press once the CD PLAY button. A signal offset measurement [ L A O : _ _ _ ] Step 29 Press once the CD PLAY button. B signal offset measurement [ L B O : _ _ _ ] Step 30 Press once the CD PLAY button. E signal offset measurement [ L E O : _ _ _ ] Step 31 Press once the CD PLAY button. F signal offset measurement [ L F O : _ _ _ ]

•

Press the CD PLAY button five times.

: Measurement value, : Set value, : Account value

Setting Method

MANUAL auxiliary adjustment mode [ _ M N U _ Y O B I _ ]

Remarks Display

– 20 –

MD-X8H

• If the VOL UP/VOL DOWN button is pressed during setting indication, the setting increases/decreases, and the new setting is stored in RAM.

• If the VOL UP/VOL DOWN button is held down, the setting changes continuously with 100 ms cycle.

• If the REC button is pressed, the setting returns step by step excepting the following case. A signal offset (HAO) → Offset tentative setting → RF side FG adjustment (RFG) RF side TCRS adjustment (RCG) → RF side groove TG adjustment (GTG) RF side groove TG adjustment (GTG) → Innermost periphery move → RF side pit section adjustment (PTG) RF side pit TG adjustment (PTG) → RF side FG rough adjustment (RFg) → Laser lighting (LON) Laser lighting (LON) → Offset "0" setting → A signal offset tentative measurement (HAo) If the measurement value is within the OK range, "

6. MANUAL adjustment mode

High reflection disc

Step No.

Step 1 Testmode STOP state [ t s m e ] Step 2 Step 3 Press once the MD PLAY button. Initial setting → Temperature measuring mode [ T M P : _ _ _ _ ] Step 4 Press once the CD PLAY button. Laser ON [ L O N : _ _ _ _ _ _ ] Step 5 Press once the CD PLAY button. Innermost periphery move → Tracking ATT (E signal) setting [ P E G : ] Step 6 Press once the CD PLAY button. Tracking ATT (F signal) setting [ P F G : ] Step 7 Press once the CD PLAY button. Indication of tracking EFMIO measurement [ P M I : _ _ _ ] Step 8 Press once the CD PLAY button. Focus ATT (A signal) setting [ H A G : ] Step 9 Press once the CD PLAY button. Focus ATT (B signal) setting [ H B G : ]

• If the MD STOP button is pressed while the MANUAL adjustment menu is displayed, the state is changed to the TEST mode STOP

state.

• If the REC button is pressed, the setting returns step.

Setting Method

Press the CD PLAY button six times.

Low reflection disc

Step No.

Step 1 Testmode STOP state [ t s m e ] Step 2 Step 3 Press once the MD PLAY button. Initial setting → Temperature measuring mode [ T M P : _ _ _ _ ] Step 4 Press once the CD PLAY button. Laser ON [ L O N : _ _ _ _ _ _ ] Step 5 Press once the CD PLAY button. Innermost periphery move → Tracking ATT (E signal) setting [ P E G : ] Step 6 Press once the CD PLAY button. Tracking ATT (F signal) setting [ P F G : ] Step 7 Press once the CD PLAY button. Indication of tracking EFMIO measurement (pit section) [ P M I : _ _ _ ] Step 8 Press once the CD PLAY button. Focus ATT (A signal) setting [ L A g : ] Step 9 Press once the CD PLAY button. Focus ATT (B signal) setting [ L B g : ] Step 10 Press once the CD PLAY button. Outside periphery move → Track closs setting [ G C G : ] Step 11 Press once the CD PLAY button. Tracking ATT (E signal) setting [ G E G : ] Step 12 Press once the CD PLAY button. Tracking ATT (F signal) setting [ P F G : ] Step 13 Press once the CD PLAY button. Indication of tracking EFMIO measurement (groove section) [ G M I : _ _ _ ] Step 14 Press once the CD PLAY button. Focus ATT (A signal) setting [ L A G : ] Step 15 Press once the CD PLAY button. Focus ATT (B signal) setting [ L B G : ]

• If the MD STOP button is pressed while the MANUAL adjustment menu is displayed, the state is changed to the TEST mode STOP

state.

• If the REC button is pressed, the setting returns step by step excepting the following case.

Setting Method

Press the CD PLAY button six times.

Track closs ATT setting (GTG) → Innermost periphery move → Focus ATT (B signal) setting (LBg)

" appears on the 8th character.

Remarks Display

MANUAL adjustment menu [ _ M N U _ A J S T _ ]

Remarks Display

MANUAL adjustment menu [ _ M N U _ A J S T _ ]

7. EEPROM setting mode

a) Focus setting

Step No.

Step 1 Testmode STOP state [ t s m e ] Step 2 Step 3 Press once the MD PLAY button. Focus setting menu [ _ _ F o c u s _ _ _ ] Step 4 Press once the MD PLAY button. Focus system loop filter gain constant setting [ F G _ _ _ _ _ _ ] Step 5 Press once the CD PLAY button. Focus system loop filter f characteristic constant 1 setting [ F F 1 _ _ _ _ _ ] Step 6 Press once the CD PLAY button. Focus system loop filter f characteristic constant 2 setting [ F F 2 _ _ _ _ _ ] Step 7 Press once the CD PLAY button. FZC oscillation histerisis level setting a [ F Z H L E V _ _ ] Step 8 Press once the CD PLAY button. Comparison level setting (normal) in case of FOK generation [ F O K L E V n _ ]

Setting Method

Press the CD PLAY button seventimes.

EEPROM setting menu [E E P R O M _ S E T]

Remarks Display

– 21 –

MD-X8H

Step No.

Step 9 Press once the CD PLAY button. Comparison level setting in case of FOK generation [ F O K L E V f _ ]

Step 10 Press once the CD PLAY button. LPF coefficient setting (normal) in case of FOK generation [ F O K L P F n _ ] Step 11 Press once the CD PLAY button. LPF coefficient setting in case of FOK generation [ F O K L P F f _ ]

Step 12 Press once the CD PLAY button. Waiting time setting in case of auto-focus retraction [ W A I T f_ _ _ ]

•

: Setting volue

• Pressing the REC button causes reversing.

• If the VOL UP button is pressed while the specific setting item is indicated, the setting increases, and the new setting is set in LSI.

• If the VOL DOWN button is pressed while the specific setting item is indicated, the setting decreases, and the new setting is set in LSI.

• If the VOL UP/VOL DOWN button is held down, the setting changes continuously with 100 ms cycle.

Setting Method

(when focus is "ON")

Remarks Display

b) Spindle setting

Step No.

Step 1 Testmode STOP state [ t s m e ] Step 2 Step 3 Press once the MD PLAY button. Focus setting menu [ _ _ F o c u s _ _ _ ] Step 4 Press once the CD PLAY button. Spindle setting menu [ _ S p i n d l e _ _ ] Step 5 Press once the MD PLAY button. Spindle system loop filter gain constant setting [ S P G _ _ _ _ _ ]

Step 6 Press once the CD PLAY button. Spindle system loop filter gain constant setting [ S P G _ i n _ _ ]

Step 7 Press once the CD PLAY button. Spindle system loop filter gain constant setting [ S P G _ m i d _ ]

Step 8 Press once the CD PLAY button. Spindle system loop filter gain constant setting [ S P G _ o u t _ ]

Step 9 Press once the CD PLAY button. Spindle system loop filter f characteristic constant 1 setting [ S P 1 _ _ _ _ _ ] Step 10 Press once the CD PLAY button. Spindle system loop filter f characteristic constant 2 setting [ S P 2 _ _ _ _ _ ] Step 11 Press once the CD PLAY button. Spindle system loop filter f characteristic constant 3 setting [ S P 3 _ _ _ _ _ ] Step 12 Press once the CD PLAY button. Spindle system loop filter f characteristic constant 4 setting [ S P 4 _ _ _ _ _ ] Step 13 Press once the CD PLAY button. Spindle system loop filter f characteristic constant 5 setting [ S P 5 _ _ _ _ _ ] Step 14 Press once the CD PLAY button. Spindle drive output limitter setting [ S P D L I M _ _ ]

•

: Setting volue

• Pressing the REC button causes reversing.

• If the VOL UP button is pressed while the specific setting item is indicated, the setting increases, and the new setting is set in LSI.

• If the VOL DOWN button is pressed while the specific setting item is indicated, the setting decreases, and the new setting is set in LSI.

• If the VOL UP/VOL DOWN button is held down, the setting changes continuously with 100 ms cycle.

Press the CD PLAY button seven times.

Setting Method

EEPROM setting menu [E E P R O M _ S E T]

(Until tracking servo ON)

(After tracking servo ON, inner periphery)

(After tracking servo ON, center)

(After tracking servo ON, outside periphery)

Remarks Display

c) Tracking setting

Step No.

Step 1 Testmode STOP state [ t s m e ] Step 2 Step 3 Press once the MD PLAY button. Focus setting menu [ _ _ F o c u s _ _ _ ] Step 4 Step 5 Press once the MD PLAY button. Tracking system loop filter gain constant setting [ T G _ _ _ _ _ _ ] Step 6 Press once the CD PLAY button. Spindle system loop filter f characteristic constant 1 setting [ T F 1 _ _ _ _ _ ] Step 7 Press once the CD PLAY button. Spindle system loop filter f characteristic constant 2 setting [ T F 2 _ _ _ _ _ ] Step 8 Press once the CD PLAY button. Setting of tracking system servo mode 4 [ S V C N T 4 _ _ ] Step 9 Press once the CD PLAY button. Tracking deceleration pulse level setting (for one line jump) [ T R B L V 0 _ _ ] Step 10 Press once the CD PLAY button. Tracking deceleration pulse level setting (for 10 line jump) [ T R B L V t _ _ ] Step 11 Press once the CD PLAY button. Tracking kick pulse level setting (for one line jump) [ T R K L V 0 _ _ ] Step 12 Press once the CD PLAY button. Tracking kick pulse level setting (for 10 line jump) [ T R K L V t _ _ ] Step 13 Press once the CD PLAY button. Tracking drive pulse width setting (for one line jump) [ T D P W o _ _ _ ] Step 14 Press once the CD PLAY button. Tracking drive pulse width setting (for 10 line jump) [ T R K L V 0 _ _ ] Step 15 Press once the CD PLAY button. Tracking slip stop time setting (for one line jump) [ S L C T 0 _ _ _ ] Step 16 Press once the CD PLAY button. Tracking slip stop time setting (for 10 line jump) [ S L C T t _ _ _ ] Step 17 Press once the CD PLAY button. Tracking slip stop time setting (move) [ S L C T m _ _ ]

Press the CD PLAY button seven times.

Press the CD PLAY button two times.

Setting Method

Remarks Display

EEPROM setting menu [E E P R O M _ S E T]

Tracking setting menu [ _ T r a c k i n g _ ]

– 22 –

MD-X8H

Step No.

Step 18 Press once the CD PLAY button. TCRS comparison level 1 for high reflection [ T C R S C 1 P _ ] Step 19 Press once the CD PLAY button. Comparison level in case of COUT generation (playback) [ C O T L V P _ ] Step 20 Press once the CD PLAY button. Comparison level in case of COUT generation (pecord) [ C O T L V r _ ] Step 21 Press once the CD PLAY button. Auto-move waiting time setting [ W A I T m_ _ _ ]

• : Setting volue

• Pressing the REC button causes reversing.

• If the VOL UP button is pressed while the specific setting item is indicated, the setting increases, and the new setting is set in LSI.

• If the VOL DOWN button is pressed while the specific setting item is indicated, the setting decreases, and the new setting is set in LSI.

• If the VOL UP/VOL DOWN button is held down, the setting changes continuously with 100 ms cycle.

Setting Method

Remarks Display

d) Slide setting

Step No.

Step 1 Testmode STOP state [ t s m e ] Step 2 Step 3 Press once the MD PLAY button. Focus setting menu [ _ _ F o c u s _ _ _ ] Step 4 Step 5 Press once the MD PLAY button. Slide system loop filter gain constant setting [ S L G _ _ _ _ _ ] Step 6 Press once the CD PLAY button. Slide system loop filter f characteristic constant 2 setting [ S L 2 _ _ _ _ _ ] Step 7 Press once the CD PLAY button. Slide output limitter setting [ S L D L I M _ _ ] Step 8 Press once the CD PLAY button. Slide servo output dead zone level setting [ S L D L E V _ _ ] Step 9 Press once the CD PLAY button. Slide kick pulse level setting (forced move) [ S L K L V k _ _ ] Step 10 Press once the CD PLAY button. Slide kick pulse level setting (for 10 lines jump auxiliary use) [ S L K L V t _ _ ] Step 11 Press once the CD PLAY button. Slide kick pulse level setting (move) [ S L K L V m _ _ ]

: Setting volue

•

• Pressing the REC button causes reversing.

• If the VOL UP button is pressed while the specific setting item is indicated, the setting increases, and the new setting is set in LSI.

• If the VOL DOWN button is pressed while the specific setting item is indicated, the setting decreases, and the new setting is set in LSI.

• If the VOL UP/VOL DOWN button is held down, the setting changes continuously with 100 ms cycle.

Setting Method

Press the CD PLAY button seven times.

Press the CD PLAY button three times.

EEPROM setting menu [E E P R O M _ S E T]

Slide setting menu [ _ _ _ S l e d _ _ _ ]

Remarks Display

Temperature measurement value correction table

Ambient temperature

+ 12.2 °C ~ + 15.8 °C -0 3 H + 15.9 °C ~ + 19.6 °C -0 2 H + 19.7 °C ~ + 23.2 °C -0 1 H + 23.2 °C ~ + 26.8 °C ± 0 H + 26.9 °C ~ + 30.7 °C +0 1 H + 30.8 °C ~ + 34.3 °C +0 2 H + 34.4 °C ~ + 37.9 °C +0 3 H

correction

EEPROM record value = Microcomputer measurement value +

Correction

* EEPROM record value

Value to be measured by the microcomputer at +25°C

* Microcomputer measurement value

Value to be measured by the microcomputer at specific temperature

* Correction value

Correction value for conversion to measurement value at +25°C (see the table shown left)

Note

1. Do without mechanical connection.

2. Do immediately after turning on the power.

• Temperature code check

The temperature code is read after automatic adjustment. If it is within the range shown below, the adjustment is OK.

Ambient temperature

+ 19.6 °C ~ + 30.7 °C0 6

+ 8.7 °C ~ + 19.6 °C0 7

temperature code

– 23 –

MD-X8H

e) TEMP setting

Step No.

Step 1 Testmode STOP state [ t s m e ] Step 2 Step 3 Press once the MD PLAY button. Focus setting menu [ _ _ F o c u s _ _ _ ] Step 4 Step 5 Press once the MD PLAY button. TEMP reference value setting [ T E M P _ _ ]

Press the CD PLAY button seven times.

Press the CD PLAY button four times.

Setting Method

Remarks Display

EEPROM setting menu [E E P R O M _ S E T]

TEMP setting menu [ _ _ _ T e m p _ _ _ ]

Step No.

Step 1 Step 2 Press the CD MD EDIT button. TEMP reference value setting [ T E M P _ _ ]

•

: Setting volue, : Measurement value

• If the VOL UP button is pressed while the specific setting item is indicated, the setting increases, and the new setting is set in LSI.

• If the VOL DOWN button is pressed while the specific setting item is indicated, the setting decreases, and the new setting is set in LSI.

• If the VOL UP/VOL DOWN button is held down, the setting changes continuously with 100 ms cycle.

EJECT state (or mechanism-less state)

Setting Method

Remarks Display

[ _ _ E J E C T _ _ _ ]

f) CONTROL setting

Step No.

Step 1 Testmode STOP state [ t s m e ] Step 2 Step 3 Press once the MD PLAY button. Focus setting menu [ _ _ F o c u s _ _ _ ] Step 4 Step 5 Press once the MD PLAY button. CONTROL 1 setting [ C O N T R L 1_ ] Step 6 Press once the CD PLAY button. CONTROL 2 setting [ C O N T R L 2_ ] Step 7 Press once the CD PLAY button. Setting of spin kick level in MOVE state [ S P K L E V m_ ] Step 8 Press once the CD PLAY button. Setting of readjustment interval time (minutes) [ A D J T T M_ _ ] Step 9 Press once the CD PLAY button. Setting of equalizer coefficients A and D (high reflection) [ H D E Q A D_ _ ] Step 10 Press once the CD PLAY button. Setting of equalizer coefficients A and D (low reflection pit) [ L D E Q A D_ _ ] Step 11 Press once the CD PLAY button. Setting of equalizer coefficients A and D (low reflection groove) [ G D E Q A D_ _ ] Step 12 Press once the CD PLAY button. Setting of equalizer coefficients B and C (high reflection) [ H D E Q B C_ _ ] Step 13 Press once the CD PLAY button. Setting of equalizer coefficients B and C (low reflection pit) [ L D E Q B C_ _ ] Step 14 Press once the CD PLAY button. Setting of equalizer coefficients B and C (low reflection groove) [ G D E Q B C_ _ ] Step 15 Press once the CD PLAY button. Setting of autolevel slicer gain (high reflection) [ H A L S G_ _ _ ] Step 16 Press once the CD PLAY button. Setting of autolevel slicer gain (low reflection pit) [ L A L S G_ _ _ ] Step 17 Press once the CD PLAY button. Setting of autolevel slicer gain (low reflection groove) [ G A L S G _ _ ] Step 18 Press once the CD PLAY button. Setting of autolevel slicer offset (high reflection) [ H A L S O F_ _ ] Step 19 Press once the CD PLAY button. Setting of autolevel slicer offset (low reflection pit) [ L A L S O F S _ _ ] Step 20 Press once the CD PLAY button. Setting of autolevel slicer offset (low reflection groove) [ G A L S O F S _ _ ]

Press the CD PLAY button seven times.

Press the CD PLAY button five times.

Setting Method

Remarks Display

EEPROM setting menu [E E P R O M _ S E T]

CONTROL setting menu [ _ C o n t r o l _ _ ]

Step No.

Step 1 Step 2 Press the TRACK EDIT button. CONTROL 1 setting [ C O N T R L 1_ ] Step 3 Press once the CD PLAY button. CONTROL 2 setting [ C O N T R L 2_ ]

•

: Setting volue

• If the VOL UP button is pressed while the specific setting item is indicated, the setting increases, and the new setting is set in LSI.

• If the VOL DOWN button is pressed while the specific setting item is indicated, the setting decreases, and the new setting is set in LSI.

• If the VOL UP/VOL DOWN button is held down, the setting changes continuously with 100 ms cycle.

• CONTROL 1 Pit 7 : High frequency superposition ON/OFF in record mode (0:OFF, 1:ON) Pit 6~4 : Play start SD number (30 to 100 sector, 10 sector step) Pit 2~0 : High speed jump over-run (384 to 830 lines, 64 lines step)

• CONTROL 2 Pit 4~0 : EEPROM version (a~)

EJECT state (or mechanism-less state)

Setting Method

Remarks Display

[ _ _ E J E C T _ _ _ ]

– 24 –

MD-X8H

8. TEST-PLAY mode

Step No.

Step 1 Testmode STOP state [ t s m e ] Step 2 Press the CD MD EDIT button. TEST-PLAY menu [ T E S T _ P L A Y _ ] Step 3 Press once the CD STOP button. ADRES setting (Target address initial value is indicated) [ A D R E S _ 0 0 5 0 ]

Step 4 Continuous playback (pit section) (Address + C1 error indication) [s c ]

Step 5 Press once the CD STOP button. (Address + ADIP error indication) [a a ]

Step 6 Press once the MD STOP button. TEST-PLAY menu [ T E S T _ P L A Y _ ]

• If the MD STOP button is pressed while the TEST-PLAY menu is displayed, TEST mode STOP state is set.

• If the MD PLAY button is pressed while the TEST-PLAY menu is displayed, continuous playback is started from the current pickup position.

• Whenever the CD

0 0 5 0 → 0 3 C 0 → 0 7 0 0 → 0 8 A 0 → 0 0 5 0 → …………

• Whenever the CD STOP button is pressed in the address setting mode, the digit which is changed with -

0 0 5 0 → 0 0 5 0 → 0 0 5 0 → 0 0 5 0 → …………

• The digit of address which has been specified with - / + and CD STOP button in the address setting mode is set to +01H/-01H.(0~F)

* If the -

• If the TRACK EDIT button is pressed in the continuous playback mode, the number of jump lines changes as follows.

* After the number of jump lines is indicated for one second, the address indication is restored. [

• If the -

direction.

* If the -

• Whenever the CD STOP button is pressed in the continuous playback mode, the indication changes as follows.

* Pit section Continuous playback (SUBQ address indication + C1 error indication) remains. [s * Groove section Continuous playback (ADIP address indication + C1 error indication) remains. [a c ]

/ + button is held down, the setting changes continuously with 100 ms cycle.

1 line → 10 line → 400 line → 1 line → …………

/ + button is pressed in the continuous playback mode, the specified number of lines is jumped in the FWD/REV

/ + button is held down, the setting changes with 100 ms cycle.

Setting Method

Press once the MD PLAY button.

Continuous playback (groove section)

MD EDIT button is pressed in the address setting mode, the address changes as follows.

Continuous playback (ADIP address indication + ADIP error indication) remains. [a a ]

Continuous playback (ADIP address indication + C1 error indication) remains. [a

While searching, set the search output to "H". To start continuous play, return it to "L".

(Address + C1 error indication) [a c ]

↓

………

↓

Remarks Display

/ + changes as follows.

T R _ J U M P ]

c ]

• : Adress, : Error late, : Jump lines

9. TEST-REC mode

Step No.

Step 1 Testmode STOP state [ t s m e ] Step 2 Press the CD MD EDIT button. TEST-REC menu [ T E S T _ R E C _ _ ] Step 3 Press once the CD STOP button. ADRES setting (indication of address initial value) [ a 0 0 5 0 _ p w ] Step 4 Press once the MD PLAY button.

Step 5 Press once the MD STOP button. TEST-REC menu [ T E S T _ R E C _ _ ]

• If the MD STOP button is pressed while the TEST-PLAY menu is displayed, TEST mode STOP state is set.

• If the MD PLAY button is pressed while the TEST-REC menu is displayed, continuous record is started from the current pickup position.

• Whenever the CD MD EDIT button is pressed in the address setting mode, the address changes as follows.

0 0 5 0 → 0 3 C 0 → 0 7 0 0 → 0 8 A 0 → 0 0 5 0 → …………

• Whenever the CD STOP button is pressed in the address setting mode, the digit which is changed with -

0 0 5 0 → 0 0 5 0 → 0 0 5 0 → 0 0 5 0 → …………

• The digit of address which has been specified with -

* If the - / + button is held down, the setting changes continuously with 100 ms cycle.

• If the VOL UP/VOL DOWN button is pressed in TEST-REC mode and continuous record mode, the laser record power changes.

(Servo gain changes also according to the record power.)

•

: Adress, : Laser power cord

Setting Method

While searching, set the search output to "H". To start continuous play, return it to "L". Continuous recording

/ + and CD STOP button in the address setting mode is set to +01H/-01H.(0~F)

Remarks Display

[ a p w ]

/ + changes as follows.

10. INNER mode

Step No.

Step 1 Testmode STOP state [ t s m e ] Step 2 Press the TRACK EDIT button. INNER menu [ _ _ I N N E R _ _ ] Step 3 Press once the MD PLAY button. INNER switch position measurement [s c ]

Step 4 Press once the MD STOP button. INNER menu [ _ _ I N N E R _ _ ]

•

• Press the MD STOP button while the INNER menu is displayed, to shift to the TEST mode STOP state.

: Adress

Setting Method

(SUBQ address and C1 error are also indicated.)

Remarks Display

– 25 –

MD-X8H

1

2

3

1

2

3

adjusting hole

Spindle motor

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

Spindle Motor

Adjusting hole

11. EJECT mode

Step No.

Setting Method

Step 1 Testmode EJECT state [ _ _ E J E C T _ _ _ ] Step 2 Press oncethe CD STOP button. Max. power output state [ x p w _ _ _ _ _ _ _ ] Step 3 Press once the CD STOP button. Record power output state [ r p w _ _ _ _ _ _ _ ] Step 4 Press once the CD STOP button. Playback power output state [ p p w _ _ _ _ _ _ _ ] Step 5 Press the CD MD EDIT button. TEMP setting of EEPROM setting

(Refer to TEMP setting of EEPROM)

Step 6 Press the TRACK EDIT button. CONTROL setting of EEPROM setting

(Refer to CONTROL setting of EEPROM)

Lead-in switch position measurement mode

Note: Adjust the lead-in switch position to 5FF85 to FFD2.

1. Loosen the screw (A) x 2 pcs. which fix the mechanism switch PWB.

2. Retighten the screw, pressing the mechanism switch PWB in the arrow direction, and then measure the lead-in switch position again.

After position adjustment fix with the two screws (A). (See Fig. 26-1.) Note: After tightening the two screws on the PWB apply Screw Lock.

Forced rotation of loading motor

While the display indication is test mode STOP state or EJECT state, the loading motor can be forcibly rotated by press theVOL UP/DOWN button.

Remarks Display

Loosen the two screws (A).

Lead In Switch

Mechanism Switch PWB

Figure 26-1

Mechanism Adjustment

1. Optical pickup grating inspecting method

42 pin of IC 1101

GND (TP1131)

26 pin of IC 1101

EOUT (TP1133)

25 pin of IC 1101

FOUT (TP1132)

100K

470p

100K

OSILLOSCOPE

GND CH1 CH2

XY

LISSAJOUS'S WAVEFORM

b

Less thana:b = 3:1

a

Figure 26-2 Optical Pickup Grating Deviation

Measuring Method

After the automatic adjustment is performed in the AUTO mode (test mode) with the aid of high refection MD disc ("COMPLATE" is displayed), the Lissajous's waveform (x-y) is adjusted.

1. Slightly loosen the 3 screws of spindle moto, and maken an adjustment, observing the Lissajous's waveform.

2. After adjustment tighten the screw in arder of 1 , 2 , 3 .

2. Jitter adjustment and checking method

Jitter Meter

Figure 26-3

After performing automatic adjustment in AUTO mode of TEST mode using the low reflection MD disc, check this jitter in pit continuous playback and groove continuous playback mode.

1pin of IC 1201 (TP1274)

EFMMON

88 pin of IC 1201 (TP1275)

GND

Figure 26-4 Jitter connection diagram

– 26 –

Error display

EXPLANATION OF ERROR DISPLAY

Errors

MD-X8H

Corrective action

Can't REC

Can't COPY

Din UNLOCK

TOC FULL

UTOC ERR R

UTOC ERR A

UTOC ERR L0~4

NOT AUDIO

? DISC

DISC FULL

PLAYBACK MD

PROTECTED

Can't EDIT

TEMP OVER

• Defect occurred successively 10 times during REC-PLAY.

• As a result of occurrence of defect during REC-PLAY the recordable cluster became zero.

• Adress is unreadable. REC state connot be set for 20 seconds although retry is repeated.

• The following judgement is made according to the channel status of digital signal which was input from D-IN during RECPAUSE or REC-PLAY. (1) Other than audio signal (2) Other than signals of home-use appliances (3) Copy NG due to inversion of copy bit in CD.

• The digital signal which was input from D-IN during RECPAUSE, REC-PLAY or CD FUNC playback caused the following. (1) PLL of digital IN was unlocked. (2) Locking occurred in condition other than FS = 44.1 kHz

• There were no areas to record music or character infomation.(music name, disc name, etc.) during REC-PLAY.

• When an attempt to start is made, recordable area does not remain.

• ETNO > LTNO

• FTNO ≠ 0 or 1

• UTOC recorded on disc could not be read.

• Start address > End address

• Any data of UTOC 0 to 4 looped.

• Nonaudio data was recorded in the track mode of currently

selected TNO.

• Data "MINI" of system ID which has been written in TOC with ASCII code is not correct.

• The disc type written i TOC does not correcpond to pre/ mastered MD, recording MD and hybrid MD.

• When an attempt to set REC-PAUSE was made, there were no recordable areas.

• An attempt to set REC-PAUSE or to start editing was made on the playback-only disc.

• An attempt to record or edit was made on the record/playback disc with its careless rease preventing tab being in rease preventing state.

• An attempt was made t oedit the track which was writeprotected by information written in UTOC.

• Specific editing conditions were not satisfied.

• Owing to occurrence of some trouble internal temperature of

set (MD unit) rose excessively.

• Check that the disc is free from flaw, dust and fingerprint.

Check whether there is any black spot. Check for disc disalignment and run-out.

• Check whether CD is copy-inhibited one. (An exabple: CD-R)

• Check whether there is any abnormality

in the D-IN signal line.

• Replace the disc with a recording/ playback disc in which an area to register UTOC remains.

• UTOC data is not normal. Replace the disc with other disc.

• Select other TNO or replace the disc with

other disc.

• The loaded disc is not applicable. Replace the disc, and check.

• Replace the disc with other recording disc in which recording area remains.

• The loaded disc is a Playback-only disc. Replace the disc with a recording disc.

• Return the careless erase preventing tab

to its initial position, and redo.

• The track on which an attempt to edit was

made is a write-protected track. Redo on another track.

• The applied operation procedure is not proper. Redo, applying the ocrrect procedure.

• Check by troubleshooting.

• Check whether the ambient temperature is too high.

DISC ERR RD

PA WR

TOC ERR S TOC ERR R TOC ERR T

UTOC W ERR

FOCUS ERROR

• Read data was not correct or data could not be read correctly.

• Trouble occurred during recording if music data, resulting in record failure.

• TOC was read but data was not correct.

• TOC could not be rad.

• Trouble occurred during rewriting of UTOC, resulting in UTOC

rewriting failure.

• After the disc was loaded, focusing failure occurred.

– 27 –

• Data of TOC or UTOC is not normal or disc las flaw. Replace the disc with other disc.

• The TOC information recorded on disc does not conform to the MD standard. Replace the disc with other disc.

• The disc has flaw. Replace the disc with other disc.

• Check that the disc is free from flaw,

dust, fingerprint and black spot. Check for disc disalignment and run-out.

MD-X8H

Error display

BLANK MD

DEFECT

TOC W ERROR

MD ERROR

PROTECT

• UTOC was read but total TNO and the number of characters of NAME was 0?

• Focusing error was caused by shock during REC-PLAY.

• Although UTOC can be read but UTOC cannot be rewritten.

• Data of EEPROOM is not correct.

• As a result of occurrence of failure in the power amplifier circuit stage the power supply is turned off, and the "PROTECT" error display blinks.

Errors

* For details refer to Trouble-shooting (page75).

EXPLANATION OF MECHANISM ERROR

Error display

M E C H A _ E R R 1 _ * Ejection failure M E C H A _ E R R 2 _ * Head-up failure M E C H A _ E R R 3 _ * Head-down failure

HINF (IC1401 97 PIN) * = E Ejection completion position < 1.3 V * = MHorizontal midway position > 3.06 V * = L Load completed position 1.853~2.48 V * = DHead-down position 1.3~1.853 V

Corrective action

• Perform recording to check that the disc is recordable disc.

• Check that the disc is free from flaw, dust, fingerprint and black spot. Check for disc disalignment and run-out.

• Check that the record head contact is normal. Check that there is no broken wire between PWB and the recording head.

• Once reset, and redo. If error occurs persistently, replace EEPROM.

• Check, applying the trouble-shooting described below.

Errors

E2-PROM (IC1402) writing procedure

1. Procedure to replace E2-PROM and to write the initial value of microcomputer in E2-PROM

(1) Replace E2-PROM. (2) Refer to the latest E2-PROM data list. (3) Hold down the

POWER button to enter the test mode.

(4) Indication of version.

[ t s m

(5) Press the CD PLAY key 7 times.

[ E E P R O M S E T ]

(6) Perform the operation shown in the "E2-PROM setting mode

chart", compare the indication with the E make a setting according to the E2-PROM data list, using VOL UP botton or VOL DOWN button.

(7) Set the temperature reference value.

(Refer to "Temperature reference setting procedure".) (8) The setting must conform to the E (9) Turn off power supply to write in E

button and MD PLAY button, and press the

e ]

2

E

-PROM version (c to z) Microcomputer ROM version Model code

2

-PROM data list, and

2

-PROM data list.

2

-PROM.

2. Temperature reference value setting procedure

(to be executed at room temperature within 21 to 29°C)

(1) Test mode stop state.

[ t s m

(2) Crrect temperature depending on ambient temperature according

to the following table.

Ambient temperature

+ 12.2 °C ~ + 15.8 °C -0 3 H + 15.9 °C ~ + 19.6 °C -0 2 H + 19.7 °C ~ + 23.2 °C -0 1 H + 23.2 °C ~ + 26.8 °C ± 0 H + 26.9 °C ~ + 30.7 °C +0 1 H + 30.8 °C ~ + 34.3 °C +0 2 H + 34.4 °C ~ + 37.9 °C +0 3 H

An example: When ambient temperature is 22°C and meadured

(3) Press the CD PLAY button 7 times.

[ E E P R O M S E T ]

(4) Press the MD PLAY button 1 times.

[ F O C U S ]

(5) Press the CD PLAY button 4 times.

[ T e m p ]

(6) Press once the MD PLAY button.

[ T E M P

: Measured temperature, : Temperature setting

(7) Set temperature to the value determined above, using the

VOL UP or VOL DOWN button.

(8) Press the MD STOP button.

[ T e m p ]

e ]

correction

temperature is 73H Temperature setting = 73 H - 01 H

= 72 H * When the measured temperature fluctuates between two values, take lower one (if temperature fluctuates between 73H and 72H, take 72H).

]

– 28 –

E2-PROM Data List

Focus setting

Item indication

F G 9 7 H F F 1 9 E H F F 2 E 0 H F Z H L E V E D H F O K L E V n 0 8 H F O K L E V f 8 8 H F O K L P F n 0 0 H F O K L P F f 8 8 H W A I T f 9 0 H

Spin setting

Item indication Setting

S P G 2 0 H S P G — i n B 8 H S P G — m i d 7 6 H S P G — o u t 5 0 H S P 1 1 0 H S P 2 8 7 H S P 3 E 3 H S P 4 E 3 H S P 5 1 0 H S P D L I M 7 8 H

Tracking setting

Item indication

T G 4 5 H T F 1 7 0 H T F 2 E 0 H S V C N T 4 0 1 H T R B L V o 5 3 H T R B L V t 6 0 H T R K L V o 4 C H T R K L V t 3 8 H T D P W o 8 9 H T D P W t 1 A H S L C T o 0 0 H S L C T t 4 0 H S L C T m 5 3 H T C R S C I P 1 6 H C O T L V P 1 4 H C O T L V r 2 8 H W A I T m F F H

Setting

Slide setting

Item indication

S L G 3 5 H S L 2 2 7 H S L D L I M 6 5 H S L D L E V 1 6 H S L K L V k 5 5 H S L K L V t 3 A H S L K L V m 5 5 H

Control setting

Item indication Setting

C O N T R L 1 8 0 H C O N T R L 2 0 2 H S P K L E V m 2 6 H A D J T T M 1 4 H H D E Q A D 9 0 H L D E Q A D 8 F H G D E Q A D 9 1 H M D E Q B C 9 0 H L D E Q B C 8 F H G D E Q B C 8 A H H A L S G 2 1 H L A L S G 2 1 H G A L S G 2 1 H H A L S O F S F E H L A L S O F S 0 0 H G A L S O F S 0 0 H

MD-X8H

Setting

– 29 –

MD-X8H

CD PLAY

REC

S P K L E V m _

A D J T T M _ _

CD PLAY

CD PLAY REC

REC

H D E Q A D _ _

L D E Q A D _ _

CD PLAY

CD PLAY REC

REC

G D E Q A D _ _

H D E Q B C _ _

CD PLAY

CD PLAY REC

REC

L D E Q B C _ _

G D E Q B C _ _

CD PLAY

CD PLAY REC

REC

H A L S E G _ _

L A L S E G _ _

CD PLAY

CD PLAY REC

REC

G A L S G _ _ _

H A L S O F S _

CD PLAY

CD PLAY REC

REC

L A L S O F S _

G A L S O F S _

CD PLAY

CD PLAY REC

REC

t m s e

Test mode STOP state

EEPROM setting menu

EJECT state

_ _ Focus_ _ _

F G _ _ _ _ _ _ TG _ _ _ _ _ _

_ S p i n d l e _ _ _ T r a c k i n g _ _ C o n t r o l _ __ _ _ S l e d _ _ _ _ _ _ Temp _ _ _

F F 1 _ _ _ _ _ T F 1 _ _ _ _ _

T F 2 _ _ _ _ _

T R B L V o _ _

T R B L V t _ _

T R K L V o _ _

T D P W o _ _ _

S L C T o _ _ _

S L C T t _ _ _

S L C T m _ _ _

C O T L V p _ _

C O T L V r _ _

T D P W t _ _ _

T R K L V t _ _

S P G _ _ _ _ _ S L G _ _ _ _ _ T E M P_ _ C O N T R L 1 _

C O N T R L 2 _S L 2 _ _ _ _ _

S L D L E V _ _

S L K L V k _ _

S L K L V t _ _

S L K L V m _ _

S P 1 _ _ _ _ _

S P 2 _ _ _ _ _

S P 3 _ _ _ _ _

S P 4 _ _ _ _ _

S P 5 _ _ _ _ _

S P G _ i n _ _

S P G _ m i d _

S P G _ o u t _

F F 2 _ _ _ _ _

F Z C L E V _ _

F O K L E V n _

F O K L E V f _

F O K L P F n _

F O K L P F f _

W A I T f _ _ _

W A I T m _ _ _

_ _ EJECT _ _ _

E E P R O M _ S E T

CD PLAY X7

CD PLAY

MD PLAY

CD PLAY

MD PLAY MD PLAY MD PLAY MD PLAY

CD PLAY REC

CD PLAY

CD PLAY REC

REC

REC REC REC

REC

S V C N Y 4 _ _

CD PLAY

REC

CD PLAY

CD PLAY X2 CD PLAY X3 CD PLAY X4

CD MD

EDIT

TRACKCD PLAY X5

MD PLAY

S P D L I M _ _

S L D L I M _ _

CD PLAY

REC

E2-PROM Setting Mode Chart

Figure 30

– 30 –

MD-X8H

• Resistor:

NOTES ON SCHEMATIC DIAGRAM

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 micro-micro-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

SW701 POWER ON/STAND-BY OFF SW702 MD > MD EDIT OFF SW702A PICKUP IN OFF SW703 TRACK OFF SW704 CD > MD EDIT OFF SW705 MD RECORD OFF SW706 MD EJECT OFF SW707 COMPUTER NETWORK OFF SW721 DISPLAY OFF SW722 TIMER/DELETE OFF SW723 NAME/TOC EDIT/RDS OFF SW724 MESSAGE OFF SW725 TUNING/CURSOR DOWN OFF SW726 TUNING/CURSOR UP OFF SW727 AUX OFF SW728 TUNER (BAND) OFF SW729 CD DISC 1 OPEN/CLOSE OFF SW730 CD DISC 2 OPEN/CLOSE OFF SW731 CD DISC 3 OPEN/CLOSE OFF SW771 ENTER OFF SW772 CD PLAY/PAUSE OFF SW773 CD STOP OFF SW774 CD DISC 1 PLAY OFF

DESCRIPTION

POSITION

• 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 “ ” ( ) 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.

REF. NO

SW775 CD DISC 2 PLAY OFF SW776 CD DISC 3 PLAY OFF SW781 MULTI CONTROL DOWN OFF SW782 MULTI CONTROL RIGHT OFF SW783 MULTI CONTROL LEFT OFF SW784 MULTI CONTROL UP OFF SW785 EQUALIZER OFF SW786 X-BASS OFF SW787 3D SURROUND OFF SW788 MD STOP OFF SW789 MD PLAY/PAUSE OFF SW901 RESET OFF SW1952A/B WRITE PRO/DIRECT OFF SW1953 LEAD IN OFF SW1954 MD PLAY OFF SW1955 MD RECORD OFF SW1956 LOADING ON SWB101, 102 CAM 1, 2 OFF SWB103, 104 CAM 3, 4 OFF SWB105 CD EJECT OFF SWB106 CD TRAY CLOSE OFF SWB107 CD IN OFF SWB108 CD SET OFF

DESCRIPTION

POSITION

3

TOP

VIEW

1

RN2404 RNC1407 RNC1404 RN1406

SLR325MG R342VRC7 R342MGF7

FRONT

VIEW

B

(G)

2

E

(S)

TOP

VIEW

C

(D)

2SA1162 G 2SC2412 KR 2SK2909

FRONT

VIEW

E C B

(S) (G) (D)

(1) (2) (3)

2SA562 Y

FRONT

VIEW

B C E

(D) (G) (S)

(3) (2) (1)

2SD2012

FRONT

VIEW

E C B

2SB1238 R

2SC1740 SR 2SC2878 A 2SC380 O 2SD468 C DTC363 TS

FRONT

VIEW

KRA107 M KRC107 M KTA1266 GR

FRONT

VIEW

KTC3199 GR

BCE

2SA1314 C

Figure 31 TYPES OF TRANSISTOR AND LED

KTC3203 Y

– 31 –

GDS

2SK1473

MD-X8H

0

5

LAMP PWB-C1

CNP741

1

2

SWITCH A PWB-C2

CNP771

JOG701

1

CNP774

6

1

CNP773

8

SWITCH B PWB-C3

8

1

CNP701

1

SWITCH C PWB-C5

4 1

CNP721

FW701

13

LED PWB-C4

31

FW701

LMP701

MD MECHANISM SWITCH PWB-H

MD MAIN PWB-G (TOP)

RX701

FW1901

MD MAIN PWB-G(BOTTOM)

CNS1901

5 4 3

CNP1601

2

M903

M901

M902

RD

BK

RD BK

RD

BK

1

2

1

CNP1604

MD FLAT CABLE (42)

24

CNS1902

24

1

2

CNP1602

1

1 2

CNP1603

2

1

4

CNP1904

1

2

CNP12

1

CNS1101

28

JK151

AUX1

1

6

CNP151

JACK PWB-E

JK901

12

BI600

4 1

CNP772

CNS151

DISPLAY PWB-C6

MAIN PWB-A

8

WH

1

12

1

5

CNP985

1

6

PK

1

CNP961

CNP975

CNP900

CNS950

WH

12

26

BK

34

CNP751

BI755

12

BI752

1

4

WH

RD

WH

41

CAM3

SO602 SO601

1

131

12

3

BI620

LCD751

WH

1

6

PK

JK601

VR602

1

BI630

111

CNS752

SWB101 CAM1 SWB102 CAM2

SWB103 SWB104 CAM4

VR601

PK

WH

BI151

1

6

BI610

2

133

1

RD

1

CNS755

BIM3

BR

1

6

BL

IC902

1

6

CNP930

1

CNP940

8

1

CNP915

8

25

CNP950

2

1

BR

CNS999B

CNP905

113

CNS10

1

CNP980

14

WH

CNS600B

RD

WH

GY

1

814

CNS600A

WH

PK

RD

1

PK

111

CNS630

GY

13

CNS610

PK

BK

1

3

CNS620

MIC PWB-C7

Figure 32 WIRING BLOCK DIAGRAM (1/2)

– 32 –

MD-X8H

M)

CNP1904

1

4

2

CNP1252

1

28

1

CNS1101

1 4

CNS1904A

MD OPTICAL PICK UP UNIT

FLEXIBLE PWB

MAGNETIC

HEAD(40)

1 2

CNS1903

1

2

CNS1904B

8

1

M971

FAN MOTOR

POWER AMP. PWB-B2

1 4

CNP201

SO201

CNP850

RD BR

IC201

CNP301

CNS961

21

CNS830

RD

WH

12

BI830

1

12

2

CNP261

14

CNP820

1

15

CNP810

1

18

WH

1

BI850

CNS850

RD

8

POWER PWB-B1

T801 POWER TRANSFOMER

COLOR TABLE

BR

BROWN

CNS3B

AC POWER

RD(R)

SUPPLY CORD(265)

AC230V 50Hz

+

M702

BL

1

6

GY

CNS3A

-

1

CNP3A

6

CD MOTOR PWB-D

+

-

M701

WH(W)

OR

YL

GR

BL VL

GY

BK PK

RED ORANGE YELLOW

GREEN

BLUE

VIOLET

GRAY WHITE

BLACK

PINK

SO301

CNS1000A

1

CNP980

905

13

CNP970

14

CNP920

CNP990

1

4

111514

7

WH

16

CNS950B

CNS1000B

CNP910

PK

WH GY

CNS999A

1

CNP935

1

11

CNP995

1 3

CNP925

1

6

CNP999

CNS1B

JK501JK502

CNS2B

SW901

UNA901

BK

WH

CNS950A

2

JK902

CD SERVO PWB-C8

BK

1

8

GY RD

1

7

WH

CNP2

6

CNP3

1

PICK UP UNIT

71

CNS1A

81

1

8

1

7

CNS2A

7

CNP1

18

1

RD

71

RD

GY

CNS990

1

7

CNS2

BI990

YL

5

1

BL

WH

BK

WH

1

2

CNS970

TRAY SWITCH PWB-F

5

BIM2

1

BR

114

CNS980

RD

1

RD

BI980

WH

14

1

BK

BI970

2

BI960

1

BL

RD

5

1

WH

5

CNS960

MOB2MOB1

YL

OR

RD

YL

BR

BIM1

4 1

5

CNP12

1 1

CNP11

4

Figure 33 WIRING BLOCK DIAGRAM (2/2)

– 33 –

MD-X8H

D6.5/4.75 ~ 5.25V

MECHANISM, ACTUATOR

6.5/4.75V5.25V

D3.2V

AVCC

DVDD

D3.2V

DIGITAL

3.2V

D3.2V

D4.3V

A3.2V

D4.3V

D3.2V

D4.3V

D3.2V

BACKUP

IC1802

NJM431U

REGULATOR

IC1402

E

2

P ROM

S29294A

IC1601

5-CH MOTOR

DRIVER

M56758FP

IC1801

XC62EP32

VOLTAGE

REGULATOR

AUDIO INPUT

AUDIO OUTPUT

BACKUP

MD MICON

IC1401

MD SYSTEM

MICON

CONTROL

IX0227AW

DIGIN(EIAJ)

PDOWN

DIGOUT(EIAJ)

GND

124

3

D/A

CONVERTER

IC1701

A/D

CONVERTER

UDA1340

R-CH.IN

R-CH.OUT

AA.GND

AD.GND

AA.GND

L-CH.IN

L-CH.OUT

LOAD IN

RESET

MD-ST

DSCK

SERCH

1

2

242322

21

20

19

1817161514

45678

9

13

101112

3

D.GND

DSTB

MDDATA

KDATA

IC1202

4M BIT

DRAM

IX2474AF

IC1201

ENDEC

LR37648

OSCILLATOR

XL1201

(33.8688MHz)

SW1955

SW1954

SW1953

SW1952B

SW1952A

Q1251~Q1254

MD

RECORD HEAD

M901

SPINDLE MOTOR

M902

SLED MOTOR

M903

MD RECORD

MD PLAY

LEAD IN

DIRECT

A–B SIGNALE–FSIGNAL

RF1 ~ RF4 SIGNAL

HEAD DRIVER

CIRCUIT

IC1251

74ACT02F

IC1101

RF SIGNAL

PROSESSOR

IR3R55

LOADING MOTOR

M

WRITE PRO

M

LAZER DIODE

MONITOR DIODE

RF4

RF3

RF2

RF1

FOR LIGHT

RECEIVING

SECTION

ERROR

SIGNAL

FOR LIGHT

RECEIVING

SECTION RF

FAB

E

FOCUS

TRACKING

OPTICAL PICKUP UNIT

CNP1904

CNS1902

IC1906

AND GATE

TC7ST08F

IC1907

CLOCK

GENERATOR

TC9246F

IC1990

INVERTOR

74AC04FS

IC1916

AND GATE

74VHC08F

SW1956

LOADING

Figure 34 BLOCK DIAGRAM (1/4)

– 34 –

PICKUP IN

SW702A

242530

31

IC5

M56748FP

FOCUS/TRACKING/

8

SPIN/SLIDE DRIVER

9

10 11

34

3536

MD-X8H

M702 SLED

M

MOTOR

FOCUS COIL

TRACKING COIL

M701

SPINDLE

M

MOTOR

12

13

6

7

1 5

14 22 32

20

27 262829

+B1

15 16 27 23 29

30 31 54

50 51 52 53

TO FD SPO SP SLD

SL– SL+ DRF

CLK CL DAT CE

4

1

3

2

F

E

FIN2

FIN1

IC1

LA9241M

SERVO AMP.

SL

SLC

41

44

CV+

RFSM

JP–

~

324043

62

LD0

64

VCC1

OPTICAL PICKUP UNIT

LASER

DRIVER

Q1

+5V

OPTICAL

PICKUP

IC1 IC2

+5V

Q81

+7.3V (B2)

VOLTAGE

REGURATOR

PU-IN SW

CAM SWITCH

TRAY SWITCH

SWB101 SWB102

SWB103 SWB104

SWB105 SWB106 SWB107 SWB108

SL+. SL–. DRF

CL, DAT, SELIAL CONTROL/CE

53

~

58 61

RES. CQCK. COIN

3

1 9

IC92

TA7291S

MAIN CAM MOTOR

DRIVER

IC91

TA7291S

TRAY MOTOR

DRIVER

3

~

101220

9

JP–

CLV+

EFMO

EFMIN

IC2

LC78623D

SERVO SIGNAL

CONTROL

SQOUT. RWC. WRQ.4M

40

7

6

5

6 5

7

RCHO

RVSS

3839

LVSS

LCHO

37

XIN

XOUT

VVDD

VDD

LVDD RVDD XVDD

M

45

44

6

23 36 41 43

XL1

16.934MHz

MOB1

MAIN CAM

MOTOR

MOB2

TRAY

MOTOR

+5V

TO MAIN UNIT

(TO µ-CON)

Figure 35 BLOCK DIAGRAM (2/4)

– 35 –

MD-X8H

SD

MPX

16

IN

X351

CF351

+B4

FM IF

AMP

+B4

CF352

AM IF

T351

FM IF

CF302

Q301

FM IF

CF301

1

FE301

FM FRONT END

8

18

17

9 8 5 4

2 1

FM IF IN

5

VT

4

FM

3

OSC.

7 6 2

R

L

Q353 Q354

MUTING

MPX VCO

CUT

MPX

PHASE

FM/AM OUT

VCC

15

14

12

11

GND IN

OUT

10

IF

OUT

SD

6

13

STEREO

7

FM IF DET./FM MPX./AM IF,

LA1832

AM RF IN

21

22

IC303

23

24

AM OSC

VR351

FM MUTE

LEVEL

AFC

IN

OUT

FMOSC

CNP301

AM ANTENNA

TERMINAL

TUNER MUTE

VOLTAGE

REGURATOR

AM RF

L341

21

+B4

BALUN

FM MONO/STMONO/ST

IF IN

FM IN XT21

AM IN

X352

4.5MHz

+5V

+B4

17

12

10

11

16 15

22

1

20

FM +B

AFC

14

T302

7

21

DO

6

CL

5

DI

4

CE

3

IC302

TC72131

PLL CONTROLLER

OSC.

7

FM

Q360

AM RF

AM OSC.

7

2

8

AM

1

OSC. COIL

13

AM ANT.

12

COIL

9

3

Q371

20 13 21 22 23

RDS

ICT21

LC72720

5V

14

12

4.332MHz

2

MPX IN

+5V

+B4

TO µ-COM

QT21

XT21

SO301

FM ANTENNA

TERMINAL

FM 75ohm

AM LOOP

ANTENNA

Figure 36 BLOCK DIAGRAM (3/4)

– 36 –

+B1B

IC751~IC753

LCD AMP.

IC752

BA13058

DISPLAY

LCD751

27 12 10

7

RESET

1

IC903

2 3

PST9140

RESET

VLOAD

G

MIC SW

F

X901

8MHz

CD MUTE

D

MIC MUTE

A

L-MUTE

B

RLY-OUT

C

NAME IN

E

SO601

KEYBOARD INPUT

+B1B

4

2

4

2

IC753

IC904

FROM MD

DISPLAY

DIGITAL 1

JOG701

VOLUME

FROM

ZD402

UNA901

AUX

INPUT

9

63

66658988919057532110

CD UNIT

+B4

CAM SWITCH

9

10

9

2

R

JK501A

AUX2 ANALOG IN / OUT

CONTROLL

SO602

63

IC603

IC604

PC910

26

1112

13

14

2

BL

84

52

9

51 37

62 61 40 42 22

REGURATOR

95 94 92

99

~~~

817236292723

FROM

CD UNIT

–B1

ZD401

R

L

13

83

7

INPUT SELECTOR

14

15

12

1

R

L

PC

IC605

TC7WU04F

PC910

IC602

PC910

16

8

+B1B

+B1A

VOLTAGE

TO TUNER UNIT

VR602

INPUT

LEVEL

L R

5

INPUT SELECTOR

+B8

48

57 31

48

+B8

IC751

BA13058

34333231

1

5 2

22

13

9 8

252423

67 43

71

39

38 82 83 85 86 46 47 48

1

+B8

8 4

3

BA13058

MULTIPLEXER

KEY

74HC153P

SW701~707 SW721~731 SW771~776 SW781~789

~~

LCD

~~

IC901

SYSTEM CONTROLL MICON

IX2679AF

~

100

85

41

TO MD UNIT

A/D SW

~

13

5

~

SW9

SW1

IC902

BU2092F

INPUT

SELECTOR

IC771

BU2092F

~~

INPUT

SELECTOR

8

7

16 15

SRS

14

1

18

+B1B

18

+B1B

1

~

15

10

9

HEADPHONES

3

5

IC602~IC605

PC CONTROLL

2

6

+B1B

S-MUTE

+B4

Q901

IC511

BU4052BC

1 7

IC440

NJM4558D

3 5

JK502

PHONO

INPUT

JK901

C

RL201

RELAY

Q501 Q502

26

IC501

56

LC75396E

AUDIO

PROCESSOR

25

~

23

L

R

AUX IN

MD-MD EDIT

R-IN

A-GND

JK151

MD IN/AUX1

+

R-OUT

L-OUT

6

7

15

+B

–B

1410

3117

FROM MD

L-IN

D-GND

AXDSW

SPEAKER

TERMINALS

R–CH

+B7

BL

LAMP741

SWITCHING

3

8

2

27

1

GE

NAME-IN

SO201

L–CH

–

+

FAN MOTOR

ON–OFF

SW

Q271 Q272

Q862 Q863

POWER AMP.

STK40705

1

29

~

L

RLRLR

32

16

IC201

~

47

19

21

57555953585461516052

R

+B7

64 48

C

20 28

S C

18 30

S

49 63

FROM CD

CD

Q541 Q542

CD-MUTE

D

Q901

NAME IN

E

MUTE

IC901

FROM TUNER

EDIT

AUX1/MD-MD

IC905

MULTIPLEXER

74HCU04

M971

FAN MOTOR

M

LAMP741

~

LAMP747

–B1

10 24

11 25

+B4

SWITCHING

MICROPHONE

18

SUPPLY CORD

F802

F803

T5A

L 125V

D801

VOLTAGE

REGURATOR

Q860 Q861

Q811

+B8

+B1

D902

+B1B+B1A

1817

26

1

SRS

IC451

15

REGURATOR

SRS5250S

2728

IC552

71

MIC AMP.

NJM4565D

–B1

48

62

VR601

MIC VOLUME

IC601

MIC AMP.

NJM4558D

F

JK601

MIC SW

JK902

AC POWER

AC230V

50Hz

F804

T1.6A

L 250V

D802~D805

VOLTAGE

REGURATOR Q840 Q841

Q850 Q851

+B4

+B6

D905

Q461

VOLTAGE

TO MD

1

3

AUX DIGITAL 2 INPUT

F805 T1.6A L 250V

D812~D815

Q820 Q821

+B3

AUX

OUT

JK501B

+B4

ANALOG

IN/OUT

AUX OUT

MD REC

MIC MUTE

Q551 Q553

MIC MUTE

A

OPEN

MD-X8H

T801

POWER

TRANSFORMER

Q880

Q830

VOLTAGE

Q831

REGURATOR

IC802

NJM431L

+B2

+B5

Q881

G

VLOAD

IC901

MUTE

Q421 Q423 Q424

B

L-MUTE

LED705 LED706 LED772

LED775

+B8

Q702

~

LMP

701

Figure 37 BLOCK DIAGRAM (4/4)

– 37 –

MD-X8H

A

B

TO MAIN PWB

CNP935

P40 1-H

C

TO MAIN PWB

CNP915

P40 1-G

TO POWER AMP.

CNP210

P55 12-D

D

E

TO MAIN PWB

CNP905

P40 1-G

F

TO MAIN PWB

CNP925

P40 1-F

G

H

MIC PWB-C7

BI630

CNS630

1

2

3

4

5

6

7

8

9

10

11

CNS600A

BI600

+10V

1

–10V

2

MIC_L-CH

3

A_GND

4 5

MIC_SW

6

RELAY1

7

A_GND

8

HP_OUT-R

9

A_GND

10

HP_OUT-L

11

RELAY

12

IC602

VOLTAGE

NO.

–

1

–

2

–

3

–

4

0V

5

4.8V

6

4.8V

7

4.8V

8

R640

330

C640

0.1(ML) 8765

IC602

PC910

IC602-IC605: PC CONTROL

CNS610

1 2 3 4 5 6 7 8 9

10 11 12 13

1 2 3

CNS620

CNS600B

1 2 3 4 5 6 7 8

1 2 3 4

BI610

KB_DATA-IN/OUT

1

KB_CLK_IN/OUT

2

A/D_SW

3

NAME_IN

4

D_GND

5 6

PC_IN

7 8

PC_OUT

9

10

+5V

11

D_GND

12

D_GND

13

D_GND

1

PC_DIGI_IN

2 3

BI620

EX_MD-R EX_MD-L AUX_OUT-R AUX_OUT-L AUX_IN-R AUX_IN-L

PIN NO.

4321

+B

IC603 VOLTAGE

1 2 3 4 5 6 7 8

4.8V

4

IC604

PC910

– – – – 0V

4.7V

4.8V

PIN NO.

Q603 KTA1266 GR

+B

R644 330

1

88776655

IC601

VOLTAGE

1 2 3 4 5 6 7 8

R642

330

IC603

PC910

0V 0V 0V –11.1V 0V 0V 0V

10.8V

C641

0.1

(ML)

433221

R609

R601

1K

IC601 NJM4558D

MIC AMP.

R623 100(1/2W)

R624 100(1/2W)

R633

22K

4.7K

R635

L631

R636

2.2µH

4.7K R634

22K

KB_DATA-IN/OUT

KB_CLK_IN/OUT

1K

C601 10/50

C611 10/50

R656 150

R657

150

R621

R603

68K

C642

0.022

1K

C633

0.022

D615 1SS133

1

7

C631 100P

C632 100P

R632

3.3K

D-GND

+5V

R655

330

C615 10/50

– +

84

C612

0.022

R631

3.3K

R643

2.7K

R654

56K

R620

1.5K R615

1.5K

C603 220P

C605 220P

2 3

+

5

–

6

C613

0.022

C614 10/50

C646

0.022

C627

0.022

C650

0.1(ML)

5 6 7 8

IC605

TC7WU04

C621 10/50

R613

100K

R605

22

L603 330

L602

330

1 2 3 4 5 6

BI151

1 2 3

SO601

4

KEYBORD

5

INPUT

6

R645 330

R653 220K

1 2 3 4

R611

1K

Q601

KTC3199 GR

C607

1/50

R617 1K

C609

3.3/50

L601

2.2µH

J644

1K

J675

1K

1 2 3 4 5 6

CNS151

PC_OUT PC_GND PC_GND

DIGI_IN

R650

330

R651

MIC VOLUME

VR601 20K(B)

NC

R607

330

C626 100P

6 5 4 3 2 1

R151

1K

CNP151

JACK PWB-E

8

PC_IN

4 3

+5V

7 5 6 2 1

82

ZD601

UZ5.1BSB

C639

0.022

NC

C625 100P

INPUT LEVEL

VR602 20K(B)

A_GND

R_IN

L_IN

D_GND

MD IN/AUX1

SO602 PC CONTROL

HP_GND

JK151

MICROPHONE

JK601

HEADPHONES

JK901

• NOTES ON SCHEMATIC DIAGRAM can be found on page 31.

1

23456

Figure 38 SCHEMATIC DIAGRAM (1/20)

– 38 –

1 2

CNP301 AM ANTENNA TERMINAL

L341 BALUM

AM

GND

2

3

1

L354 LOW PASS FILTER

L321

3.9µH

12345678

123456789

10 11

1314 1216171819 152122 20

1 23 4 56 78 9

10 11 12

131415161718192021222324

1234 56789

10 11 12

1314151617181920212223

24

+B

32

IC303:

FM IF DET./

FM MPX./

AM IF

AM SIGNALFM SIGNAL

AM BAND COVERAGE

MAIN PWB-A(1/3)

FM ANTENNA TERMINAL

FM FRONT END

VT

F OUT

IF OUT

ANT

GND

VCC

FM IF AMP.

FM MUTE

LEVEL

AMTRACKING

IC302:

PLL

CONTROLLER

X IN X OUT

VSS

AOUT

AIN

PD

MW

FM

VDD

AM IN

FM IN

FM

NC

MO/ST

IF IN

ST IND

CEDICL

DO

NC

321

FM IF

321

IN

AM OSC

OUT

AM MIX

OUT

AM OSC

FM IFINREG

FM AFC

AM RF IN

VSM

FM/AM

OUT

AM LOW

CUT

IN

AM IFSDGND

STEREO

FM DET

VCC

PHASE

IF OUT

MPX VCO

MPX IN

R-CH OUT

L-CH OUT

MO/ST

PHASE

(FM/AM)

MUTING

TUNER

MUTE

TUN MUTE

TO SYSTEM

P40(1-8) P41(7-12)

HGFEDCBA

SD

D GND

CL

DO

CE

DI

SM

O

N

L

K

J

I

TUN_RCH

TUN_GND

TUN_LCH

A_10V

TP TP

(UJ)

32

0V

3.6V

0V

11.1V 11V

0V

0.6V

0V

0.6V

10V

4.8V

9.4V

0V

0.8V

4.9V

1

+B

FM 75ohms

5.2V

(0V)

2.6V

(0V)

2V

(0V)

R376

1K

C386 330P

R379

2.2K

R371

1K

Q371

KTA1266 GR

R378 82K

C373

0.018

R363

5.6K

R364

5.6K

RT37

220K

SO301

R349

33

Q301 2SC380 O

R348

680

R347

6.8K

R399

33

C348

0.01

R372

1K

R373

1K

R374

1K

C368

1/50

R356

1K

C367 1/50

R350

2.7K

R351

5.6K

C374

0.018

C369

56P

ZD351

UZ5.1BSB

ZDT21

UZ5.1BSB

C396

100/10

R392

390

C395

0.022

R391

390

L352

100µH

D302

1SS133

C301

0.001

D304 1SS133

D303 1SS133

C302

0.001

C338

0.001

D301

1SS133

FE301

C341

0.022

C383 150P

R344

680

R345 4.7K

C347

0.022

C346 0.022

C345 0.022

L342

2.2µH

R369

820K

R346

330

FMIF

CF301

C340 100/16

R382

150

C331

0.047

C361

0.022

C362

3.3/50

C343

33P

VR351 10K(B)

C350

0.022

C344

33P

C352

10/16

C353

0.022

C354

0.022

CF351

D352 1SS133

D351

1SS133

C332

0.022

R383

5.6K

C397

0.022

L353

1mH

R393

1K

R384

5.6K

Q360

KTA1266 GR

R385

5.6K

C391 47/16

R360

4.7K

R359

1.8K

R395

47K

D353

1SS133

C392

0.001

C387

0.022

C394 47/16

R381

10K

R380

1.5K

C393

1/50

C371 1/50

L354

R361

3.3K

C372

1/50

R362

3.3K

C366

0.001

C363

0.022

C399

0.022

C398

100/10

C356

0.001

R354

3.9K

C334 10/50

C333

0.022

C330

6.8P

R319

100K

T302

ZD352 MTZJ3.9B

Q361

KRC107 M

R387 22K

C380

10/16

IC302

LC72131

T351

CF352

R352

1K

CF302

C384

0.001

C358

1/50

R355

3.3K

C357

2.2/50

C370

1/50

C355 22P

IC303

LA1832

C351

0.022

R353 270

C342

0.022

C336

0.022 R358

8.2K

C364

10/16

C365

0.022

R357

470K

X351

10.7MHz

Q354

KTC3199 GR

Q353 KTC3199 GR

R3671KC375

3.3/50

R365 10K

R368 33K

R366 10K

L351

100µH

R377 47K

C385

0.01

X352

4.5MHz

C381

12P (CH)

C382

15P

(CH)

C376

0.022

FM IF

C389 5600P

C390 5600P

R397

5.6K

R398

5.6K

TO SYSTEM P40(1-8) P41(7-12)

AM IF

2.4V

0V

0.9V

4.9V

2.5V

0V

4.9V

3.8V

0V

0.2V

4.9V

0V

2.4V 0V 0V 0V

0V

2.2V

0V

1V 1V

9

8

7

6

5

4

3

2

1

22

21

20

19

18

17

16

15

14

13

12

11

10

PIN NO.

VOLTAGE

IC302

4.9V

3.6V

1V

2.3V

2.1V

1.3V

3.6V

3.7V

4.9V

4.95V

4.8V

0V

2.1V

4.9V

2.1V

2..8V

3.8V

1.3V

1.2V 0V

3.5V

9

8

7

6

5

4

3

2

1

24

23

22

21

20

19

18

17

16

15

14

13

12

11

10

PIN NO.

VOLTAGE

IC303

RT36

220K

RT35

220K

RT30 1K

RT29 1K

RT28 1K

RT26 1K

CT28 47/10

LT21 2.2µH

CT29

0.022

LT22

2.2µH

CT27

22P

(CH)

XT21

4.332MHz

CT26

22P

(CH)

CT25

560P

RT48

390

RT21

100K

CT23

10/16

CT24

0.022

CT21 47/10

CT22

0.022

ICT21

SYR

CE

DI

CL

D0

RDS-ID

SYNC

T7

T6

VSSD

VDDD

XIN

VREF

MPXIN

VDDA

VSSA

FLOUT

CINT1T2T3T4T5XOUT

ICT21:

RDS

LC72720

CT36

0.022

QT21 KTC3199 GR

RT34

56K

RT33

56K

CT37

0.022

RT32

1K

RT49

390

R370

1K

CT43 10/16

R301 300

R324

10K

0V(0V)

4.8V(4.8V)

0V(5V)

0V

5.2V(0V)

2.6V(0V)

0V

0V(0V)

2.6V(0V)

2.6V(0.2V)

2.6V(0V)

5.2V(0V) 0V(0V)

0V(0V)

2.7V(0V)

0V(0V)

0V 0V(0.6V)

0V(0V)

9

8

7

6

5

4

3

2

1

24

23

22

21

20

19

18

17

16

15

14

13

12

11

10

PIN NO.

VOLTAGE

ICT21

( ):AM OTHER:FM(ST)

7

8 9 10 11 12

Figure 39 SCHEMATIC DIAGRAM (2/20)

– 39 –

MD-X8H

2

R

R R R

R

R R

R

A

B

FROM

DISPLAY PWB

CNS775

P51 12-A

FROM

DISPLAY PWB

CNS752

P51 12-B

FROM

CD SERVO PWB

C

CNS960 P47 12-E

FROM

CAM SWITCH

BIM3

P47 11-G

FROM

D

CD SERVO PWB

CNS980

P47 8-H

FROM

CD SERVO PWB

CNS990

E

P47 9-H

FROM MIC PWB

CNS610

P38 1-E

F

FROM MIC PWB

CNS620

P38 1-H

FROM MIC PWB

CNS660A

P38 1-C

G

FROM MIC PWB

CNS630

P38 1-B

MAIN PWB-A(2/3)

CNP975

D7

12

D6

11

D5

10

D4

9

D3

8

D2

7

D1

6

D0

5

RS

4

RD

3

WR

2

CS3

1

CNP970

RES

4

D_GND

3

+5V

2

+13R5V

1

CNP900

GND(D)

1

CAM_SW1

2

CAM_SW2

3

GND(D)

4

CAM_SW3

5

CAM_SW4

6

CNP980

CNP990

CNP905

CNP925

CNP915

CNP935

PU_IN

1

SL–

2

SL+

3

DRF

4

WRQ

5

RES_CD

6

CQCK

7

COIN

8

SQOUT

9

RWC

10

TRY_SW4

11

TRY_SW3

12

TRY_SW2

13

TRY_SW1

14

CD_L_OUT

1

CD_A_GND

2

CD_R_OUT

3

CD_9V

4

CD_7V

5

CD_GND

6

M_GND

7

KB_CLK_IN/OUT

1

KB_DATA_IN/OUT

2

A/D_SW

3

NAME_IN

4

D_GND

5

PC_IN

6 7

+5V

8

PC_OUT

9

D_GND

10

+5V

11

D_GND

12

D_GND

13

D_GND

1

PC_DIGI_IN

2

D_GND

3

A_11V

1

A_-11V

2

MIC_L-CH

3

A_GND

4

MIC_R-CH

5

MIC_SW

6

RLY_OUT

7 8

EX_MD-R

1

MIC_GND

2

EX_MD-L

3

MIC_GND

4

AUX_OUT-R

5

MIC_GND

6

AUX_OUT-L

7

MIC_GND

8

AUX_IN-R

9

MIC_GND

10

AUX_IN-L

11

R974

1K

R1005 22K

R976

654321

CNP999

B A SEL

+5V

VPP

RES

PC_IN

PC_OUT

INPUT SELECTOR

C903

150P

C902

150P

C901 390P

R905

1K

R906

DUBB MODE

1K

R904

1K

L910

100µH

0V

C998 0.1/50

470K

R901

2SC1740 SR

R915

5.6K

Q998 KRC107M

3

0V

R903

18K

0V

Q901

R916

5.6K

R907

5.6K

R908

5.6K

R909

5.6K

R910

5.6K

2

1

R919 R920

12K

R921

22K

R922

22K

R923

22K

0V

R911

2.7K

R912

2.2K

STOP

+B

4.8V

SKIP+1

R917

3.3K

1K

+B

SKIP+10

R918

1.8K

R914

5.6K

+B

1 2

3

4

5 6 7 8 9

PLAY N

R924

3.9K

A/D_SW

MIC_R-CH

IC902

BU2092F

VSS DATA CLK LCK1 SW1 SW2 SW3 SW4 SW5

R925

4.7K

A/D_SW

R913

5.6K

MIC_L-CH

R926

C904

SW12 SW11 SW10

100P

VDD

SW9 SW8 SW7 SW5

6.8K

C905

18

OE

17 16 15 14 13 12 11 10

R927

C906

100P

X901 8MHz

C908

15P

(CH)

R942 1K

4052A 4052B SRS PASS/ON NAME SEL DATA SEL NEXT

PLAY 1T

15K

10K

R928

C909

100P

C907

100P

R934 1K R935 1K

R936 1K R937 1K R938 1K

C912 10P(CH)

C949 0.047

R940 1K

R943 1K R944 1K

R946 1K

AUX_B

AUX_A

SRS_PASS/0N

R931 100K

C910

0.022

R932 39K

22K

R930

SRS_PASS/0N

C913

100P

C911

100P

C914

R1061

1K

R933

1K

31 32 33 34 35 36 37

R1057

38

22K

39 40 41 42 43

R941 1K

44 45 46 47 48

R945

49

1K

50

R965

1K

C923

0.022

C922

C999 0.047

0.022

C951 0.047

1K

R948

R949

AUX_B

AUX_A

R1085

R1086

CNP985

R1062

100P

1K

30

CAM SW3 CAM SW4 TRY SW1 TRY SW2 TRY SW3 TRY SW4 VDD MAIN CLK OUT MAIN CLK IN VSS SUB CLK OUT SUB CLK IN RESET RX IN P-IN NAME IN KB DATA IN/OUT

KB CLK IN/OUT PROTECT DSTB

51

+B

RES

C915

0.022

+B

NO.

1 2 3 4 5 6 7 8

9 10 11 12

1K

13 14 15 16 17 18

R1084

27K

54321

R1076 1K

27

29

28

KEY1

53

54

52

R950 1K

R952 1K

KEY0

KEY1

R951 10K

R954 220K

3

IC903

PST9140

RESET

IC902 VOLTAGE

0V

0.2V

4.8V

4.7V 0V 0V 0V 0V 0V 0V 0V 0V 0V 0V 0V 0V 0V

4.8V

R1059

47K

CNS

999A

CNS 999B

27K

R1083 27K

D7D0D6D5D4D3D2

26

25

29

30

CAM SW1

CAM SW2

222324

21

TEST/VPP

28 NC

20

R967 1K

R963 1K

R1072 1K

R1073 1K

R1074 1K

R1075 1K

SYSTEM CONTROLL MICON

KEY0

AVDD

AVREF0

53

51

52

RDS

AVSS

INITIAL AREA 1

SPAN SEL.

VSM

KEY3

KEY4

KEY2 55

R955 1K

R957 1K

KEY2

R953 10K

R956 10K

R1046

R1047

21

56

KEY3

10K

58

57

R959 1K

R961 1K

R966

R958 10K

R960 10K

60

59

R964 1K

R962 1K

3.3K

C916

0.022

616263

R1044

R968 1K

R970 1K

R972 1K

19

18

17

IC901

IX2679AF

SD

BL

AVREF1 64

R971

R969 1K

C925

BL_H

10K

PIN NO.

1 2 3

D1

R975 1K

R973 1K

16

232C IN

65

1K

0.022

PC_IN

PC_OUT

IC903

VOLTAGE

4.8V 0V

4.8V

VSM

1

2

1

2

R977 1K

15

14

D1D2D3D4D5D6D7

VLOAD

232C OUT 666768

R1070 1K

D0

D_GND

R1071

RD

WR

R978 1K

R980 1K

13

12

RDB

WRB

K-DATA

MD-DATA

69

R979 1K

R981 1K

KDATA

MDDATA1

47K

RS

CS3

R982 1K

R984 1K

10

11 RS

CSB

MIC SW

DSLK

71

70

R983 1K

R985 1K

DSCK

MIC_SW

LL LLH H HH

PIN NO.

1 2 3 4 5 6 7 8

9 10 11 12 13 14 15 16

+B

C917

100P

LCK2

R987 1K

9

8

VDD

LCK2

S-ID

LOAD

RWC

SQOUT 7374757677

72

R988 1K

R986 1K

SQOUT

RWC

C1 C2 C3

IC904

VOLTAGE

4.7V

0.2V 0V 0V 0V 0V 0V 0V

2.4V

4.8V

4.3V 0V

0.2V 0V

4.7V

C919

100P

C918

100P

CLK

LCK1

R991 1K

R989 1K

7

6

CLK

LCK1

123

RESET

DRF

SL+ 79

78

CQCK

COIN

R990 1K

R992 1K

R994 1K

CQCK

COIN

MODE CDC0 PC OPT PIN

C920

100P

DATA

SERCH

R998 1K

R995 1K

R993 1K

5

4

SYN

DATA

TUNER MUTE

POWER DOWN

FAN MOTOR

SL–

80

RES

WRQ

R996 1K

R999 1K

RES_CD

WRQ

C936

0.022

LOAD_SW

MD_ST

R1000 1K

R1002 1K

VSS

CCB-CL

CCB-DI CCB-DO CCB-CE

JOG_1 JOG_2

DIG_A DIG_B

POWER

RLY_OUT

L-MUTE S-MUTE

MIC MUTE

CD-MUTE

PU IN

787980

R1001 1K

R1003 1K

DRF

SL+

+B

C92

0.0

RESET

123

100

99

NC

98 97 96 95 94 93 92

90 89 88 87 86 85

83 82

SL-

91

84

81

TP908

221819

TP907

21

TP906

TP909

15162017

TP911

TP910

H

TP903

TP904

TP905

P43 12-B P42 1-G

• NOTES ON SCHEMATIC DIAGRAM can be found on page 31.

1

23456

Figure 40 SCHEMATIC DIAGRAM (3/20)

TP912

2

– 40 –

TP913

10

TP914

9

TP915

H

SERCH

WRQ

100P

DE

T

C936

E

LOAD_SW

MD_ST

R1000 1K

R998 1K

4

SYN

TUNER MUTE

OWER DOWN

FAN MOTOR

CCB-CL

CCB-DI

CCB-DO

CCB-CE

JOG_1 JOG_2 DIG_A DIG_B

POWER

RLY_OUT

L-MUTE S-MUTE

MIC MUTE

CD-MUTE

WRQ 77

787980

R999 1K

R1001 1K

DRF

SL+

+B

0.022

RESET

R1002 1K

123

VSS

NC

PU IN

R1003 1K

SL-

C924

0.022

100

99 98

R1006 1K

97

R1007 1K

96

R1008 1K

95

R1009 1K

94

R1010 1K

93

R1011 1K

92

R1012 1K

91

R1013 1K

90

R1014 1K

89

R1015 1K

88

R1016 1K

87 86

R1018 1K

85

R1019 1K

84

R1054 1K

83

R1020 1K

82

R1021 1K

81

1 2 3 4 5 6 7 8

R1004 1K

R1017 1K

PU_IN

INVERTER

IC904

74HC153P

Vcc

1G

2G

B

1C3

2C3

1C2

2C2

1C1

2C1

1C0

2C0

1Y GND

2Y

C1009

150p

DIG_A

DIG_B

C950

33P

TUNER_MUTE

CCB_DO

CCB_CE JOG_1 JOG_2

DIG_A DIG_B

POWER

RLY_OUT

L_MUTE S_MUTE

MIC_MUTE

CD_MUTE

16 15

A

14 13 12 11 10

9

PC_DIGI_IN

CCB_CL

CCB_DI

+B

A_GND

S_MUTE

CD_MUTE

L_MUTE

4.8V

10K

R1064

0V

R1033

10K

0V

R1034 10K

R1077

R1023 22K R1024 22K R1025 22K R1026 22K R1027 330K C921 0.022 R1028 22K R1055 22K R1056 22K R1030 22K

+5V

(BACK_UP)

C942

0.022 L903

2.2µH

C947

47P

MIC_MUTE

C937 1/50

R1067

470K

R1063

10K

0V

Q904

2SC1740 SR

MDDATA1

4.8V

Q902

2SC1740 SR

4.8V

0V

Q903

2SC1740 SR

22K

+B

C926

1/50

CCB_CE

CCB_DO

R1053

R1036

10K

0V

DSTB1

0V R1037

10K

2.2µH

CCB_DI

82

L902

C927

CCB_CL

LOAD_SW

R1038

220/10

C928

1000/6.3

SD

+B

2.2µH

R1039

470K

R1058 680

TUNER_MUTE

R_OUT

C938

0.022

8 9 10 11 12 13 14

L904

2.2µH

L906

R1040

100

SW901

RESET

MD_A_GND

L_OUT

R_IN

L_IN

R1052

R1051

56K

2.7K

IC905

74HCU04

MULTIPLEXER

+B

D905

1SS133

GND(TUNER)

CD_L_OUT

CD_R_OUT

CD_A_GND

R1050

220K

1234567

D902 1SS133

C946 47P

1

CNS950A

CNS950B

1 2 3

4 5 6

R1048

+B

330

C932

0.022

CNS950

212

3 4 5

6

7 8

+B +B

A_–11V

C939

R513

3.3K

R1092

2.7K

R1091

2.7K

A_11V

0.01

R1049

82

+B

R_CH_OUT

C933 1/50

R514

3.3K

R511 18K

L_CH_OUT

A_GND

ZD901

UZ5.1BSB

L905

2.2µH

C934

0.1 0V

4.3V

CD_DIGI_IN

R512 18K

MD_A_GND

AD_GND

MD_A_GND

A_10V(MD)

D_+B(MD)

D_+B(MD) D_GND(MD) D_GND(MD) D_GND(MD) D_GND(MD)

MDDATA

LOAD_SW

POWER DOWN

RX_IN KEY0 KEY1 KEY2

KEY3

D_GND

+B

+13R5V

+B

A_GND(MD) A_10V(MD) D_+B(MD) D_GND(MD)

V_LOAD

A_–11V

BL FAN P_IN POWER PROTECT L_CH_OUT A_GND R_CH_OUT

4.8V

1 2 3

CNP961

CNP995

DIG_GND

R_OUT

L_OUT

R_IN

L_IN

DSTB

KDATA

SERCH

DSCK MD_ST RESET

CNP950

CLK2

CLK DATA D_GND JOG2 JOG1

M_GND M_GND

CD_GND CD_GND CD_7V

CD_9V D_GND D_GND +5R6V A_GND A_GND A_11V

JK902 AUX DIGITAL 2 INPUT

C945

0.047

UNA901

AUX DIGITAL 1 INPUT

FROM MD PWB

1

CNP1904

2

P61 12-D

FROM

CD SERVO PWB

1

CNS970

2

P47 12-D

24

24 23 22 21 20 19 18 17 16 15 14 13 12

11

10

9 8 7 6 5 4 3 2 1

1

MD FLAT CABLE(42)

CNP940

8 7

FROM

6

SWITCH A PWB

5

CNP773

4 3

P51 12-F

2 1

CNP930

6

FROM

5

SWITCH A PWB

4

CNP774

3

P51 12-G

2 1

CNP920

14 13 12 11 10

FROM

9

POWER AMP.PWB

8

CNP820

7 6

P54 1-G

5 4 3 2 1

15 14 13 12 11 10

FROM

9

POWER AMP.PWB

8

CNP810

7

P54 1-C

6 5 4 3 2 1

CNP910

MD-X8H

TO MD

MAIN PWB CNP1902 P65 12-G

PIN NO.

100

FM SIGNAL

CD SIGNAL

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 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

IC901

VOLTAGE

0V 0V

4.8V 0V

0.2V

4.7V

4.6V

4.8V

4.5V

4.7V

4.8V 0V 0V 0V

4.3V 0V

4.4V 0V 0V 0V 0V

4.6V

1.5V

0.2V

4.8V

2.7V

2.4V 0V

4.8V 0V

4.8V

4.8V 0V

0.1V

4.8V

4.2V

4.8V

4.8V 0V 0V

3.8V 0V

4.8V

IC901

VOLTAGE

4.7V

4.8V 0V

4.8V

4.8V 0V 0V

4.8V

4.8V 0V 0V 0V 0V 0V

4.8V

4.7V

4.7V 0V 0V 0V 0V

4.8V

4.8V 0V

0.3V 0V 0V 0V

4.8V 0V

4.7V 0V

TP916

TP917

TP918

TP919

TP920

TP921

TP922

TP923

TP924

TP927

1126

13

8776

TP928

G

F

TP929

23 2928272524

TP930

TP931

TP932

3334

TP933

TP934

TP935

TP941

TP936

TP937

45

TP938

TP939

141312

TP940

P42(1-G) P43(6-A)

7

8 9 10 11 12

Figure 41 SCHEMATIC DIAGRAM (4/20)

– 41 –

MD-X8H

Q C

F F F F F F F F F F F F F T F

5

4

0

P4

A

B

C

D

E

F

G

P40(1-6) P41(7-12)

H

MAIN PWB-A(3/3)

IC522

VOLTAGE

NO.

0V

1

0V

2

0V

3

–10V

4

0V

5

0V

6

0V

7

10V

8

0V 0V

Q553

0.6V KTC3199 G

R551

RMIC MUTE

5.6K

3.8V

C549

2.2/50

R550

2.4V

SRS_PASS

MIC_MUTE

TP22

1

TP21

2 3 4 5

6 7 8 9

10

11 12 13

14

TP20 TP19 TP18

TP16 TP15 TP14 TP13 TP12 TP11 TP10 TP9 TP8

L_MUTE A_12V –15V

CE DI CL AUX_B AUX_A S_MUTE R_CH_OUT A_GND L_CH_OUT

R585

3.9K

R586

3.9K

Q551 KRA107 M

0V

47K

3

0V

R456

3.9K

2.4V

Q466

KRC107 M

0V

1

+B

–B

R566

8.2K

C452

4.7/25

R455

3.9K

R457

3.9K

5.2V

R458

3.9K

Q467

KRA107 M

3

1

0V

2

CNS1000A CNS1000B

1 2

+B

3

R587 100K

MIC AMP.

IC552

NJM4565D

R565

8.2K

C451

4.7/25

0V

Q469 KTC3199 GR

0V

Q468 KTC3199 GR

2

0V

+B

R452

4.7K

1 2

3

C574

C591

R453

2.2K

R454

2.2K

C573

82P

6 5

3 2

82P

10/50

11V R475

2.2K

C456

100/16

C592

R569

18K

–

7

+

–

1

8

4

0.022

C593

0.022

–B

KRC107 M

R465

1K

R467

2.2K

R468

2.2K

SRS

IC451

SRS5250S

VOLTAGE

REGULATOR

Q461

KTC3203Y

10.4V11.2V

C457

C575 22/50

C576 22/50

Q465

2.6V

R489

22K

100/16

+B

R570 18K

C594

10/50

+B

C458

0.047(ML)

0.47/50

2

3

0V

1

0V

R466

1K

28 27 26

L_IN

R_IN

VCC

PN_IN

1

2

R483 100K

R479

22K

R480

47K

C460

FM SIGNAL CD SIGNAL

R572 100K

R571 100K

10K

R471

C465

25 24

MODE

C_OUT C2

C1

PN_OUT

R482

33K

R484

1.5K C461

0.0047(ML)

R481

3.9K

+B

–B

0.47/50

23 22

C_IN

C3

C467

0.47/50

CL3

CL4

C5

C4

R460

47K

R459

10K

C471

470/16

21

CL2

C6

9876543

A_GND

C453

2.2/50

C469

20 19 18 17 16 15

CL1

S_IN

10

R526

47K

0.22(ML)

Vref

11

C472

0.33/50

R469

L_OUT

R_OUT

S_OUT

CR4

12

C473

C557 22/25

C454

2.2/50

1K

R470 1K

13

0.47/50

23 24 25 26 27 28

TP5

TP36

TP38

CR1

GND

CR2

CR3

14

C475

0.22(ML) C474

0.47/50

R521

5.6K

R522

5.6K

REC_R-CH

R464 100K

VOLTAGE

REC_L-CH

C541

22/25

R463

100K

+B

Q910

KTC3203Y

REGULATOR

R1080

1K

2SC2878 A

0V 0V

C555

0.001 C556

0.001 0V

2SC2878 A

TP4

CD_MUTE

R541

C948

+B

R499

+B

–B

Q501

0V

Q502

47K

Q542

+B+B

100/16

0.1

R498

330

0V

CD_R-CH

1

DTC363 TS

C550

D557 1SS133

330

3

0V

TP37

3

CD_A_GND

3.7V

2

0V0V

R505

47K

R506

47K

C522

0.1/50 C524

0.22/50 C526

0.1

C528

0.22/50 C530

0.027(ML) C532

0.015

(ML)

C534

0.0022 (ML)

C538

1/50

C536

R597

2.2K

R509

47K

R510

47K

R598

2.2K

29

TP35

CD_L-CH

Q541

DTC363 TS

1

0V

C515

2.2/50 C51

2.2/

C518

1/50

C520

0.25/50 1

2 3 4 5 6 7 8 9

10 11 12 13 14 15 16

C540 10/16

0.0047(ML)

R R R R R R R R R R R R R R R

C 10

C

1

• NOTES ON SCHEMATIC DIAGRAM can be found on page 31.

1

23456

Figure 42 SCHEMATIC DIAGRAM (5/20)

– 42 –

Q541

P40 10-H

MD-X8H

29

TP35

CD_L-CH

DTC363 TS

1

0V

C515

2.2/50

C518

1/50 520

.25/50

L)

10 11 12 13

2

14 15 16

C540 10/16

30 31 32

TP2

TP33

TUN_GND

Q541, Q542 : CD MUTE

C512 47/16

R502

2.2K

R504

18K

C516

2.2/50

64 63 62 61 60 59 58 57 56 55 54 53 52 51 50 49

1

RF1C1

2

RF1C2

3

RF1C3

4

RF2C1

5

RF2C2

6

RF2C3

7

RF3C1

8

RF3C2

9

RF3C3 RF4C1 RF4C2 RF4C3 RF5 RTOUT RFIN

RFOUT

1/50

C544

C493

10/16

C494 10/16

TUN_R-CH

C506 1/50

RTIN

C508 1/50

C510 1/50

R4

R5

C504 1/50

R3

C502 1/50

R1

R2

C503 1/50

C501 1/50

L1L2L3L4L5

VDD

RINVIN1

IC501

LC75396E

AUDIO PROCESSOR

16

RFCOM

DI

CL

RRIN

C546

RROUT

RRCOM

20191817

C548

1/50

C552

33/6.3

RVREF

2.2/50

VREF

C553

(OS-CON)

47/16

R530

R528

1K

CE

1K

VSS

R529

C547

1K

TP32

TUN_L-CH

C505 1/50

C507 1/50

LTIN

48

33

LFIN

LROUT

LVREF

2.2/50

C551

33/6.3

C543

33 34

TP3

TP31

MD/CD_R-CH

MD/CD_L-CH

C511 47/16

R501

C509 1/50

2.2K

LINVIN1

LTOUT

LRIN

LFOUT

LRCOM

323130292827262524232221

1/50

C545

1/50

R427 100K

R428 100K

R433

R503 18K

LSELO

LF1C1 LF1C2 LF1C3 LF2C1 LF2C2 LF2C3 LF3C1 LF3C2 LF3C3 LF4C1 LF4C2 LF4C3

LFS

LFCOM

C539 10/16

47K

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

C517

1/50

C537

1/50

C435

2.2/50

R408 100K

R407 100K

C519

0.22/50 C521

0.1/50 C523

0.22/50 C525

0.15/50 C527

0.22/50 C529

0.027(ML)

C531

0.015(ML)

C533

0.0022(ML)

C535

0.0047 (ML)

R429

2.2K

KRA107 M

3.7V

–B

C401

47/25

R401

560(1/2W)

–B

Q421

0V

INPUT

SELECTOR

BU4052BC

IC511

Y0

1

Y2

2

Y

3

Y3

4

Y1

5

INH

6

Vee

7

C403

C404

0.022

UZ7.5BSB

ZD401

UZ7.5BSB

R420

5.6K

3.4V

C408

10/50

8

ZD402

R419

5.6K

Vss

16

R430

R410

KTC3199 GR

2.2K

47K

X2

15

X1

14

X

13

X0

12

X3

11

A

10

B

9

Vdd

R403

47K

+B

0.7V

Q423

0.7V

Q424

C402 47/25

R402 560

(1/2W)

L421

2.2µH

C407

10/50

R413

R404 47K

33K

0V

L401

L421 2.2µH

0V 0V

0V

C405

L410

2.2µH

R411

22K

R409 47K

R441 1K

R442 1K

+B

L423

2.2µH

L422

2.2µH

390P

2.2µH

1SS133

C429 330P

C430 330P

R412

22K

C445

2.2

C446

2.2

D421

R414 33K

C406

390P

L402

2.2µH

IC440 INPUT SELECTOR NJM4558D

7

1

C449

0.022

IC511

VOLTAGE

NO.

0V

1

0V

2

0V

3

0V

4

0V

5

0V

6

–7.3V

7

0V

8

7.3V

9

7.3V

10

0V

11

0V

12

0V

13

0V

14

0V

15

7.3V

16

D422 1SS133

GND

R432

1K

C411 680P

L411

R417 47K

8 4

R446

330

AUX_VOL-R

2.2µH

R437 33K

6 5 3

2

R445

330

C448

R431

1K

TP39

MIC_L-CH

EX_MD-R

EX_MD-L

AUX_IN-R

AUX_IN-L

MIC_GND

AUX_VOL-L

R415

2.7K C412

680P

L413

2.2µH

R418 47K

C439 2200P

C441 150P

C442 150P

C440

C438

2200P

8200P

R438

R436

33K

390K

R440

3.9K C444

22/50

0.022

VOLTAGE

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

C409

0.022

L412

2.2µH

R435 390K

C437 8200P

R447 1K

R448 1K

IC451

10.4V

5.2V

5.1V

5.2V

5.2V 0V

5.2V

5.2V 0V

5.2V

R416

2.7K

C410

0.022

OUT

TP29 TP28 TP34 TP27 TP26 TP25 TP24 TP23

R439

C443

3.9K

22/50

JK501 ANALOG IN/OUT

15 16 17 18 19

20 21 22

JK502 PHONO INPUT

L-CH

AUX OUT R-CH

L-CH

AUX2 IN R-CH

P40

2-H

L-CH

R-CH

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 51 52 53 54 55 56 57 58 59 60 61 62 63 64

IC501

VOLTAGE

4.5V

4.8V

4.6V

4.8V

4.6V

4.5V

4.8V

4.6V

4.5V

4.8V

4.6V

4.5V

4.8V

4.7V

4.8V

4.7V

4.8V

4.8V 0V 0V 0V 0V

4.8V

4.7V

4.8V

4.7V

4.8V

4.5V

4.6V

4.8V

4.5V

4.7V

4.8V

4.5V

4.6V

4.7V

4.8V

4.6V

4.8V

4.7V

4.8V

4.7V

9.6V

4.7V

4.8V

4.7V

7

8 9 10 11 12

Figure 43 SCHEMATIC DIAGRAM (6/20)

– 43 –

MD-X8H

S

N

Q

C350

0

3

MAIN PWB-A

1

CNP960

R977

R973

R972

R1059

R1072 R1073 R1074 R1075 R1076

R934

R938

CNS950

Q902

12

R987

C917

R970

R967

R1062

R1061

R933

R1057

C912

X901

C908

R942

R1092

R511

R989

R943

C919

R512

C918

30 31

R920

R1091

R1039

BCE

R1033

R1064

R991

C919

C951

R944

R921

CNP950

R993

C920

25

35

R946

R945

R922

R1036

R995

20

40

R923

R998

15

45

R1000

10

IC901

5051

R965

R1034

C924

55

C923 C922

R950

R951

101214161820222426

1113151719212325

R1002

1

5

60

R952

B C E

C950

100

65

R953

95

R955

R956

90

70

R957

2

468

R1067 R1063

Q904

R1006

85

75

C925

R959

R958

13579

R961

R1046

R966

81 80

R960

R1037

Q903

155

24

R962

R1038

B

E

CT23

LT21

CT21

RT21

CT22

RT30

RT29

R1013

R1012

R979

CNS999B

R974

R964

R969

R971

RT32

20

R981

R903

C302

CT24

CT36

ICT21

RT28

RT26

R983

R918

RT33

CT25

R976

R901

RT34

CT43

C

R366

ZDT21

10

CT29

15

CT27

R1001

R996

R992

E

B

R985

B C E

R362 R365

12

RT35

R1010

R1021

R1003

R999

R986

Q901

R908

R907

QT21

E

13

R990

Q354

CT26

XT21

CT28

R1004

CNP905

L903

BCC

RT36

R1008

R994

13121110987654321

R910

CT37

C372

Q353

R363

R1009

R988

R1005

R1070

B C E

R377

D353

C375

RT37

R1011

C368

C374

C369

C371

C373

R361

X351

C357

R364

R393

R355

C358

R368

C376

R354

R367

RT49 RT48

LT22

CNS1000A

R370

1 2 3 4 5 6 7 8

9 10 11 12 13 14

R1028 R1054 R1020

CNP980

R954

C916

R909

C915

IC903

R1044

1413121110987654321

R357

13

12

R1018

1

R359

3

R356

15

C353

10

C399

R1019

R1055

R1030

R1056

2

L354

IC303

R353

C356

C370

C355

ZD351

CNP920

CF351

C354

CNP970

20

C366

C396

R1017

C351

C398

C365

C367

R352

R392

R1007

1234

R391

C364

R35

24

R351

1

C395

C

3 2 1

CF352

R949

R931 R932 R930

10

A

B

C

D

C910

R948

C901

C902

CNP930

R587

18

1

1 2 3 4 5 6

1 2 3 4 5 6 7 8

C903

R1023

15

IC902

5

R1024

CNP940

1 2 3 4 5 6 7 8

R912

CNP915

9

R911

R928 R927 R926 R925 R924 R917

R1083 R1084 R1085 R1086

R913 R914

R915 R916

R905

R906

R904

1 2 3 4 5 6 7 8

CNP975

9 10 11 12

C927

R978

1 2 3 4 5

1 2 3 4 5 6

C942

R984

R982

R980

R975

R935

WH

BK

R514

CNP985

C914

CNP900

C913

C909

C907

C906

R513

R936

R941

PK

WH

PK

C905

WH

R963

R937

R940

8

R968

C911

C904

E

BCE

C552

C551

C545

Q542

Q541

C529

C519

R529

R530

C537

R528

32 33

CNP990

1234567

C540

1716

15

20

10

25

30

IC501

35

40

55

45

50 4948

R503

C515

R505

WH

C

B

CN

C538

5

1

64

60

C518

Q551

C549

R498

R499

R550

E C

Q553

F

C594

R585

G

B

R551

BCE

R586

R570

C574

14

R566

C593

IC552

5

8

R565

C573

R569

C575

C592

C591

C576

C471

R572

C473

C474

R571

C475

C467

R460

14

15 R470

C472

C457

R479

R482

R459

IC451

20 25

C469

C465

R484

510

R480 C461

R483

1

28

C494

R466

C458

R471

C452

R456

R481

R458

C493

C456

R598

C460

R468

R510

C547

R509

R597

C451

C544

R465

Q502

Q461

R455

CE

B C E

BCE

R467

R469

C556

B

R452

R475

R454

R453

Q468

Q469

BCE

3

2 1

R457

Q501

Q467

3 2 1

C454

BCE

R489

Q465

R522

3 2 1

C523

R521

C453

C548

Q466

C543

C555

C525

C553

C531

R463

C541

C517

R541

C557

C535

R526

C546

C539

C533

C527

C521

R464

H

1

23456

Figure 44 WIRING SIDE OF P.W.BOARD (1/10)

– 44 –

MD-X8H

7

8 9 10 11 12

R377

R1009

CT37

372

B C E

R363

36

94

988

1005

05

R1070

10

541

R541

C557

3

C535

31

517

D353

C375

RT37

R1011

R357

C368

C374

C371

C373

R361

X351

C357

R364

R393

C358

R368

C376

RT49 RT48

LT22

CNS1000A

R370

1 2

R1054

3

R1020

4 5 6 7 8

CNP980

9 10 11 12

R909

13 14

IC903

R1044

1413121110987654321 1211109876543211415 13

Q542

BCE

R526

BCE

Q541

R528

C546

C552

R529

R530

C551

C545

C539

C537

32 33

C533

C527

C529

C521

C519

R464

R356

C369

13

15

C353

12

C399

R355

R359

R354

R367

R1018

R1028

R1019

R1055

R1030

R1056

R954 C916

C915

2

1

3

CNP990

1234567

1716

20

25

30

35

40

45

C515

R505

L354

CNP920

15

IC501

50 4948

IC303

R353

C370

C355

C540

10

55

R503

CF351

C356

ZD351

5 60

20

C366

510

C351

C354

C396

R1017

CNP970

C518

C365

C367

C398

R392

R1007

1234

1

64

R352

R391

C538

C364

R350

24

C350

R351

1

321

C352

3 2 1

CF352

C395

3 2 1

WH

CNS950B

Q910

BCE

CNS1000B

C526

R501

C511

C363

C361

C344

CF302

C342

T351

L352

Q361

C391

R1014

R1015

R1016

C530

C522

R504

C550

R384

R395

ZD352

C503

C534

C362

R358C343

D902

R385

C998

L902

D905

C536

L353

MUTE

LEVEL

D352

PK

C524

R502

C333

VR351

FM

R383

D351

C504

C334

Q998 3

C501

C532

C528

C520

B C E

R387

C921

CNP910

R1080

C516

12

C948

R1027

C926

R398 C390

Q360

R382

C502

T302

C330

C384

D557

C332

L906

R319

C506

C331

R324

C512

R506

R397 C389

C505

C403

C336

WH GY

9

8

C401

L321

R348

C385 C386

R376

Q371

R1077

CNS999A

R1069

C435

R433

R401

ZD401

R404

ZD402

R403

R407

10 15

IC511 5

C408

1 2 3

C510

4 5 6

CNP935

7 8

C508

9 10 11

C507

C509

C341

1

2

CF301

1

2 3 4

R301

R360

BCE

R1071

B C E

R446

R408

CNP925

R419

1 2 3

3

R344

L351

16

R347

R345

R420

Q423

Q421

R445

R402

C402

1

BCE

R346

12

IC302

11

R430

R427

C443

R439

C445

C444

C446

R441

R409

C404

C936

16

8 9

7 6 5 4

D301

D302

D303

C301

R349

R399

Q301

C347

5 6 7 8

C345

R380

R379

C393

C380

15

R378

10

R371

R372

Q424

B

CE

R428

BCE

R429

L401

R437

1 2 3 4

8 7 6 5

R440

R438

R410

C438

R442

C407

L904

C937

R1053

C933

5

IC904

15 10

CNP995

112

10 11

12 13 14

IC905

3 2 1

R1052

R1051

D304

C348

C346

R369

FE301

C387

5

C430

C429

R412

R411

C439

IC440

C440

R381

C392

20

L422

C406

C437

C449

C442

R1025

CNS950A

2

R1050

C338

22

1

R414

C405

R435

R436

R448

R1047

R1026

R1048

L342

R432 L421 R431

L402

L410

C441

R447

R417

R418

81

9

C340

C397

R373 R374

L423

R413

C448

C932

R1049

C381

C383

C382

R414

D421 D422

C1009

C938

C939

C394

X352

L411

C412

R1040

C928

L341

C411

L412

R1058

ZD901

CNP301

1 2 3 4

CNP999

5 6

C409

C410

R415

L413

R416

SW901

L905

C934

1 2 3

C945

1 2

CNP301 AM ANTENNA TARMINAL

AM GND

GND

RESET

FM75 ohms

SO301 FM ANTENNA TERMINAL

R-CH

AUX OUT

L-CH

R-CH

JK501 ANALOG IN/OUT

AUX2 IN

L-CH

R-CH

JK502 PHONO INPUT

L-CH

COLOR TABLE

BR

BROWN

RD(R)

WH(W)

UNA901 AUX DIGITAL 1 INPUT

JK902 AUX DIGITAL 2 INPUT

OR

YL

GR

BL VL

GY

BK PK

RED

ORANGE

YELLOW

GREEN

BLUE

VIOLET

GRAY WHITE

BLACK

PINK

Figure 45 WIRING SIDE OF P.W.BOARD (2/10)

– 45 –

MD-X8H

P

D

0

Q

IC1

VOLTAGE

NO.

2.5V

1

2.5V

2

2.5V

3

2.5V

4

A

2.6V

5

2.5V

6

2.6V

7

2.5V

8

2.5V

9

2.6V

10

2.6V

11

2.5V

12

2.5V

13

2.5V

14

2.5V

15

2.5V

16

2.5V

17

2.5V

18

2.5V

19

B

2.5V

20

2.4V

21

0V

22

2.5V

23

2.5V

24

2.5V

25

2.5V

26

2.5V

27

2.5V

28

2.5V

29

2.2V

30

2.2V

31

0V

32

0V

33

4.9V

34

4.9V

35

C

0V

36

0V

37

4.9V

38

0V

39

0V

40

1.6V

41

2.4V

42

2.5V

43

2.5V

44

0V

45

2.5V

46

2.5V

47

0.2V

48

0V

49

2.4V

50

D

4.7V

51

4.6V

52

0V

53

0V

54

4.9V

55

4.9V

56

2.5V

57

2.5V

58

0.9V

59

1V

60

2.2V

61

4.2V

62

0V

63

4.9V

64

E

F

PICKUP UNIT

PIN NO.

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 51 52 53 54 55 56 57 58 59 60 61 62 63 64

LTOH41M1

1/2 VCC

ACTUATOR

1 2 3 4 5 6 7 8 9

VCC

MON GND

TR+

FO+ FO– TR–

IC2

VOLTAGE

0V 0V 0V 0V 2V

4.9V 0V 0V

2.5V

2.5V 0V 0V 0V

4.9V 0V 0V

4.9V

4.9V 0V 0V

2.4V 0V

4.9V

0.2V

0.2V 0V

4.8V

2.4V 0V 0V 0V

4.9V

4.7V 2V 0V 0V 2V

4.7V

4.9V

2.1V

2.1V 0V 0V

2.2V 0V

2.4V 0V

2.4V 0V 0V 0V

4.7V

4.8V 0V

2.5V

2.4V 0V 0V 0V

E A B F C

LD

C3A

CD SERVO PWB-C8

47/10

CNS2A

7

6

5

4

3

2

1

CNS2B

VR1A

1

2

3

4

5

6

7

8

CNS1B

CNS1A

+B +B

DRIVER

7

6

5 4 3 2 1

CNP1

1 2 3 4

5 6

7 8

CNP2

LASER

Q1

KTA1266 GR

1.5V 4.9V

C25

4.2V

0.01

C

R63 82K

R62

A

82K

B

R64 82K

E F

C3

0.1/50

C4

0.001

R4

2.2K

R5

6.8K R6

100

R7

1K

C9

0.047

R9 27K

R11

3.3K

R28 1K

R39 22K

R40 22K

C11

0.1

CD_GND

TR– TR+ FO+ FO–

GND

PD

VR

LD

CD_GND

R2 100K

0.033

R8

12K

R66 68K

R67 68K

C5

0.068

C10

180P

R3 15K

C6

0.033

C7

0.1/50

C8

C24 1/50

R65 82K

R43

22

6

10

11 12

13 14 15 16

C13 R29

1K

1 2 3

4 5

7

8 9

R13 33K

0.1

VCC1

FIN2

REF

FIN1

REF

E F

TB

TE– TE

TESI

SCI

TH

TD–

TD

JP

TO FD

C44

100/10

NC

+

R12 15K

REF

–

FD–

0.33/50

LDS

–

+

–

+

REF

+

–

GEN

REF

17

C40

+

–

R15 47K

10 11 12 13 14 15 16 17 18

FA

1 2 3 4 5 6 7 8 9

REF

R14

LDO

RF

–

+

–

+

–

+

–

+

–

18

10K

VREF

C39

0.47/50

C38

560

R42

6061626364

59

PHI

BHI

VCR

JP

FOSTA

GEN

FE

20 21 22

C12

330P

C14

0.01

–

+

–

+

–

FSC

+

–

82K

R17

REF

VCR

TGL1 THDL

THD

FE1

REF

–

+

REF

AGND

SP

FE–

23 24 25 26

FE1

–

+

REF

VCR

REF

TO

GEN

REF

FA–

19

R16

1.5K

IC5

M56748FP

FOCUS/TRACKING/

SPIN/SLIDE DRIVER

0.01

C37

220/6.3

VR

LF2

+

–

+

– +

–

+

–

SERVO

AMP.

VCC

REF

GL

S.Q.R

REF

SPI

C15

0.0047

R19 39K

36 35 34 33 32 31 30 29 28 27 26 25 24 23 22 21 20 19

C35

5758

REF1

DEF HFL

DRF

+

–

+

–

FSTA

+

–

SPG

SP–

R20 10K

R21 56K

R23

1.2K

C17

0.47/50

R31 10K

0.1/50

56

TOSTA

LASER

8/12CM

REF

–

C16

R22

6.8K

EFBAL FOSTA

2FREQ

REF JP

55

FSS

VCC2

FSTA

SLOF

+

-

+

-

REF

SPO

SLEO

27

28 29

0.001

DRF

5354

CE

JPCLO SLOF

C19

R25

CL

DAT

IC1

LA9241M

CE

LATOH

CV–

CV+ JP– JP+

SLOF

OR

SLOF

–

REF

SLD

C18

1/50

47/10

1.2K

10K

R24

49505152

48

NC

CLK

DEF

47

TBC

46

FSC

DGND

45

SLI

44

REF

–

CL

SLC

43

RFS–

42

REF

–++

C30

RF

41

RFSM

40

CV+

39

CV–

38

SLOF

37

HFL

+

TES

36

TOFF

35

TGL

+

34

–

JP+

33

SL–

JP–

SL+

32

30 31

C20

0.0033 R27

R26

22K

R30

220K

R10 82K

C2

C33

2.2P

220K

+B

R41

0.001

R33

5.6K

TP1

4.7K C45

GND

C21 1/50

D4 RL104A

D5 RL104A

4.7/25

C34

0.033 R36

47K C32

27P

R32 56K

R35

470

RL104A

C50

0.1

D3

R34 1K

R38 33K

R37 47K

CD_GND

D2

1SS133

C46

0.022

C31

0.0027

R49 10K

C53 220P

CD MOTOR PWB-D

MO_GND

BI980

CNS980

SL–

PU_IN

SL+

DRF

WRQ

RES

CQCK

COIN

87654321

OUT S

M701

SPINDLE

M

G

MOTOR

M702 SLED

MOTOR

SW702A

PICKUP IN

M

6 5 4 3 2 1

CNP3A

CNS3A

6 5 4 3 2 1

CNS3B

6 5 4 3 2 1

CNP3

6

5 4 3 2 1

SP+ SP– SL+ SL– PU-IN

H

• NOTES ON SCHEMATIC DIAGRAM can be found on page 31.

1

23456

Figure 46 SCHEMATIC DIAGRAM (7/20)

– 46 –

CNP98

TO MAIN

P40 1-

8

K

7

K

C31

0.0027

3

R49 10K

6

22

SL+

C53 220P

DRF

RES

WRQ

SQOUT

CQCK

COIN

9876543

CNP980

TO MAIN PWB

P40 1-D

TRY_SW4

RWC

C60

0.022

TRY_SW1

TRY_SW3

TRY_SW2

1413121110

+B

C41

0.047

C59

0.022

+B

R77 1K R46 1K R47 1K

R45 1K R78 1K R48 1K

C22

0.01

TEST1

DEF1

1

R18

3.3M

0.047

C42

R57 27K

R56

1.2K

R58 680

TA1

2

PDO

3

VVSS

4

ISET

5

VVDD

6

FR

7

VSS

8

EFMO

9

EFMIN

10

TEST2

11

CLV+

12

CLV_

13

V/P

14

HLF

15

TES

16

+B

MAIN CAM MOTOR

1(1/2W)

C82

47/16

C86 100P

CD_L_OUT

CD_A_GND

BI990

CNS990

TO MAIN PWB

WRQ

CONT3

C54

100P

52 51 50 4964 63 62 61 60 59 58 57 56 55 54 53

FSX

CONT4

SFSY

SBCK

SUB-CODE

GENERATOR

EMPH

CONT5

C55

X-TAL

C2F

R60 1K

4M

/CS

16M

/RES

TEST5

TEST11

VCO

CLOCK

OSC

CONTROL

SLICE

LEVEL

EFM DEMODULATE

CONTROL

CLV

DIGITAL

SERVO

COMMAND

JP_

JP+

PCK

TGL

TOFF

17 18 19 20 21 22 23 24 25 26 27 28 29 30 31

RWC

COIN

/CQCK

SQOUT

µ-COM

INTERFACE

2K x 8

RAM

ERROR

CONTROL

FLAG

COERECT

SYNC-DETECT

IC2

LC78623D

SERVO/SIGNAL

CONTROL

EXTERNAL

OUTPUT

FSEQ

VDD

CONT1

CONT2

IC91 TA7291S

12345678

R93 1(1/2W)

C91 47/16

C96 100P

C94

0.022

CD_GND

DRIVER

IC92

TA7291S

12345678

R94

C84

0.022

+B

CD_R_OUT

CD_7V

CD_GND

CNP990

P40 1-F

MO_9V

MO_GND

7654321

C83

C85

0.1

47/16

9

R91

5.6K

R89

2.7K

C87 100P

R90

8.2K

100P

C57

PW

4FS

FILTER

DIGITAL

DOUT

100P

DIGITAL

OUT

32

C58

MUTER

1BIT DAC

TEST3

C93

47/16

R98

8.2K

100P

EFLG SBSY

XVSS

MUTEL

TEST4

R70 330

C95

C56

100P

48 47

46

XIN

45

XOUT

44

XVDD

43 42

RVDD

41

RCHO

40

RVSS

39

LVSS

38

LCHO

37 36

LVDD

35

NC

34 33

9

R97

2.7K

R96

3.3K

0.1

GND(D) TRY_SW1 TRY_SW2 TRY_SW3 TRY_SW4

+B

C92

0.022

C68 10/16

C67

10/16

C43 330/63

IC91 :

TRAY MOTOR

DRIVER

C97

100P

R82 100

L1

0.82µH

C51

0.022

100/10

CNP11 MC– MC+

MT–

MT+

CNP12

CD SIGNAL

C61

12P(CH)

C62

15P(CH)

R61 220

D8 1SS133

R74

18K

R73 18K

VOLTAGE

REGURATOR

2SD468 C

+5V

4.9V

+B

5.6V

C81

100/10

CD_7V

C52

BIM1

1

2

3

4

CNS2

1

2

3

4

5

CNP900

TO MAIN PWB P40 1-C

GND(D) CAM_SW1 CAM_SW2

GND(D) CAM_SW3 CAM_SW4

XL1

D9 1SS133

R76

3.3K R75

3.3K

CD_5V

CD_D_OUT CD_D_GND

Q81

8V

R81 220

R84

22

1 2 3 4 5 6

BIM3

16.934MHz

C70

0.001 C69

0.001

ZD81

UZ5.6BSB

– +

TRAY SWITCH

BIM2

1 2 3 4 5

CAM SWITCH

1 2 3 4 5 6

CD_A_GND

CD_L_OUT

3-TRAY MOTOR

MOB1

M

MAIN CAM MOTOR

MOB2 TRAY MOTOR

M

PWB-F

SWB108 CD SET

CAM4 SWB104

+B

CD_R_OUT

+B

SWB105 CD EJECT SWB106 CD TRAY CLOSE SWB107 CD IN

SWB101 CAM1 SWB102 CAM2

SWB103 CAM3

1

BI970

BI960

1 2 3 4 5

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

212

1 2 3 4

5

NO.

MD-X8H

IC5

VOLTAGE

2.5V

0.2V

2.5V

2.6V

2.6V 0V 0V 0V 0V

2.6V

2.5V

2.5V 0V

5.9V 0V

0.6V

5.9V

2.5V

2.7V

2.6V

2.6V 0V 0V 0V 0V

2.6V

2.5V

2.5V 0V 0V 0V

CNP995

TO MAIN PWB P41 12-C

CNS970

CNS960

CNP985

TO MAIN PWB P40 4-C

IC91

VOLTAGE

NO.

4.6V

1

9.3V

2

0.5V

3

0V

4

0V

5

9.3V

6

0.5V

7

3.7V

8

4.6V

9

IC92

VOLTAGE

4.6V

1

9.3V

2

0.5V

3

0.3V

4

0V

5

9.3V

6

0.5V

7

5.4V

8

4.6V

9

• The numbers 1 to 11 are waveform numbers shown in page 69.

7

8 9 10 11 12

Figure 47 SCHEMATIC DIAGRAM (8/20)

– 47 –

MD-X8H

A

BR

B

MOB2MOB1

TRAY MOTORMAIN CAM MOTOR

M971

YL

RD

OR

BIM1

YL

4

1

BR

TO CD SERVO PWB

CNP11

FAN MOTOR

CNS961

RD

BR

1 2

TO POWER AMP. PWB

CNP261

COLOR TABLE

BR

BROWN

SWB101 CAM1

SWB102 CAM2

C

SWB103

CAM3

SWB104 CAM4

BIM3

BR

1

TO MAIN PWB

CNP900

6

BL

WH(W)

RD(R)

OR

YL

GR

BL VL

GY

BK PK

RED

ORANGE

YELLOW

GREEN

BLUE

VIOLET

GRAY WHITE BLACK

PINK

D

MD SPINDLE MOTOR

M901

MD SLED MOTOR

M902

MD LOADING MOTOR

M903

E

F

TO MD MAIN PWB

G

H

RD BK

1 2

TO MD MAIN PWB

CNP1602

MD MECHANISM SWITCH PWB-H

CNP1601

FW1901

2 4

SW1952A/B

WRITE PRO/DIRECT

1

3 5

R1902

R1904

R1903

CNS1901

R1901

SW1955

MD RECORD

SW1956

LOADING

SW1954

MD PLAY

SW1953 LEAD IN

RD

1

BK

2

MAGNETIC

HEAD (40)

TO MD MAIN PWB

CNP1603

CNS1101

TO MD MAIN PWB

CNS1903

VL

1

VL

2

FLEXIBLE PWB

TO MD MAIN PWB

CNP1252

RD BK

1 2

TO MD MAIN PWB

CNP1604

MD OPTICAL

PICK UP UNIT

1

23456

Figure 48 WIRING SIDE OF P.W.BOARD (3/10)

– 48 –

MD-X8H

7

8 9 10 11 12

R615

J675

R611

R621

R609

C612

R601

R603

C603

R605

C605

C613

R613

R617

R620

R607

C633

R633R631

R635C631

R636C632

R632

R634

R644

R645

R657

R656

C642

R642

R640

R654

R650

R643

R655

C639

C646

R653

R651

IC605

1

4

5

8

L602

L603

L601

BI600/CNS600A/B

C621

C625

C626C627

R624

R623

C615

J644

D615

C614

C601

C611

IC601

1

1234567891011

1110 1312987654321

654321

12

C609

C607

Q601

BI630/CNS630

L631

Q603

BI151/CNS151

BI610/CNS610

C641

IC604

C650

IC603

IC602

C640

ZD601

BI620/CNS620

11

4

3

8

2

6

5

7

213

R43

R5

R42

C4

R6

R4

R2

R7

R12R3R13

R9

R66

R11

R67

R8

C10

R62

R64

R65

R63

IC1

1

5

10

15

16 17

20

25

30

32

33

35

40

45

48

49

50

55

60

64

C38

R41

R34

C32

C33

R37

R33

R32

R36

C31

R35

R38

R56

R57

R58

C22

C57

R60

C58

R46

R45

R47

C55

C56

R77

C54

R78

1 2 3 4 5 6 7 8

9 10 11 12 13 14

C97

R96

R98

C96

C86

C84

R89

C94

R91

R90

C87

R97

R74

C70

C61

C62

R76

C92

R61

R73

R82 C51

R75

IC2

1

2

7

6

5

4

3

2

BCE

1

C69

R70

C30

C59

C46

R27

R26

C20

R30

C16

R23

R21

R22

R20

C12

R25

C15

R17

R19

C14

R24

R16

R15

R39

R14

R40

IC5

1

51015

18

19

20 25 30 35

36

R31

C25

R10

Q1

C21

CNP2

1

2

3

4

5

6

2345

B

C

E

678

C24

C6

C7

C5

R29

C9

C13

C3

C8

R28

CNP1

1234567

C2

C40

C35

C39

C37

C45

R49

D2

C50

C53

C34

C42

C41

R18

XL1

D9

BI980/CNS980

D8

C93

IC91

R93

C91

C95

C85

CNP11

CNP12

C82

R94

IC92

123456789

C83

BI960/CNS960

12345

C68

C67

C43

BI970/CNS970

L1

BI990/CNS990

C52

C81

Q81

C17

C11

ZD81

R84

C19

R81

D3

C18

D4

D5

C44

CNP3

R48

CNS2

SWB107

SWB106

SWB108

CD SET

CD TRAY CLOSE

SWB105

5 4 3 2 1

CD IN

CD EJECT

2 3 4

8 7 6 5

1 2 3 4

8 7 6 5

1 2 3 4

8 7 6 5

5 6 7 8

4 3 2 1

B

C

E

C

B

2

35

4

1

5 4 3 2 1

1 2 3 4

23456789

1

5

10

15

16 17

20

25

32

30

35

33

40

45

48

49

50

55

60

64

CNP151

6

R151

5

4

3

2

1

C60

TRAY SWITCH PWB-F

CD SERVO PWB-C8

+

-

+

-

M702

SW702A

SPINDLE MOTOR

SLED MOTOR

PICKUP IN

M701

CNP3A

1

2

3

4

5

6

CD MOTOR PWB-D

MIC PWB-C7

7654321

78 654321

PICK UP UNIT

PC CONTROL

SO602

SO601

KEYBORD INPUT

JK601

MICROPHONE

JK901

HEADPHONES

JACK PWB-E

VR602 INPUT

LEVEL

VR601

MIC

VOLUME

JK151 MD IN/AUX 1

1 8 9 2 3

456710

11

• The numbers 1 to 11 are waveform numbers shown in page 69.

Figure 49 WIRING SIDE OF P.W.BOARD (4/10)

– 49 –

MD-X8H

C

ENTER

A

B

C

LMP741

BACK LIGHT

LCD751

DISPLAY

LMP744LMP743LMP742

LAMP PWB-C1

BL+B(HIGH)

BL_GND

CNP741

POWER AMP. PWB

2 1

CNS830

P55 9-G

FROM

FROM LCD751

DISPLAY PWB-

VA

34

VB

33

VC

32

VSS(VD)

31

VR2

30

VR1

29

VOUT

28

VDD PMODE EXA

27

VSS CK CKS

26

OSC1

25

OSC0

24

VSS

23 22 21 20 19 18 17

16 15 14 13 12 11 10

9 8 7 6 5 4 3 2 1

R751

D7 D6 D5 D4 D3 D2 D1 D0 RDB WRB P/S SDA SCL M86 M/S RS CSB RESB VSS-TEST V4 V3 V2 V1 V0

CNP751

680K

D7 D6 D5 D4 D3 D2 D1 D0 RD WR

RS

CS3

RESET

D

REMOTE SENSOR

C701 100P

E

F

G

SW701

R701

1.2K

SW702

MD>MD EDIT

R702

1.5K

SW703

TRACK

R703

1.8K SW704

CD>MD EDIT

R704

2.2K

SW705

MD-REC

R705

3.3K SW706

MD-EJECT

R706

4.7K

SW707

SWITCH B PWB-C3

LED PWB-C4

RX701

2

C702

3

1/50

1

POWER ON/

STAND-BY

R711

LMP701

COMPUTER NETWORK

1K

0V

R713

1K

R714

100

C703

100P

+B

LED705

R342VRC7

Q702

12V

KRA107 M

R712 1K

+B

12V

FW701

LED706

SLR325MG

CNP701

+B

13

31

1 2 3 4 5 6 7 8

SWITCH C PWB-C5

DISPLAY

CHARACTER

R721

1.2K

TIMER/DELETE

R722

1.5K

NAME/

TOC-EDIT/

RDS

R723

1.8K

MESSAGE

R724

2.2K

TUNING/

CURSOR DOWN

R725

3.3K

TUNING/

CURSOR UP

R726

4.7K AUX

R727

8.2K

TUNER(BAND)

SW721

SW722

SW723

SW724

SW725

SW726

SW727

SW728

LED721

SLR325MG

R729

4.7K SW729

R730

8.2K SW730

R731 18K

SW731

CD DISC1 OPEN/CLOSE

CD DISC2 OPEN/CLOSE

CD DISC3 OPEN/CLOSE

CNP721

1 2 3 4

CNP771

1 2 3 4 5 6 7 8

CNP772

1 2 3 4

+B

R774

R775

2.2K

3.3K

SW775

SW776

CD DISC2 PLAY

CD DISC3 PLAY

+B

R773

R772

1.8K

1.5K

SW773

SW774

CD STOP

CD DISC1 PLAY

R771

1.2K

SW772

SW771

CD PLAY/PAUSE

H

• NOTES ON SCHEMATIC DIAGRAM can be found on page 31.

1

23456

Figure 50 SCHEMATIC DIAGRAM (9/20)

– 50 –

PWB-C6

EXA

D7 D6 D5 D4 D3 D2 D1 D0 RD WR

RS

CS3

RESET

R771

72

1.2K

K

SW772

SW771

CD PLAY/PAUSE

ENTER

+B

C752

2.2/50 C754

2.2/50 C756

2.2/50

C758

2.2/50

C771 390P

1K

R777

R754

270K

R752

100K

R753

120K

TP701

THERMISTOR

C760

2.2/50

R788

18K

SW789

/PAUSE

MD-PLAY

C772

150P

R778

1K

R776

INTER NET

IC771

BU2092F

INPUT SELECTOR

IC751 ~ IC753 : LCD AMP.

IC751

BA10358

2

–

1

+

3 6

+ –

5

874

+B +B

IC752

BA10358

2

–

1

+

3

+

6

–

5

874

IC753

BA10358

2

–

1

+

3

+

5

–

6

+B

R783

1.8K

SW785

PRE-EQ

18

VDD

17

OE

16 15 14 13

SW9

12

SW8

11

SW7

10

SW5

LED775

SLR325MG

R761

R782

1.5K

SW784

MULTI-UP

CD PLAY MD PLAY DISC3 P DISC2 P

SRS

R795

1K

874

+B

SW781 ~ SW784 : MULTI CONTROL

R787

R786

8.2K

4.7K

SW788

MD-STOP

C773

150P

1 2 3 4 5 6

M REC

7

MD IN DISC1 P

8 9

R785

3.3K

SW787

SW786

3D SURROUND

VSS DATA CLK LCK1 SW1 SW2 SW3 SW4 SW5

R784

2.2K

X-BASS

SW12 SW11 SW10

C763

100K

47/16

R781

1.2K

SW78

MULTI-LEFT3

C774 150P

R794

LED774

SLR325MG

39K

R755

39K

R756

R759 150K

R757

39K

R758

150K

R760

220

SW781 MULTI-DOWN

SW782

MULTI-RIGHT

C775 1/50

+B

1K

R792

R791 1K

1K

R793

R342MGF7

LED772

LED773

R342MGF7

SLR325MG

+B+B+B

+B+B

+B

LED771

L751

4.7µH

C762

1/50

C761

470P

L752

4.7µH

+B

R732

1K

+B

SWITCH A PWB-C2

D7 D6 D5 D4 D3 D2 D1 D0 RS RD WR CS3

JOG701

VOLUME

RESET D GND

+5V

+13R5V

+13R5V D_GND

RX_IN

D_GND

+5V

KEY3 KEY2 KEY1 KEY0

JOG1 JOG2

DATA

CLK

LCK2

12 11 10

9 8 7 6 5 4 3 2 1

4 3 2 1

CNP773

1 2 3 4 5 6 7 8

CNP774

1 2 3 4 5 6

BI755

BI752

PIN NO.

1 2 3 4 5 6 7 8

MD-X8H

CNS755

12 11 10

9 8

TO MAIN PWB

7 6 5 4 3 2 1

4 3 2 1

IC751

VOLTAGE

5.1V

5.1V 0V

4.3V

4.3V 12V

IC752

VOLTAGE

3.6V

3.6V 0V

2.8V

2.8V 12V

FROM MAIN PWB

IC753

VOLTAGE

8V 8V 8V 0V 1V

0.2V

10.8V 12V

TO MAIN PWB

CNS752

CNP940

P41 12-D

CNP930

P41 12-E

CNP975 P40 1-B

CNP970 P40 1-C

PIN NO.

1 2 3 4 5 6 7 8

9 10 11 12 13 14 15 16 17 18

IC771

VOLTAGE

0V

0.1V

4.7V

4.6V 0V 0V

10.6V

0.4V

11.9V

0.5V

10.4V

10.4V 0V 0V

4.8V

7

8 9 10 11 12

Figure 51 SCHEMATIC DIAGRAM (10/20)

– 51 –

MD-X8H

LAMP PWB-C1 SWITCH A PWB-C2

SW788

MD STOP

UP

R788

VOLUME

LED772

SW789 MD PLAY/ PAUSE

R776

C771 C772 C773

R787 R777

R778

R792

DOWN

1

9

R732

C775

8

C774

7 6 5 4 3 2 1

CNP771

18

15

5

IC771

10

21

A

LMP741

CNP741

B

LMP742

C

JOG701

LMP744

1 2 3 4 5

CNP774

D

6

SW787 3D SURROUND

R786

SW786

R785

R793

R794 R791

R795

LED775

X-BASS

SW785 EQUALIZER

SW774 CD DISC 1 PLAY

LED774

SW775 CD DISC 2 PLAY

LED773

SW776 CD DISC 3 PLAY

4 3 2 1

CNP772

1

CNP773

R783

SW781

R771

LED771

SW772

CD STOP

R784

CONTROL

R772

R773

2 3 4 5 6 7 8

MULTI

R774

R775

SW783

LEFT

LMP743

SW784

E

F

CONTROL

SW782

R782

MULTI CONTROL

CONTROL

MULTI

DOWN

R781

SW771 ENTER

UP

RIGHT

G

CD PLAY/PAUSE

SW773

H

1

23456

Figure 52 WIRING SIDE OF P.W.BOARD (5/10)

– 52 –

MD-X8H

SWITCH B PWB-C3

SW707 COMPUTER NETWORK

R706

8 7 6

R713

5 4

CNP701

3 2 1

SW706 MD EJECT

R705

R711

SWITCH C PWB-C5

SW721 DISPLAY

SW722 TIMER/ DELETE

LED705

SW705 MD REC

13

FW701

CD/MD MD EDIT

R704 R703

SW723 NAME/ TOC EDIT/RDS

SW704

CD MD

LED PWB-C4

31

FW701

CD/MD MD EDIT

Q702

B

EC

LED706

SW703 TRACK

LMP701

R712

SW702

CD/MD MD EDIT

MD MD

R702

R701

C702

POWER ON/STAND-BY

REMOTE SENSOR

R714

C701 C703

SW701

RX701

3

21

4 3 2 1

R729

UP DOWN

SW726 TUNING/ CURSOR

CNP721

SW729

R730R731

SW730

SW731

R721

CD DISC 1 OPEN/CLOSE

CD DISC 2 OPEN/CLOSE

CD DISC 3 OPEN/CLOSE

SW725 TUNING/

R725

CURSOR

R722R723R724

SW724 MESSAGE

R755R756R757

R726

1234

876

1234

IC752

8765

1234

IC753

8765

IC751

5

R758

R759

LED721

R754TP701

L751

1

234

BI752/CNS752

R760

L752

R753

C762

R752

C763

C761

SW727 AUX

LCD751

R751

R761

BI755/CNS755

R727

CNP751

C752

123456789101112

SW728 TUNER (BAND)

3579111315171921232527293133

C756

246810121416182022242628303234

1

C760

C758

C754

DISPLAY PWB-C6

7

8 9 10 11 12

Figure 53 WIRING SIDE OF P.W.BOARD (6/10)

– 53 –

MD-X8H

T

U

V

1

R

2

Q871

D S

C 0 (

C 0

R 4

C219

FM SIGNAL

POWER AMP.PWB-B2

IC201

A

B

C

TO MAIN PWB

D

CNP910

P41 12-G

NO.

1 2 3 4 5 6 7 8

9 10 11 12 13 14 15

CNP810

1 2 3 4 5 6 7 8 9

10 11 12 13 14 15

VOLTAGE

–34V –34V 34V –7V –5.6V 0V 0V –34V 34V 0V 0V –34V 0V 0V 0V

R_IN

A1_GND L_IN PROTECT POWER P_IN

BL_L GND –15V VLOAD D_GND(MD) +B(MD) A_10V(MD)

A_GND(MD)

R201 100K

D872

1SS133

POWER AMP.

R202 100K

+B

E

CNP820

A_11V

1 2

A_GND

3 4

D_GND

CNP920

P41 12-F

5 6 7 8 9

10 11 12 13 14

CD_9V

CD_7V CD_GND

+15V

M_GND

+B

F

TO MAIN PWB

G

C885

+B

H

+B

• NOTES ON SCHEMATIC DIAGRAM can be found on page 31.

1

23456

IC201

STK40705

R205

100

C221

0.022

+B

–B

1/50

C203 470P

C204

470P

C852

+B

C884 220/16

R889

220K

C883

1/50

56K

R203

R211

C209

47/50

C210

47/50

R212

R204 56K

R206 100

C222 1/50

–B

C818

0.022

C832

0.022

–B Q851

2SD2012

10.5V 11.2V

10.7V

0.022

C851 47/25

R887 150K

R888

2.2M KTC3199 GR

330

C241

47/25

Q831

+B

2SD2012

8V 15V

8.6V C831

47/25

9.2V R831

Q850

KTC3199 GR

10.7V 11.2V

11.2V

C850

100/16

R882

10K

R883

68K

R884

22K

Q881

Figure 54 SCHEMATIC DIAGRAM (11/20)

R261

8.2K

FR202

100

C207 15P

R209

56K

FR201

100

R210

56K

C208 15P

+B

ZD241

UZ11BSC

Q811

2SD2012

5.6V

C815

100/10

Q830 KTC3199 GR

9.3V R830

1K

220

C830

100/10

FR842

2.2

R852

220

C882

0.01 1

2

R886 10K

VOLTAGE

REGURATOR

– 54 –

C243

0.022

C242

0.022

6.2V 100/10

R832

R853

Q880

2SD2012

3

IC802 NJM431

+ ––

987654321

R244

22K

R245

68K

34V

–34V

34V

Q253

2SB1238 R

2.2K

R247

R813 1K

ZD810 MTZJ6.2C

Q820

15V

KTC3199 GR

R821

220

C823

0.022

18V

Q840

KTC3199 GR

11.8V 18V

12.4V C840

100/16

C880 1/50

R243

820

(2W)

11.5V

C816

100K

1K

C215

100/35

POSISTOR

FR811

0.9

Q821

2SD2012

9.3V

9.9V

C822

0.022

C821 47/25

11.2V

C842

0.022

ZD851

UZ6.8BSB

R880

470

C881

0.022

C223

100/35

R811

100

C817

0.022

9.9V

100/16

2SD2012

11.8V C841

47/25

C205 47P

+B

15V

10.4V C820

Q841

+

151413121110

47P

C206

15K

100/

R246

C240

+B1-1

GND1-1

–B1-1

R841 100

C843

0.022

C237

4700/50

C238

4700/50

POSISTOR

RP821

R820

2.2K

ZD820 UZ11BSA

FR841

R840 1K

ZD840

POSISTOR

RP870

2.2

UZ130BSA

R253

10K

C250

0.022 R251

0.2

(1W)

+B

Q251

KTC3199 GR

0V

R255

C251

0.2

0.022

R259

(1W)

R252

0.2

(1W)

R266

4.7

+B

–B

R871

100

C872

0.1/50

+B

C888 6800/25

C868

0.022

12V

12.9V C861

47/25

100/16

+B

4.5V Q252

KTC3199 GR

0V

R254

10K

R265

1K

4.7

L203

3µH R256 1K

R260

0.2

C220

0.1 (ML)

L204

R228

3µH

4.6V

Q861 2SD2012

17.8V Q860

KTC3199 GR

13.4V

C860

Q862

KRC107 M

0V 0.7V

32

1

0V

4.5V

(1W)

4.7

R861

220

C867

0.022

Q860 VOL REG

1

2

0

1

R255

1 9 GR

4.5V Q252

KTC3199 GR

0V

1K

51 22

W)

52

0.2 W)

R266

4.7

+B

R254

10K

L204

3µH

0V R265

L203

3µH R256 1K

R260

C220

0.1 (ML)

R228

0.2

4.5V

4.7

(1W)

4.7

D201

1SS133

D202

1SS133

R227

4.7 C217

0.1(ML)

0.1

C219

C218

0.1 (ML)

Q201

KRC107 M

2

0V

(3.4V)

(ML)

R225 1K

MD-X8H

Q271,Q272:

L202

0.29µH

C230

0.022

C232

0.022

R271

22K

R272

22K

D271

1SS133

L201

0.29µH

R235

6.8

C229

C231

0.022

MOTOR DRIVER

R276

47

UZ6.2BSB

D272

1SS133

C271

10/50

4.4V 3

1

Q274

KRC107 M

R233

6.8 C225

0.022

C227

0.022 C235

0.001

C236

0.001

ZD271

R275

1K

R273

0V

3.9K

0V 2

C233

470K

R274

R270

0.001

C272

220/10

Q271

KTC3199 GR

270

C234

0.001

1

Q272

2SA562 Y

+ – – +

4 3 2 1

CNS961

CNP261

212

M971

MOTOR

SPEAKERS TERMINALS

SO201

SP_R-CH SP_R-CH_GND SP_L-CH_GND SP_L-CH

CNP201

M

FAN

CNS600B

P38 1-C

FROM MIC PWB

RELAY

0V

RLY

RL201

0V

Q273 KTC3199 GR

R277 47K

R234

6.8

C226

0.022 C228

0.022

R236

6.8

OUL_L

56K

R239

56K

330

+B

OUL_R

330

R240

R278

D270 1SS133

0.7V 100

D203

1SS133

4.5V

0V

4.5V 0V

Q298

0V

32 D261

1SS133

C261

10/50

C262

10/50

R229

R263 12K

56K

0V

C297

47/50

R230

R298

0V Q297

KTC3199 GR

( ): Power OFF

4.4V (0V)

3

1

0V

D204

1SS133

Q260

KRC107 M

0V

1

D260

1SS133

0V

71

00

4.6V

2

0

8

0/25

868

Q861

.022

2SD2012

V

17.8V

KTC3199 GR

.9V

861 7/25

13.4V

C860

100/16

Q862

KRC107 M

0V 0.7V

32

0V

Q860

R861

220

C867

0.022

1

Q860~Q863: VOLTAGE REGURATOR

Q871

2

1

0V

17.8V

R865

2.2K

2SD2012

KRC107 M

0V

3

R862 680

ZD861 UZ130BSC

0.7V Q863

R873 10K

D871 1SS133

D801

S4VB20

0.4V

0V

R866

18

R867

18

R868

18

R869

C801

0.22 (ML)

D866

RL104A

18

C802

0.22(ML)

1

2

3

4

5

6

7

8

CNP850

1

2

BI830

+B1

1

GND1

2

–B1

3 4

GND2

5 6 7 8

BI850

CNS850

TO LAMP PWB

CNS830

+B2

C807

10/25

C891

4700/25

CNP741

P50 4-D

+B

D802~D805:

RL104A

D803

D802

D812

RL104A

D813

RL104A

T801

POWER

TRANSFORMER

F802

T5A L 125V

–B

D805

D804

D815 RL104A

D814

RL104A

C803

0.1(ML) C804

0.1(ML)

D820

RL104A

R801

3.9K

C805

0.1(ML) C806

0.1(ML)

F803

T5A L 125V

F804

T1.6A L 250V

F805

T1.6A L 250V

T.F

L801

LINE FILTER

POWER PWB-B1

When Servicing, pay attention as the area enclosed by this line ( ) is directly connected with AC main voltage.

(274)

CORE (280)

AC POWER SUPPLY CORD(265) AC 230V 50Hz

(274)

7

8 9 10 11 12

Figure 55 SCHEMATIC DIAGRAM (12/20)

– 55 –

MD-X8H

POWER PWB-B1

A

B

C

D

BI850/CNS850

12345678

C807

D820

R801

D814

C806

D813

F803 T5A L 125V

F802 T5A L 125V

L801

C805

F805 T1.6A L 250V

D815

D812

T801 POWER TRANSFOMER

T.F.

C891

C804

F804 T1.6A L 250V

D803D804

D802D805

C803

E

F

Brown

(274)

Blue

G

CORE (280)

When Servicing pay attention as the area enclosed by this ( ) is directly connected with AC main voltage.

H

AC POWER SUPPLY CORD(265)

AC230V 50HZ

1

23456

Figure 56 WIRING SIDE OF P.W.BOARD (7/10)

– 56 –

MD-X8H

7

8 9 10 11 12

CNP850

R873

C801

D871

Q871

C802

R871

D801

C872

Q862

D872

Q863

R865

R866

R868

BI830/CNS830

21

R869

C831

RP821

C823

C832

C888

C830

Q830

C822

R830

C821

R832

R831

Q811

FR811

C816 R813

R811

C815

C818

ZD810

C817

C851

C852

ZD840

C843

C840

Q851

C850

R841

R853

R852

C842

Q850

R840

C841

FR842

Q840

Q274

Q820

FR841

Q831

Q821

Q841

R821

R820

ZD820

C820

C883

RP870

Q272

CNP261

R273

R275

C272

R278

R277

ZD271

Q271

R276

R274

C271

D272

D271

R243

R888

R270

C241

C242

R886

ZD241

Q881

R887

R883

R889

R882

R884

C884

C882

CNP820

CNP810

C868

C881

C885

R880

C880

IC802

C222

R201

D204

C221

R202

R867

R203

R204

C203

C204

R205

R206

R225

Q880

Q201

D260

C210

Q260

C237

R212

Q861

C262

C209

C243

D261

C240

C261

R210

R211

R263

Q253

C206

C225

C227

R247

R246

R209

C207

C238

C205

C223

R244

R245

C215

IC201

FR202

C297

FR201

Q297

R298

R261

D203

Q298

R229

R230

L201

L202

R240

R239

L203

Q273

B

1 2 3 4

CE

ECB

BCE BEC

E C B

1 2 3

123456789101112131415

B C E

B

B C E

B

BCE

C E

B C E

C12E

C E

B C E

3 2 1

1

2

3

4

5

6

7

8

2 3

E C B

B C E

R265

C218

C220

D270

R228

R272

RL201

R271

R227

R233

C217

C219

CNP201

R266

L204

R259

R251

Q251

C250

R253

D201

R255

C251

Q252

D202

C208

R260

R254

R256

R862

Q860

R252

C868

C867

R861

ZD861

C860

C861

ZD851

R237

C236

C235

321

R235

R234

C228

C226

C229

C231

C233

C234

C232

C230

R236

1

2

3

4

5

6

7

8

9

10

11

12

13

14

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

ECB

1 2 3

R866

R867

SO201 SPEAKERS TERMINALS

L-CH

GND R-CH

POWER AMP. PWB-B2

Figure 57 WIRING SIDE OF P.W.BOARD (8/10)

– 57 –

MD-X8H

P

1

2

1

2

1

K

SITUATION :

A

B

C

D

E

BIN

AIN

RF1

FIN

EIN

RF3

RF4

RF2

TP1129

TP1150

C1102

1

C1103

1

R1105

L1102

0.47µH

RF2

RF1

RF4

RF3

C1104

0.027

390K

TP1141

C1117

0.0033

C1118

0.033

POUT

1

2

3

4

5

6

7

8

9

10

11

12

GOUT

R &

SW

REFI

REFO RFADD

TCGI

AIN

BIN

EIN

FIN

AVCC

BIAS

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

C1110

0.47

EFMAGI

EFM

ATTR

AGC

DIFF

IC1101 IR3R55

RF SIGNAL

PROCESSOR

BIAS

DISC

STBY

C1105

1

EFMAGC

SGAIN

AGND

LOGIC

AGND

1

C1109

AVCC

EFMI

ADIP

AGC

LPF HPF

DTEMP

DGND

DTEMP

EFMO

LATCH

C1107

0.0047

RF2-1

CLOCK

ADAGI

ADAGC

DATA

C1106

0.47

373839404142434445464748

ADLPFO

22KO

22KI

WBO

TCGO

AOUT

BOUT

EOUT

FOUT

DVCC

TP1131

36

35

34

33

32

31

30

29

28

27

26

25

ADIPI C1119

330P

ADIPO

R1102

560

TP1136

TP1135

TP1134

TP1133

TP1132

TP1

R1 56

TP11

T

R

R1

F

R1100

27

R1107

C1101

1

4.7

10K

R1106

TP1123

TP1128

TP1127

G

TP1126

TP1120

CNS1101

FLEXIBLE

PWB

SW

+2.8VBLVVOUT

APCOUT

LDVCC

DGNG

DGND

LDON

LDVAR

26 25 24

28

27

22

21 2019181716

23

TP1118

TP1119

A

COM

TP1116

RF1FE

15

TP1115

TP1114

RF3

13 12

14

TP1113

TP1112

RF4

VCC

11

TP1111

10111213141516171819202122232425262728

AGND

MP/R

10

98

TP1109

TP1108

RF2

H

/V

• NOTES ON SCHEMATIC DIAGRAM can be found on page 31.

1

23456

Figure 58 SCHEMATIC DIAGRAM (13/20)

TP1105

TP1106

TP1107

APCIN

DGND

LVVIN

75

6

– 58 –

FN

F-

4

TP

FP

TP1104

TP1103

T+F+T-

32

T.COOL

C1145

0.033

TN

TP1101

TP1102

123456789

1

F.COOL

R/P

R1166

1.2K

LDVAR

3

12

2

LDON

3

9

CLOCK

A

SYD5

C1107

0.0047

F

ADAGI

ADAGC

ADLPFO

DATA

23 24

DATA

C1106

0.47

37389

22KO

22KI

WBO

TCGO

AOUT

BOUT

EOUT

FOUT

DVCC

TP1131

36

35

34

33

32

31

30

29

28

27

26

25

ADIPI C1119

330P

ADIPO

R1102

560

TP1136

TP1135

TP1134

TP1133

TP1132

TP1142

R1155 56K

TP1138

TP1137

R1154

22K

R1153

22K

R1152

22K

R1151

22K

R1150

22K

TP1140

TP1139

5

4

C1116

270P(CH)

C1115

270P(CH)

C1114

EFMO-I

AOUT-IN EOUT-IN

BOUT-IN FOUT-IN

WBO-I

270P(CH)

C1113

270P(CH)

C1112

270P(CH)

TP1130

TCG

EFMO-I

AOUT-IN

EOUT-IN

TCG BOUT-IN FOUT-IN

WBO-I

TP1220

1

FODRF FODRR TRDRF TRDRR SLDRF SLDRR SPDRF SPDRR

TP1274

C1202

C1211

1

R1653

100K

R1651 100K R1657 120K R1655 120K R1661 82K R1659 82K R1665 62K

R1663

62K

11

10

1

MD-X8H

SYRS

TP1275

100

EFMMON

1

AVCC

2 3

EFMI

4

AGND AIN

5

EIN

6

TCG

7 8

BIN

9

FIN

10

VBAT

11

WBI

12

VDD1

13

DGND

14

TEST0

15

TEST1

16

TEST2

17

X176KO

18

FODRF

19

FODRR

20

TRDRF

21

TRDRR

22

SLDRF

23

SLDRR

24

SPDRF

SPDRR

25

26 27 28 29 30

A3A2A1

SYD7

SYRD

SYWR

99 98 97 96

100

99 98

SYRS

RAA3

26 27 28

C1210

A0

SYD6

SYD7

SYD6

SYRDX

RAA2

RAA10

RAA0

1

SYWRX

RAA1

C1121 1

10µH

L1101

R/P

• The numbers 1 to 24 are waveform numbers shown in page 70 and 71.

7

8 9 10 11 12

Figure 59 SCHEMATIC DIAGRAM (14/20)

– 59 –

MINF HINF

R1401

1K

TP1405

430

K

DTEMP

1458

1404

VREF3.2V

1455

1456

1457

R1423

MD-X8H

9

DATAI

SITUATION :

Waveforms

~

6

should be measured by inserting the circuit, as shown in the figure.

9

A

100K

C1205

12P

(CH)

R1266 10K

9

47

R1281

TP1279

L1201

0.47µH

270P

23

R1202

1M

R1261

22

R1201 150

XL1201

33.8688MHz C1204 12P(CH)

10K

R1262

10K

C1954

15P

(CH)

R1962

220K

R1961

C1952

0.01

C1953

1 2 3 4 5 6 7

GND

IC1990

74AC04FS

INVERTOR

6

7

R1211

SYD6

SYD5

SYD4

SYD6

SYD7

SYRDX

RAA2

RAA10

RAA0

SYD5

SYWRX

RAA1

VDD2

SYD3

SYD4

RAA4

SYD3

RAA5

SYD7

SYRS

SYRD

B

TP1275

1 2 3 4 5 6

C

7 8 9

10 11 12 13 14 15 16 17 18

D

K

19

K

20

K

21 22 23 24 25

SYWR

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

EFMMON AVCC EFMI

100

AGND AIN EIN TCG BIN FIN VBAT WBI VDD1 DGND TEST0 TEST1 TEST2 X176KO FODRF FODRR TRDRF TRDRR SLDRF SLDRR SPDRF SPDRR

99 98

SYRS

RAA3

26 27 28

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

E

1

C1210

A3A2A1

A0

A4A5A6A7A8

TP1215

C1206

F

1

A4 A5 A6 A7 A8

G

220

SYD2

SYD1

SYD0

SYD1

SYD2

LR37648

ENDEC

RAA7

RAA8

RAA6

10

VCC

4M BIT D-RAM

A4

11

C1208

0.047

XRST

DINT

MCCK

1

TP1204

C1209

RSTX

VDD1

MCCK

DGND

DINTX

13

14

IC1201

RAOEX

DGND

RAD3

RAD2

RACASX

A3A2A1A0A9

A0

A3

A2

A1

IC1202

IX2474AF

A7

A5

A8

A6

CIN

DSENSE

100

R1210

COUT

RAA9

A9

OE

FOK

SENSE

78 77 76

ACRCER

48 49 50

RAWEX

RARASX

WE

RAS

I/O3

CAS

SFSY

SBCK

18 19

21 20

17

PLCK

RAD1

123456789

I/O2

I/O4

201918171615141312

SBO

SBSY

TEMON

TOTMON

EFMO

TCRS

RAD0

TP1212

I/O1

GND

TP1218

FEMON DADATA ADDATA

DFCK

BCLK LRCK

DGND

VDD3

DOUT

DGND

VDD1

VPD

CDBCLK CDLRCK CDDATA

TEST4 TEST3

TESO1 EXPORT1 EXPORT0

X700KO

TP1214

TP1213

TP1217

DIN

XO

XI

VXI

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

8

R1221 220

TP1210

TP1216

RC120

220

C1207

1

R1254

220

C1203

1

TP1273

L1203

4.7µH

Connect an oscilloscope.

AND GATE

IC1906

TP1278

TC7ST08F

Vcc

1 2

GND

34

R1967

47

R1963

1

1.5K

REF

2

PD

3

VDDA

4

AMPI

5

AMPO

6

VSSA XI

7

NC

89

0.047

47/6.3

C1955

14 13 12 11 10

9 8

C1956

IC1907

TC9246F

CLOCK

GENERATOR

C1992

0.1

D1990

1SS372

C1990

1

100

0.47

R1263 10K

Vcc

5

16

VDD

15

LOCK

14

S2

13

S1

12

M2

M1

11 10

CKO

VSS

C1991 10

C1951

0.047

C1958

0.047

C1957 100/6.3

R1969

56

R1968

220

R1964

10K

R1965

DADATA ADDATA

DFCK

BCLK

LRCK

TP1911

6.8K

0.001

C1964

DADATA

REF3.2V

H

1456

1457

R1423

• NOTES ON SCHEMATIC DIAGRAM can be found on page 31.

1

23456

Figure 60 SCHEMATIC DIAGRAM (15/20)

– 60 –

24

C1710

47/4

C1711

0.01

C1716

28 27 26 25

VSSO

VOUTL

VREFD

A/D,D/A CONVER

0.01

24 23 22 21 20

AVDD

VDDO

VOUTR

IC1701

UDA1340

AVSS

TP1712

TP1713

1

TEST3

TEST2

MD-X8H

47/4

n in the figure.

cilloscope.

C1951

0.047

R1969

56

C1958

0.047

C1957

6

100/6.3

5 4 3 2 1 0

R1968

220

R1965

DADATA ADDATA

TP1911

6.8K

R1964

10K

DFCK

BCLK LRCK

0.001

C1964

C1927

0.047

AND GATE

IC1916

74VHC08FT

8 9

10 11 12 13 14

Vcc

MD MAIN PWB-G

R1927

22

C1913

R1974

220

R1973

6.8K

22P

DOUTO

(CH)

GND

7 6 5 4 3 2 1

TP1901 TP1902

TP1904

CNP1904

DIGOUT

1 2

GND

3

GND

4

DIGIN

1 2

3

4

CNS1904A

1 2

CNS1904B

TO MAIN

PWB

CNP961

P41 12 - B

R

991

BCLK

C1711

0.01

C1716

0.01

28 27 26 25

24 23 22 21 20

VSSO

VDDO

VOUTL

VREFD

VOUTR

UDA1340

A/D,D/A CONVERTER

AVSS

AVDD

IC1701

DADATA

TP1712

TP1713

19 18 17 16 15

DATAI

TEST3

TEST2

LRCK

ADDATA

DATAO

WS

R1712

100K

L3DATA

BCK

L3DATA

DFCK

MD PLAYBACK SIGNAL

MD RECORD SIGNAL

• The numbers 1 to 24 are waveform numbers shown in page 70 and 71.

7

8 9 10 11 12

Figure 61 SCHEMATIC DIAGRAM (16/20)

– 61 –

MD-X8H

T

5

K

2

0

1

0

1

0

1

0

8

2

0

K

SITUATION :

A

CNS1101

FLEXIBLE

B

C

10

R11

TP11

TP112TP112TP11

TP11

PWB

SW

+2.8VBLVVOUT

APCOUT

LDVCC

DGNG

DGND

LDON

LDVAR

A

26 25 24

28

27

22

21 2019181716

23

COM

LDOUT

VCC

1

EXT.C

GND

2 3

L.DON

APC

4

LVV

L.DVAR

MD OPTICIAL PICKUP UNIT

TP11

RF1FE

15

I/V

8 7 6 5

TP11

14

TP11

RF3

13 12

I/V

TP11

RF4

I/V

TP11

TP111

10111213141516171819202122232425262728

VCC

10

11

AGND

MP/R

TP11

RF2

98

I/V

TP11

APCIN

DGND

LVVIN

F-

4

75

6

MAGNETIC

HEAD

TP110TP110TP11

123456789

T+F+T-

32

1

T.COOL

F.COOL

1 2

CNS1903

TP11

1 2

CNP1252

12

2

C1252

120P

TP1251

(CH)

Q1251

2SK2909

TP1252

3

G

D1251

SB0209CP

G

S

LDVAR

C1251

0.027

D

S

D

Q1253 2SK1473

LDON

D

S

D

S

10

R1251

G

D1252 SB0209CP

Q1254 2SK1473

G

Q1252 2SK2909

C1254

10

L1251

C1255

4.7

47uH

R1223

680

EFMO

14 13 12 11 10

VCC

1234567

98

GND

H

R1610 30K

R1611 12K

+ –

1.25V

OUT1

M5675

5-CH MO

R142

2.7

IC16

D

E

SW1952A

WRITE

PRO

SW1952B

DIRECT

SW1953

LEAD IN

SW1954

MD PLAY

SW1955

MD RECORD

SW1956

LOADING

R1902

1.8K

R1901

470

R1904

820

LEAD IN

HINF

LOADING

MINF

R1903

820

GND

1

1 2 3 4 5

5

CNS1901

FW1901

MD MECHANISM SWITCH

F

G

H

PWB-H

M901

MD

SPINDLE

MOTOR

M902

MD

SLED MOTOR

M903

MD

LOADING

MOTOR

M

+ –

1 2

CNP1601

1

1 2

3 4 5

5

CNP1602

SLD+

1

SLD–

2

SP+

1

SP–

2

CNP1603

TRY+

1

TRY–

2

CNP1604

LEAD IN HINF GND LOADING MINF

15

TP1607 TP1606

TP1608 TP1609

TP1610

C1609

TP1611

1

16

SPN

SPP

TP1605 TP1604

TP1602 TP1601

C1421

0.022

SLP

SLN

C1422

0.022

R1617

R1612

6.8K

R1656

TRDRF TRDRR

R1654

TN TP

FP FN

FODRR FODRF

Q1601

2SA1314 C

47K

56K

C1653

6.8K

T–

T+

F+ F–

C1651

C1650

C1610

R1609

1.5K

820P

C1601

C1652

820P

C1631

4.7

10

R1652 10K

R1650 10K

1

C1605 100/10

TP1616

C1604 56P(CH)

1 2 3 4

Vm1

5

IN1–

6

VM1–

8 9

10 11 12 13 14 15 16 17 18 19

20 21

LEAD IN HINF

LOADING MINF

REG+

REGB

IN1+

VBS1

7

VM1+ GND VM2+

VM2–

OUT2

IN2–

IN2+ MUTE1

MUTE2 SS.GND

VREF

VREFO

• NOTES ON SCHEMATIC DIAGRAM can be found on page 31.

1

23456

Figure 62 SCHEMATIC DIAGRAM (17/20)

– 62 –

MD-X8H

1

2

3

4

5 6 7 8

1234567

14 13 12 11 10

98

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

4M/16M

EEPRO

RESET

VCC

VSS

LOAD IN

FSW VARI-P SW

DSTB

R/P

HDON

MINF

TEST0

DSCK

MDDATA

SYSD3

SYSD2

TESTK2

AVCK1

TESTK1

LDVAR

AVCK2

HINF

EPCS

EEPK

KDATA

XRST

MDRSW

TEST2

ERROR

CLOCK

CIN

SERCH

ST-ID

MCCK

S2

S1

AVCC

VREF

SYSD7

SYSD6

ADPON

DAPON

LDON

PCNT0

BYTE CNVSS STID OUT SEACH OUT

PCNT1

DFS0

DFS1

VCC

LD–

INNER

SYRD

SYRS

SYWR

SYSD1

SYSD0

DAMUT

FOK

DSENSE

MUTE

GND

EEPD

GND

TEST1

DIGEX

DIGCD

DOUTMT

DINT

P-DOWN

LD+

VREF3.2V

LOADING

R/P

MINF HINF

MINF

LOADING

HINF

LEAD IN

LD+

LD–

LD+

INNSW

HINF

HDON

EFMO

MINF

HDON

VCC

GND

SK

VCC

PRTCT

DI DATA GND

CS

–

+

VREF

DTEMP

ADJS

L3DATA

L3MODE

L3CLK

REG+ REGB IN1+

VBS1

Vm1 IN1–

OUT1

VM1–

VM1+ GND VM2+

VM2– OUT2

IN2–

IN2+ MUTE1

MUTE2 SS.GND

VREF

VREFO

OUT4

IN4–

IN4+

IN5+

IN5–

OUT5

VM5–

VM5+

VM4+ VM4–

VM3–

VM3+

GND

IN3+

Vm2

VBS2

IN3–

OUT3

CH3IN

AVCK3

1.25V

A/B

EEPD

PRO

SYD4

SYD5

SYD6

SYD7

SYWR

SYRD

SYRS

FOK

DATA

LATCH

CLOCK

MCCK

LOADIN

CIN

DSENSE

DINT

SERCH

RESET

LDVAR

DTEMP

STID

DSCK

KDATA

MDDATA

DSTB

SPDRR

SPDRF

SLDRF

SLDRR

SLN

SLP

SPP

SPN

2

1

3123

1

22

33

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

LATCH

DATA

31 32

33 34 35 36 37 38 39 40 41 42 43 44

45 46 47 48 49 50

SYSD5

SYSD4

49 50

100

99 98 97 96 95 94 93 92

91 90 89 88 87 86 85 84 83 82 81

ADMUT

EMPH

82 81

TP1260

TP1255

R1223

680

R1429

10K

R1430

10K

R1422

10K

IC1401

IX0227AW

MD SYSTEM MICON

CONTROL

R1423 10K

R1424 10K

TP1405

TP1404

R1404

1K

R1401

1K

R1472

47K

Q1403

RN2404

Q1404 RNC1404

IC1402

S29294A

R1414

10K

R1416

10K

TP1455

TP1456

TP1457

C1402

0.047

C1661

100/10

Q1401

RN2404

C1407

0.022

Q1402

RNC1404

R1471

10K

R1425

2.7K

R1427

4.7K

IC1251

74ACT02F

HEAD DRIVER

L1601

1µH

R1420

1K

R1408

100K

C1401

0.047

C1403

680P

R1415

1K

R1407

3.3K

C1424

0.022

R1409

1K

J1405

10K

C1412

680P

R1406

3.3K

C1423

0.022

R1426

1K

R1428

1K

TP1616

R1412

100K

R1413

3.3K

C1656

0.0056

R1662

10K

C1657

0.0056

R1664

10K

IC1601

M56758FP

C1654

0.015 R1658 15K

C1655 0.015

R1660 15K

C1602

4.7

R1669

6.8K

R1667 22K

R1668

6.8K

R1666

22K

4.7

L1251

47uH

TP1458

TP1612

C1604 56P(CH)

R1611 12K

R1610 30K

R1614 18K

R1613

27K

5-CH MOTOR DRIVER

E2PROM

• The numbers 1 to 24 are waveform numbers shown in page 70 and 71.

7

8 9 10 11 12

Figure 63 SCHEMATIC DIAGRAM (18/20)

– 63 –

MD-X8H

A7

PRO

SYRS

R1414

IC1990

SITUATION :

A

EF3.2V

B

TP1456

TP1457

87 86 85 84 83 82 81

TEST2

TEST1

C

ON

D

E

SYRD

SYRS

45 46 47 48 49 50

44

SYRD

F

EEPD 10K

G

R1423 10K

R1424 10K

MUTE

DOUTMT

82 81

EMPH

SYSD5

49 50

SYSD7

SYWR

SYD7

SYWR

IC1402

S29294A

DI

5

DATA

6

GND

7 8

PRTCT

E2PROM

DAMUT

ADMUT

L3MODE

SYSD4

SYSD6

SYD5

SYD6

VCC

XRST DIGCD DIGEX

DFS1

DFS0 DAPON ADPON

LDON PCNT1 PCNT0

L3CLK

L3DATA

GND

VCC EEPK EEPD EPCS

EEPRO

SYSD0 SYSD1 SYSD2 SYSD3

SYD4

4

SK

CS

3 2 1

A/B

A8

80 79 78 77

76 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

C1405

0.1

EEPK

R1418

TP1416

TP1413 TP1414 TP1415

C1406

R1476

1K

R1474

1K

SYD0 SYD1

SYD2 SYD3

TP1454

EPCS

R1473 100K

47K

XRST

EEPK EEPD EPCS

1

PRO

LDON

R1475

1K

µCON 3.2V

TP1412

R1478

10K

PCNT0

L3CLK

L3MODE

L3DATA

RNC1407

3

RNC1407

PCNT0

2SA1162 G

Q1821

1

Q1822

1

Q1820

2

R1827 270

2

3

PCNT0

VREF3.2V

L1203

4.7µH

BACKUP

VREF3.2V

TP1802

C1807

220/4

74AC04FS

INVERTOR

L1201

0.47µH

TP1701

C1743

47/4

C1703

47/4

AA.GND

R1710

30K

R1711

C1720

39K

0.01

IC1802

NJM431U

REGULATOR

Q1807

2SA1314 C

10

C1806

R18211R1820

R1809 390

5

IC1801

XC62EP32

VOLTAGE REGULATOR

TP1801

R1804

220K

100K

Q1803

RN1406

10

C1803

1

R1805

24

L1702 10µH

TP1702

AA.GND

Q1801

2SA1314 C

R1802

C1802

100/10

270

R1715 1K

R1716

3.3K

1

R1808

27K

34

2

1

223

1

R1801

C1709

0.047

C1702

0.047

C1700

0.01

L1701

10µH

2SC2412KR

13

2

AA.GND

BACKUP

1

C1805

Q1806

RNC1404

C1801

2.2

1.8K

P.GND

3 Q1802

RN1406

C1711

0.01

28 27 26 25

VSSO

VREFD

C1710

47/4

VSSA

VDDA

123456789

C1701

0.01

R1713

39K

R1701

1M

Q1701

R1717

820

1

C1810

TP1803

Q1804

2SA1162 G

R1810

1K

2

3

1

0.01

24 23 22 21 20

AVSS

AVDD

VOUTR

IC1701

UDA1340

VINR

VADCN

VADCP

R1714

47/4

C1714

39K R1702

680K

C1707 10/16

10/16

R1806

12

R1807

12

TP1713

TEST2

TEST1

TP1710

C1716

VDDO

VOUTL

A/D,D/A CONVE

VINL

VREFA

C1706

R1811

27K

TP1712

TEST3

OVERFL

TP1711

H

• NOTES ON SCHEMATIC DIAGRAM can be found on page 31.

1

23456

Figure 64 SCHEMATIC DIAGRAM (19/20)

– 64 –

A

D

B

C1711

0.01

C1716

0.01

28 27 26 25

24 23 22 21 20

VSSO

VDDO

VOUTL

VREFD

VOUTR

UDA1340

A/D,D/A CONVERTER

AVSS

AVDD

IC1701

TP1712

TP1713

19 18 17 16 15

DATAI

TEST3

TEST2

WS

DATAO

R1712

100K

L3DATA

BCK

L3DATA

MD-X8H

MD PLAYBACK SIGNAL

MD RECORD SIGNAL

VSSA

VDDA

VINL

VREFA

VINR

VADCN

C1714

10/16

C1706

R1807

R1811

27K

R1714

47/4

39K

R1702 680K

C1707 10/16

12

VADCP

R1806

12

123456789

713

39K

701

1M

R

7

1

C1810

804 2 G

R1810

1K

2

VDDD

OVERFL

TEST1

10 11 12 13 14

TP1711

TP1710

VSSD

C1712

47/4

C1704 1

L3MODE

SYSCLK

0.01

C1717

L3CLK

L3MODE

22/4

C1713

C1715 22/4

R1708

4.3K

R1707

4.3K R1735

47K

C1460

R1734 47K

1

R1731

47

R1733

47

LOADIN RESET

C1904

0.33

2

STID DSCK SERCH KDATA MDDATA DSTB

R1463

10K

LR190

4.7µH

R1995

2.2K

R1994

2.2K C1729

220P(CH)

CJ172

220P

(CH)

R1939

Q1451 RNC1407

3

1

C1722

100P (CH)

R1947

1K

R1456

1K

R1459 10K

R1461 10K

L1950

1µH

TP1520

C1724 22P (CH)

AA.GND

47

R1452

3.3K

TP1518

JC121

0.047

PDOWN

TP1505 TP1506 TP1507 TP1508 TP1509 TP1510

C1425

0.047 D.GND

BACKUP

TP1502

TP1503

TP1504

R1454 1K

R1458 6.8K R1460 6.8K R1462 6.8K R1464 220 R1466 220

TP1511 TP1512

TP1515

TP1516 TP1517

TP1519

TP1521 TP1522

TP1523 TP1524

TP1501

10 11

12 13 14 15 16 17 18

19

20

21

22

23

24

CNS1902

1

PDOWN

2

BACKUP

LOAD SW

3 4

RESET MD-ST

5

DSCK

6

SERCH

7

KDATA

8 9

MDDATA DSTB D.GND D.GND D.GND D.GND DVDD DVDD

AVCC

L IN AA.GND R IN AD.GND L OUT AA.GND R OUT

MD FLAT

CABLE (42)

1

24

CNP950

P41 12 - C

TO MAIN PW

• The numbers 1 to 24 are waveform numbers shown in page 70 and 71.

7

8 9 10 11 12

Figure 65 SCHEMATIC DIAGRAM (20/20)

– 65 –

MD-X8H

A

B

C

D

E

MOTOR

FROM MD SPIDLE

F

MOTOR

G

FROM MD SLED

24

15

M901

16 22

23

M902

17

24

C1716

C1709

28

C1711

1

C1701

R1713

C1702

R1701

CNP1602

Q1601

R1617

R1609

CNP1603

24

R1807

1

2

1

2

L1601

MD FLEXIBLE PWB (42)

1918

C1729

R1731

R1994

R1806

R1811

20

C1724

R1707

17

C1722

R1995

R1708

R1810

C1810

23

R1733

R1735

Q1804

25

222120

CJ172

R1734

IC1701

105

C1717

C1700

R1714

R1702

R1613

R1610

R1611

R1612

L1701

L1702

C1610

R1614

C1604

R1668

CNS 1902

16151413121110

L1950

LR190

C1460

C1704

Q1806

R1712

R1710

15

R1717

14

R1715 C1720

R1262

XL1201

R1669

C1904

R1711

Q1701

R1266

R1261

C1205

C1204

9

R1263

C1203

R1466

R1464

R1463

R1269

R1202

R1201

C1207

RC120

R1462

R1461

R1255

51

75

TO MAIN PWB

CNP950

1

2345678

R1460

R1458

R1454

R1452

R1459

C1425

20

1

R1221

50

45

55

60

65

70

80

76

R1456

R1210

1

R1939

16

5

40

IC1201

85

R1827

C1927

14

1

L1203

35

90

C1208

C1209

Q1820

Q1451

Q1404

J1921

IC1916

15

IC1202

6

C1210

95

R1211

L1201

FROM MAGNETIC HEAD

CNS1903

R1969

R1968

D1252

Q1252

R1967

916

8

7

Q1822

Q1821

Q1403

L1251

IC1251

8

Q1251

D1251

Q1253

17

14

R1252

C1255

CNP1252

2

C1252

C1958

1

R1964

Q1254

R1253

C1254

C1251

R1251

R1223

1

IC1907

5

4

R1965

R1971

R1409

1

7

C1964

1

C1951

C1954

R1963

C1955

R1962

IC1990

C1952

14

8

C1992

C1990

R1961

D1990

8

C1953

10

R1471

11

1

IC1906

3

C1206

11

C1211

R1100

C1424

R1166

C1145

C1101

R1107

R1106

1

28

CNS1101

3

12

2

FLEXIBLE PWB

FROM MD OPTICAL PICKUP UNIT

26

30

25

20

15

10

5

1

100

C1202

L1102

20

21

19

18

14

H

• The numbers 1 to 24 are waveform numbers shown in page 70 and 71.

1

23456

Figure 66 WIRING SIDE OF P.W.BOARD (9/10)

– 66 –

13

MD MAIN PWB -G(TOP)

• Through-hole where the top, bottom and +B patterns are connected.

• Through-hole where the top, bottom and ground patterns are connected.

• Through-hole where the top, and bottom patterns are connected.

CNS1904A

1

4

CNS1904B

1 2

MD-X8H

TO MAIN PWB

CNP961

TP1251

C1991

C1102

C1103

C1104

Q1402

Q1401

TP1112

TP1141

TP1116

C1118

R1105

TP1126

C1956

L1101

TP1115

C1957

C1407

C1117

12

R1408

TP1122

TP1108

C1110 TP1113

48

1

5

10

13

TP1114

TP1909

R1413

C1412

C1403

C1121

C1109

45

TP1118

15

C1105

TP1910

R1973

R1974

TP1911

TP1412

TP1119

R1406

J1405

R1407

IC1101

20

TP1906

C1402

R1472

R1412

R1420

C1423

C1401

R1415

TP1150

40

35

30

CNP1904

TP1904

TP1405

100

1

10

30

31

C1107

TP1142

37

C1119

36

25

24

TP1130 TP1131

5

15

20

25

TP1105

R1154

R1152

TP1107

C1106

R1155

R1150

TP1127

C1112

14

R1429

35

TP1140

R1102

TP1136

R1151

TP1902

R1430

R1404

95

TP1458

TP1109

TP1139

TP1135

TP1132

TP1260

TP1255

R1401

IC1401

40

R1659

R1661

R1653

TP1138

R1153

C1114

TP1134

C1113

TP1901

C1913

TP1404

90

R1651

R1657

TP1210

TP1120

C1116

TP1123

C1115

TP1137

TP1111

TP1133

TP1612

R1927

TP1455

R1422

85

45

R1663

R1665

TP1204

TP1106

TP1128

TP1907

TP1905

C1806

R1423

R1655

TP1274

TP1252

R1808

R1809

C1807

81

75

70

65

60

55

50 TP1273

R1654

R1281

C1661

TP1908

Q1807

TP1802

TP1456

R1424

TP1457

80

C1652

TP1275

TP1220

51

TP1215

R1254

TP1216

R1947

R1820

R1418

C1406

TP1213

R1656

R1652

C1650

4

5

R1821

TP1505

TP1278

R1478

TP1413

R1476

R1474

TP1212

TP1214

C1631

TP1129

TP1502

TP1501

R1805

IC1801

C1805

TP1507

TP1508

TP1506

4

R1475

5

R1414

R1667

C1653

C1601

C1651

R1650

TP1218

JC121

3

R1804

J1601

R1802

Q1802

TP1510

R1473

IC1402

1

5

10

15

20

21

TP1217

Q1803

TP1509

TP1416

C1703

TP1415

R1416

R1666

TP1104

TP1504

TP1503

C1803

Q1801

R1801

C1801

1

8

TP1279

TP1103

TP1101

TP1512

TP1516

IC1802

TP1414

C1405

TP1454

40

35

30

IC1601

25

TP1102

TP1518 TP1517

TP1801

TP1515

C1706

R1716

TP1601

TP1280

42

22

TP1519

C1802

TP1712

TP1702

C1743

R1427

R1425

R1428

TP1606

R1620

C1656

C1602

TP1608

2

1

C1715C1713

TP1616

TP1609

C1655

TP1604

R1664

TP1524

TP1522

TP1523

TP1511

TP1803

C1710

TP1701

TP1710

TP1711

TP1603

5

TP1602

4 3 2 1

TP1605

C1605

TP1611

CNP1604

TP1610

TP1520

TP1521

TP1713

C1707

C1712 C1714

R1426

C1422

TP1607

C1421

R1662

C1654

R1658

R1660

C1609

TP1990

CNP1601

C1657

TO MD MECHANISM SWITCH PWB

CNS1901

FW1901

8

FROM

MD LOADING

MOTOR

M903

4

7

8 9 10 11 12

5

1 6 7 9

MD MAIN PWB - G (BOTTOM)

Figure 67 WIRING SIDE OF P.W.BOARD (10/10)

– 67 –

MD-X8H

PIN NO.

E C B

1 2 3 4 5

Q1801

VOLTAGE

5V

E

5V

C

43V

B

Q1802

VOLTAGE

0V

E

0V

C

0.15V

B

Q1803

VOLTAGE

0V

E

0V

C

3.1V

B

Q1807

VOLTAGE

3.95V

E

3.2V

C

3.3V

B

Q1820

VOLTAGE

3.2V

E

3.18V

C

2.4V

B

Q1821

VOLTAGE

0V

E

0V

C

3.08V

B

Q1822

VOLTAGE

0V

E

0V

C

0.1V

B

Q1451

VOLTAGE

0V

3.18V

0.1V

Q1401

VOLTAGE

3.2V

3.2V 0V

Q1402

VOLTAGE

0V 0V

2.3V

Q1403

VOLTAGE

3.18V 0V

3.15V

Q1404

VOLTAGE

0V

3.15V

2.1V

Q1601

VOLTAGE

5.45V

4.4V

4.8V

IC1801

VOLTAGE

0V 44V

3.2V

3.1V 0V

IC1901

VOLTAGE

5.5V

1.6V 0V

2.8V

5.5V

IC1907

VOLTAGE

NO.

2.8V

1

2.6V

2

4.9V

3

2.6V

4

1.6V

5

0V

6

0V

7

4.9V

8

0V

9

2.2V

10

5V

11

5V

12

0V

13

3.2V

14

3.1V

15

5V

16

IC1990

VOLTAGE

NO.

1.45V

1

1.7V

2

1.45V

3

1.7V

4

1.45V

5

1.7V

6

0V

7

1.7V

8

1.45V

9

1.37V

10

1.7V

11

1.37V

12

1.7V

13

3.17V

14

IC1101

VOLTAGE

NO.

0.7V

1

0.7V

2

0.7V

3

0.7V

4

1.6V

5

1.6V

6

0.7V

7

1.6V

8

1.6V

9

1.6V

10

1.6V

11

1.6V

12

3.2V

13

3.2V

14

0V

15

Groove:3.2V

16

Pit:0V Low reflection:0V

17

High reflection :3.2V 0V

18

0V

19

1.45V

20

3.2V

21

0V

22

0V

23

3.2V

24

1.78V

25

1.78V

26

1.35V

27

1.36V

28

1.6V

29

1.6V

30

1.6V

31

1.6V

32

1.6V

33

0V

34

1.6V

35

1.6V

36

0.3V

37

1.6V

38

1.6V

39

1.6V

40

1.6V

41

3.2V

42

0V

43

1V

44

1.6V

45

1.6V

46

0.7V

47

0.7V

48

VOLTAGE (MD MAIN PWB)

PIN NO.

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 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

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

IC1201

VOLTAGE

1.48V 0V

1.6V 0V

1.36V

1.77V

1.6V

1.36V

1.77V

1.25V

1.6V

3.17V 0V 0V 0V 0V

1.45V

1.56V

1.62V

1.7V

1.5V

1.63V

1.53V

1.8V

1.4V

1.2V

2.5V

0.8V

1.8V

1.4V

3.2V

1.2V

2.5V

1.3V

1.7V

1.3V

2.2V 0V

2.4V

1.2V

1.1V

1.5V 2V 3V

1.1V

1.1V 0V 3V

1.56V PLAY:0V REC:1.5V 58V 0V 0V 58V 0V 0V

3.2V

3.17V 0V

1.3V

1.3V Digital input:1.58V Others:0V

1.58V

3.17V 0V

1.5V

1.55V

1.5V 0V 1V

1.55V

1.8V

1.56V 0V 0V

3.16V 0V 0V 0V

1.5V

3.1V

3.17V 0V

3.17V

0.5V

0.6V

0.4V

0.9V

0.7V

0.8V

3.16V

3.15V 0V

PIN NO.

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 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 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

IC1401

VOLTAGE

0V 0V

0.2V

3.2V 0V 0V

3.1V 0V 0V 0V 0V

3.18V 144V 0V

1.5V

3.2V

3.1V 0V 0V 0V

3.15V

3.2V 0V

3.2V

3.2V 0V 0V 2V

3.2V 0V

0.8V

2.2V

0.2V

2.3V 0V PLAY:3.15V REC:0V 0V 0V 0V

3.2V 0V 0V

3.15V 0V 0V 0V 0V 0V 0V 0V 0V 0V 0V 0V 0V

3.2V 0V

3.2V

3.2V 0V 0V

3.2V

3.2V 0V 0V

3.1V 0V

3.1V 97A:0V 97B:3.2V 0V

3.2V

3.2V 0V 0V 0V

3.15V 0V 0V

3.2V

1.7V

1.8V

1.4V Low reflection:2.2V High reflection:0.1V

3.2V

3.2V 0V 2V

3.2V

3.2V 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

1

2

3

4

5

6

7

8

9 10 11 12 13 14

D

S

G

D

S

G

D

S

G

D

S

G

IC1601

VOLTAGE

1.25V 4V

1.5V

5.5V

1.5V 5V

2.7V

2.8V 0V 0V

2.7V

2.76V

1.6V

3.15V

3.15V 0V

1.6V

1.23V

1.6V

1.62V

2.7V

2.8V

2.7V

2.7V 0V 0V

3.0V

2.4V 0V

1.64V

5.5V

1.64V

1.68V

IC1251

VOLTAGE

2.6V

0.1V

2.6V

0.1V 0V

1.56V

0.1V

2.6V

1.56V

0.1V

2.6V

5.2V

Q1251

VOLTAGE

4.4V

1.4V

2.6V

Q1252

VOLTAGE

4.4V

1.4V

2.6V

Q1253

VOLTAGE

15V 0V

2.6V

Q1254 VOLTAGE

15V 0V

2.6V

PIN NO.

NO.

PIN NO.

10

10 11

11 12

10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28

1

1 2

2 3

3 4

4 5

5 6

6 7

8 9

9

E C B

1 2 3

1 2 3 4 5 6 7 8 9

1 2 3 4 5 6 7 8

IC1916

IC1802

IC1701

IC1402

VOLTAGE

1.58V

3.2V

1.58V

3.2V Digital input:2.2V Others:0V Digital input:1.58V Others

:0V

1.55V

2.2V

3.2V

3.2V 97A:3.2V 97B:1V 97A:3.2V 97A:0.9V

Q1804 VOLTAGE

5.4V

4.8V

Q1805 VOLTAGE

0V

0.7V

3.1V

Q1701

VOLTAGE

3.2V

5.4V

3.85V

VOLTAGE

2.46V 0V

3.85V

VOLTAGE

0V

3.2V

1.4V

1.5V

1.4V 0V

3.2V 0V 0V

3.2V 0V

1.5V

3.17V

1.55V

3.17V 0V 1V 0V 0V 0V

3.2V

1.57V

3.2V

1.57V 0V

1.6V

VOLTAGE

0V

3.2V

3.2V 0V 0V 0V 0V

PIN NO.

10 11 12 13 14 15 16 17 18 19 20

1 2 3 4 5 6 7 8 9

IC1202

VOLTAGE

1.1V

1.1V 3V 2V

1.5V

1.8V

0.8V

2.4V

1.2V

3.2V

1.2V

2.5V

1.3V

1.7V

1.3V

2.2V

2.4V

1.2V

1.1V 0V

– 68 –

1

0.5ms

10.0 V JP+

0.5ms

10.0 V JP-

0.5ms

0.50 V JP

0.5ms

1.00 V TE

6 7

8 9

2

5ms

0.50 V IC1 20 F.E

5ms

5.0 V IC1 54 DRF

MD-X8H

WAVEFORMS OF CD CIRCUIT

STOP PLAY

FOCUS SERCH

3 1

0.5ms

1.00 V

3

HF

0.5ms

5.0 V

4

HFL

0.5ms

5.0 V

5

TES

0.5ms

3

1.00 V HF

0.5ms

5.0 V

4

HFL

0.5ms

5.0 V

5

TES

50ms

10.0 V

6

JP+ 50ms

7

10.0 V JP-

50ms

8

0.50 V JP

50ms

1.00 V

9

TE

CUE

1 2

3

REVIEW

1 2

3

CUE

10

11

10

11

12

20ms

1.00 V SPO

20ms

2.00 V CLV+

50ms

1.00 V SPO

50ms

2.00 V CLV+

5s 100mV SLD

NORMAL DISC TN0=01

TCD-712 (140mm) TN0=01

TCD-712

PLAY

0.5ms

10.0 V

6

JP+

0.5ms

7

10.0 V JP-

0.5ms

8

0.50 V JP

0.5ms

9

1.00 V TE

50ms

10.0 V

6

JP+ 50ms

7

10.0 V JP-

50ms

8

0.50 V JP

50ms

9

1.00 V TE

REVIEW

– 69 –

12

0.5s 100mV SLD

1

MD-X8H

WAVEFORMS OF MD CIRCUIT

TP1274

(EFMMON)

NORM: 100M S/s

T

CH1 500mV

AC 10:1

T

1

1997 / 08 / 04 09:30:15

500ns/div

– 70 –

MD-X8H

Record Len

SMOOTH OFF BW FULL

CH1 0.000V CH2 0.000V

Main 500

Hold Off

MIN

Trigger NORMAL EDGE CH1

Zoom 10

CH3 0.000V CH4 0.000V

Filter

Offset

0.000 000 000s

Detay

1997 / 08 / 04 10:35:14

T

NORM: 100M S/s

Stopped

CH1 2V

DC 10:1

500ns/div

CH2 2V

DC 10:1

T

1

2

DFCK

21

BCLK

20

PLAY

Record Len

SMOOTH OFF BW FULL

CH1 0.000V CH2 0.000V

Main 500

Hold Off

MIN

Trigger

NORMAL EDGE CH1

Zoom 50

CH3 0.000V CH4 0.000V

Filter

Offset

0.000 000 000s

Detay

1997 / 08 / 04 16:59:39

T

NORM: 100M S/s

Stopped

CH1 2V

DC 10:1

500ns/div

CH2 2V

DC 10:1

T

1

2

DiN

22

DOUT

23

DIGITAL REC

9 6

15

16

6

15

16

TP1216

TP1218

TP1607

(SLD+)

TP1606

(SLD-)

TP1218

TP1607

TP1606

Stopped

NORM: 1k S/s

CH1 2V

DC 10:1

1

T

2

3

4

Stopped

NORM: 200 S/s

T

2

3

4

DC 10:1

PLAY

CH3 52V

DC 10:1

1997 / 08 / 04 11:23:12

2us/div

Filter SMOOTH OFF BW FULL

Offset CH1 0.000V CH2 0.000V CH3 0.000V CH4 0.000V

Record Len Main 2K Zoom 20

Detay

0.000 000 00s

Hold Off

MIN

Trigger NORMAL EDGE CH1

Stopped

BCLK

LRCK

NORM: 100M S/s

T

CH1 5V

DC 10:1

T

1

2

3

CH2 5V

T

CH2 2V

T

CH2 1V

DC 10:1

CH3 5V

DC 10:1

CH3 200mV

AC 10:1

1997 / 08 / 04 14:19:52

CH4 5V

DC 10:1

1997 / 08 / 04 14:44:01

CH4 200mV

DC 10:1

1s/div

5s/div

Filter SMOOTH OFF BW FULL

Offset CH1 0.000V CH2 0.000V CH3 0.000V CH4 0.000V

Record Len Main 10K Zoom 100

Detay

0.00s

Hold Off

MIN

Trigger AUTO EDGE CH2

Filter SMOOTH ON BW FULL

Offset CH1 0.000V CH2 0.000V CH3 - - CH4 25.000V

Record Len Main 10K Zoom 20

Detay

0.00s

Hold Off

MIN

Trigger AUTO EDGE CH2

18

20

17

DADATA

17

18

17

19

LRCK

DADATA

LRCK

ADDATA

D/A CONVERSION PLAY

T

CH2 2V

DC 10:1

A/DCONVERSION ANALOG REC (NO SIGNAL)

CH2 2V

DC 10:1

T

1

2

T

1

2

Stopped

NORM: 100M S/s

CH1 2V

DC 10:1

NORM: 100M S/s

T

CH1 2V

DC 10:1

1997 / 08 / 04 10:03:45

5us/div

1997 / 08 / 04 10:12:30

5us/div

Filter SMOOTH OFF BW FULL

Offset CH1 0.000V CH2 0.000V CH3 0.000V CH4 0.000V

Record Len Main 5K Zoom 50

Detay

0.000 000 00s

Hold Off

MIN

Trigger NORMAL EDGE CH1

Filter SMOOTH OFF BW FULL

Offset CH1 0.000V CH2 0.000V CH3 0.000V CH4 0.000V

Record Len Main 5K Zoom 50

Detay

0.000 000 00s

Hold Off

MIN

Trigger NORMAL EDGE CH1

– 71 –

24

VOUTL

VOUTR

Stopped

NORM: 5M S/s

CH1 500mV

T

1

T

DC 10:1

1 kHz 0dB PLAY

1997 / 08 / 04 09:47:21

200us/div

Filter SMOOTH OFF BW FULL

Offset CH1 0.0000V CH2 0.000V CH3 0.000V CH4 0.000V

Record Len Main 10k Zoom 100

Detay

0.000 000 s

Hold Off

MIN

Trigger NORMAL EDGE CH1

MD-X8H

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 troubleshooting 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 the power off. Gently clean the lens with a lens cleaning tissue and a small amount of isopropyl alcohol. Do not touch the lens with the bare hand.

• The CD tray fails to operate.

Check the changer mechanism cam switch (SWB101 to SWB104) and tray switch (SWB105 to SWB108).

Yes

Check whether state changes to Low when IC901 pin 29 cam SW1 pin 30 cam SW2 pin 31 cam SW3 pin 32 cam SW4

is on. Check whether state changes to Low when IC901 pin 33 tray SWA pin 34 tray SWB pin 35 tray SWC pin 36 tray SWB

is on.

Yes

ICheck whether output of pins 3 and 7 of main cam motor driver IC92 is normal.

Yes

Check whether the output of pins 3 and 7 of tray motor driver IC91 is normal.

Yes

Check the motors MOB1 and MOB2.

• The CD function will not work.

No

Check the connection between IC901 and SW.

Check the connection from IC2 to IC92.

Check the connection from IC2 to IC9.

The CD operating keys don't work

Yes

Check the CD, DSP, power supply, and 16.93 MHz clock and reset terminal IC2 pin 58.

Yes

Check the waveform of SCK, SO (DATA) and SI (COMM). Check the waveform of IC2 pin 55 (SQOUT), pin 56 (COIN), and pin 57 (CQCK).

Yes

Check that the pickup is in the PICKUP IN switch position of SW702A.

Yes

If the items mentioned above are OK, check the main microcomputer IC901.

– 72 –

• The CD operation keys work.

0.5s

0.50 V IC1 16 FD

2

1

0.5s

0.50 V IC1 7 TE

Focus search is performed two times when play operation is done without disc.

3

2

1

4

0.5s

1.00 V IC1 16 FD

0.5s

10.0 V IC2 13 CLV+

0.5s

10.0 V IC1 54 DRF

0.5s

2.00 V IC1 7 TE

Waveform in case of normal play-back

Check the FOCUS-HF system.

Playback can be performed without a disc.

Yes

MD-X8H

Does the pickup move up and down two twice?

Yes

Does the output waveform of IC1 pin 16 (FD) match that shown in Figure 73-1?

Yes

Check 4 MHz of IC1 pin 50 (CLK) line and the microcomputer data of pin 51 (CL), pin 52 (DAT) and pin 53 (CE).

• Playback can only be performed when disc is loaded.

Is the Focus servo active? (Can you hear it working?)

Yes

No

Focus search OK

Check the area around IC5 to CNP2.

Figure 73-1

Check the laser diode driver. Check the area around IC1 pin 16 to pin 21 (focus servo circuit).

Does the DRF signal of IC1 pin 54 change from "L" to "H"?

Yes

Is HF waveform normal (see the Figure 73-2, Figure73-3.)?

Yes

Check the tracking system.

HF

1.0V/DIV

0.5µsec/DIV(DC) (When playing back the disc)

Figure 73-2

No

– 73 –

If the disc is not turning, the DRF should not change to "H".

Level is abnormal

Waveform is unstable.

Yes

Figure 73-3

Check the spindle system.

Check the periphery of IC1 pin 41 and pin 42.

Check the spindle system.

MD-X8H

• Check the tracking system.

Check the waveform of IC1 pin 7 (TE).

The waveform shown in Figure 74-1 appears, and no disc state appears soon.

Playback is possible in TEST mode.

Data cannot be read.

5ms

1.00 V IC1 7 TE

5 ms

5.0 V IC1 54 DRF

Tracking servo is inoperative.

Yes

Playback is impossible

Yes

although initialization is possible.

Yes

Figure 74-1

Normal jump is

Yes

impeded, and the program top cannot be reached.

Check the VCO-PLL system.

Check the periphery of IC1 pin 8 to pin 15, and IC5 to CNP2.

Yes

Check the periphery

Yes

of IC1 pin 14.

4

3

• Check the spindle system

Play operation is performed without disc.

Yes

The turntable rotates a little.

Yes

The turntable fails to rotate or rotates at high speed.

• Checking the VCO-PLL system.

Play operation is performed when disc exists.

Yes

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

0.5s

1.00 V IC2 3 PDO

0.5s

1.00 V IC2 16 FD

2

No

Stop -- > Play As VCO freque-

ncy is locked at

4.32 MHz, voltage of PDD rises and stabili- zes.

The spindle driver is normal.

Check the periphery of IC1 pin 23 to pin 27, pin 39, pin 40, IC2 pin 12, pin 13, from IC5 to CNP3.

Check the PDD waveform of IC2 pin 3. (Figure 74-2)

Abnormal

Check the IC1 pin 43, pin 44, IC2 pin 3, pin 5, pin 7, pin 10, and pin 11.

Figure 74-2

3

– 74 –

• Although HF waveform is normal and time indication is normal, no sound is not output.

MD-X8H

Check the IC2 pin 48 (EFLG).

Yes

Check the IC2 pin 37 and pin 40.

Yes

Check IC501 and POWER AMP. IC201.

Trouble-shooting (Amp section)

• When the power supply is turned off (POWER OFF), and the "PROTECT" blinks

Is IC901 pin 49 PROTECT input in Low state?

Yes

Is Q260 in ON state?

No

Is Q297 collector voltage 0V?

No

Check IC201 and Q260.

Yes

Check IC201, Q297 and Q298.

Yes

No

Monitoring the IC901 pin 49, press the POWER key to turn on the power supply again.

The state of pin 49 of IC901 is changed from H to L, and the power supply is turned off again, resulting in "PROTECT" error.

Monitor the Q297 collector when the power supply is on. Is the state changed from H to L?

No

Usually, the number of pulses of flawless disc is 100 pulses/sec or less.

The pin 49 of IC901 keeps High state, and normal rise is ensured.

Yes

No

Error due to DC detection Check IC201.

Yes

Check the power circuit.

No

Is Q251 collector voltage 0V?

No

Check Q252.

Yes

Check Q251.

Monitor the Q251 collector when the power supply is on. Is the state changed from H to L?

No

Monitor the Q252 collector when the power supply is on.

No

Error due to detection of abnormal temperature rise in IC201After cooling the set turn on the power supply again.

No

The state of pin 49 of OC901 is changed from H to L, and the power supply is turned off again, resulting in "PROTECT" error. Check IC201.

Error due to Lch side overcurent detection Check for short-circuiting on the L-ch side

Yes

SP terminal and subsequent parts.

Error due to Rch side overcurent detection Check for short-circuiting on the R-ch side

Yes

SP terminal and subsequent parts.

The pin 49 of IC901 keeps High state, and normal rise is ensured.

Yes

– 75 –

MD-X8H

TROUBLE SHOOTING (MD SECTION)

When MD fails to operate

If the objective lens of optical pickup is contaminated, MD may fail to operate. At first, clean the objective lens to check playback operation. If MD fails persistently to operate, perform checks as follows. If dust or foreign substance is accumulated on the pickup lens, playback is disturbed and indication of TOC (content of tracks) may be disabled. Before adjusting check that the lens is clean. If the lens is contaminated, treat it as follows.

Turn off power supply, impregnate the lens cleaning paper with a small quantity of isopropyl alcohol, and gently wipe the lens with it with due care so that the lens is not damaged. At this time do not touch the lens directly with your finger.

Is power turned on in the MD position when the remote controller or main unit MD STOP button is pressed?

Yes

Is disc loading normal?

Yes

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

Yes

Is audio output normal?

Yes

Is record and playback operations normal?

• MD power cannot be turned on.

Is normal operation performed when the main unit MD STOP is pressed?

No

Yes

Check as stated in item "MD power cannot be turned on".

Check as stated in "Disc Loading is nor normal".

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

Check as stated in item "Audion playback circuit".

Check as stated in item "Record playback operations".

Check the remote controller, main unit and display PWB.

No

Is +5V to +6V applied to the pins 15 and 16 of CNS1902?

Yes

Is pulse given to the pin 5 of CNS1902? Check the system PWB, CNS1902.

Yes

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

Yes

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

Yes

Is pulse output from the pin 34 of IC1401?

Yes

Check CNS1902 and system PWB.

No

Check the power PWB, system PWB and CNS1902.

Check the periphery of IC1401.

Check IC1201.

Check IC1401.

– 76 –

• Disc loading is not normal.

MD-X8H

Is disc loaded when it is inserted?

No

Is the pin 4 of CNP1601 set to L state?

Yes

Is change observed on the pin 23 or 24 of IC1601?

No

Yes

Is change observed on the pin 30 or 31 of IC1601?

Yes

Check CNP1604 and CN1604

Yes

Is ejection performed when the MD taking-out button is pressed?

Yes

Check CNP1601 and SW1956.

No

Check IC1401.

No

Check CNP1604 and IC1601.

No

Yes

Disc retracts soon after completion of disc ejection.

Yes

Check CNP1601 and SW1956.

• Playback state cannot be set.

Is it impossible to set both high reflection disc and low reflection disc to playback state?

Yes

Only the high reflection disc cannot be played back.

Yes

Is 1.02V±0.3V (high reflection disc) applied to the pin 93 of IC1401 in the TEST mode where the high reflection disc has been inserted?

Yes

No

Check as stated in item "TEST mode check".

No

Only the low reflection disc cannot be played back.

Yes

Is 3.2V±0.3V(record enabied) or 2.06V± 0.3V (record disabled) applied to the IC1401 pin 93 after the low reflection disc has been set?

After adjustment check as stated in item "Normal playback".

– 77 –

Yes

Check SW1951A/B, mechanism switch PWB, and CNP1601.

No

MD-X8H

• 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?

No No

Does disc rotate normally?

Yes

Is an attempt to read repeatedly the TOC section of low reflection disc made?

Yes

Check the position as stated in item "lead-in switch position measurement mode" (high reflection disc adjustment).

No

Does the playback time display advance?

Check IC1201

Is lead-in switch turned on in the TEST mode when the pickup is on the innermost periphery (Is the pin 6 of OC1401 on L level?)

No

Check SW1953, mechanism switch PWB soldering joint, and CNP1601 pin 1 periphery.

Since the TOC section has not been recorded on the new disc, replace it with recorded low reflection disc.

• 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 to 26 of IC1701?

Yes

Is audio output waveform observed on the pins 22 and 24 of CNS1901?

Yes

Check the system PWB and power PWB.

No

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

Check connection between IC1701 and CNS1901.

– 78 –

• Record and playback operation

Insert the low reflection disc, and after verifying the audio output in the normal mode playback set the record/playback TEST mode

MD-X8H

Recording from start address cannot be performed.

Yes

Is RF waveform output to the pin 1 IC1201 or TP1274 when playback is performed after recording?

No

Does the level of pins 3 and 26,39 of IC1401 and the pins 9 and 19 of CNS1101 in record state differ from that in playback state?

Yes

Does RF pattern appear on the pin 50 of IC1201?

Yes

Check the IC1251, Q1251 to 1254 and CNS1252.

Is input waveform given to the pins 18 and 20 of CNS1902 in AUX input record in the NORMAl mode?

No

Check whether the disc is record-prohibited.

Yes

Check periphery of IC1401 and CNS1101.

No

Check for IC1201 soldering failure.

No

Check the system PWB.

No

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

No

Yes

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

Check connection between IC1701 and CNS1902.

• Focus servo failure

Is waveform on the pins 27 and 28 of IC1101 normal in the TEST mode focus gain coarse adjustment step?

Yes

Is level of pin 81 of IC1201 changed from H to L? Is pulse waveform output to the pin 82 of IC1201?

Yes

Does the pulse waveform duty of pins 18 and 19 of IC1201 change? Does waveform of pin 7 of IC1602 change?

Yes

Does waveform change on the pins 12 to 15 of IC1601? Check soldering joint and part of IC1601.

No

Check waveform on the pins 9 and 10 of IC1101 and soldering joint.

Check waveform on the pins 8 and 9 of IC1201 and soldering joint.

Check soldering joint and part of IC1201.

Yes

Does waveform change on the pins 2 and 4 of CNS1101?

Yes

OK

No

Check CNS1101 and pickup.

– 79 –

MD-X8H

• Disc motor fails to run

Does waveform appear on the pins 24 and 25 of IC1201 in the TEST mode focus gain coarse adjustment step?

Yes

Does waveform appear on the pins 34 and 35 of IC1601, pins 1 and 2 of CNP1603?

Yes

Replace the completed disc motor.

• Tracking servo failure

Does waveform appear on the pins 8 and 9 of IC1601, and pins 1 and 3 of CNS1101 in the TEST mode focus gain adjustment step?

Yes

Replace the optical pickup.

No

Check soldering joint and parts of pins 24 and 25 of IC1201, and peripheral circuit.

Check soldering joint of PWB of completed IC1601 and CNP1601 disc motor.

Check the soldering joint of pins 20 and 21 of IC1201, IC1601, IC1601, CNS1101.

• Slide servo failure

Does the pickup move to external and internal periphery when the or button is pressed in the TEST mode?

No

Is there any change on the pins 22 and 23 of IC1201 when the or button is pressed?

Yes

Is there any change on the pins 28 and 29 of IC1601, and the pins 1 and 2 of CNP1602 when the or button is pressed?

Yes

Does voltage on the positive and negative terminals of slide motor change when the or button is pressed?

Yes

Replace the slide motor.

Yes

No

Check the waveform on the pins 22 and 23 of IC1201, check the peripheral parts and soldering joint.

Check the soldering joint of IC1601 and CNP1602.

Check the soldering joint connected to the slide motor to see whether there is wire breakage.

– 80 –

MD-X8H

FUNCTION TABLE OF IC

IC901 RH-iX2679AFZZ:System Control Micon (iX2679AF) (1/3)

Pin No.

1 RESET P60 Output Reset signal for MD microcomputer 2 S-ID P61 Output Track mark signal and MD ON/OF control signal for MD 3 LOAD P62 Input MD loading switch detection DISC IN = H 4 SYN P63 Output Connection of crystal for main system clock oscillation 5 DATA P64 Output 12-bit serial data output to serial-parallel conversion element MSB fast

6 CLK P65 Output 12-bit serial clock output to serial-parallel conversion element Data taking-in

7 LCK1 P66 Output Latch clock for serial-parallel conversion element 1 H pulse output Output to

8 LCK2 P67 Output Latch clock for serial-parallel conversion element 2 H pulse output Output to

9 — VDD — To be connected to VDD 10 CSB P100 Output Chip selection output to LCD driver 11 RS P101 Output Display/command recognition output to LCD driver

12 WRB P102 Output Read output to LCD driver

13 RDB P103 Output Write output to LCD driver When L output is given, the LCD driver side

14 D0 P30 Input/Output Input/output port to send and receive parallel data for D0 to D7 to and from

15 D1 P31 Input/Output Input/output port to send and receive parallel data for D0 to D7 to and from

16 D2 P32 Input/Output Input/output port to send and receive parallel data for D0 to D7 to and from

17 D3 P33 Input/Output Input/output port to send and receive parallel data for D0 to D7 to and from

18 D4 P34 Input/Output Input/output port to send and receive parallel data for D0 to D7 to and from

19 D5 P35 Input/Output Input/output port to send and receive parallel data for D0 to D7 to and from

20 D6 P36 Input/Output Input/output port to send and receive parallel data for D0 to D7 to and from

21 D7 P37 Input/Output Input/output port to send and receive parallel data for D0 to D7 to and from

22 — TEST — To be connected to VDD 23 Motor voltage P90 Output EH mechanism motor control Nch open drain

L/H (Externally provided PULL UP is required)

24 Cam motor P91 Output EH mechanism motor control Nch open drain

forward rotation (Externally provided PULL UP is required)

25 Cam motor P92 Output EH mechanism motor control Nch open drain

reverse rotation (Externally provided PULL UP is required)

26 Tray motor P93 Output EH mechanism motor control Nch open drain

forward rotation (Externally provided PULL UP is required)

27 Tray motor P94 Output EH mechanism motor control Nch open drain

reverse rotation (Externally provided PULL UP is required)

28* Not used P95 Output EH mechanism motor control Nch open drain

29 Cam SW1 P120 Input Detection input of cam SW1 to SW4 L: SW ON, H: SW OFF 30 Cam SW2 P121 Input Detection of 14 cam positions

31 Cam SW3 P122 Input Detection of 14 cam positions

32 Cam SW4 P123 Input Detection of 14 cam positions

Port Name

Input/Output

FunctionTerminal Name

transmission

with H edge at serial-parallel conversion element sid

port with H edge at serial-parallel conversion element side

Display RAM data: L output, command data: H output

When L output is given, the LCD driver side becomes data pass state.

becomes active, and data is taken in with H edge.

LCD driver

(Externally provided PULL UP is required)

(drum position) by applying the combination of SW1 to SW4

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

– 81 –

MD-X8H

IC901 RH-iX2679AFZZ:System Control Micon(iX2679AF) (2/3)

Pin No.

33 TRAY SW-A P124 Input Main tray OPEN completion detection switch input

34 TRAY SW-B P125 Input Main tray CLOSE completion detection switch input

35 TRAY SW-C P126 Input Sub-tray placing completion detection switch input

36 TRAY SW-D P127 Input Sub-tray SET completion detection switch input

37 — VDD — To be connected to ADD 38 MAIN CLK X2 — 16 MHz crystal 39 MAIN CLK X1 Input 16 MHz crystal 40 — VSS — Ground potential To be connected to VSS 41* Not used XT2 — SUB CLK not used To be opened 42 Not used XT1 Input SUB CLK not used To be connected to VSS 43 RESET RESET Input Reset input 44 RX IN INTP0 Input Remote controller input 45 Power failure INTP1 Input Power failure detection input Power failure = L

46 NAME IN INTP2 Input TEXT input from external MD 47 DATA IN/OUT INTP3 Input/Output Data input/output from and to keyboard 48 CLK IN/OUT INTP4 Input/Output Clock input/output from and to keyboard 49 PROTECT INTP5 Input Power amplifier stage abnormality detection input Abnormal state = 1 50 DSTB INTP6 Input Strobe input from MD microcomputer Interruption input 51 — AVDD — A/D converter analog power To be connected to VDD 52 — AVREFO Input A/D converter reference voltage input Wiring separately from VDD 53 KEY0 AN10 Input A/D input of key - 0 54 KEY1 AN11 Input A/D input of key - 1 55 KEY2 AN12 Input A/D input of key - 2 56 KEY3 AN13 Input A/D input of key - 3 57 Spare AN14 Input To be connected to VSS 58 59 SPAN selection P16 Input Tuner span selection 60 VSM AN17 Input Input of electric field intensity in RDS ASPM state by using A/D value 61 — AVSS — A/D converter ground potential To be connected to VSS 62 SD P130 Input SD input in case of TUNER AUTO SCAN 63 Illumination ON/ P131 Output Illumination in ON state: H output

64 Not used AVREF1 Input D/A converter reference voltage input To be connected to VDD 65 232C-IN RXD2 Input Serial data input in UART mode

66 232C-OUT TXD2 Output Serial data output in UART mode

67 V. LOAD P72 Output Selection of 7.5V/5V line voltage supplied to MD

68 M-DATA SI1 Input Serial data input from MD microcomputer 69 K-DATA SO1 Output Serial data output to MD microcomputer 70 DSCK SCK1 Output Serial clock output to MD microcomputer 71 MIC detection P23 Input MIC jack insertion detection input L: MIC connected, H: Not connected 72 RWC P24 Output READ/WRITE control output to CD DSP element 73 SQOUT SI0 Input Serial input of sub-code data Q from CD DSP

detection

Initial setting

OFF switching Illumination in OFF state: L output

Port Name

AN15 Input Destination setting with A/D value

Input/Output

FunctionTerminal Name

H: OPEN completion state when SW is OFF. L: Other state when SW is ON. This switch provides the CLOSE function when the tray lid is pressed.

L: CLOSE completion state when SW is ON H: Other state when SW is OFF

L: Placing completion state when SW is ON H: Other state when SW is OFF.

H: SET completion state when SW is OFF L: Other state when SW is ON.

Data operation from external personal computer through PC card

Data sending from external personal computer through PC card

H is set to set the 7.5V line only when MD is set to LOAD or EJECT mode.

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

– 82 –

MD-X8H

IC901 RH-iX2679AFZZ:System Control Micon(iX2679AF) (3/3)

Pin No.

74 COIN SO0 Output Serial output of command data to CD DSP 75 CQCK SCK0 Output Serial clock output to CD DSP 76 RES P80 Output Reset output to CD DSP element 77 WRQ P81 Input Standby input of sub-code Q output 78 DRF P82 Input RF level detection input (DETECT RF) 79 SL+ P83 Output Slide feed signal + 80 SL- P84 Output Slide feed signal 81 PU IN P85 Input Pickup innermost periphery detection switch input Innermost periphery = L 82 MUTE P86 Output CD MUTE output ON state: H output, OFF state: L output 83 MIC MUTE P87 Output MIC mute output of AUDIO system ON state: H output, OFF state: L output 84 S. MUTE P40 Output System mute output of AUDIO system

85 L. MUTE P41 Output Line mute output of AUDIO system

86 RLY P42 Output Relay ON/OFF control ON state: H output, OFF state: L output 87 POWER P43 Output Power ON/OFF control ON state: H output, OFF state: L output 88 DIG._B P44 Output Control output of 74HC153 89 DIG._A P45 Output Control output of 74HC153 90 JOG._B P46 Input JOG dial input B 91 JOG._A P47 Input JOG dial input A 92 CCB-CE P50 Output Chip enable output to AUDIO/PLL/RDS element of CCB communication 93 CCB-DO P51 Input Serial data input from PLL/RDS element of CCB communication 94 CCB-DI P52 Output Serial data output to AUDIO/PLL/RDS element of CCB communication 95 CCB-CL P53 Output Serial clock output to AUDIO/PLL/RDS element of CCB communication 96 FAN MOTOR P54 Output Motor control for radiation fan

97 P. DOWN P55 Input Power failure detection output to MD microcomputer 98* Not used P56 Output Since this terminal is not used, it is open. 99

100 — VSS — Ground potential To be connected to VSS

TUNER MUTE

Port Name

P57 Output TUNER MUTE control

Input/Output

FunctionTerminal Name

ON state: H output, OFF state: L output

H pulse is output periodically in the MD PLAY or REC PLAY mode.

ON state: H output, OFF state: L output

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

– 83 –

MD-X8H

IC901 RH-iX2679AFZZ:System Control Micon(iX2679AF)

(EX MD) SW1 DUBB MODE

1

(EX MD) SW2 STOP

2

(EX MD) SW3 SKIP +1

3

(EX MD) SW4 SKIP +10

4

(EX MD) SW5 PLAY NORMAL

5

(EX MD) SW6 PLAY 1TRACK

6

(EX MD) SW7 NEXT

7

(EX MD) SW8 DATA SELECT

8

(EX MD) SW9 NAME SELECT

9

EXPANDER1

(AUDIO) SRS PASS/ON

10

(AUDIO) 4052 A

11

(AUDIO) 4052 B

12

(DISP) LED1 M>M EDIT

13

(DISP) LED2 C>M EDIT

14

(DISP) LED3 M REC

15

(DISP) LED4 M PLAY

16

(DISP) LED5 C PLAY

17

(DISP) LED6 DISC1 PLAY

18

(DISP) LED7 DISC2 PLAY

19

(DISP) LED8 DISC3 PLAY

20

(DISP) LED9 MD IN

21

EXPANDER2

(DISP) LED10 COMPUTER

22

(DISP) LED11 SRS-SRND

23

Not used

24

(MD)

RESET

(MD)

S-ID

(MD)

LOAD

(MD)

SYN

(EXP)

DATA

(EXP)

CLK

(EXP)

LCK1

(EXP)

To be connected to VDD

(LCD.DRV) (LCD.DRV) (LCD.DRV) (LCD.DRV) (LCD.DRV) (LCD.DRV) (LCD.DRV) (LCD.DRV) (LCD.DRV) (LCD.DRV) (LCD.DRV)

To be connected to VSS

Cam motor forward rotation Cam motor reverse rotation

Tray motor forward rotation Tray motor reverse rotation

Motor voltage L/H

LCK2

CSB

RS

WRB

RDB

D0

D1 D2 D3

D4

D5 D6 D7(LCD.DRV)

Not used Cam SW1 Cam SW2

P60 P61 P62 P63 P64 P65 P66 P67 V

DD

P100 P101 P102 P103 P30 P31 P32 P33 P34 P35 P36 P37 TEST P90 P91 P92 P93 P94 P95 P120 P121

2

(AUDIO) TUNER MUTE

(MD) P.DOWN

(AUDIO) FAN MOTER

(AUDIO/PLL/RDS)C B-CL

(AUDIO/PLL/RDS)C B-DI

P55

P54

P53

(PLL)C B-CL

P52

P51

Not used, opened

To be connected to VSS

Vss

P57

P56

10099989796959493929190898887868584838281

1 2 3 4 5 6 7 8

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

Since Nch open drain is used,

25

external pull-up is required.

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

Control of 74HC153

MAIN VOL control JOG

(AUDIO/PLL/RDS)C B-CE

JOG-A

JOG-B

(DIG. IN) DIG-A

(DIG. IN) DIG-B

(AUDIO) POWER

(AUDIO) RLY

(AUDIO) L. MUTE

P50

P47

P46

P45

P44

P43

P42

P41

ROM:128K

RAM:8K

uPD784216GF

MIC detection and DSTB port replacement DSTB input must be through INTP6 interruption port. P06->INTP6; MIC detection -> (MD)DST Change to input port P23; (MD)DSTB Change to MIC detection input P131; Naming is changed to illumination ON/OFF switching P130: Illumination output port in OFF state -> Change to SD input port P72; Not used -> To be used as output port of (MD)V.LOAD. Function is added. P54; SD input -> Function is added as FAN MOTOR output. P55; Not used -> To be used as (MD) P.DOWN output port. Function is added.

(AUDIO) S. MUTE

(AUDIO) MIC MUTE

(CD) MUTE

(CD) PUIN

P40

P87

P86

P85

P84

80

P83

79

P82

78

P81

77

P80

76

SCK0

75

SO0

74

SI0

73

P24

72

P23

71

SCK1

70

SO1

69

SI1

68

P72

67

TXD2

66

RXD2

65

AV

64 63 62 61 60 59 58 57 56 55 54 53 52 51

REF1

P131 P130 AV

SS

AN17 P16 AN15 AN14 AN13 AN12 AN11 AN10 AV

REF0

AV

DD

(CD) SL(CD) SL+ (CD) DRF (CD) WRQ (CD) RES (CD) CQCK (CD) COIN (CD) SQOUT (CD) RWC (AUDIO) MIC detection (MD) DSCK (MD) K-DATA (MD) MD-DATA (MD) V.LOAD (232C) OUT (232C) IN

Not used, to be connected to VDD

Illumination ON/OFF selection (IF MPX) SD To be connected to VSS (RDS) VSM SPAN selection (9/10K) Initial setting Spare, to be connected to VSS KEY3 KEY2 KEY1 KEY0

To be connected separately from VDD

To be connected to VDD

(Allocation through CD DSP expansion port)

Motor voltage L/H CD EH mechanism motor control

Tray motor -

Tray motor+

Cam motor-

Cam motor+

DD

P124

P125

P126

Tray SW-B

Tray SW-C

V

P127X2X1

Tray SW-D

16MHz

MAIN CLK

Vss

XT2

XT1

Not used, opened

P122

P123

Cam SW3

Cam SW4

Tray SW-A

CD EH mechanism detection switch

To be connected to VDD

Not used, to be connected to VSS

Figure 84 BLOCK DIAGRAM OF IC

– 84 –

RESET

INTP0

INTP1

INTP2/NM1

INTP3

INTP4

INTP5

INTP6

RESET

(MD)DSTB

(EX MD)NAME IN

Remote control IN

Power failure detection

(AUDIO)PROTECT

(K-BRD)CLK IN/OUT

(K-BRD)DATE IN/OUT

IC1101 VHiiR3R55//-1:RF Signal Processor (IR3R55)

MD-X8H

Pin No.

1 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 amp. input terminal 6 REFO Reference voltage amp. output terminal 7 RFADD RF1 to 4 resistance addition output terminal 8 TCGI Track cross detection signal amp. input terminal for groove 9 AIN Servo signal amp. (focus servo system) inversion input terminal 10 BIN Servo signal amp. (focus servo system) inversion input terminal 11 EIN Servo signal amp. (tracking servo system) inversion input terminal 12 FIN Servo signal amp. (tracking servo system) inversion input terminal 13 BIAS Bias input terminal 14 AVCC Analog section power terminal 15* VSTBY Logic signal output terminal (STBY signal inversion signal is output.) 16* XDISC Logic signal output terminal (DISC signal inversion signal is output.) 17* XSGAIN Logic signal output terminal (SGAIN signal inversion signal is output.) 18 AGND Analog section GND terminal 19 DGND Digital section GND terminal 20 DTEMP Chip temperature detection terminal 21 LATCH Latch signal input terminal 22 CLOCK Clock signal input terminal 23 DATA Serial data input terminal 24 DVCC Digital section power terminal 25 FOUT Servo signal amp. (tracking servo system) output terminal 26 EOUT Servo signal amp. (tracking servo system) output terminal 27 BOUT Servo signal amp. (focus servo system) output terminal 28 AOUT Servo signal amp. (focus servo system) output terminal 29 TCGO Track cross detection signal amp. output terminal for groove 30 WBO Comparator output terminal for ADIP signal binary-coding 31 22KI Comparator input terminal for ADIP signal binary-coding 32 22KO ADIP signal HPF amp. output terminal 33 ADLPFO ADIP signal LPF amp. output terminal 34* NC NC 35 ADIPO ADIP signal preamp. output terminal 36 ADIPI ADIP signal AGC amp. output terminal 37 ADAGC ADIP signal AGC smoothing capacitor connection terminal 38 ADAGI ADIP signal AGC amp. input terminal 39 RF2-1 RF1 and RF2 difference signal 40 EFMO RF signal preamp. output terminal 41* WFMI RF signal AGC amp. output terminal 42 AVCC Analog section power terminal 43 AGND Analog section GND terminal 44 EFMAGC EFM signal AGC smoothing capacitor connection terminal 45 EFMAGI EFM signal AGC amp. output terminal 46* ATTR Pins 47 and 48 output signal attenuation terminal 47 GOUT Output of signal of RF1+RF2-RF3-RF4 for groove 48 POUT Rf1 to 4 resistance addition output for pit

Terminal Name

Function

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

– 85 –

MD-X8H

IC1201 VHiLR37648/-1:ENDEC (LR37648) (1/2)

Pin No.

1* EFMMON Output EFM monitor output 2 AVCC — Analog power 3 EFMI Input EFM signal input from RF amp. 4 AGND — Analog GND 5 AIN Input Focus error signal A 6 EIN Input Tracking error signal E 7 TCG Input Track cross signal 8 BIN Input Focus error signal B 9 FIN Input Tracking error signal F 10* VBAT Input Power voltage detection signal for constant voltage servo 11 WBI Input ADIP wobble signal 12 VDD1 — Digital power 13 DGND — Digital GND 14,15 TEST0,TEST1 Input Input for test. Connection to GND in case of normal use 16 TEST2 Input Input for test. Endecode/servo mode and ATRAC mode selection 17 X176KO Output Clock output. f=176.4 kHz (4fs) 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 LATCH Output Tracking servo reverse output. PWM 22 CLOCK Output Slide servo forward output. PWM 23 DATA Output Slide servo reverse output. PWM 24 DVCC Output Spindle servo forward output or spindle servo output. PWM 25 FOUT Output Spindle servo reverse output or spindle rotation (forward/reverse)selection 26 EOUT Output Address output to external D-RAM. ADR3 27 BOUT Output Address output to external D-RAM. ADR2 28 AOUT Output Address output to external D-RAM. ADR1 29 TCGO Output Address output to external D-RAM. ADR0 (LSB) 30* WBO Output Address output to external D-RAM. ADR10 (MSB) 31 22KI — Power supply for DRAM interface 32 22KO Output Address output to external D-RAM. ADR4 33 ADLPFO Output Address output to external D-RAM. ADR5 34 NC Output Address output to external D-RAM. ADR6 35 ADIPO Output Address output to external D-RAM. ADR7 36 ADIPI Output Address output to external D-RAM. ADR8 37 ADAGC Output Data output enable signal output to external D-RAM 38 ADAGI — Digital GND 39 RF2-1 Output Column address strobe signal output to external D-RAM 40 EFMO In/Output Data input/output from and to external D-RAM. D2 41 WFMI In/Output Data input/output from and to external D-RAM. D3 (MSB) 42 AVCC Output Data input/output from and to external D-RAM. ADR9 43 AGND Output Low address strobe signal output to external D-RAM 44 EFMAGC Output Data write enable signal output to external D-RAM 45 EFMAGI In/Output Data input/output from and to external D-RAM. D1 46 ATTR In/Output Data input/output from and to external D-RAM. D0 (LSB) 47* GOUT Output Track cross signal 48* POUT Output ADIP CRC error flag monitor output 49* PLCK Output EFM PLL clock output in playback mode 50 EFM0 Output EFM signal output in record mode. C1F (C1 error flag) monitor output in playback mode 51* X700KO Output Clock output. f = 705.6 kHz. Clock output is not performed when RSTX = 0. 52* EXPORT0 Output Microcomputer extension output port 0 53* EXPORT1 Output Microcomputer extension output port 1

Terminal Name

Input/Output

Function

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

– 86 –

IC1201 VHiLR37648/-1:ENDEC (LR37648) (2/2)

MD-X8H

Pin No.

54 TESO1 Output PLLLR. Microcomputer extension output port 2 in case of selection 55 TESO3 In/Output PLLOSC. Microcomputer extension output port 3 in case of selection 56 TEST4 In/Output EXTCLK. Microcomputer extension output port 4 in case of selection 57 CDDATA In/Output 58 CDLRCK In/Output 59 CDBCLK In/Output 60 VXI Input Vari-pitch PLL clock input 61 VPO Output Vari-pitch PLL phase error output 62 VDD1 — Digital power 63 DGND — Digital GND 64 XI Input Oscillation circuit input. 33.8688 MHz 65 XO Output Oscillation circuit input. 33.8688 MHz 66 DIN Input Digital input signal 67 DOUT Output Digital output signal 68 VDD3 — Power for internal PLL 69 DGND — Digital GND 70 LRCK Output Music data Lch/Rch selection output 71 BLCK Output Music data shift clock 72 DFCK Output AD/DA converter digital filter clock. 256 Fs 73 ADDATA Input Audio data input 74 DADATA Output Audio data output 75* FEMON Output Focus error signal monitor output 76* TOTMON Output Total signal monitor output 77* TEMON Output Tracking error signal monitor output 78* SBCK Input DIN subcode read clock. EIAJ CP-309 Format 79* SBO Output DIN subcode serial data. EIAJ CP-309 Format 80* SBSY Output DIN subcode block sync signal. EIAJ CP-309 Format 81 SFSY Output DIN subcode frame sync signal. EIAJ CP-309 Format 82 FOK Output Focus OK detection signal. "0" : Focus OK 83 SENSE Output Servo status detection signal. "1": Auto-move, auto-jump, auto-focus retraction 84 COUT Output Track cross signal output 85 MCCK Output Microcomputer clock output. Clock output is performed also when RSTX = 0. 86 DINTX Output System controller interface interruption request output terminal 87 VDD1 — Digital power 88 DGND — Digital GND 89 RSTX Input Chip reset input. "L": Reset 90 SYD0 In/Output System controller interface data bus terminal (LSB) 91~96 SYD1~SYD6 In/Output System controller interface data bus terminal 97 SYD7 In/Output System controller interface data bus terminal (MSB) 98 SYWRX Input System controller interface register writing pulse input 99 SYRDX Input System controller register read pulse input 100 SYRS Input System controller interface register selection input

Terminal Name

Input/Output

High speed dubbing CD data input. Microcomputer extension output port 5 in case of selection High speed dubbing CD LR data input. Microcomputer extension output port 6 in case of selection High speed dubbing CD bit data input. Microcomputer extension output port 7 in case of selection

Function

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

– 87 –

MD-X8H

IC1401 RX-iX0227AWZZ:MD System Micon Control (IX0227AW) (1/2)

Pin No.

1* P96/ANEX1 Output Input/Output it port P96 2* P95/ANEX0 Output Input/Output it port P96 3 P94/DA1 Output LDVAR (laser power adjustment output) 4* P93/DA0 Output ADJS (for automatic adjustment step check) 5* P92/TB2IN Output Input/Output it port P92 6 P91/TB1IN Input LD SW CK input (interruption input only in single state) 7 P90/TB0IN Input ERR input (monitor PLL UNLOCK) 8 BYTE Input GND 9 CNVss Input GND 10* P87/XCIN Output ST-ID Output 11* P86/XOUT Output MD search output 12 RESET Input RESETInput 13* XOUT — Clock output 14 Vss — GND 15 XIN Input EXTAL (8.4672 MHz) 16 Vcc — + 3.15V 17 P85/NMI Input Input/Output it port P85 18 P84/INT2 Input DINT (interruption input from MD LSI) 19 P83/INT1 Input DSENSE (servo sense input from MD LSI) 20 P82/INT0 Input ST-ID Input (MD-ON) 21 P81/TA4IN Input CD search input (syncro REC suspension input from MD LSI) 22 P80/TA4OUT Output MD RSW Output 23* P77/TA3IN Input FSW1 (SW power frequency selection) 24 P76/TA3OUT Output Vari-pitch correspondence given (H)/not given (L) 25 P75/TA2IN Input P-DOWN (power failure detection) 26 P74/TA2OUT Output HDON (magnetic head current ON/OFF output) 27 P73/TA1IN Output LD+ (loading motor + control output) 28 P72/TA1OUT Output LD- (loading motor + control output) 29 P71/TA0IN Input CIN (track count signal input) 30* P70/TA0OUT Input INN SW (inner SW detection input) 31 P67/TXD1 Output R-DATA 32 P66/RXD1 Output R-LATCH 33 P65/CLK1 Output R-CLK 34

35 P63/TXD0 Output MD DATA (MD Data Output) 36 P62/RXD0 Input K DATA (system controller data input) 37 P61/CLK0 Input DSCK (system controller communication clock input) 38 39 40 P56/ALE Input FOK (focus servo status monitor input) 41* WFMI In/Output Input/Output it port P55 42 AVCC Output S2 Ouput 43 AGND Output S1 Output 44 EFMAGC Output SYRS (MD-LSI register selection signal output) 45 EFMAGI Output SYRD (MD-LSI read signal output) 46 ATTR Output SYWR (MD-LSI right signal output) 47 GOUT In/Output SYS D7 (data bus 7) 48 POUT In/Output SYS D6 (data bus 6) 49 PLCK In/Output SYS D5 (data bus 5) 50 EFM0 In/Output SYS D4 (data bus 4) 51 X700KO In/Output SYS D3 (data bus 3)

Terminal Name

P64/CTS1/RTS1/ CTS0/CLKS1

P60/CTS0/RTS0 P57/RDY/CLK

Input/Output

Output DSTB (system controller communication enable and communication beingexecuted)

Input 4M/16M DRAM selection input

OUT

Output R/P output (REC/PLAY selection)

Function

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

– 88 –

IC1401 RX-iX0227AWZZ:MD System Micon Control (IX0227AW) (2/2)

MD-X8H

Pin No.

52 P42/A18 In/Output SYS D2 (data bus 2) 53 P41/A17 In/Output SYS D1 (data bus 1) 54 P40/A16 In/Output SYS D0 (data bus 0) 55* P37/A15 Output Input/Output it port P37 56* P36/A14 Output Input/Output it port P36 57* P35/A13 Output Input/Output it port P35 58 P34/A12 Output EEPRO (EEPROM protection cancel) 59 P33/A11 Output EPCS (EEPROM chip selector output) 60 P32/A10 In/Output EEPD (EEPROM sirial data output) 61 P31A9 Output EEPK (EEPROM sirial colck output) 62 Vcc Input + 3.15V 63* P30/A8 Output Input/Output it port P30 64 Vss — GND 65 P27/A7 Output L3 DATA (soft serial communication, 2 modes provided, LSB fast) 66 P26/A6 Output L3 MODE (soft serial communication, 2 modes provided, LSB fast) 67 P25/A5 Output L3 CLK (soft serial communication, 2 modes provided, LSB fast) 68* P24/A4 Output Input/Output it port P24 69* P23/A3 Output Input/Output it port P23 70 P22/A2 Output PCNT0 output 71* P21/A1 Output Input/Output it port 72 P20/A0 Output LDON output (H: ON) 73 P17/D15 Output ANLPTR output 74* P16/D14 Output ADPON output (for CK) 75* P15/D13 Output DAPON output (for CK) 76* P14/D12 Output DFS0 output 77* P13/D11 Output DFS1 output 78* P12/D10 Output DIG EX output (for CK) 79* P11/D9 Output DIG CD output (for CK) 80 P10/D8 Output XRST (system reset output) 81* P07/D7 Output AD MUTE output (for CK) 82* P06/D6 Output EMPHA output (for CK) 83* P05/D5 Output DA MUTE output (for CK) 84* P04/D4 Output MUTE output 85* P03/D3 Output DOUTM output (for CK) 86 P02/D2 Input TEST2 (special mode selection 2) 87 P01/D1 Input TEST1 (special mode selection 1) 88 P00/D0 Input TEST0 (special mode selection 0) 89 P107/AN7/KI3 Input AVCK3 (special mode monitor input) 90 P106/AN6/KI2 Input AVCK2 (AD/DA section 3.1V monitor input) 91 P105/AN5/KI1 Input AVCK1 (DOUT section 5V monitor input) 92 P104/AN4/KI0 Input DTEMP (temperature detection input) 93 P103/AN3 Input MINF (disc type/REC input) 94 P102/AN2 Input TEST K1 (test key input 1) 95 P101/AN1 Input TEST K2 (test key input 2) 96 AVss — GND 97 P100/AN0 Input HINF (mechanism position/HEAD position) 98 VREF — + 3.15V 99 AVcc — + 3.15V 100 P97/ADTRG Input Input/Output it port

Terminal Name

Input/Output

Function

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

– 89 –

MD-X8H

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

12345678910111213141516171819202122232425

757473727170 696867666564 636261605958 575655545352 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

TOTMON

TEMON

SBCK

SBO

SBSY

SFSY

FOK

SENSE

COUT MCCK DINTX

VDD1 DGND

RSTX

SYD0 SYD1 SYD2 SYD3 SYD4 SYD5 SYD6 SYD7

SYWRX

SYRDX

SYRS

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

FEMON

DADATA

ADDATA

DFCK

BCLK

LRCK

DGND

VDD3

DOUT

DINXOXI

DGND

VDD1

VPO

VXI

CDBCLK

CDLRCK

CDDATA

TEST4

TEST3

TESO1

EXPORT1

EXPORT0

X700KO

AVCC

EFMI

AGND

AIN

EIN

TCG

BIN

FIN

VBAT

WBI

VDD1

DGND

TEST0

TEST1

TEST2

X176KO

FODRF

FODRR

TRDRF

TRDRR

SLDRF

SLDRR

SPDRF

SPDRR

LR37648

IC1101 VHiiR3R55//-1:RF Signal Processor (IR3R55)

POUT

GOUT

ATTR

EFMAGI

EFMAGC

AGND

AVCC

EFMI

EFMO

RF2-1

ADAGI

CLOCK

DATA

ADAGC

36 35 34 33 32 31 30 29 28 27 26 25

DVCC

ADIPI ADIPO NC ADLPFO 22KO 22KI WBO TCGO AOUT BOUT EOUT FOUT

RF1 RF2 RF3 RF4

REFI

REFO

RFADD

TCGI

AIN BIN EIN FIN

48 47 46 45 44 43 42 41 40 39 38 37

1 2 3 4 5 6 7 8

9 10 11 12

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

EFM

AGC

DIFF DIFF

RESISTOR & SW

BIAS

BAIS

AVCC

XDISC

XSTBY

AGND

XSGAIN

ADIP

AGC

LPF

LOGIC

DGND

DTEMP

HPF

LATCH

Figure 90-1 BLOCK DIAGRAM OF IC

IC1201 VHiLR37648/-1:ENDEC (LR37648)

WIRING OF PRIMARILY SUPPLY LEADS (FOR UK ONLY)

If any one of the bands shown in Fig. 90-3 is removed for some reason, be sure replace it to the original position and same appearance as berore.

Power Transformer

Power PWB

Core RCORF0002AWZZ (280)

Lug Terminal 92LLUG1746A (274)

Brown

Figure 90-2 BLOCK DIAGRAM OF IC

Blue

Nylon Band, 80mm 92LN-BAND1318A (275)

Bushing LBSHC0002AWZZ (264)

AC Power Supply Cord QACCE0003AW00 (265)

Figure 90-3

– 90 –

RDS OPERATION

RDS

1. RDS Function PI ASPM

PS STATION NAME PTY PTY SEARCH PTY(31) EON TI (TA) STAND-BY MODE EON-PTY EON-TI/PTY EON-AF With EON-AF TP ind. TA ind.

2. DISPLAY and control buttons

MD-X8H

Select and search (18 kind items) by cyclic NEWS-AFFAIRS ------ OTHER M - ALARM - TP - TA

Select and stand-by (17 kind items) by cyclic NEWS-AFFAIRS ------ OTHER M - ALARM - TI

ON/

STAND-BY

TUNER

NAME/TOC EDIT/

MULTI CONTROL

ENTER

T

UNER

1. 2E

. .

3

R

A

ON

PMMM

S

N

S

E

S

E E

EE

ULT

RDS S

A

C

R

A

C

C H H

(BAND)

Note:

TP and TA ind. are different from CD-C75H. TP, TA ind. can light up individually, when TP: OFF and TA: ON, it means that EON-TI can be used, in case of TP=OFF, TA=OFF, EON-Ti can't be used. In case of CD-C75H, (TP: OFF and TA: ON) disregard (ignore) this case, because EON-TI is nothing.

AF: Alternative Frequencycies

– 91 –

MD-X8H

Yes

Displayed the TTL quantity of memo-

rized stations by ASPM operation on

this time. And return to the previous

receiving freq. automatically.

Preset CH memory become full over?

No

Begin to ASPM SCAN from the next

CH-SPAN again.

No effect

Pass

No effect

Pass

Repeat and continue with same format

ASPM operation untill 108 MHz.

After reached 108 MHz, displayed the

TTL quantity of memorized stations.

And return to the previous receiving

freq. automatically.

Effect

Memorized to the lowest

vacant preset channel.

No effect

Pass

No effect

Pass

No

No effectNoNo effect

No effect

Memorized to the lowest

vacant preset channel.

No

Yes

No operate. After displayed “END”. Return to

previous station.

Yes

No

Hold down the ASPM button for 3 more second.

ASPM, summary operation

“ASPM” blinks in the display.

Preset CH memory full over?

Begin to scan start 87.50 → 108.00 MHz

No

SD (TUNE) DET out OK?

No

Yes

If count 1st OK?

No

Yes

If count 2nd OK?

Comparing freg. same or not?

between current receiving frequency

and (already) previously memorized

frequency.

No

Yes

RDS signal or not? PI—identify

No

Yes

Comparing PI cord same or not?

between current receiving PI and

before PI which is already memorized

by ASPM on this time.

Yes

Comparing freg. same or not?

Between current receiving frequency

and (already) previously memorized

frequency.

Yes

Compare the field strength of current

receiving signal. Is receiving signal

stronger than signal which has same PI

cord and is already memorized to

preset memory ahead of this receiving

time?

– 92 –

MD-X8H

• ASPM SCAN: 87.50MHz → 108.00 MHz.

• Only RDS signal is memorized by ASPM because RDS signal has PI code and is suitable and convenient for ASPM operation. ASPM Comparing field strength, only one strongest RDS station is memorized of all stations (repeater relay stations) that have same

PI code.

Each PI has AF’S list by individually.

Same PI code — freq: different

(AF’S) PS: same PTY: same

[For example] Pickup and memorized to preset CH.

f 1 f 2 f 3

P 1 (PI cord) PS 1 (Station Name)

Select signals (f1, f5, f7, f10) are memorized in the preset memory by ASPM.

• If tentative - ASPM operation is repeated intententionally, never memorized (over write) at the same frequecy. 1st time ASPM → strongest stations of each pi are memorized.

ASPM is not only very usefull for PTY search, but also EON operation. 2nd time ASPM → 2nd strong stations of each pi are memorized and so on. PTY search function is equal to FM band search function as a result.

f 5 f 4

P 2 PS 2

Exa: P1 has f1, f2, f3 (same PTY). P2 has f4, f5 (same PTY).

---

f 6 f 7 f 8

P 3 PS 3

---

f 9 f 10 f 11 f 12 f13

P 4 PS 4

1. Introduction of RDS for MD-X8H

MD-X8H RDS function is equal to adding EON feature to the current CD-C75H RDS. EON feature is EON—PTY and EON—TI. Although PTY and TI indicators are separated, PTY contains TI in the PTY items (software) like current PTY search items.

NEWS, AFF AIRS, INFO, ALARM, TI (TTL 17 kinds)

↑

EON—PTY EON—TI

Can select and stand-by Can select and stand-by

EON—PTY and EON—TI are basically stand-by → receive the desired program of ON station.

2.The difference point from current CD-C75H RDS. (CD-C75H — MD-X8H)

1. PTY item: added TA.TTL 18 kind.

2. Each “TP”, “TA” ind. light up or go out individually. “TA” ind. doesn’t light up on current model, CD-C75H due to none EON—TI.

3. Added 3 indicators(in FL) due to adding EON feature. EON: Lights up only during receiving EON data (14A). TI: During EON-TI stand-by → Light up

During receiving ON station. → blink.

PTY: During EON-PTY stanb-by → Light up

During receiving ON station. → blink.

4. No adjust type (None adjusting circuit.)

5. Added EON button.

6. Need to change RDS logo due to add EON feature.

7. Added EON—TI, EON—PTY function.

3. Summary of MD-X8H RDS—EON operation

EON—PTY: Select and set the desired “PTY” → stand-by → switch to ON(other network) Station at the start of desired

PTY automatically → stay and listen to PTY of ON station → switch back to TN(This net) station automatically at the end of PTY(ON) i.e. after changing to another PTY(except AFFAIRS) or cancelling to receive PTY of ON station midway.

EON—TI: Select and set the “TI” → stand-by → switch to ON station at the start of traffic announcement automati

cally → stay and listen to TA of ON station → switch back to TN station autmatically at the end of TA(ON).

ie after TA(ON) is over or cancelled to receive TA of ON station midway. When switching TN → ON station. In case of exist 2 more stations having the desired(specified) “PTY” or “TI”, the receiver will select and switch to ON station comparing field strength at the same time. But when the frequency of ON station exists in the preset-memory, then reciver switches straight to that ON station(CH), without comparing field strength so can make a quick switching from TN—ON station.Preset memory takes priority of switching TN—ON station. therefore ASPM is usefull not only for PTY search but also for rapid EON switching. Anyway MD-X8H EON is basically standby and receiving method, along with the Guidelines for EON implementation.

↑

– 93 –

MD-X8H

EON summary notice for reference

1. EON-TI/PTY EON stand-by can be set, only when EON ind. lights up. While EON ind. goes out (NO EON STATION), EON stand-by can't be set. If the EON button is pressed, then “NO EON” is indication the display.

2. EON-TI/PTY Even if switch back ON→TN station continue to keep EON stand-by.

3. EON-TI Don’t switch TN→ON during TN broadcast TA. (same item)

4. EON-TI/PTY

5. EON-TI/PTY EON stand-by is perfectly cancelled (cleared) by pressing EON button 2 times during stand-by or

powerOFF or Tun Up/Down or change band or recall pre-set CH.

6. EON-TI/PTY After setting EON stand-by, stand-by items can be confirmed by pressing EON button one time.

7. EON-TI/PTY EON button function: •EON setting

8. EON-TI/PTY After setting EON-TI and EON-PTY stand-by, if when EON data is not transmitted, EON ind goes out

9. EON-TI EON-TI stand-by can't be set. When TP=0,TA=0(TN) even if EON ind. lights up and the EON button is

10. EON-PTY Don’t switch TN→ON during TN broadcast same specified PTY. (same item of PTY)

11. EON-TI/PTY Switch TN→ON→ TN station one cycle.

12. EON-TI/PTY After switch TN→ON station. When ON station is NO RDS, NO signal, TA=OFF or different PTY items.

13. During receive ON station. when ON station become to be NO RDS, NO signal, TA=ON to OFF or

14. EON-TI/PTY Switch TN→ON in case of 2 more stations exist, comparing field strength and switch to thestrongest

15. Even if switch TN→ON preset memory straight, that ON station is very weak signal, then search another

16. EON-TI/PTY No linkage volume, power ON/OFF, and switch function.

EON can be cancelled during receiving ON station by pressing EON button if necessary and switch back ON→TN.

•Confirm stand-by items

•Cancel (ON→TN)

•EON clear cancel (2 times) and EON stand-by is automatically cancelled display “NO EON”. pressed then “NO TI” is indication the display.

Never switch TN→ON1→ON2→ Other net to other net station. The receiver switch back ON→TN displaying “NO READY”. different PTY item, The receiver switch back ON→TN. station, if these signals are same strength, switch to the first previous station.

If same frequency as AF'Sexists in the preset memory, then switch TN→ON (preset memory station) straight. In case of exist 2 more preset memories of AF’S,then switch to the preset CH which taken in EON DATA first, also in this case no concern to field strength.

AF'S (ON) station comparing field strength and switch to the strongest station as a result. Of all atations of AF'S are very weak or no good condition, then, switch back ON→TN automatically display "NO READY".

Traffic Programme code

(TP)

OFF OFF This programme does not carry traffic announcements nor does

OFF ON This programme carries EON information about another

ON OFF This programme carries traffic announcements but none are

ON ON A traffic announcement is being broadcast on this programme at

Traffic Announcement code

(TA)

Applications

it refer, via EON, to a programme that does.

programme which gives traffic information.

being broadcast at present and may also carry EON information about other traffic announcements.

present.

– 94 –

PARTS GUIDE

MD-X8H

“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

MARK: SPARE PARTS-DELIVERY SECTION

Explanation of capacitors/resistors parts codes

Capacitors

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%.)

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

MODEL

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

MD-X8H

Resistors

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 other parts, the resistors are ±5% carbon-film type.

NOTE:

Parts marked with “ ” 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-X8H

PART CODE NO. PARTS CODE

PRICE RANK

DESCRIPTIONNO.

INTEGRATED CIRCUITS

IC1 VHILA9241M/-1 J AS Servo Amp.,LA9241M IC2 VHILC78623D-1 J AY Servo/Signal Control,LC78623D IC5 VHIM56748FP-1 J AR Focus/Tracking/Spin/Slide

IC91 VHITA7291S/-1 J AH Tray Motor Driver, TA7291S IC92 VHITA7291S/-1 J AH Main Cam Motor Driver,

IC201 VHISTK40705-1 J BA Power Amp.,STK40705 IC302 VHILC72131/-1 J AP PLL Controller LC72131 IC303 VHILA1832//-1 J AR FM IF Det./FM Mpx./ AM IF,

IC440 VHINJM4558D-1 J AH Input Selector,NJM4558D IC451 VHISRS5250S-1 J BL SRS,SRS5250S IC501 VHILC75396E-1 J AT Audio Processor,LC75396E IC511 VHIBU4052BC-1 J AH Input Selector,BU4052BC IC552 VHINJM4565D-1 J AC Mic Amp.,NJM4565D IC601 VHINJM4558D-1 J AH Mic Amp.,NJM4558D IC602~604 VHGPC910///-1 J AL PC Controll,PC910 IC605 VHITC7WU04F-1 J AD PC Controll,TC7WU04F IC751~753 VHIBA13058/-1 J LCD Amp.,BA13058 IC771 VHIBU2092F/-1 J AM Input Selector,BU2092F IC802 VHINJM431L/-1 J AE Voltage Regulator,NJM431L IC901 RH-IX2679AFZZ J BH System Control Micon,IX2679AF IC902 VHIBU2092F/-1 J AM Input Selector,BU2092F IC903 VHIPST9140/-1 J AG Reset,PST9140 IC904 VHI74HC153P-1 J AH Multiplexer,74HC153P IC905 VHI74HCU04/-1 J AF Multiplexer,74HCU04 IC1101 VHIIR3R55//-1 J AQ RF Signal Processor,IR3R55 IC1201 VHILR37648/-1 J BD ENDEC,LR37648 IC1202 RH-IX2474AFZZ J BF 4Mbit D-RAM,IX2474AF IC1251 VHI74ACT02F-1 J AF Head Driver,74ACT02F IC1401 RH-IX0227AWZZ J BF MD System Micon Control,

IC1402 VHIS29294A/-1 J AH E PROM,S29294A IC1601 VHIM56758FP-1 J AM 5-CH Motor Driver,M56758FP IC1701 VHIUDA1340/-1 J BA A/D,D/A Converter,UDA1340 IC1801 VHIXC62EP32-1 J AE Voltage Regulator,XC62EP32 IC1802 VHINJM431U/-1 J AE Regulator,NJM431U IC1906 VHITC7ST08F-1 J AE And Gate,TC7ST08F IC1907 VHITC9246F/-1 J AM Clock Generator,TC9246F IC1916 VHI74VHC08FT1 J AF And Gate,74VHC08FT IC1990 VHI74AC04FS-1 J AF Invertor,74AC04FS ICT21 VHILC72720/-1 J AW RDS Decorder,LC72720

Driver,M56748FP

TA7291S

LA1832

IX0227AW

2

TRANSISTORS

Q1 VSKTA1266GR-1 J AB Silicon,PNP,KTA1266 GR Q81 VS2SD468-C/-1 J AD Silicon,NPN,2SD468 C Q201 VSKRC107M//-1 J AC Digital,NPN,KRC107 M Q251,252 VSKTC3199GR-1 J AB Silicon,NPN,KTC3199 GR Q253 VS2SB1238R/-1 J AD Silicon,PNP,2SB1238 R Q260 VSKRC107M//-1 J AC Digital,NPN,KRC107 M Q271 VSKTC3199GR-1 J AB Silicon,NPN,KTC3199 GR Q272 VS2SA562-Y/-1 J AC Silicon,PNP,2SA562 Y Q273 VSKTC3199GR-1 J AB Silicon,NPN,KTC3199 GR Q274 VSKRC107M//-1 J AC Digital,NPN,KRC107 M Q297,298 VSKTC3199GR-1 J AB Silicon,NPN,KTC3199 GR Q301 VS2SC380-O/-1 J AC Silicon,NPN,2SC380 O Q353,354 VSKTC3199GR-1 J AB Silicon,NPN,KTC3199 GR Q360 VSKTA1266GR-1 J AB Silicon,PNP,KTA1266 GR Q361 VSKRC107M//-1 J AC Digital,NPN,KRC107 M Q371 VSKTA1266GR-1 J AB Silicon,PNP,KTA1266 GR Q421 VSKRA107M//-1 J AE Digital,PNP,KRA107 M Q423,424 VSKTC3199GR-1 J AB Silicon,NPN,KTC3199 GR Q461 VSKTC3203Y/-1 J AC Silicon,NPN,KTC3203 Y Q465,466 VSKRC107M//-1 J AC Digital,NPN,KRC107 M Q467 VSKRA107M//-1 J AE Digital,PNP,KRA107 M Q468,469 VSKTC3199GR-1 J AB Silicon,NPN,KTC3199 GR Q501,502 VS2SC2878A/-1 J AE Silicon,NPN,2SC2878 A Q541,542 VSDTC363TS/-1 J AC Digital,NPN,DTC363 TS Q551 VSKRA107M//-1 J AE Digital,PNP,KRA107 M Q553 VSKTC3199GR-1 J AB Silicon,NPN,KTC3199 GR Q601 VSKTC3199GR-1 J AB Silicon,NPN,KTC3199 GR Q603 VSKTA1266GR-1 J AB Silicon,PNP,KTA1266 GR Q702 VSKRA107M//-1 J AE Digital,PNP,KRA107 M Q811 VS2SD2012//-1 J AD Silicon,NPN,2SD2012 Q820 VSKTC3199GR-1 J AB Silicon,NPN,KTC3199 GR Q821 VS2SD2012//-1 J AD Silicon,NPN,2SD2012 Q830 VSKTC3199GR-1 J AB Silicon,NPN,KTC3199 GR Q831 VS2SD2012//-1 J AD Silicon,NPN,2SD2012

PRICE

RANK

Q840 VSKTC3199GR-1 J AB Silicon,NPN,KTC3199 GR Q841 VS2SD2012//-1 J AD Silicon,NPN,2SD2012 Q850 VSKTC3199GR-1 J AB Silicon,NPN,KTC3199 GR Q851 VS2SD2012//-1 J AD Silicon,NPN,2SD2012 Q860 VSKTC3199GR-1 J AB Silicon,NPN,KTC3199 GR Q861 VS2SD2012//-1 J AD Silicon,NPN,2SD2012 Q862 VSKRC107M//-1 J AC Digital,NPN,KRC107 M Q863 VS2SD2012//-1 J AD Silicon,NPN,2SD2012 Q871 VSKRC107M//-1 J AC Digital,NPN,KRC107 M Q880 VS2SD2012//-1 J AD Silicon,NPN,2SD2012 Q881 VSKTC3199GR-1 J AB Silicon,NPN,KTC3199 GR Q901~904 VS2SC1740SR-1 J AB Silicon,NPN,2SC1740 SR Q910 VSKTC3203Y/-1 J AC Silicon,NPN,KTC3203 Y Q998 VSKRC107M//-1 J AC Digital,NPN,KRC107 M Q1251,1252 VS2SK2909//-1 J AE FET,2SK2909 Q1253,1254 VS2SK1473//-1 J AF FET,2SK1473 Q1401 VSRN2404///-1 J AC Digital,NPN,RN2404 Q1402 VSRNC1404//-1 J AB Digital,NPN,RNC1404 Q1403 VSRN2404///-1 J AC Digital,NPN,RN2404 Q1404 VSRNC1404//-1 J AB Digital,NPN,RNC1404 Q1451 VSRNC1407//-1 J AC Digital,NPN,RNC1407 Q1601 VS2SA1314C/-1 J AD Silicon,PNP,2SA1314 C Q1701 VS2SC2412KR-1 J AB Silicon,NPN,2SC2412 KR Q1801 VS2SA1314C/-1 J AD Silicon,PNP,2SA1314 C Q1802,1803 VSRN1406///-1 J AB Digital,NPN,RN1406 Q1804 VS2SA1162G/-1 J AB Silicon,PNP,2SA1162 G Q1806 VSRNC1404//-1 J AB Digital,NPN,RNC1404 Q1807 VS2SA1314C/-1 J AD Silicon,PNP,2SA1314 C Q1820 VS2SA1162G/-1 J AB Silicon,PNP,2SA1162 G Q1821,1822 VSRNC1407//-1 J AC Digital,NPN,RNC1407 QT21 VSKTC3199GR-1 J AB Silicon,NPN,KTC3199 GR

DESCRIPTION

DIODES

D2 VHD1SS133//-1 J AA Silicon,1SS133 D3~5 VHDRL104A//-1 J AB Silicon,RL104A D8,9 VHD1SS133//-1 J AA Silicon,1SS133 D201~204 VHD1SS133//-1 J AA Silicon,1SS133 D260,261 VHD1SS133//-1 J AA Silicon,1SS133 D270~272 VHD1SS133//-1 J AA Silicon,1SS133 D301~304 VHD1SS133//-1 J AA Silicon,1SS133 D351~353 VHD1SS133//-1 J AA Silicon,1SS133 D421,422 VHD1SS133//-1 J AA Silicon,1SS133 D557 VHD1SS133//-1 J AA Silicon,1SS133 D615 VHD1SS133//-1 J AA Silicon,1SS133

! D801 VHDS4VB20//-1 J AG Rectifier,S4VB20 ! D802~805 VHDRL104A//-1 J AB Silicon,RL104A ! D812~815 VHDRL104A//-1 J AB Silicon,RL104A

D820 VHDRL104A//-1 J AB Silicon,RL104A D866 VHDRL104A//-1 J AB Silicon,RL104A D871,872 VHD1SS133//-1 J AA Silicon,1SS133 D902 VHD1SS133//-1 J AA Silicon,1SS133 D905 VHD1SS133//-1 J AA Silicon,1SS133 D1251,1252 VHDSB0209CP-1 J AC Silicon,SB0209CP D1990 VHD1SS372//-1 J AD Silicon,1SS372 LED705 VHPR342VRC7-1 J AD LED,Red,R342VRC7 LED706 VHPSLR325MG-1 J AE LED,Green,SLR325MG LED721 VHPSLR325MG-1 J AE LED,Green,SLR325MG LED771,772 VHPR342MGF7-1 J AD LED,Green,R342MGF7 LED773~775 VHPSLR325MG-1 J AE LED,Green,SLR325MG ZD81 VHEUZ5R6BSB-1 J AA Zener,5.6V,UZ5.6BSB ZD241 VHEUZ110BSC-1 J AA Zener,11V,UZ11BSC ZD271 VHEUZ6R2BSB-1 J AA Zener,6.2V,UZ6.2BSB ZD351 VHEUZ5R1BSB-1 J AA Zener,5.1V,UZ5.1BSB ZD352 VHEMTZJ3R9B-1 J AC Zener,3.9V,MTZJ3.9B ZD401,402 VHEUZ7R5BSB-1 J AC Zener,7.5V,UZ7.5BSB ZD601 VHEUZ5R1BSB-1 J AA Zener,5.1V,UZ5.1BSB ZD810 VHEMTZJ6R2C-1 J AC Zener,6.2V,MTZJ6.2C ZD820 VHEUZ110BSA-1 J AC Zener,10V,UZ11BSA ZD840 VHEUZ130BSA-1 J AC Zener,13V,UZ13BSA ZD851 VHEUZ6R8BSB-1 J AC Zener,6.8V,UZ6.8BSB ZD861 VHEUZ130CSA-1 J Zener,13V,UZ13CSA ZD901 VHEUZ5R1BSB-1 J AA Zener,5.1V,UZ5.1BSB ZDT21 VHEUZ5R1BSB-1 J AA Zener,5.1V,UZ5.1BSB

FILTERS

CF301,302 RFILF0072AFZZ J AG FM IF CF351 RFILF0003AWZZ J AK FM IF CF352 RFILA0009AWZZ J AE AM IF

– 1 –

MD-X8H

NO. PART CODE

PRICE

RANK

DESCRIPTION

TRANSFORMERS

T302 RCILZ0014AWZZ J AL AM Antenna T351 RCILI0011AWZZ J AD AM IF

! T801 RTRNP0170AWZZ J BH Power

COILS

L1 VP-XHR82K0000 J AC 0.82 µH L201,202 RCILZ0137AFZZ J AA 0.29 µH L203,204 RCILZ0254AFZZ J AE 3 µH,Trap L321 VP-DH3R9K0000 J AB 3.9 µH,AM Choke L341 RBLN-0001AWZZ J AD Balun L342 VP-DH2R2K0000 J AB 2.2 mmH,Peaking L351,352 VP-DH101K0000 J AB 100 µH,Choke L353 VP-DH102K0000 J AB 1 mH,Choke L354 RFILL0001AWZZ J AE Low Pass Filter L401,402 VP-DH2R2M0000 J AB 2.2 µH,Choke L410~413 VP-DH2R2M0000 J AB 2.2 µH,Choke L421~423 VP-DH2R2K0000 J AB 2.2 mmH,Peaking L601 VP-DH2R2M0000 J AB 2.2 µH,Choke L631 VP-DH2R2M0000 J AB 2.2 µH,Choke L751,752 VP-DH4R7K0000 J AB 4.7 µH,Antenna Choke

! L801 RCILZ0012AWZZ J AL Line Filter

L902~906 VP-DH2R2K0000 J AB 2.2 mmH,Peaking L910 VP-DH101K0000 J AB 100 µH,Choke L1101 VPBNN100K0000 J AC 10 µH L1102 VPBNNR47K0000 J AC 0.47 µH L1201 VPBNNR47K0000 J AC 0.47 µH L1203 VPBNN4R7K0000 J AC 4.7 µH L1251 VP-NM470K0000 J AC 47 µH L1601 RCILZ0016AWZZ J AD 1 µH L1701,1702 VPBNN100K0000 J AC 10 µH L1950 RCILZ0016AWZZ J AD 1 µH LR190 VPBNN4R7K0000 J A C 4.7 µH LT21,22 VP-XH2R2K0000 J AB 2.2 µH,Choke

VARIABLE RESISTORS

VR351 RVR-M0999AFZZ J AB 10 kohm (B),Semi-VR VR601 RVR-B0009AWZZ J AM 20 kohm (B),Semi-VR VR602 RVR-B0009AWZZ J AM 20 kohm (B),Semi-VR

[FM Mute Level] [Mic Volume] [Input Level]

VIBRATORS

X351 RCRM-0028AWZZ J AE Ceramic,10.7 MHz X352 RCRSP0002AWZZ J AH Crystal,4.5 MHz X901 RCRSB0016AWZZ J AK Crystal,8 MHz XL1 RCRSP0005AWZZ J AF Crystal,16.934 MHz XL1201 RCRSC0001AWZZ J AL Crystal,33.8688 MHz XT21 RCRSB0030AWZZ J AH Crystal,4.332 MHz

CAPACITORS

C2 RC-EZY476AF1A J AB 47 µF,10V,Electrolytic C3 RC-EZY104AF1H J AB 0.1 µF,50V,Electrolytic C4 VCKYMN1HB102K J AA 0.001 µF,50V C5,6 VCTYPA1CX333K J AA 0.033 µF,16V C7 RC-EZY104AF1H J AB 0.1 µF,50V,Electrolytic C8 VCTYPA1CX683K J AA 0.068 µF,16V C9 VCTYPA1CX473K J AA 0.047 µF,16V C10 VCKYMN1HB181K J AA 180 pF,50V C11 VCTYPA1CX104K J AB 0.1 µF,16V C12 VCKYMN1HB331K J AA 330 pF,50V C13 VCTYPA1CX104K J AB 0.1 µF,16V C14 VCTYMN1CY103K J AA 0.01 µF,16V C15 VCTYMN1CX472K J AA 0.0047 µF,16V C16 VCKYMN1HB102K J AA 0.001 µF,50V C17 RC-EZY474AF1H J AB 0.47 µF,50V,Electrolytic C18 RC-EZY105AF1H J AB 1 µF,50V,Electrolytic C19 RC-EZY476AF1A J AB 47 µF,10V,Electrolytic C20 VCTYMN1CX332K J AA 0.0033 µF,16V C21 RC-EZY105AF1H J AB 1 µF,50V,Electrolytic C22 VCTYMN1CY103K J AA 0.01 µF,16V C24 RC-EZY105AF1H J AB 1 µF,50V,Electrolytic C25 VCTYMN1CY103K J AA 0.01 µF,16V C30 VCCSMN1HL2R2C J AB 2.2 pF,50V C31 VCTYMN1CX272K J AA 0.0027 µF,16V

NO.

C32 VCCSMN1HL270J J AA 27 pF,50V C33 VCKYMN1HB102K J AA 0.001 µF,50V C34 VCTYPA1CX333K J AA 0.033 µF,16V C35 RC-EZY104AF1H J AB 0.1 µF,50V,Electrolytic C37 RC-EZY227AF0J J AB 220 µF,6.3V,Electrolytic C38 VCTYMN1CY103K J AA 0.01 µF,16V C39 RC-EZY474AF1H J AB 0.47 µF,50V,Electrolytic C40 RC-EZY334AF1H J AB 0.33 µF,50V,Electrolytic C41,42 VCKYPA1HF473Z J AB 0.047 µF,50V C43 RC-EZY337AF1J J 330 µF,63V,Electrolytic C44 RC-EZY107AF1A J AB 100 µF,10V,Electrolytic C45 RC-EZY475AF1E J AB 4.7 µF,25V,Electrolytic C46 VCTYMN1EF223Z J AA 0.022 µF,25V C50 VCTYPA1CX104K J AB 0.1 µF,16V C51 VCTYMN1EF223Z J AA 0.022 µF,25V C52 RC-EZY107AF1A J AB 100 µF,10V,Electrolytic C53 VCKYPA1HB221K J AA 220 pF,50V C54~58 VCKYMN1HB101K J AA 100 pF,50V C59 VCTYMN1EF223Z J AA 0.022 µF,25V C60 VCTYBT1EF223Z J AA 0.022 µF,25V C61 VCCCMN1HH120J J AA 12 pF (CH),50V C62 VCCCMN1HH150J J AA 15 pF (CH),50V C67,68 RC-EZY106AF1C J AB 10 µF,16V,Electrolytic C69,70 VCKYMN1HB102K J AA 0.001 µF,50V C81 RC-EZY107AF1A J AB 100 µF,10V,Electrolytic C82,83 RC-EZY476AF1C J AB 47 µF,16V,Electrolytic C84 VCTYMN1EF223Z J AA 0.022 µF,25V C85 VCTYPA1HF104Z J AB 0.1 µF,50V C86,87 VCKYMN1HB101K J AA 100 pF,50V C91 RC-EZY476AF1C J AB 47 µF,16V,Electrolytic C92 VCTYMN1EF223Z J AA 0.022 µF,25V C93 RC-EZY476AF1C J AB 47 µF,16V,Electrolytic C94 VCTYMN1EF223Z J AA 0.022 µF,25V C95 VCTYPA1HF104Z J AB 0.1 µF,50V C96,97 VCKYMN1HB101K J AA 100 pF,50V C203,204 VCCSPA1HL471J J AA 470 pF,50V C205,206 VCCSPA1HL470J J AA 47 pF,50V C207,208 VCCSBT1HL150J J AA 15 pF,50V C209,210 RC-GZA476AF1H J AB 47 µF,50V,Electrolytic C215 RC-GZA107AF1V J AB 100 µF,35V,Electrolytic C217~220 VCQYKA1HM104K J AB 0.1 µF,50V,Mylar C221,222 RC-GZA105AF1H J AB 1 µF,50V,Electrolytic C223 RC-GZA107AF1V J AB 100 µF,35V,Electrolytic C225~232 VCKYPA1HF223Z J AB 0.022 µF,50V C233~236 VCKYPA1HF102Z J 0.001 µF,50V C237,238 RC-EZ1632AFZZ J AL 4700 µF,50V,Electrolytic C240 RC-EZ0025AWZZ J AE 100 µF,50V,Electrolytic C241 RC-GZA476AF1E J AB 47 µF,25V,Electrolytic C242,243 VCKYPA1HF223Z J AB 0.022 µF,50V C250,251 VCKYPA1HF223Z J AB 0.022 µF,50V C261,262 RC-GZA106AF1H J AB 10 µF,50V,Electrolytic C271,272 RC-GZA106AF1H J AB 10 µF,50V,Electrolytic C297 RC-GZA476AF1H J AB 47 µF,50V,Electrolytic C301 VCKYMN1HB102K J AA 0.001 µF,50V C302 VCKYBT1HB102K J AA 0.001 µF,50V C330 VCCUMN1HJ6R8D J AB 6.8 pF (UJ),50V C331 VCKYPA1HF473Z J AB 0.047 µF,50V C332,333 VCTYMN1EF223Z J AA 0.022 µF,25V C334 RC-GZA106AF1H J AB 10 µF,50V,Electrolytic C336 VCKYPA1HF223Z J AB 0.022 µF,50V C338 VCKYBT1HB102K J AA 0.001 µF,50V C340 RC-GZA107AF1C J AB 100 µF,16V,Electrolytic C341,342 VCTYMN1EF223Z J AA 0.022 µF,25V C343,344 VCCSMN1HL330J J AA 33 pF,50V C345~347 VCTYMN1EF223Z J AA 0.022 µF,25V C348 VCTYMN1CY103K J AA 0.01 µF,16V C350,351 VCTYMN1EF223Z J AA 0.022 µF,25V C352 RC-GZA106AF1C J AB 10 µF,16V,Electrolytic C353,354 VCTYMN1EF223Z J AA 0.022 µF,25V C355 VCCSMN1HL220J J AA 22 pF,50V C356 VCKYMN1HB102K J AA 0.001 µF,50V C357 RC-GZA225AF1H J AB 2.2 µF,50V,Electrolytic C358 RC-GZA105AF1H J AB 1 µF,50V,Electrolytic C361 VCTYMN1EF223Z J AA 0.022 µF,25V C362 RC-GZA335AF1H J AB 3.3 µF,50V,Electrolytic C363 VCTYMN1EF223Z J AA 0.022 µF,25V C364 RC-GZA106AF1C J AB 10 µF,16V,Electrolytic C365 VCTYPA1CX223K J AA 0.022 µF,16V C366 VCKYMN1HB102K J AA 0.001 µF,50V C367,368 RC-GZA105AF1H J AB 1 µF,50V,Electrolytic C369 VCCSBT1HL560J J AA 56 pF,50V C370~372 RC-GZA105AF1H J AB 1 µF,50V,Electrolytic

PRICE RANK

DESCRIPTIONPARTS CODE

– 2 –

MD-X8H

PART CODE NO. PARTS CODE

C373,374 VCTYPA1CX183K J AA 0.018 µF,16V C375 RC-GZA335AF1H J AB 3.3 µF,50V,Electrolytic C376 VCTYMN1EF223Z J AA 0.022 µF,25V C380 RC-GZA106AF1C J AB 10 µF,16V,Electrolytic C381 VCCCMN1HH120J J AA 12 pF (CH),50V C382 VCCCMN1HH150J J AA 15 pF (CH),50V C383 VCKYMN1HB151K J AA 150 pF,50V C384 VCKYMN1HB102K J AA 0.001 µF,50V C385 VCTYMN1CY103K J AA 0.01 µF,16V C386 VCKYMN1HB331K J AA 330 pF,50V C387 VCTYMN1EF223Z J AA 0.022 µF,25V C389,390 VCTYMN1CX562K J AA 0.0056 µF,16V C391 RC-GZA476AF1C J AB 47 µF,16V,Electrolytic C392 VCKYMN1HB102K J AA 0.001 µF,50V C393 RC-GZA105AF1H J AB 1 µF,50V,Electrolytic C394 RC-GZA476AF1C J AB 47 µF,16V,Electrolytic C395 VCTYMN1EF223Z J AA 0.022 µF,25V C396 RC-GZA107AF1A J AB 100 µF,10V,Electrolytic C397 VCTYMN1EF223Z J AA 0.022 µF,25V C398 RC-GZA107AF1A J AB 100 µF,10V,Electrolytic C399 VCTYMN1EF223Z J AA 0.022 µF,25V C401,402 RC-GZA476AF1E J AB 47 µF,25V,Electrolytic C403,404 VCTYMN1EF223Z J AA 0.022 µF,25V C405,406 VCKYMN1HB391K J AA 390 pF,50V C407,408 RC-GZA106AF1H J AB 10 µF,50V,Electrolytic C409,410 VCTYMN1EF223Z J AA 0.022 µF,25V C411,412 VCTYMN1CX122K J AA 0.0012 µF,16V C429,430 VCKYMN1HB331K J AA 330 pF,50V C435 RC-GZA225AF1H J AB 2.2 µF,50V,Electrolytic C437,438 VCTYMN1CX822K J AA 0.0082 µF,16V C439,440 VCTYMN1CX222K J AA 0.0022 µF,16V C441,442 VCKYMN1HB471K J AA 470 pF,50V C443,444 RC-GZA226AF1H J AB 22 µF,50V,Electrolytic C445,446 RC-GZA225AF1H J AB 2.2 µF,50V,Electrolytic C448,449 VCTYMN1EF223Z J AA 0.022 µF,25V C451,452 RC-GZA475AF1E J AB 4.7 µF,25V,Electrolytic C453,454 RC-GZA225AF1H J AB 2.2 µF,50V,Electrolytic C456,457 RC-GZA107AF1C J AB 100 µF,16V,Electrolytic C458 VCQYKA1HM473J J AB 0.047 µF,50V,Mylar C460 RC-GZA474AF1H J AA 0.47 µF,50V,Electrolytic C461 VCQYKA1HM472J J AA 0.0047 µF,50V,Mylar C465 RC-GZA474AF1H J AA 0.47 µF,50V,Electrolytic C467 RC-GZA474AF1H J AA 0.47 µF,50V,Electrolytic C469 VCQYKA1HM224J J AC 0.22 µF,50V,Mylar C471 RC-GZA477AF1A J AC 0.47 µF,10V,Electrolytic C472 RC-GZA334AF1H J AA 0.33 µF,50V,Electrolytic C473,474 RC-GZA474AF1H J AA 0.47 µF,50V,Electrolytic C475 VCQYKA1HM224J J AC 0.22 µF,50V,Mylar C493,494 RC-GZA106AF1C J AB 10 µF,16V,Electrolytic C501~510 RC-GZA105AF1H J AB 1 µF,50V,Electrolytic C511,512 RC-GZA476AF1C J AB 47 µF,16V,Electrolytic C515,516 RC-GZA225AF1H J AB 2.2 µF,50V,Electrolytic C517,518 RC-GZA105AF1H J AB 1 µF,50V,Electrolytic C519 RC-GZA224AF1H J AA 0.22 µF,50V,Electrolytic C520 RC-GZA254AF1H J 0.25 µF,50V,Electrolytic C521,522 RC-GZA104AF1H J AB 0.1 µF,50V,Electrolytic C523,524 RC-GZA224AF1H J AA 0.22 µF,50V,Electrolytic C525,526 RC-GZA154AF1H J AA 0.15 µF,50V,Electrolytic C527,528 RC-GZA224AF1H J AA 0.22 µF,50V,Electrolytic C529,530 VCQYKA1HM273J J AB 0.027 µF,50V,Mylar C531,532 VCQYKA1HM153J J AB 0.015 µF,50V,Mylar C533,534 VCQYKA1HM222J J AB 0.0022 µF,50V,Mylar C535,536 VCQYKA1HM472J J AA 0.0047 µF,50V,Mylar C537,538 RC-GZA105AF1H J AB 1 µF,50V,Electrolytic C539,540 RC-GZA106AF1C J AB 10 µF,16V,Electrolytic C541 RC-GZA226AF1E J AB 22 µF,25V,Electrolytic C543~546 RC-GZA105AF1H J AB 1 µF,50V,Electrolytic C547~549 RC-GZA225AF1H J AB 2.2 µF,50V,Electrolytic C550 RC-GZA107AF1C J AB 100 µF,16V,Electrolytic C551,552 RC-EZ0023AWZZ J AL 33 µF,6.3V,Electrolytic C553 RC-GZA476AF1C J AB 47 µF,16V,Electrolytic C555,556 VCKYMN1HB102K J AA 0.001 µF,50V C557 RC-GZA226AF1E J AB 22 µF,25V,Electrolytic C573,574 VCKYMN1HB820K J AA 82 pF,50V C575,576 RC-GZA226AF1H J AB 22 µF,50V,Electrolytic C591 RC-GZA106AF1H J AB 10 µF,50V,Electrolytic C592,593 VCTYMN1EF223Z J AA 0.022 µF,25V C594 RC-GZA106AF1H J AB 10 µF,50V,Electrolytic C601 RC-GZA106AF1H J AB 10 µF,50V,Electrolytic C603 VCKYMN1HB221K J AA 220 pF,50V C605 VCKYMN1HB221K J AA 220 pF,50V C607 RC-GZA105AF1H J AB 1 µF,50V,Electrolytic

PRICE RANK

DESCRIPTIONNO.

PRICE

RANK

C609 RC-GZA335AF1H J AB 3.3 µF,50V,Electrolytic C611 RC-GZA106AF1H J AB 10 µF,50V,Electrolytic C612,613 VCTYMN1EF223Z J AA 0.022 µF,25V C614,615 RC-GZA106AF1H J AB 10 µF,50V,Electrolytic C621 RC-GZA106AF1H J AB 10 µF,50V,Electrolytic C625,626 VCKYMN1HB102K J AA 0.001 µF,50V C627 VCTYMN1EF223Z J AA 0.022 µF,25V C631,632 VCKYMN1HB101K J AA 100 pF,50V C633 VCTYMN1EF223Z J AA 0.022 µF,25V C639 VCTYMN1EF223Z J AA 0.022 µF,25V C640,641 VCQYKA1HM104J J AC 0.1 µF,50V,Mylar C642 VCTYMN1EF223Z J AA 0.022 µF,25V C646 VCTYMN1EF223Z J AA 0.022 µF,25V C650 VCQYKA1HM104J J AC 0.1 µF,50V,Mylar C701 VCKYMN1HB101K J AA 100 pF,50V C702 RC-GZA105AF1H J AB 1 µF,50V,Electrolytic C703 VCKYMN1HB101K J AA 100 pF,50V C752 RC-EZD225AF1H J AB 2.2 µF,50V,Electrolytic C754 RC-EZD225AF1H J AB 2.2 µF,50V,Electrolytic C756 RC-EZD225AF1H J AB 2.2 µF,50V,Electrolytic C758 RC-EZD225AF1H J AB 2.2 µF,50V,Electrolytic C760 RC-EZD225AF1H J AB 2.2 µF,50V,Electrolytic C761 VCKYMN1HB471K J AA 470 pF,50V C762 RC-EZD105AF1H J AB 1 µF,50V,Electrolytic C763 RC-EZD476AF1C J AC 47 µF,16V,Electrolytic C771 VCKYMN1HB391K J AA 390 pF,50V C772~774 VCKYMN1HB151K J AA 150 pF,50V C775 RC-GZA105AF1H J AB 1 µF,50V,Electrolytic C801,802 VCQYKA1HM224J J AC 0.22 µF,50V,Mylar C803~806 VCQYKA1HM104J J AC 0.1 µF,50V,Mylar C807 RC-GZA106AF1E J AA 10 µF,25V,Electrolytic C815,816 RC-GZA107AF1A J AB 100 µF,10V,Electrolytic C817,818 VCKYPA1HF223Z J AB 0.022 µF,50V C820 RC-GZA107AF1C J AB 100 µF,16V,Electrolytic C821 RC-GZA476AF1E J AB 47 µF,25V,Electrolytic C822,823 VCKYPA1HF223Z J AB 0.022 µF,50V C830 RC-GZA107AF1A J AB 100 µF,10V,Electrolytic C831 RC-GZA476AF1E J AB 47 µF,25V,Electrolytic C832 VCKYPA1HF223Z J AB 0.022 µF,50V C840 RC-GZA107AF1C J AB 100 µF,16V,Electrolytic C841 RC-GZA476AF1E J AB 47 µF,25V,Electrolytic C842,843 VCKYPA1HF223Z J AB 0.022 µF,50V C850 RC-GZA107AF1C J AB 100 µF,16V,Electrolytic C851 RC-GZA476AF1E J AB 47 µF,25V,Electrolytic C852 VCKYPA1HF223Z J AB 0.022 µF,50V C860 RC-GZA107AF1C J AB 100 µF,16V,Electrolytic C861 RC-GZA476AF1E J AB 47 µF,25V,Electrolytic C867,868 VCKYPA1HF223Z J AB 0.022 µF,50V C872 RC-GZA104AF1H J AB 0.1 µF,50V,Electrolytic C880 RC-GZA105AF1H J AB 1 µF,50V,Electrolytic C881 VCKYPA1HF223Z J AB 0.022 µF,50V C882 VCKZPA1HF103Z J AA 0.01 µF,50V C883 RC-GZA105AF1H J AB 1 µF,50V,Electrolytic C884 RC-GZA227AF1C J AB 220 µF,16V,Electrolytic C885 VCKYPA1HF223Z J AB 0.022 µF,50V C888 92LCEU25W6800M J AP 6800 µF,25V,Electrolytic C891 RC-GZW478AF1E J AG 4700 µF,25V,Electrolytic C901 VCKYMN1HB391K J AA 390 pF,50V C902,903 VCKYMN1HB151K J AA 150 pF,50V C904~907 VCKYMN1HB101K J AA 100 pF,50V C908 VCCCMN1HH150J J AA 15 pF (CH),50V C909 VCKYMN1HB101K J AA 100 pF,50V C910 VCTYMN1EF223Z J AA 0.022 µF,25V C911 VCKYMN1HB101K J AA 100 pF,50V C912 VCCCMN1HH100J J AA 10 pF (CH),50V C913,914 VCKYMN1HB101K J AA 100 pF,50V C915,916 VCTYMN1EF223Z J AA 0.022 µF,25V C917~920 VCKYMN1HB101K J AA 100 pF,50V C921~923 VCTYMN1EF223Z J AA 0.022 µF,25V C924 VCTYBT1EF223Z J AA 0.022 µF,25V C925 VCTYMN1EF223Z J AA 0.022 µF,25V C926 RC-GZA477AF1A J AC 0.47 µF,10V,Electrolytic C927 RC-GZA227AF1A J AB 220 µF,10V,Electrolytic C928 RC-GZA108AF0J J AC 1000 µF,6.3V,Electrolytic C932 VCTYMN1EF223Z J AA 0.022 µF,25V C933 RC-GZA105AF1H J AB 1 µF,50V,Electrolytic C934 VCTYPA1HF104Z J AB 0.1 µF,50V C936 VCTYMN1EF223Z J AA 0.022 µF,25V C937 RC-GZA105AF1H J AB 1 µF,50V,Electrolytic C938 VCTYMN1EF223Z J AA 0.022 µF,25V C939 VCTYMN1CY103K J AA 0.01 µF,16V C942 VCTYMN1EF223Z J AA 0.022 µF,25V

DESCRIPTION

– 3 –

MD-X8H

NO. PART CODE

C945 VCKYPA1HF473Z J AB 0.047 µF,50V C946,947 VCCSPA1HL470J J AA 47 pF,50V C948 RC-GZA107AF1C J AB 100 µF,16V,Electrolytic C949 VCKYPA1HF473Z J AB 0.047 µF,50V C950 VCCSBT1HL330J J AA 33 pF,50V C951 VCKYPA1HF473Z J AB 0.47 µF,50V C998 RC-GZA104AF1H J AB 0.1 µF,50V,Electrolytic C999 VCKYPA1HF473Z J AB 0.047 µF,50V C1009 VCKYPA1HB151K J AA 150 pF,50V C1101 RC-KZ0003AWZZ J AE 4.7 µF,10V C1102 VCKYTV0JB105K J AD 1 µF,6.3V C1103 VCKYTV1CF105Z J AB 1 µF,16V C1104 VCKYTV1HB273K J AA 0.027 µF,50V C1105 VCKYTV0JB105K J AD 1 µF,6.3V C1106 VCKYTV1CB474K J AC 0.47 µF,16V C1107 VCKYTV1HB472K J AA 0.0047 µF,50V C1109 VCKYTV0JB105K J AD 1 µF,6.3V C1110 VCKYTV1CB474K J AC 0.47 µF,16V C1112~1116 VCCCCY1HH271J J AA 270 pF (CH),50V C1117 VCKYCY1HB332K J AA 0.0033 µF,50V C1118 VCKYTV1HB333K J AA 0.033 µF,50V C1119 VCCCCY1HH331J J AA 330 pF (CH),50V C1121 VCKYTV1CF105Z J AB 1 µF,16V C1145 VCKYCY1CB333K J AA 0.033 µF,16V C1202,1203 VCKYTV1CF105Z J AB 1 µF,16V C1204,1205 VCCCCY1HH120J J AA 12 pF (CH),50V C1206,1207 VCKYTV1CF105Z J AB 1 µF,16V C1208 VCKYCY1CB473K J AA 0.047 µF,16V C1209~1211 VCKYTV1CF105Z J AB 1 µF,16V C1251 VCKYCY1CB273K J AA 0.027 µF,16V C1252 VCCCTV1HH121J J AA 120 pF (CH),50V C1254 RC-KZ0002AWZZ J AE 10 µF,10V C1255 RC-KZ0003AWZZ J AE 4.7 µF,10V C1401,1402 VCKYCY1CB473K J AA 0.047 µF,16V C1403 VCKYCY1HB681K J AA 680 pF,50V C1405 VCKYCY1EF104Z J AA 0.1 µF,25V C1406 VCKYTV1CF105Z J AB 1 µF,16V C1407 VCKYCY1CB223K J AA 0.022 µF,16V C1412 VCKYCY1HB681K J AA 680 pF,50V C1421~1424 VCKYCY1CB223K J AA 0.022 µF,16V C1425 VCKYCY1CB473K J AA 0.047 µF,16V C1460 VCKYTV1CF105Z J AB 1 µF,16V C1601,1602 RC-KZ0003AWZZ J AE 4.7 µF,10V C1604 VCCCCY1HH560J J AA 56 pF (CH),50V C1605 VCEAPS107AF1A J AD 100 µF,10V,Electrolytic C1609 VCKYTQ1CF105Z J AC 1 µF,16V C1610 RC-KZ0002AWZZ J AE 10 µF,10V C1631 VCKYTV1CF105Z J AB 1 µF,16V C1650~1653 VCCSCY1HL821J J AA 820 pF,50V C1654,1655 VCKYCY1EB153K J AA 0.015 µF,25V C1656,1657 VCKYCY1HB562K J AA 0.0056 µF,50V C1661 VCEAPS107AF1A J AD 100 µF,10V,Electrolytic C1700,1701 VCKYTV1HF103Z J AA 0.01 µF,50V C1702 VCKYCY1CB473K J AA 0.047 µF,16V C1703 VCEAPS476AF0G J AC 47 µF,4V,Electrolytic C1704 VCKYTV1CF105Z J AB 1 µF,16V C1706,1707 RC-EZ1620AFZZ J AC 10 µF,16V,Electrolytic C1709 VCKYCY1CB473K J AA 0.047 µF,16V C1710 VCEAPS476AF0G J AC 47 µF,4V,Electrolytic C1711 VCKYTV1HF103Z J AA 0.01 µF,50V C1712 VCEAPS476AF0G J AC 47 µF,4V,Electrolytic C1713 VCEAPS226AF0G J AC 22 µF,4V,Electrolytic C1714 VCEAPS476AF0G J AC 47 µF,4V,Electrolytic C1715 VCEAPS226AF0G J AC 22 µF,4V,Electrolytic C1716,1717 VCKYTV1HF103Z J AA 0.01 µF,50V C1720 VCKYCY1CB103K J AA 0.01 µF,16V C1722 VCCCCY1HH101J J AA 100 pF (CH),50V C1724 VCCCCY1HH220J J AA 22 pF (CH),50V C1729 VCCCCY1HH221J J AA 220 pF (CH),50V C1743 VCEAPS476AF0G J AC 47 µF,4V,Electrolytic C1801 VCKYTQ1CF225Z J AB 2.2 µF,16V C1802 VCEAPS107AF1A J AD 100 µF,10V,Electrolytic C1803 RC-KZ0002AWZZ J AE 10 µF,10V C1805 VCKYTV1CF105Z J AB 1 µF,16V C1806 RC-KZ0002AWZZ J AE 10 µF,10V C1807 VCEAPS227AF0G J AC 220 µF,4V,Electrolytic C1810 VCKYTV1CF105Z J AB 1 µF,16V C1904 VCKYTQ1CB334K J AC 0.33 µF,16V C1913 VCCCCY1HH220J J AA 22 pF (CH),50V C1927 VCKYCY1CB473K J AA 0.047 µF,16V C1951 VCKYCY1CB473K J AA 0.047 µF,16V C1952 VCKYCY1CB103K J AA 0.01 µF,16V

PRICE

RANK

DESCRIPTION

NO.

C1953 VCKYTV1CB474K J AC 0.47 µF,16V C1954 VCCCCY1HH150J J AA 15 pF (CH),50V C1955 VCKYCY1CB473K J AA 0.047 µF,16V C1956 VCEAPS476AF0J J AC 47 µF,6.3V,Electrolytic C1957 VCEAPS107AF0J J AC 100 µF,6.3V,Electrolytic C1958 VCKYCY1CB473K J AA 0.047 µF,16V C1964 VCKYCY1HB102K J AA 0.001 µF,50V C1990 VCKYTV0JB105K J AD 1 µF,6.3V C1991 RC-KZ0002AWZZ J AE 10 µF,10V C1992 VCKYCY1EF104Z J AA 0.1 µF,25V CJ172 VCCCCY1HH221J J AA 220 pF (CH),50V CT21 RC-GZA476AF1A J AB 47 µF,10V,Electrolytic CT22 VCTYMN1EF223Z J AA 0.022 µF,25V CT23 RC-GZA106AF1C J AB 10 µF,16V,Electrolytic CT24 VCTYMN0JY223M J 0.022 µF,6.3V CT25 VCKYMN1HB561K J AA 560 pF,50V CT26,27 VCCCPA1HH220J J AA 22 pF (CH),50V CT28 RC-GZA476AF1A J AB 47 µF,10V,Electrolytic CT29 VCTYMN1EF223Z J AA 0.022 µF,25V CT36,37 VCTYMN1EF223Z J AA 0.022 µF,25V CT43 RC-GZA106AF1C J AB 10 µF,16V,Electrolytic JC121 VCKYCY1CB473K J AA 0.047 µF,16V

PRICE RANK

DESCRIPTIONPARTS CODE

RESISTORS

VRD-MN2BD000C J AA 0 ohm,Jumper,ø1.4×3.5mm,Ivory VRD-SA2CD0R0J J AB 0 ohm,Jumper,ø1.9×3.4mm,Red VRD-ST2CD0R0J J AA 0 ohm,1/6W,Jumper VRS-CY1JB000J J AA 0 ohm,Jumper,0.8×1.55mm,

VRS-TV2AB000J J AA 0 ohm,Jumper,1.25×2mm,Green

! FR201,202 VRG-ST2EC101J J AB 100 ohm,1/4W,Fusible ! FR811 RH-QX0008AWZZ J Posistor,0.9 ohms ! FR841,842 VRG-ST2EG2R2J J AB 2.2 ohms,1/4W,Fusible

J644 VRD-ST2CD102J J AA 1 kohm,1/6W J675 VRD-ST2CD102J J AA 1 kohm,1/6W J1405 VRS-CY1JB103J J AA 10 kohm,1/16W L602,603 VRD-ST2EE331J J AA 330 ohms,1/4W R2 VRD-MN2BD104J J AA 100 kohm,1/8W R3 VRD-MN2BD153J J AA 15 kohms,1/8W R4 VRD-MN2BD222J J AA 2.2 kohms,1/8W R5 VRD-MN2BD682J J AA 6.8 kohms,1/8W R6 VRD-MN2BD101J J AA 100 ohm,1/8W R7 VRD-MN2BD102J J AA 1 kohm,1/8W R8 VRD-MN2BD123J J AA 12 kohms,1/8W R9 VRD-MN2BD273J J AA 27 kohms,1/8W R10 VRD-ST2CD823J J AA 82 kohms,1/6W R11 VRD-MN2BD332J J AA 3.3 kohms,1/8W R12 VRD-MN2BD153J J AA 15 kohms,1/8W R13 VRD-MN2BD333J J AA 33 kohms,1/8W R14 VRD-MN2BD103J J AA 10 kohm,1/8W R15 VRD-MN2BD473J J AA 47 kohms,1/8W R16 VRD-MN2BD152J J AA 1.5 kohms,1/8W R17 VRD-MN2BD823J J AA 82 kohms,1/8W R18 VRD-ST2CD335J J AA 3.3 Mohms,1/6W R19 VRD-MN2BD393J J AA 39 kohms,1/8W R20 VRD-MN2BD103J J AA 10 kohm,1/8W R21 VRD-MN2BD563J J AA 56 kohms,1/8W R22 VRD-MN2BD682J J AA 6.8 kohms,1/8W R23 VRD-MN2BD122J J AA 1.2 kohms,1/8W R24 VRD-MN2BD103J J AA 10 kohm,1/8W R25 VRD-MN2BD122J J AA 1.2 kohms,1/8W R26,27 VRD-MN2BD224J J AA 220 kohms,1/8W R28,29 VRD-ST2CD102J J AA 1 kohm,1/6W R30 VRD-MN2BD223J J AA 22 kohms,1/8W R31 VRD-MN2BD103J J AA 10 kohm,1/8W R32 VRD-MN2BD563J J AA 56 kohms,1/8W R33 VRD-MN2BD562J J AA 5.6 kohms,1/8W R34 VRD-MN2BD102J J AA 1 kohm,1/8W R35 VRD-MN2BD471J J AA 470 ohms,1/8W R36,37 VRD-MN2BD473J J AA 47 kohms,1/8W R38 VRD-MN2BD333J J AA 33 kohms,1/8W R39,40 VRD-MN2BD223J J AA 22 kohms,1/8W R41 VRD-MN2BD472J J AA 4.7 kohms,1/8W R42 VRD-MN2BD561J J AA 560 ohms,1/8W R43 VRD-MN2BD220J J AA 22 ohms,1/8W R45~47 VRD-MN2BD102J J AA 1 kohm,1/8W R48 VRD-ST2CD102J J AA 1 kohm,1/6W R49 VRD-ST2CD103J J AA 10 kohm,1/6W R56 VRD-MN2BD122J J AA 1.2 kohms,1/8W R57 VRD-MN2BD273J J AA 27 kohms,1/8W R58 VRD-MN2BD681J J AA 680 ohms,1/8W

Green

– 4 –

MD-X8H

PART CODE NO. PARTS CODE

R60 VRD-MN2BD102J J AA 1 kohm,1/8W R61 VRD-MN2BD221J J AA 220 ohms,1/8W R62~65 VRD-MN2BD823J J AA 82 kohms,1/8W R66,67 VRD-MN2BD683J J AA 68 kohms,1/8W R70 VRD-MN2BD331J J AA 330 ohms,1/8W R73,74 VRD-MN2BD183J J AA 18 kohms,1/8W R75,76 VRD-MN2BD332J J AA 3.3 kohms,1/8W R77,78 VRD-MN2BD102J J AA 1 kohm,1/8W R81 VRD-ST2CD221J J AA 220 ohms,1/6W R82 VRD-MN2BD101J J AA 100 ohm,1/8W R84 VRD-ST2CD220J J AA 22 ohms,1/6W R89 VRD-MN2BD272J J AA 2.7 kohms,1/8W R90 VRD-MN2BD822J J AA 8.2 kohms,1/8W R91 VRD-MN2BD562J J AA 5.6 kohms,1/8W R93,94 VRD-ST2EE1R0J J AA 1 ohm,1/4W R96 VRD-MN2BD332J J AA 3.3 kohms,1/8W R97 VRD-MN2BD272J J AA 2.7 kohms,1/8W R98 VRD-MN2BD822J J AA 8.2 kohms,1/8W R151 VRD-ST2CD102J J AA 1 kohm,1/6W R201,202 VRD-ST2CD104J J AA 100 kohm,1/6W R203,204 VRD-ST2CD563J J AA 56 kohms,1/6W R205,206 VRD-ST2CD101J J AA 100 ohm,1/6W R209,210 VRD-ST2CD563J J AA 56 kohms,1/6W R211,212 VRD-ST2CD331J J AA 330 ohms,1/6W R225 VRD-ST2CD102J J AA 1 kohm,1/6W R227,228 VRD-ST2EE4R7J J AA 4.7 ohms,1/4W R229,230 VRD-ST2CD563J J AA 56 kohms,1/6W R233~236 VRD-ST2EE6R8J J AA 6.8 ohms,1/4W R239,240 VRD-ST2EE331J J AA 330 ohms,1/4W R243 VRS-VV3DA821J J AC 820 ohms,2W R244 VRD-ST2CD223J J AA 22 kohms,1/6W R245 VRD-ST2CD683J J AA 68 kohms,1/6W R246 VRD-ST2CD153J J AA 15 kohms,1/6W R247 VRD-ST2CD222J J AA 2.2 kohms,1/6W R251,252 VRS-VV3AAR20J J AB 0.2 ohms,1W R253,254 VRD-ST2CD103J J AA 10 kohm,1/6W R255,256 VRD-ST2CD102J J AA 1 kohm,1/6W R259,260 VRS-VV3AAR20J J AB 0.2 ohms,1W R261 VRD-ST2CD822J J AA 8.2 kohms,1/6W R263 VRD-ST2CD123J J AA 12 kohms,1/6W R265,266 VRD-ST2EE4R7J J AA 4.7 ohms,1/4W R270 VRD-ST2EE271J J AA 270 ohms,1/4W R271,272 VRD-ST2CD223J J AA 22 kohms,1/6W R273 VRD-ST2CD102J J AA 1 kohm,1/6W R274 VRD-ST2CD474J J AA 470 kohms,1/6W R275 VRD-ST2CD392J J AA 3.9 kohms,1/6W R276 VRD-ST2CD470J J AA 47 ohms,1/6W R277 VRD-ST2CD473J J AA 47 kohms,1/6W R278 VRD-ST2CD101J J AA 100 ohm,1/6W R298 VRD-ST2CD563J J AA 56 kohms,1/6W R301 VRD-MN2BD331J J AA 330 ohms,1/8W R319 VRD-MN2BD104J J AA 100 kohm,1/8W R324 VRD-ST2CD103J J AA 10 kohm,1/6W R344 VRD-MN2BD681J J AA 680 ohms,1/8W R345 VRD-MN2BD472J J AA 4.7 kohms,1/8W R346 VRD-MN2BD331J J AA 330 ohms,1/8W R347 VRD-MN2BD682J J AA 6.8 kohms,1/8W R348 VRD-MN2BD681J J AA 680 ohms,1/8W R349 VRD-ST2CD330J J AA 33 ohms,1/6W R350 VRD-ST2CD272J J AA 2.7 kohms,1/6W R351 VRD-MN2BD562J J AA 5.6 kohms,1/8W R352 VRD-MN2BD102J J AA 1 kohm,1/8W R353 VRD-MN2BD271J J AA 270 ohms,1/8W R354 VRD-ST2CD392J J AA 3.9 kohms,1/6W R355 VRD-MN2BD332J J AA 3.3 kohms,1/8W R356 VRD-MN2BD102J J AA 1 kohm,1/8W R357 VRD-ST2CD474J J AA 470 kohms,1/6W R358 VRD-MN2BD822J J AA 8.2 kohms,1/8W R359 VRD-MN2BD182J J AA 1.8 kohms,1/8W R360 VRD-MN2BD472J J AA 4.7 kohms,1/8W R361,362 VRD-MN2BD332J J AA 3.3 kohms,1/8W R363,364 VRD-MN2BD562J J AA 5.6 kohms,1/8W R365,366 VRD-MN2BD103J J AA 10 kohm,1/8W R367 VRD-MN2BD102J J AA 1 kohm,1/8W R368 VRD-ST2CD333J J AA 33 kohms,1/6W R369 VRD-MN2BD820J J AA 82 ohms,1/8W R370 VRD-ST2CD102J J AA 1 kohm,1/6W R371~374 VRD-MN2BD102J J AA 1 kohm,1/8W R376 VRD-MN2BD102J J AA 1 kohm,1/8W R377 VRD-ST2CD473J J AA 47 kohms,1/6W R378 VRD-MN2BD823J J AA 82 kohms,1/8W R379 VRD-MN2BD222J J AA 2.2 kohms,1/8W

PRICE RANK

DESCRIPTIONNO.

PRICE

RANK

R380 VRD-MN2BD152J J AA 1.5 kohms,1/8W R381 VRD-MN2BD103J J AA 10 kohm,1/8W R382 VRD-ST2EE151J J AA 150 ohms,1/4W R383~385 VRD-MN2BD562J J AA 5.6 kohms,1/8W R387 VRD-MN2BD223J J AA 22 kohms,1/8W R391,392 VRD-ST2EE391J J AA 390 ohms,1/4W R393 VRD-ST2CD102J J AA 1 kohm,1/6W R395 VRD-ST2CD473J J AA 47 kohms,1/6W R397,398 VRD-MN2BD562J J AA 5.6 kohms,1/8W R401,402 VRD-RT2HD561J J AA 560 ohms,1/2W R403,404 VRD-MN2BD473J J AA 47 kohms,1/8W R407,408 VRD-MN2BD104J J AA 100 kohm,1/8W R409,410 VRD-MN2BD473J J AA 47 kohms,1/8W R411,412 VRD-MN2BD223J J AA 22 kohms,1/8W R413,414 VRD-MN2BD333J J AA 33 kohms,1/8W R415,416 VRD-MN2BD272J J AA 2.7 kohms,1/8W R417,418 VRD-MN2BD473J J AA 47 kohms,1/8W R419,420 VRD-MN2BD562J J AA 5.6 kohms,1/8W R427,428 VRD-MN2BD104J J AA 100 kohm,1/8W R429,430 VRD-ST2CD222J J AA 2.2 kohms,1/6W R431,432 VRD-MN2BD102J J AA 1 kohm,1/8W R433 VRD-MN2BD473J J AA 47 kohms,1/8W R435,436 VRD-MN2BD394J J AA 390 kohms,1/8W R437,438 VRD-MN2BD333J J AA 33 kohms,1/8W R439,440 VRD-MN2BD392J J AA 3.9 kohms,1/8W R441,442 VRD-MN2BD102J J AA 1 kohm,1/8W R445,446 VRD-ST2EE331J J AA 330 ohms,1/4W R447,448 VRD-MN2BD102J J AA 1 kohm,1/8W R452 VRD-MN2BD472J J AA 4.7 kohms,1/8W R453,454 VRD-ST2CD222J J AA 2.2 kohms,1/6W R455~458 VRD-MN2BD392J J AA 3.9 kohms,1/8W R459 VRD-ST2CD103J J AA 10 kohm,1/6W R460 VRD-MN2BD473J J AA 47 kohms,1/8W R463,464 VRD-MN2BD104J J AA 100 kohm,1/8W R465,466 VRD-MN2BD102J J AA 1 kohm,1/8W R467,468 VRD-MN2BD222J J AA 2.2 kohms,1/8W R469,470 VRD-MN2BD102J J AA 1 kohm,1/8W R471 VRD-MN2BD103J J AA 10 kohm,1/8W R475 VRD-MN2BD222J J AA 2.2 kohms,1/8W R479 VRD-MN2BD223J J AA 22 kohms,1/8W R480 VRD-MN2BD473J J AA 47 kohms,1/8W R481 VRD-ST2CD392J J AA 3.9 kohms,1/6W R482 VRD-MN2BD333J J AA 33 kohms,1/8W R483 VRD-MN2BD104J J AA 100 kohm,1/8W R484 VRD-MN2BD152J J AA 1.5 kohms,1/8W R489 VRD-ST2CD223J J AA 22 kohms,1/6W R498,499 VRD-ST2EE331J J AA 330 ohms,1/4W R501 VRD-MN2BD222J J AA 2.2 kohms,1/8W R502 VRD-ST2CD222J J AA 2.2 kohms,1/6W R503,504 VRD-MN2BD183J J AA 18 kohms,1/8W R505,506 VRD-MN2BD473J J AA 47 kohms,1/8W R509,510 VRD-MN2BD473J J AA 47 kohms,1/8W R511,512 VRD-MN2BD183J J AA 18 kohms,1/8W R513,514 VRD-ST2CD332J J AA 3.3 kohms,1/6W R521,522 VRD-MN2BD562J J AA 5.6 kohms,1/8W R526 VRD-MN2BD473J J AA 47 kohms,1/8W R528~530 VRD-ST2CD102J J AA 1 kohm,1/6W R541 VRD-MN2BD473J J AA 47 kohms,1/8W R550 VRD-MN2BD473J J AA 47 kohms,1/8W R551 VRD-MN2BD562J J AA 5.6 kohms,1/8W R565 VRD-MN2BD822J J AA 8.2 kohms,1/8W R566 VRD-ST2CD822J J AA 8.2 kohms,1/6W R569,570 VRD-MN2BD183J J AA 18 kohms,1/8W R571,572 VRD-MN2BD104J J AA 100 kohm,1/8W R585,586 VRD-MN2BD392J J AA 3.9 kohms,1/8W R587 VRD-MN2BD104J J AA 100 kohm,1/8W R597,598 VRD-MN2BD222J J AA 2.2 kohms,1/8W R601 VRD-MN2CD102J J 1 kohms,1/6W R603 VRD-MN2BD683J J AA 68 kohms,1/8W R605 VRD-MN2BD220J J AA 22 ohms,1/8W R607 VRD-MN2BD331J J AA 330 ohms,1/8W R609 VRD-MN2BD102J J AA 1 kohm,1/8W R611 VRD-MN2BD102J J AA 1 kohm,1/8W R613 VRD-MN2BD104J J AA 100 kohm,1/8W R615 VRD-MN2BD152J J AA 1.5 kohms,1/8W R617 VRD-MN2BD102J J AA 1 kohm,1/8W R620 VRD-MN2BD152J J AA 1.5 kohms,1/8W R621 VRD-MN2BD102J J AA 1 kohm,1/8W R623,624 VRD-RT2HD101J J AA 100 ohm,1/2W R631,632 VRD-MN2BD332J J AA 3.3 kohms,1/8W R633,634 VRD-MN2BD223J J AA 22 kohms,1/8W R635,636 VRD-MN2BD472J J AA 4.7 kohms,1/8W

DESCRIPTION

– 5 –

Sharp MDX-8-H Service manual

Specifications and Main Features

Frequently Asked Questions

User Manual