Sharp DV-L70U Service manual

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Page 1

SERVICE MANUAL

DV-L70U

SERVICE MANUAL

SX9Q8DV-L70U/

PORTABLE DVD VIDEO PLAYER

1. IMPORTANT SAFEGUARDS AND PRECAUTIONS ......................................................................1-1

2. FEATURES/3. SPECIFICATIONS ..................................................................................................2-1

4. PART NAMES................................................................................................................................. 4-1

5. DISASSEMBLY METHOD ..............................................................................................................5-1

MODEL DV-L70U

6. ADJUSTMENT METHOD................................................................................................................ 6-1

7. TEST MODE ................................................................................................................................... 7-1

8. TROUBLESHOOTING ....................................................................................................................8-1

9. IC FUNCTION LIST......................................................................................................................... 9-1

10. SEMICONDUCTOR LEAD IDENTIFICATION ..............................................................................10-1

11. WIRING DIAGRAM ....................................................................................................................... 11-1

12. BLOCK DIAGRAMS ...................................................................................................................... 12-1

13. SCHEMATIC DIAGRAMS ............................................................................................................. 13-1

14. PRINTED WIRING BOARD ASSEMBLIES...................................................................................14-1

15. REPLACEMENT PARTS LIST ......................................................................................................15-1

16. PACKING OF THE SET ................................................................................................................ 16-1

MODEL

In the interests of user-safety (Required by safety regulations in some countries) the set should be restored to its original condition and only parts identical to those specified be used.

CONTENTS

D V-L70U

Page

SHARP CORPORATION

Page 2

DV-L70U

1. IMPORTANT SAFEGUARDS AND PRECAUTIONS

IMPORTANT SERVICE NOTES

BEFORE RETURNING THE DVD PLAYER Before returning the DVD player to the user, perform the

following safety checks.

1. Inspect all lead dress to make certain that leads are not pinched or that hardware is not lodged between the chassis and other metal parts in the DVD player.

2. Inspect all protective devices such as non-metallic control knobs, insulation materials, cabinet backs, adjustment and compartment covers or shields, isolation resistor/capacitor networks, mechanical insulators etc.

3. To be sure that no shock hazard exists, check for current in the following manner.

● Plug the AC line cord directly into a 120 volt AC outlet (Do not use an isolation transformer for this test).

● Using two clip leads, connect a 1.5k ohm, 10 watt resistor paralleled by a 0.15µF capacitor in series with all exposed metal cabinet parts and a known earth ground, such as a water pipe or conduit.

● Use an DVM or VOM with 1000 ohm per volt, or higher sensifivity measure the AC voltage drop across the resistor (See Diagram).

● Move the resistor connection to earth exposed metal part having a return path to the chassis (metal cabinet, screw heads, knobs and control shafts, etc.) and measure the AC voltage drop across the resistor. Reverse the AC plug on the set and repeat AC voltage

measurements for each exposed part. Any reading of

0.45V rms (this corresponds to 0.3mA rms AC.) or more is excessive and indicates a potential shock hazard which must be corrected before returning the DVD player to the owner.

DVM

AC SCALE

1.5k ohms. 10W

0.15 µF

TEST PROBE

TO EXPOSED METAL PARTS

CONNECT TO KNOWN EARTH GROUND

WARNING :TO REDUCE THE RISK OF FIRE OR ELECTRIC SHOCK, DO NO T EXPOSE

THIS APPLIANCE TO WET LOCATIONS.

CAUTION

RISK OF ELECTRIC SHOCK

DO NOT OPEN

CAUTION: TO REDUCE THE RISK OF ELECTRIC

SHOCK. DO NOT REMOVE COVER. NO USER·SERVICEABLE PARTS INSIDE. REFER SERVICING TO QUALIFIED SERVICE PERSONNEL.

This symbol warns the user of uninsulated voltage within the unit that can cause dangerous electric shocks.

This symbol alerts the user that there are important operating and maintenance instructions in the literature accompanying this unit.

CAUTION

This symbol mark means following. For continued protection against fire hazard, replace only with same type fuse F9001 (4A, 63V) on DC-IN jack PWB or F9002 (1A, 63V) on DC/DC CONV. PWB or F9901 (1.5A, 63V) on CCFT INV. PWB.

Camcorder

only

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DV-L70U

1-2

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DV-L70U

ËË

Ë NICKEL-CADMIUM BATTERY

ËË

The following program is available in the United States. Please consult local environmental authorities concerning the availability of this or other programs in your area.

åå

åCAUTION

åå

BEFORE BATTERY DESTROY

The RBRCTM Seal SHARP participates in the RBRCTM* Nickel-Cadmium Battery Recycling Program in the United States. The RBRCTM Seal on our battery pack contained in our product indicates that SHARP is voluntarily participating in an industry program to collect and recycle these batteries. The RBRCTM program provides you with a convenient alternative to placing spent Nickel-Cadmium battery packs into the trash or municipal waste stream, which is illegal in some areas. At the end of their useful life, the Nickel-Cadmium battery can be dropped off at the nearest collection center for recycling. For information on the nearest collection center, call 1-800-8-BATTERY or your local recycling center. If you are located outside the United States, contact your local authorities for information concerning proper disposal and/or recycling of this battery. SHARP's involvement in this program is part of our commitent to protecting our environment and conserving natural resources. [Footnote] *RBRC

TM is a trademark of the Rechargeable Battery Recycling Corporation.

ËË

Ë NICKEL-METAL HYDRIDE BATTERY

ËË ËË

Ë LITHIUM or LITHIUM-ION BATTERY

ËË ËË

Ë SEALED LEAD BATTERY

ËË

Battery disposal Contains the above Rechargeable Battery. must be recycled or disposed of properly. Remove the Battery from the products and contact Federal or State Environmental Agencies for information on recycling and disposal options.

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2. FEATURES

7" LCD Screen and Stereo Speakers

• A big 7" LCD screen and built-in stereo speakers provide exciting DVD viewing, even without connecting to a TV.

• Dolby Virtual provides high-quality surround sound.

2-WAY Power Supply

• A 2-way power supply allows operation using the supplied AC adapter for indoor play, or the supplied battery pack for outdoor play.

Compact, Lightweight Design

• About the size of a movie DVD case, your DVD video player is designed to go along just about anywhere.

High-Resolution Images, High-Quality Sound

• A high-resolution 336,960-pixel LCD screen produces images of outstanding quality.

• Digital gamma correction and digital super picture provide more realistic image detail.

• Dolby Virtual ensures richer sound from two built-in speakers.

AV input/output, optical digital output jack equipped as standard

• An optical digital output jack (which doubles as the audio input/output jack) can be used to output a stream of *1Dolby Digital 5.1 channel audio and *2DTS digital audio. Connecting a Dolby Digital/DTS digital surround processor or amplifier to this jack creates an environment of amazingly powerful surround sound.

• The AV input/output jack can be used to connect a video deck or camcorder to your DVD video player. Or you can use these jacks to connect to a TV for big-screen viewing. (Output only is supported for S-video. An S-video signal cannot be input to your DVD video player.)

DV-L70U

*1Manufactured under license from Dolby Laboratories. "Dolby", "Pro Logic" and the double-D symbol are trademarks

*2"DTS" and "DTS Digital Surround" are trademarks of Digital Theater Systems, Inc.

3. SPECIFICATIONS

Product: Portable DVD Video Player

Model: DV-L70U

Signal System: NTSC

Supported Disc Types: DVD (Region Number 1, ALL), Video CD, Audio CD

Video Input/Output: Input/Output Jack: Mini jack × 1 (accepts supplied S-video/video cord)

Input/Output Levels: 1Vp-p (75Ω)

S-Video Output: Y Output Level: 1Vp-p (75Ω)

C Output Level: 0.286Vp-p (75Ω) Output Jack: Mini jack (shared with Video In/Out) × 1 (accepts supplied S-video/video cord)

Audio Input/Output: Input /Output Jack: Mini jack × 1 (accepts supplied audio cord)

Input/Output Levels: 2Vrms (1kHz, 0dB)

Digital Audio Interface: Optical digital output: Mini jack (shared with audio In/Out)

Audio Output: 0.8W + 0.8W

Headphones Output: Output Jack: Mini jack (stereo)

Display: Screen Size: 7 inches (87.8 (315/32") (H) × 155.5 (61/8") (W) mm)

Type: Transmissive TN liquid crystal panel Drive: TFT (thin transistor) active matrix Pixels: 336,960 (234 (H) × 480 (W) × 3), Effective Pixel Rate:99.99% minimum

Speakers: Two 28mm round speakers Light Source: Internal (fluorescent) Video Signal: Horizontal Resolution: 500 lines

S/N Ratio: 60 dB minimum

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DV-L70U

AC Adapter Specifications

Audio Signals: Frequency Characteristics:

Linear PCM DVD: 4Hz to 22kHz (48kHz sampling)/

4Hz to 44kHz (96kHz sampling) CD: 4Hz to 20kHz (EIAJ) S/N Ratio: CD: 96 dB 1kHz (EIAJ) Dynamic Range: Linear PCM DVD: 96dB (EIAJ)

CD: 96dB (EIAJ)

Total Harmonic Distortion Ratio: 0.006% maximum (EIAJ)

Power Requirements: AC Adapter: 9V DC

Battery Pack:7.4V DC

Power Consumption: Main Power On: 11W average (15.5W maximum)

(AC Adapter) Standby: 0.5W (Power/standby lamp lit red)

Main Power Off:0W

Dimensions: 188 (W) × 141 (D) × 25.4 (H) mm (713/32" × 59/16" × 1")

(except for projections)

Weight: 620g (1.37 lbs)

Operating Temperature: 5°C to 35°C (41°F to 95°F)

Operating Humidity: 80% RH maximum

Storage Temperature: -20°C to 40°C (-4°F to 104°F)

Power Requirements: 110 to 240V AC, 50/60Hz Rated Input Capacity: DVD Operation: 30VA

Charging (100V): 30VA

Rated Output: DVD Operation: 9V DC

Charging: 9V DC

Dimensions: 58 (W) × 104 (D) × 275 (H) mm

(219/64" × 47/64" × 1053/64")

Weight: 170g (0.38 lbs)

Battery Pack Specifications

Type: Lithium-ion type

DC output: 7.4V

Capacity: 4200mAh

Operating temperature: 0°C to +40°C (32°F to 104°F) (charging: 10°C to 30°C (50°F to 86°F))

Max. Dimensions: 184 (W) × 134.5 (D) × 14.5 (H) mm

(71/4" × 519/64" × 37/64") without protruding parts

Weight: 430g (0.95 lbs)

Specifications are subject to change without notice. Weight and dimensions are approximate.

Digital Output (linear PCM)

· The digital output format used in this DVD video player is linear PCM audio sampling at 44.1 kHz or 48 kHz. Linear PCM sound for DVD video discs sampled at 96 kHz cannot be output digitally. Check the disc jacket for information on the audio sampling used.

3-1. ACCESSORIES

Accessories: Audio Cord x 1, S-Video/Video cord x 1, AC cord x 1, UM/SUM-3 battery x 2,

Remote Control Unit x 1, Lithium-ion Battery Pack x 1, AC Adapter x 1

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4. PART NAMES

For details on the use of each control.

DV-L70U

4-1

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DV-L70U

Space Washer

5. DISASSEMBLY METHOD

5-1. DISASSEMBLY METHOD

1.Remove the nine screws 1.

2. Loosen the two screws 2.

3. After opening the LCD unit, remove the hinge claw of cabinet A to detach it from cabinet B.

Note: The power SW button is also removed. Be careful not to forget it when

assembling the unit.

4. Remove the FFC A from the main PWB.

5. Remove the screws 3. Note: Check the screws before assembling because they are different

depending on the right and left hinges.

6. Remove the connector 4 from the main PWB.

7. Remove the pickup FPC/sled lead connector 5.

8. Remove the screws 6 fixing the DC jack PWB.

Power SW Button

9. Remove the four LCD rubber caps 7.

10. Remove the four screws 8. Note: Be careful not to forget to put space washers when assembling because

they are tightened with the above screws.

11. Remove the cabinet D. At this time, remove engagement claws (two on the

upper LCD panel, two on the right and left sides, two on the lower LCD panel).

Note: Do not break the claws on the right and left sides by opening cabinet C

a little.

12. Remove the right and left speaker connectors 9.

13. Remove the screw 0.

14. Remove the FPC q from the connector.

15. Remove the screw w.

16. Remove the FPC e from the connector.

17. Remove the screw r.

18. Remove the connector t.

19. Remove the four screws y.

20. Remove the three claws on the control panel (front: 2 pcs., rear: 1 pc.).

21. Open the disc cover u 180˚ to remove it from cabinet A.

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DV-L70U

6. ADJUSTMENT METHOD

6-1. HARNESS LIST FOR SERVICE PARTS

Parts Code Price Code Remarks Parts Code Price Code Remarks QCNW-8145GEZZ AQ P.U. extension, 30-pin QCNW-8151GEZZ AQ Inverter extension, 6-pin QCNW-8146GEZZ AQ Spindle extension, 13-pin QCNW-8152GEZZ AQ LCD panel extension, 32-pin QCNW-8147GEZZ AN Sled extension, 2-pin QCNW-8154GEZZ AQ Operation PWB extension, 12-pin QCNW-8148GEZZ AM Power supply extension, 14-pin QCNW-1766TAZZ BF Inverter junction PWB QCNW-8149GEZZ AQ Main LCD extension, 14-pin QPWBF5002GEZZ BF LCD junction PWB QCNW-8150GEZZ AQ Main LCD extension, 14-pin QPWBF5003GEZZ BF Pickup junction PWB

Drawing for service jigs

Inverter PWB

LCD junction PWB QPWBF5002GEZZ

LCD junction QCNW-8152GEZZ

LCD PWB

QCNW-8150GEZZ

QCNW-8149GEZZ

Operation cabinet

QCNW-8154GEZZ

Pickup junction PWB QPWBF5003GEZZ

Mechanism

Power supply PWB

Inverter junction PWB QCNW-1766TAZZ

Inverter QCNW-8151GEZZ

Pickup QCNW-8145GEZZ

FFC

QCNW-8146GEZZ

FFC spindle

Lead wire

QCNW-8147GEZZ Sled

FFC

Power supply, 14-pole QCNW-8148GEZZ

F F C

LB LA

Lead wire

CN301

Panel

F F C

LCD

Main PWB

CN302

6-2. ADJUSTMENT PROCEDURE AND METHOD OF LCD PWB SIDE

1. 7.5V adjustment

Adjustment VR R1102 Adjustment Point Put a voltmeter between 6PIN (+7.5V) and 4PIN (GND) of TP1191. Input Signal/Setting No input Adjustment Method Adjust it to 7.50±0.02V.

2. Free run adjustment

Adjustment VR R1104 Adjustment Point Observe the 3PIN of TP1191 with a frequency counter. Input Signal/Setting No input, external input mode Adjustment Method Adjust it so as to get the HSY frequency of 15.735±0.01KHz

(63.554µS).

3. Screen center adjustment

Adjustment VR R1103 Adjustment Point Visual observation of the panel Input Signal/Setting Monoscope full screen Adjustment Method Adjust the screen so that it is located in the center.

HSY

15.735KHz (63.554µS)

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DV-L70U

6-3. CHECK ITEMS OF LCD PWB SIDE

1. Power supply voltage check

Adjustment Point Put voltmeters in 4PIN (GND), 5PIN (-16V) and 7PIN (13V) of TP1191. Input Signal/Setting Check in the DVD mode. Adjustment Method Check that each voltage indicates -16±1V and 13±0.5V respectively.

2. Free run check

Adjustment Point Check the panel visually by connecting to the checker. Input Signal/Setting External input Adjustment Method Check that the horizontal movement of ODS is 1 mm or less when

inputting a signal in the external input mode with no signal input.

6-4. ADJUSTMENT PROCEDURE AND METHOD OF MAIN PWB SIDE

1. Press the UP+DOWN key is pushed at the same time, and made power source on.

2. It moves to the special mode(SP MODE), and a BACKLIGHT(HI/LOW/OFF) key is pushed and turned off.

3. After setting is completed, a power source is turned off.

4. Again, a UP+DOWN key is pushed at the same time, and a power source is turned on and made special mode.

5. An INPUT/ DVD key is pushed, and it becomes adjustment mode.

6. Each operation in the adjustment mode changes as follows:

Input

(1) Switch the adjustment block with the TILT key input.

DAC adjustment OPT adjustment BAT adjustment

(2) Perform paging of each adjustment block with the RETARN key.

TV1

TV2

TV3

(3) Switch each adjustment item with the menu key input.

TV1 adjustment

GAM0

TV2 adjustment

WB-R WB-B SCOL STIN

TV3 adjustment

COM OSDH BBRI GAM2

SBRI GPOS CONT

(4) Change each adjustment value with the left or right cursor key.

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1. DAC adjustment (1) TV1 adjustment

Adjustment VR GAM0

Initial value "44" adjustment is unnecessary.

Adjustment VR SBRI Adjustment Point ———— Input Signal/Setting It is set in "56".

Adjustment VR GPOS Adjustment Point Connect the oscilloscope to COM output (6PIN of TP1901) and GND. Input Signal/Setting Black-and-white 10STEP Adjustment Method Adjust the common amplitude to 8.0±0.1Vp-p.

Adjustment VR GAM2 Adjustment Point Connect the oscilloscope to 3PIN (VG) and GND of TP1901. Input Signal/Setting Black-and-white 10STEP Adjustment Method Adjust the Vpp of VG to 4.3±0.1Vp-p.

DV-L70U

8.0±0.1Vp-p

4.3±0.1Vp-p

Adjustment VR CONT Adjustment Point Connect the oscilloscope to 3PIN (VG) and GND of TP1901. Input Signal/Setting Black-and-white 10STEP Adjustment Method Adjust the Vpp of VG to 3.3Vp-p.

White level

3.3±0.1Vp-p

Sync.

Black level

(2) TV2 adjustment

Adjustment VR WB-R Adjustment Point Connect the oscilloscope to 3PIN (VG) and 4PIN (VR) of TP1901. Input Signal/Setting Black-and-white 10STEP Adjustment Method Adjust the white balance (red) so that peak-peak the equal of green and red output become equal.

Adjustment VR WB-B Adjustment Point Dual the oscilloscope to 3PIN (VG) and 5PIN (VB) and GND of TP1901. Input Signal/Setting Black-and-white 10STEP Adjustment Method Adjust the white balance (blue) so that peak-peak the equal of green and blue output become equal.

Adjustment VR SCOL Adjustment Point Connect the oscilloscope to 5PIN (VB) and GND of TP1901. Input Signal/Setting 100% color bar Adjustment Method Adjust the blue amplitude of the color bar (black level to peak level) to 3.8±0.1Vpp.

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DV-L70U

27mm

B brightness

Adjustment VR STIN Adjustment Point Connect the oscilloscope to 5PIN (VB) and GND of TP1901. Input Signal/Setting 100% color bar Adjustment Method Blue of the color bar and the crest value of magenta are made to become equal.

(3) TV3 adjustment

Adjustment VR COM Adjustment Point Specified adjustment jig (illuminometer) or visual observation Input Signal/Setting No input state

Brightness: Center Perform it in a combination of PWB and the liquid crystal panel which will be supplied as products finally.

Adjustment Method • When using the specified adjustment jig

Connect the output of jig to the oscilloscope and adjust the waveform to the minimum point. At this time, perform the adjustment several times to fix the optimal point because the measuring value hardly changes around the optimal point.

• In case of visual adjustment Stand or tilt the panel as shown in the figure and check by shaking your head and seeing whether stripes appear. If the adjustment is improper, you will see stripes in the longitudinal direction. Perform the adjustment so that they do not appear.

(Type drawing)

Adjust within the above range to fix the optimal point

Optimal point

Direction of stripe

Adjustment VR OSDH Adjustment Point Visual observation Adjustment method Adjust the OSDH of TV3 to 27 mm from the right of screen.

Adjustment VR B BRI Adjustment method Set the B brightness to “76”.

2. OPT adjustment

Adjustment VR OPT adjustment Initialization It is set respectively in WIDE "03", OSDV"00", BL"01".

3. BAR adjustment

Adjustment VR BAT adjustment Initialization Stabilized power supply, in the body, connection.

It is made DVD start rise state, and a BACKLIGHT(HI/LOW/OFF) key is pushed and made "HI". The voltage of the stabilized power supply is adjusted to become 6.4±0.05V in the stabilized power supply connection part.

Adjustment Method It is set so that the numerical value of the BAT display may become "00"

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DV-L70U

6-5. CHECK AND READJUSTMENT

1. Free run check

Adjustment VR R1104 Adjustment Point Visual observation Input Signal/Setting External input Check and Check that the horizontal movement of OSD position is 1 mm or less Readjustment when inputting a signal in the external input mode with no signal input.

If it is more than 1 mm, adjust it so as to get 1 mm or less.

2. Screen position check

Adjustment VR R1103 Adjustment Point Visual observation of panel Input Signal/Setting Monoscope full screen Check and Check whether the screen is located in the center. If it is not located in the center, adjust it to the Readjustment center.

3. Luminance/gradation check

Adjustment VR GPOS Adjustment Point Comparison with the standard set Input Signal/Setting 10STEP signal Check and Check whether the luminance and gradation of 10STEP signal are not different in comparison

with the standard set. If they are different, adjust them so as to get equal to the standard set.

Input

4. Depth check

Adjustment VR S depth Adjustment Point Comparison with the standard set Check and Check whether the depth of color is not different in comparison with the standard set. If it is Readjustment different, adjust it so as to get equal to the standard set.

5. Tint check

Adjustment VR S tint Adjustment Point Comparison with the standard set Check and Check whether the tone is not different in comparison with the standard set. If it is different, adjust

Readjustment it so as to get equal to the standard set.

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DV-L70U

The preparation date display of the program

10000000 ∗∗∗∗∗∗∗∗

(Last updata)

Model number display

10000001 ∗∗∗∗∗∗∗∗

(Model number)

The preparation date display of the program

10000002 ∗∗∗∗∗∗∗∗

(Program ver.)

Region code display

10000003 ∗∗∗∗∗∗∗∗

(Region code)

Microcord version display

10000004 ∗∗∗∗∗∗∗∗

(Microcode ver.)

Test mode initial image plane

F0000000 00000000

The "playback" key of the remote controller is pushed.

The "reactivation" key of the remote controller is pushed.

The "playback" key of the remote controller is pushed.

Model name Model number

DVL70U 00000701

Region No. Region cord

1 00000001

Micro-code is the thing of the process

program of the system integrated circuit.

Color bar display

20000001 00000000

The preparation date display of the servo program

10000005 ∗∗∗∗∗∗∗∗

(Servo ver.)

It is returned to the test mode initial image plane.

The "playback" key of the remote controller is pushed.

There is no copy guard signal.

As for the symptom when it was

dubbed in the video tape recorder?

Color bar display

20000002 00000000

The "playback" key of the remote controller is pushed.

AGC only

As for the symptom when it was

dubbed in the video tape recorder?

Color bar display

20000003 00000000

The "playback" key of the remote controller is pushed.

AGC+Color stripe1

As for the symptom when it was

dubbed in the video tape recorder?

AGC+Color stripe2

As for the symptom when it was

dubbed in the video tape recorder?

Color bar display

20000003 00000000

To (1)

7. TEST MODE

ROM renewal mode It is put with pushing a playback key and a still key.

Adjustment Mode A power source is put with pushing and .

When a power source is put with pushing a key.

When there is a disc Error rate display mode (There are a DVD and CD mode

A power source is put.

of it, and a disc is put, and a key manipulates.)

When there is Test mode (Version display mode, color bar pattern

display mode, mecha test mode.)

[The flow of the test mode]

A power source is put, and closing, a playback key and a stop key are pushed for

about two seconds at the same time without a disk the disk cover. It goes into the

(test mode.

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DV-L70U

Mecah test mode display

3000E000 EEEEEEEE

*It is usually returned in power source off for the state.

When it failed in servo initialization.

It is returned to the test mode initial image plane

by pushing "the playback" of the remote

controller and a "stop" key at the same time.

Laser test mode display

0D000100 00000000

The "playback" key of the remote controller is pushed.

A playback key and a stop key are pushed at

the same time, and it is returned to the test mode

initial image plane.

DVD mode (Light is sent out by DVD laser,

and a pickup is moved to the circumference.)

DD000100 00000000

The "playback" key of the remote controller is pushed.

CD mode (Light is sent out by CD laser,

and a pickup is moved to the circumference.)

CD000100 00000000

The "playback" key of the remote controller is pushed.

The emission of the laser can be confirmed when

a disk cover is opened and a cap switch is

pushed with the thin bar and so on.

Note:Not to face the light of the laser squarely,

caution!

Slead motor is rotated, and it moves a pickup to

the circumference.

Laser off mode (Light isn't sent out by laser,

and a pickup is moved to the circumference.)

FD000100 00000000

The "playback" key of the remote controller is pushed.

It is returned to the cause in power source off.

How to distinguish a difference in the DVD laser

and the CD laser.

DVD laser is lighter in comparison with the CD laser.

Note:Not to face the light of the laser squarely,

caution!

From (1)

To (2)

Mecah test mode display

30000000 00000000

DDT mode

0D000100 00000000

DDT step 1

DD000201 ∗∗++--00

DDT mode

0D00E201 000000EE

When a disk is not in.

It is executed to focus on of DDT.

Focus offset value(∗∗)

Track offset value(++)

0 layer focus balance value(--)

The "playback" key of the remote controller is pushed.

DDT step 2

DD000202 ∗∗++0000

A track, slead on are done after RF gain outline adjustment and track balance adjustment are done.

0 layer RF gain value(∗∗)

Track balance value(++)

0 layer focus balance value

The "playback" key of the remote controller is pushed.

DDT step 3

DD000203 ∗∗++0000

Just focus adjustment is done.

RF gain adjustment is done again after the completion.

0 layer focus balance value(∗∗)

Track RF gain value(++)

The "playback" key of the remote controller is pushed.

DDT step 4

DD000204 ∗∗000000

Focus gain adjustment is done.

0 layer focus gain value(∗∗)

The "playback" key of the remote controller is pushed.

DDT step 5

DD000205 ∗∗000000

Track gain adjustment is done.

Track gain value(∗∗)

DDT step 6

DD000206 ∗∗++0000 (DVD)

DD000206 00000000 (CD)

A two-layer disk does just focus of layer 1 and focus gain adjustment.

A CD does reading of TOC.

1 layer focus gain value(∗∗)

1 layer focus balance value(++)

The "playback" key of the remote controller is pushed.

From (2)

Servo version display

F1000001 99071400

Focus offset value display

F1000002 ∗∗∗∗∗∗∗∗

The "playback" key of the remote controller is pushed.

Track offset value display

F1000003 ∗∗∗∗∗∗∗∗

The "playback" key of the remote controller is pushed.

0 layer focus balance value display

F1000004 ∗∗∗∗∗∗∗∗

The "playback" key of the remote controller is pushed.

1 layer focus balance value display

F1000005 ∗∗∗∗∗∗∗∗

The "playback" key of the remote controller is pushed.

Track balance value display

F1000006 ∗∗∗∗∗∗∗∗

The "playback" key of the remote controller is pushed.

0 layer focus gain value display

F1000007 ∗∗∗∗∗∗∗∗

The "playback" key of the remote controller is pushed.

1 layer focus gain value display

F1000008 ∗∗∗∗∗∗∗∗

The "playback" key of the remote controller is pushed.

Track gaine value display

F1000009 ∗∗∗∗∗∗∗∗

The "playback" key of the remote controller is pushed.

RF swing value display

F100000A ∗∗∗∗∗∗∗∗

The "playback" key of the remote controller is pushed.

RF gain value display

F100000B ∗∗∗∗∗∗∗∗

The "playback" key of the remote controller is pushed.

The inside switch ID value display

F100000C ∗∗∗∗∗∗∗∗

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DV-L70U

Flow Chart NO.2

Flow Chart NO.3

3.2V and 4.95V are not output to the pins 2 - 3

and pins 6 - 8 of connector CN9002, respectively.

YES

The power is not turned on.

Check the DC jack and fuse F9001.

Is almost the same voltage as the input voltage being

applied to the source pins 1 - 3 of FET-TrQ9006?

YES

Check the IC9001 and FET-TrQ9004.

Is the pulse being applied to the gate pin 4 of

FET-TrQ9006? Or, is the voltage 1.5V or less?

Check the FET-TrQ9003, D9003 and L9003.

YES

Check the switch SW9001.

Is the voltage of gate pin 4 of FET-TrQ9006 1.5V

or less?

YES

Check the FET-TrQ9006.

Is almost the same voltage as the input voltage

being output to the drain pins 5 - 8 of Q9006?

YES

Are the connector CN9002 and FFC wire normal?

Is the "H" voltage being applied to the pin 1 of

connector CN9002?

YES

Check the IC9001 and FET-TrQ9002.

Is the pulse being applied to the gate pin 4 of

FET-TrQ9001? Or, is the voltage 1.5V or less?

Check the IC3200 and IC3205 on the main PWB.

(Power-H line.)

Check the IC9001, Q9005, D9004, and D9005.

4.95V is not being output.

Check the fuse F9002.

Is almost the same voltage as the input voltage being

applied to the source pins 1 - 3 of FET-TrQ9001?

YES

3.2V is not being output.

Is the control voltage normally into the pins 95

and 96 of IC504? (95pin-key1, 96pin-key2)

Replace key switch.

Is key switch contact and installation state?

YES

Check the peripheral circuit or replace IC504.

YES

Check the FET-TrQ9001, D9002 and L9002.

Key manipulation on the DVD function side doesn't function.

FLOW CHART NO.1

FLOW CHART NO.2

FLOW CHART NO.3

FLOW CHART NO.4

The key matrix circuit of IC3200 is checked.

30~27pins(S0~S3), 26~20pins(K0~K3), D3102,

D3103~3108

Replace key switch.

Is key switch contact and installation state?

YES

Check the main PWB unit of IC3200 and IC3205.

Key manipulation on the LCD function side doesn't function.

FLOW CHART NO.5

When S1001 is pressed, are the pins 1 and 2

short-circuited?

YES

Is the tray lid open?

Replace the S1001.

Check the M_4.8V line.

The disc does not rotate.

FLOW CHART NO.7

Is 4.8V voltage supplied to the pin 2 terminal of

remote control receiver?

Replace the remote control receiver or replace the

remote control transmitter is necessary.

Operation is possible from the DVD, but no

operation is possible from the infrared remote

control.

YES

Is the "L" pulse sent out pin 3 terminal of receiver

when the infrared remote control is activated?

YES

Check A_4.8V line.

Replace the remote control receiver.

YES

Is pulse signal supplied to the pin 32 of IC504

and the pin 40 of IC3200?

Check the line between the remote control receiver

and the pin 32 of IC504 and the pin 40 of IC3200.

YES

Check IC504, IC3200, IC3205 and their periphery.

Does the pickup move in the direction of inner

periphery?

YES

After moving in the direction of inner periphery,

does the pickup move in the direction of outer

periphery?

YES

Check the connection between pins 2 or 4 of S1001

and pins 27 of IC504.

Check the cable connecting to the CN302.

(Check the CN302 and line of pins 2 and 3 of IC702.)

YES

Is 4.8V being applied to the pins 16 and 17 of

IC701?

Check the cable connecting to the CN702.

(Check the CN302 and line of pins 1 and 2 of IC702.)

YES

Check IC701 their periphery.

No operation is possible from the infrared remote control.

FLOW CHART NO.6

8. TR OUBLESHOO TING

8-1

Page 17

DV-L70U

YES

In case of DVD:Is the input signal supplied to the

pins (58, 63), (59, 64), (60, 3), and (61, 2)of IC303?

In case of CD: Is the input signal supplied to the

pins (49, 55), (50, 54), 46, and 47 of IC303?

Is the FE signal output to the pin 21 of IC303?

Check the connection of optical pickup cable.

If it is normal, replace the optical pickup cable.

Refer to "The disc is not recognized. (When the

focus servo does not function)".

When the playback button is pressed while both

tray switch(S1001) and LD switch(S502) are held

down with a disc loaded, the disc rotates but stops

immediately.

YES

The disc is not recognized.

(In case of focus error)

FLOW CHART NO.8

The disc is not recognized.

(When the focus servo does not function)

FLOW CHART NO.9

YES

Is the focus control signal being output to the pin

43 of IC707?

Check the line between pin 21 of IC303 and pin

38 of IC707.

Is the FE signal being input to the pin 38 of IC707?

(Check item for the symptom)

YES

Check the connection of optical pickup cable.

If it is normal, replace the pickup.

YES

Check the power supply peripheral circuit.

If it is normal, replace the IC707.

Is the focus control drive voltage being applied to

the pins 4 and 2 of CN301?

Check the line between IC707 and IC702.

Is the voltage of 4.8V being applied to the pins 5

and 20 of IC702?

Check the AT 8V line.

Replace the IC702.

Check the line between IC702 and connector CN301.

Is the focus control voltage being output from the

pins 24 and 25 of IC702?

Is the focus control voltage being input to the pin

17 of IC702?

YES

Is the drive signal (SEL) of Q301 (LD POWER

ON) being output to the pin 52 of IC707?

Is the drive signal (LDO1) of Q307 (LD POWER

CTL) being output to the pin 45 of IC303?

When S502 is pressed, is the base of Q309 0.8V?

Is the voltage of 3.4V being applied to the emitter

of Q308?

Is the drive signal (LDO2) of Q308 (LD POWER

CTL) being output to the pin 4 of IC303?

When S502 is pressed, is the base of Q309 0.8V?

YES

The CD disc is not recognized.

(When the laser beam does not go on)

FLOW CHART NO.11

The DVD disc is not recognized.

(When the laser beam does not go on)

FLOW CHART NO.10

Is the voltage of 3.1V being applied to the emitter

of Q301? And, is the voltage of 3.4V being applied

to the emitter of Q307?

YES

Is the voltage of 3.1V and 2.3V being applied to

the pins 14 and 23 of CN301, respectively?

Check the line between the pin 4 of IC303 and

base of Q308.

Check the line between S502 and R397.

YES

Check the D_3.1V line and A_4.8V line.

Check the A_4.8V line.

YES

Check the connection of optical pickup cable.

If it is normal, replace the pickup.

Check the Q301 and line between Q307 and

CN301.

Is the voltage of 2.3V being applied to the pin 9

of CN301?

YES

Check the line between Q308 and CN301.

Check the connection of optical pickup cable.

If it is normal, replace the pickup

YES

Check the line from the pin 52 of IC707, through

Q304, to the base of Q301.

Check the line between the pin 45 of IC303 and

base of Q307.

Check the line between S502 and R397.

YES

Is it possible to hold normally the disc with the

check?

Set the disc on the disc tray.

YES

Replace the main pwb unit.

YES

Check the loading switch (S502).

Replace the optical pickup unit.

It is laundered by the disk cleaner.

Is the level of RF signal which is output from the

pin 28 of IC303, normal?

Check for contamination of objective lens of optical

pickup.

YES

Does a signal come out in the following, each

output terminal of the integrated circuit?

Picture signal

IC201 20pin Y-SIG.

IC201 22pin C-SIG.

Sound signal

IC801 16pin AUDIO(L-CH)-SIG.

IC801 13pin AUDIO(R-CH)-SIG.

Both picture and sound do not operate normally.

FLOW CHART NO.12

8-2

Page 18

DV-L70U

Does a signal come out in the following, each

output terminal of the integrated circuit?

Picture signal

IC2102 12pin Y-SIG.

IC2102 8pin C-SIG.

IC2102 10pin CVBS-SIG.

Are the video signals inputted to the pins of LCD

DECODER IC1801.

IC1801 3pin Y-SIG.

IC1801 5pin C-SIG.

A disk is set on the tray, and played back.

It confirms that there is no problem by flowchart

NO.12.

YES

A video signal doesn't come out in the outside

projected image output terminal (J6002).

FLOW CHART NO.13

Check the peripheral circuit of IC1801.

YES

Doesn't the voltage adjustment of the line come off

+7.5V? If it deviates, it is readjusted with R1102.

Check the peripheral circuit of IC2102, IC1805,

Q2102, D2301.

Check the line between the pin 20 of IC201 and

pin 3 of IC1801. (Q203~210, IC2101, Q1801,

Q1807, Q1808)

Check the line between the pin 22 of IC201 and

pin 5 of IC1801. (Q201~208)

Do 19 of IC1801, 21, 24 pin (VR, VG, VB) output

appear?

YES

LCD panel peripheral circuit and the existence of

the failure place of the appearance are confirmed.

YES

A LCD panel power circuit and rogic circuit are

examined. (IC1000, Q1100, T1100, etc.)

Is a power source being supplied to the LCD panel

normally?

VGH(+13V), VSS(-16V), VCC(-10.9V), VSH(4.8V),

VGL(-10V)

YES

COMMON AMP., CURRENT DET. circuit are

examined. (Q1102~1103, IC1103, etc.)

YES

COMMON Doesn't AMP. adjustment come off?

If it deviates, it is readjusted based on the GPOS

adjustment.

Is the COM bias level of the LCD panel normal?

YES

Check the peripheral circuit of IC1101.

Is TFT LCD CONTROL PROCESSOR (IC1101)

normal?

YES

The outside output terminal (J6002) peripheral is

checked from 12 of IC2102, 8 pin.

The VIDEO DRIVER circuit composed of Q2201,

Q2206 is examined.

Picture do not operate normally.

FLOW CHART NO.14

Does 13 pin of IC1801 gain the control voltage

(about 3.1V) of TINT?

YES

Is the outside horizontal synchronizing of 34 pin of

IC1801 normal?

Is (the 14,16 pin of IC1801) doing oscillation

(3.58MHz) with VCO of the chroma circuit

normally?

YES

Is the voltage of pins 5, 6, 7, and 8 of TP1191

normal?

Is the backlight going on?

YES

Is each voltage of CN1105 normal?

Is the oscillation of inverter normal?

Check the pin 49 of IC3200 and pin 9 of IC3201.

Replace the inverter unit.

Check the periphery of IC1000, Q1100 and T1100.

Is TFT LCD CONTROL PROCESSOR (IC1101)

normal?

YES

LCD panel peripheral circuit and the existence of

the failure place of the appearance are confirmed.

Check the periphery of IC1101.

Check the periphery circuit 13 pin of IC1801.

The readjustment of white balance is done.

Check the peripheral circuit 6 pins of IC1801.

Replace the backlight.

Is white balance normal?

YES

Check the chroma periphery circuit of IC1801.

Are 19 of IC1801, 21, 24 pin (VR, VG, VB) output

normal?

YES

Check the LCD panel unit.

YES

Check the chroma periphery circuit of IC1801.

Are 19 of IC1801, 21, 24 pin (VR, VG, VB) output

normal?NOCheck the LCD panel unit.

Check the periphery circuit of X1801 and pins 14,

16 of IC1801.

Does 6 pin of IC1801 gain the control voltage

(about 3.0V) of COLOR?

YES

No picture

FLOW CHART NO.15

Color of the picture image is abnormal.

FLOW CHART NO.16

A color doesn't have it about the picture image.

FLOW CHART NO.17

Check the pins 38, 44, 43 of IC1101 and L1109,

D1105, IC1102, Q1101, etc.

8-3

Page 19

DV-L70U

Is a signal being inputted to the following, each

output terminal of the integrated circuit?

IC6000 3pin AUDIO(L-CH)-SIG.

IC6000 5pin AUDIO(R-CH)-SIG.

Set the disc on the disc tray.

It confirms that there is no problem by flowchart

NO.12.

YES

The control signal line of IN_H is checked.

Check the line between the pins 16, 13 of IC801

and pins 3, 5 of IC6000.

YES

The control peripheral circuit of IN_H is examined

in each of 9 of IC6203 and IC6202, the 10 pin.

YES

The control signal line of SMUT is checked.

Is a signal being inputted to the following, each

output terminal of the integrated circuit?

IC6002 3pin AUDIO(L-CH)-SIG.

IC6002 5pin AUDIO(R-CH)-SIG.

YES

Check the line between the pins 1, 7 of IC6000 and

pins 3, 5 of IC6002.

Does a signal come out in the following, each

output terminal of the integrated circuit?

IC6203 4pin AUDIO(L-CH)-SIG.

IC6202 4pin AUDIO(R-CH)-SIG.

YES

Is the control signal of IN_H added to each of 9 of

IC6203 and IC6202, the 10 pin?

Is a signal being inputted to the following, each

output terminal of the integrated circuit?

IC6203 12pin AUDIO(L-CH)-SIG.

IC6202 12pin AUDIO(R-CH)-SIG.

YES

The line of the space to 12 pin of IC6203, IC6202 is

checked through sound volume (R6010) from 4 pin

of IC6203, IC6202.

Is a signal being inputted to the following, each

output terminal of the integrated circuit?

IC6002 2pin AUDIO(L-CH)-SIG.

IC6002 6pin AUDIO(R-CH)-SIG.

The actuation of the voice mute circuit of Q2004,

Q2005, Q6615, Q6616 is checked.

YES

Sound do not operate normally.

FLOW CHART NO.19

YES

Is the PDP signal of 36 pin of IC1101 normal?

Is the synchronizing signal of 7 pin of IC1101

normal?

YES

Is a synchronizing signal being inputted to 36 pin of

IC1801?

Is a synchronizing signal being outputted to 35 pin

of IC1801?

Check the betweenthe emmiter and pin 36 of IC1801.

Check the pins 38, 44, 43 of IC1101 and pins

L1109, D1105, IC1102, Q1101, etc.

Check the peripheral circuit pins 71, 70 of IC1101

and R1103 (image plane center position).

Is the horizontal position of the picture image

normal?

YES

The readjustment of R1103 (PIC. CENTER POS.)

is done.

SYNC SEPA. (IC1900), Q1900 and MONO MULTI

(IC1901), IC1902, IC1802 are checked.

The synchronism of the picture image can't be taken.

FLOW CHART NO.18

Replace the IC1801.

Check the LCD panel unit.

The headphone audio output is not emitted.

FLOW CHART NO.21

Check or replace IC6002 (AUDIO POWER OUT)

and IC6602 (POWER REG.)

The control signal line of SMUT is checked.

The control signal line of IN_H is checked.

YES

The control peripheral circuit of IN_H is examined

in each of 9 of IC6203 and IC6202, the 10 pin.

Is the control signal of IN_H added to each of 9 of

IC6203 and IC6202, the 10 pin?

YES

Check or replace speaker.

YES

Check the outside output terminal (J6000).

YES

Check the headphone output terminal (J6001).

YES

Does a signal come out in the following, each

output terminal of the integrated circuit?

IC6002 16, 13pin AUDIO(L-CH)-SIG.

IC6002 12, 9pin AUDIO(R-CH)-SIG.

Does a signal come out in the following, each

output terminal of the integrated circuit?

IC6203 3, 15pin AUDIO(L-CH)-SIG.

IC6202 3, 15pin AUDIO(R-CH)-SIG.

Check the periphery circuit of IC6603.

Does a signal come out in the following, each

output terminal of the integrated circuit?

IC6603 1pin AUDIO(L-CH)-SIG.

IC6603 7pin AUDIO(R-CH)-SIG.

The outside output voice doesn't come out.

(Speaker voice comes out.)

FLOW CHART NO.20

The actuation of the voice mute circuit of Q2004,

Q2005, Q6615, Q6616 is checked.

The control signal line of SMUT is checked.

The actuation of the voice mute circuit of Q2004,

Q2005, Q6012, Q6013 is checked.

8-4

Page 20

DV-L70U

9. IC FUNCTION LIST

9-1. IC201 MC44722A DIGITAL VIDEO ENCORDER

Pin No. Terminal name I/O Operation function

1 CVBS/Cb O Analog composite video signal output or Cb signal output current drive (positive) 2 CVBS/Cb O Analog composite video signal output or Cb signal output current drive (negative) 3 CVBS/Cb Vdd Power Supply for CVBS / Cb DAC circuit 4 Y O Analog luminance signal output current drive (positive) 5 Y O Analog luminance signal output current drive (negative) 6 YVdd Power Supply for Y DAC circuit 7 C/Cr O Analog chrominance signal output or Cr signal output current drive (positive) 8 C/Cr O Analog chrominance signal output or Cr signal output current drive (negative)

9 CVdd Power Supply for C/Cr DAC circuit 10 DA Vss Ground for DAC circuit 11 Ibias O Reference current for the 3 DACs 12 DA Vdd Power Supply for DAC circuit 13 VReff Reference full scale voltage for the 3 DACs 14 ChipA I2C chip address select {0 : 42(hex)/43(hex) 1 : 1C(hex)/1D(hex)} 15 TEST I TEST pin (Ground) 16 SO z(O) If SPI mode, serial data output / If I2C mode, connect to ground 17 SDA/SI I/O(I) Serial data input, Open drain output / If SPI mode, serial data input 18 SCL/SCK I Serial clock 19 SEL (I) Connect to Ground / If SPI mode, this pin is chip select 20 DVss Ground for Digital circuit 21 CLOCK I 27MHz clock input 22 DVdd Power Supply for Digital circuit 23 Reset I Reset signal, active LOW 24 PAL/NTSC I NTSC/PAL select. This pin active only Reset time.(NTSC : Low PAL : High)

25-32 DVIN7-0 I 8-bit Multiplexd Y/Cr/Cb 4:2:2 data (ITU Rec656) input (1) or Multiplexd Y data

(ITU-Rec656/601) input in 16-bit input mode (DVIN7 : MSB) 33 TVIN I TEST data input 34 EXT I/O Csync/Frame sync output or external VBI information input 35 F/Vsync I/O Frame sync or Vertical sync input/output 36 Hsync I/O Horizontal sync input/output 37 TP9 I/O MUX switch in 8-bit X 2 Multiplexed Y/Cr/Cb 4:2:2 data (ITU-Rec656) input mode,

or Test data input/output

38-41 TP8-5 I/O 8-bit Multiplexed 4:2:2 data (ITU-Rec656/601) input (2), or Multiplexed Cr/Cb data

(ITU-Rec656/601) input in 16-bit input mode (MSB : TP8), or Test data input/output 42 DVss Ground for Digital circuit 43 DVdd Power Supply for Digital circuit

44-47 TP4-1 I/O 8-bit Multiplexed 4:2:2 data (ITU-Rec656/601) input (2), or Multiplexed Cr/Cb data

(ITU-Rec656/601) input in 16-bit input mode (LSB : TP1), or Test data input/output 48 TP0 I/O For test (should be ground)

• Block Diagram

ChipA

DVdd DVdd DVss DVss

DVIN

TP0~8

TVIN

TP9

clock

Reset

PAL/NTSC

14 43 22

20 42

DVIN0~7

32~25

48~44 41~38

H, V

Y demux

12C/SPI

17 18 19

SDA/SI

EXT

34 35 36

Sync_generator

CGM5_gen

0 0

SEL

SCL/SCK

F/Vsync

off_set

Modulator

Hsync

CC_gen

9-1

DAC

BIAS

YVdd

CVBS/CbVDD

CVdd

YOUT YOUT

CVBSOUT/Cb

COUT/Cr COUT/Cr

VReff

Ibias

DAVdd

DAVss

copy

bus

protection

TEST

TP0~9

MC44722/3

Page 21

9-2. IC303 IX1517GE RF SIGNAL PROCESSOR

DV-L70U

Pin No. Terminal name I/O Operation function

1 GND – GND terminal. – 2 P2TP I TE+input (CD) VrA 3 P2TN I TE–input (CD) VrA 4 LDO2 O Drive ouput – 5 MDI2 I Monitor input – 6 VrA O Analog VREF 2.1[V] 7 VrD O Digital VREF – Vdd 1/2 8 Vdd I Power terminal 4.2V (3.3V)

9 DPAC – DPD AC combination capacity 1 – 10 DPBD – DPD AC combination capacity 2 – 11 DPD1 – DPD integral capacity 1 – 12 DPD2 – DPD integral capacity 2 – 13 SCB I Control line (Bit clock) 2.2[V] 14 SCL I Control line (Latch signal) 2.2[V] 15 SCD I Control line (Sirial Data) 2.2[V] 16 VRCK I Reference clock input 2.3[V] When frequency is increased, the

17 VCKF – 18 VccP – Power terminal – 19 LVL O Servo addition output Vrd x (1/2) 20 TEO O TE output VrD 21 FEO O FE output VrD 22 DFTN I DPD difect – Low DPD output: Mute 23 VccS – Power terminal (servo) – 24 RPZ O RF ripple center voltage VrD 25 RPO O RF ripple output VrD 26 RPB O RF ripple bottom – 27 RPP O RF ripple peak – 28 RFO O Equalizing RF output 2.3[V] 29 NC – NC terminal – To be connected to GND 30 NC – NC terminal – To be connected to GND 31 VccR – Power terminal (RF) – 32 DPDB I Pit depth adjustment VrD When D PDB is raised, the A/B

33 TEB I TE balance VrD When TEB is raised, the TP side

34 FEB I FE balance VrD When FEB is raised, the A+C (FP) 35 PSC I VRCK frequency division ON/OFF – High: Frequency division OFF

36 Vcc2 – Power terminal – 37 NC – NC terminal VrD To be connected to VrD, or to GND

38 EQD I Group delay correction VrD When EQD is raised, the group 39 GND2 – GND terminal. –

40 RFDC – DC feedback capacity – 41 RFA O RF total addition output 2.2[V] 42 EQB I Boost adjustment VrD 43 EQF I Frequency adjustment VrD When EQF is raised, shift to the

44 MDI1 I Monitor input – 45 LDO1 O Drive output – 46 P1TN I TE–input (DVD) VrA 47 P1TP I TE+input (DVD) VrA 48 NC – NC terminal – To be connected to GND 49 P1FN I FE–input (DVD) VrA 50 P1FP I FE+input (DVD) VrA 51 LDP1 I APC polarity 1 – Positive polarity when this terminal

52 P1DI I D input (DVD)

Capacity for time constant adjustment

Terminal DC Voltage(TYP.)

–

Remarks

filters excepting the servo LPF are shifted to high frequency side.

side delay increases. gain increases and the A+C side

delay increases. side gain increases.

through C delay increases at the right side.

When EQB is raised, the boost increases. high frequency side occurs.

is connected to Vcc.

9-2

Page 22

DV-L70U

Pin No. Terminal name I/O Operation function

Terminal DC Voltage(TYP.)

Remarks 53 P1CI I C input (DVD) VrA 54 P1BI I B input (DVD) VrA 55 P1AI I A input (DVD) VrA 56 GNDR – GND terminal (RF) – 57 LDP2 I APC polarity 2 – Positive polarity when this terminal

is connected to Vcc. 58 P2AI I A input (CD) VrA 59 P2BI I B input (CD) VrA 60 P2CI I C input (CD) VrA 61 P2DI I D input (CD) VrA 62 GNDS – GND terminal (Servo) – 63 P2FP I FE+input (CD) VrA 64 P2FN I FE–input (CD) VrA

• Block Diagram

P1TP

P1TN

LDO1

MDI1

EQF

EQB

RFA

RFDC

GND2

P1FN P1FP LDP1 P1DI P1CI P1BI P1AI GNDR LDP2 P2AI P2BI P2CI P2DI GNDS P2FP P2FN

EQDNCVcc2

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

APC1

51 52 53

sel-RF

R-gain Adjust

54 55

56 57 58 59 60

61 62

63 64

sel-PD

F-gain Adjust

sel-DPD

T-gain Adjust

APC2

RF Ripple

sel-IC

sel-FE

FE creation

sel-TE

DPDTE

creation

sel-LVL

3BTE creation

creation

mode-TE

B U S

PSC

FE-gain

Adjust

TE-gain

Adjust

Level detect

FEB

Time

constant

adjustment

TEB

32 31 30 29

28 27 26 25 24 23 22 21

20 19

18 17

DPDB VccR NC NC RFO RPP RPB RPO RPZ VccS DFTN FEO TEO LVL VccP VCKF

12345678910111213141516

GND

P2TP

P2TN

LDO2

MDI2

9-3. IC401 IX1484GE 4M DRAM

Terminal

10~13,16~20,9 A0~A8,A9R Address input

8 RAS Row address strobe

23 CAS Column address strobe

1~5,24~27 DQ1~DQ8 Data input/Data output

22 OE Output enable

7 WE Light enable

1, 14 Vcc Power (5V)

15, 28 Vss Ground (0V)

6, 21 NC Not connected

Terminal name Function

VrA

VrD

Vdd

9-3

DPAC

DPBD

DPD1

DPD2

SCB

SCL

SCD

VRCK

Page 23

9-4. IC402 IX1474GE DEM/ECC (DVD)

Pin No. Terminal name I/O Operation function Remarks

1 DPCK1 I Signal processing reference clock input. 0.5-3.3Vp-p Feedback

resistor built in. 2 DVDD3 – Digital power. (3.3V) For logic cell 3 SVCK1 I Ser vo reference clock input. (Oscillation circuit input terminal) 3.3V-I/F Feedback 4 SVCK0 O Servo ref erence clock output. (Oscillation circuit input terminal) resistor built in. 5 DVSS – Digital power. (0V) For logic cell 6 DVDD2 – Digital power. (3.3V) For logic cell 7 N.C. – User use prohibited. Open 8 HDWR I MPU write signal. TTL level 9 HDRD I MPU read signal. TTL level

10 ECCCS I MPU chip selection. TTL level 11 D8 I/O MPU data bus. TTL level 12 D9 I/O MPU data bus. TTL level 13 D10 I/O MPU data bus. TTL level 14 D11 I/O MPU data bus. TTL level 15 D12 I/O MPU data bus. TTL level 16 D13 I/O MPU data bus. TTL level 17 D14 I/O MPU data bus. TTL level 18 D15 I/O MPU data bus. TTL level 19 DVSS – Digital power. (0V) For I/O cell 20 DVDD5 – Digital power. (5V) For I/O cell 21 HINT O MPU interruption signal. (Occurrence of interruption = “L”) OPEN DRAIN 22 HA0 I MPU address bus. TTL level 23 HA1 I MPU address bus. TTL level 24 PLCK I/O Read channel clock input/output terminal. 25 ED0 – User use is prohibited (N.C.) since it is for shipping adjustment. Open 26 ED1 – 27 ED2 – 28 ED3 – 29 ED4 – 30 ED5 – 31 ED6 – 32 ED7 – 33 TEST I For shipping adjustment. Set to “L” 34 PDON O PLL phase error signal output. (Negative polarity) 35 PDOP O PLL phase error signal output. (Positive polarity) 36 RLLD O RLL detection result output. 37 LPFN I PLL loop filter amp. reverse input. 38 LPFO O PLL loop filter amp. output. 39 VCOF O VCO filter terminal. 40 SLCO O Built-in comparator reference voltage output terminal. 41 AVSS – Analog power. (0V) 42 AVR O Non-PLL system analog reference potential. (1.65V) 43 VRC – Resistance division point potential. (For analog reference

potential generation: 1.65) 44 PVR O PLL system analog reference potential. (1.65V) 45 AVDD – Analog power. (3.3V) 46 RVR2 – 2nd reference voltage. (For capacitor connection) 47 RVDD – Exclusive-use power terminal. (3.3V) 48 RFIN I RF signal input. 49 RVSS – Exclusive-use power terminal. (0V) 50 RVR1 – 1nd reference voltage. (For capacitor connection) 51 DVR I DMO reference potential. (1.65V recommended) 52 DMO O Disc equalizer output for DVD. (Triple value PWM + HiZ) 53 RASN O External RAM row address selection. (Negative logic) 54 CASN O External RAM row address selection. (Negative logic)

DV-L70U

9-4

Page 24

DV-L70U

Pin No. Terminal name I/O Operation function Remarks

55 MOEN O External RAM output permission signal. 56 MWEN O External RAM read/write selection. 57 DVSS – Digital power. (0V) For logic cell 58 DVDD3 – Digital power. (3.3V) For logic cell 59 MA9 O External RAM address bus. 60 MA8 O External RAM address bus. 61 MA7 O External RAM address bus. 62 MA6 O External RAM address bus. 63 MA5 O External RAM address bus. 64 MA4 O External RAM address bus. 65 MA3 O External RAM address bus. 66 MA2 O External RAM address bus. 67 MA1 O External RAM address bus. 68 MA0 O External RAM address bus. 69 DVSS – Digital power. (0V) For I/O cell 70 DVDD5 – Digital power. (5V) For I/O cell 71 MD7 I/O Exter nal RAM data bus. TTL level 72 MD6 I/O Exter nal RAM data bus. TTL level 73 MD5 I/O Exter nal RAM data bus. TTL level 74 MD4 I/O Exter nal RAM data bus. TTL level 75 MD3 I/O Exter nal RAM data bus. TTL level 76 MD2 I/O Exter nal RAM data bus. TTL level 77 MD1 I/O Exter nal RAM data bus. TTL level 78 MD0 I/O Exter nal RAM data bus. TTL level 79 SD7 O MPEG data output. 80 SD6 O MPEG data output. 81 SD5 O MPEG data output. 82 SD4 O MPEG data output. 83 DVSS – Digital power. (0V) For logic cell 84 DVDD3 – Digital power. (3.3V) For logic cell 85 SD3 O MPEG data output. 86 SD2 O MPEG data output. 87 SD1 O MPEG data output. 88 SD0 O MPEG data output. 89 SERR O MPEG data reliability flag. (Data error: “L”) 90 SOSO O MPEG output sector sync signal. (Sector top: “L”) 91 SVAL O MPEG data effective flag. (Effective state: “L”)

92 SDCK O MPEG data transfer clock. 93 DVSS – Digital power. (0V) For logic cell 94 SREQ I MPEG data request flag. (Request state: “L”) TTL level 95 RSTN I Hard reset input. (Reset state: “L”) 96 DVDD3 – Digital power. (3.3V) For logic cell 97 STDA O Operation state monitor data. Common with PWM.

(Output synchronizing with SDCK fall) 98 STCK O Operation state monitor sync signal. (Data top bit: “L”) Common with PWM. 99 UPWM O General-use PWM output. 4mA, 5V-I/F

100 DVSS – Digital power. (0V) For logic cell

9-5

Page 25

DV-L70U

9-5. IC501 IX1626GE FLASH

Pin No. Symbol Type Name and function

Byte selection address: When the device is in the x8 mode, the low or high order

45 DQ

25, 24~18,

8~4 are latched during data wiring operation.

3~15,

48, 17 during data writing, erasing and lock block operation.

15/A-1

A0-A

A13-A

29, 31, 33, Low order byte data input/output: Command user interface writing cycle data and 35, 38, 40, DQ

-DQ7Input/Output commandinput. Various data read memory identifier and status data output Chip

42, 44 nonselection or output disable: Float state 30, 32, 34, 36, 39, 41, 43, 45 data input/output. Operative only in x16 mode. x8 mode: Float state DQ15/A-1 is address.

DQ8-DQ15Input/Output

26 CE# Input

12 RP# Input

28 OE# Input

11 WE# Input is controlled. In “Low” state WE# becomes active. At rise edge the address and data

15 RY/BY# Output

47 BYTE# Input

13 Vpp Write/erase power supply: 5.0 ± 0.5V is applied during writing/erasing. 37 Vcc Device po wer supply: 5.0 ± 0.5V

27, 46 GND Ground

9, 10, 14, 16 NC Nonconnection

• Block Diagram

Input byte is selected. It is not used in the x16 mode.

(If BYTE# is high, DQ15/A-1 input circuit does not operate.)

Input

Word selection address: Selection of one word of 16k byte block. These addresses

Block selection address: Selection of 1/32 erase block. These addresses are latched

High order byte data input/output: The function is the same as that of low order byte

Chip enable: Device control logic, input buffer, decoder and sense amp. are activated. Chip becomes active only when CE# is “Low”. Reset/Pow er down: If RP# is set to “Low”, the control circuit is initialized when power is turned on. Hence , the RP#pin is set to “Low”. When power is turned on or off or in case of fluctuation it is kept at “Low” so as to protect data from noise . When RP# is in “Low” state, the de vice is in deep po wer do wn state. 480 ns is required to recover from the deep power do wn state. If the RP# pin becomes “Low”, the whole chip operation is interrupted and reset. After reco very the device is set to arr a y read state. Output enable: When OE# is set to “Low”, data is output from the DQ pin. When OE# is set to “High”, the DQ pin is set to float state. Write enable: Command user interface, data Q register and address Q latch access

are fetched. Ready/busy: The state of internal write state machine is output. In “Low” state it is indicated that the write state machine is in operation. If the write state machine w aits for next operation instruction, erase is suspended or it is in deep power do wn state , the RY/ BY# pin is in float state. Byte enable: When BYTE# is set to “Low”, the device is set to the x8 mode . At this time the DQ

-DQ15 pin becomes float state. Address A-1 selects high order/low order

byte. When BYTE# is “High”, the device is set to the x16 mode. The A disabled.

8-15

0-7

input circuit is

-1

-1.0~17

ADDRESS

LATCHES

ADDRESS

COUNTER

Input

Buffer

QUEUE

Output Buffer

Y-DECODER

X-DECODER

Output

Buffer

CSR

OUTPUT MULTIPLEXER

ESRs

Data

Comparator

Y GATING/SENSING

Block 1

Block 0

16-KBYTE

9-6

Input

Buffer

DATA

QUEUE

Block 30

16-KBYTE

Block 31

16-KBYTE

Input Buffer

I/O Logic

CUIWSM

CE# OE# WE#

RP#

Program Erase Voltage Switch

BYTE#

RY/BY#

V GND

Page 26

DV-L70U

9-6. IC504 IX1478GE SYSCON

VccVccVccVccVccVssVssVssVssVssVssVssVssPD

Port D

Port E

EXTAL XTAL STBY RES WDTOVF NMI

PF7/ø

/AS

/RD

/HWR

PF3/LWR PF2/

LCAS/WAIT/BFEQO PF1/BACK PF0/BREQ

PG4/CS0 PG3/CS1 PG2/CS2 PG1/CS3 PG0/CAS

P67/CS7/IRQ3 P66/CS6/IRQ2 P65/IRQ1 P64/IRQ0 P63/TEND1 P62/DREQ1 P61/TEND0/CS5 P60/DREQ0/CS4

H8S/2000 CPU

Clock oscillator

Interruption

controller

ROM

Port FPort GPort 6

RAM

TPU

PPG

Port 1 Port 2 Port 4

DTC

DMAC

WDT

SCI

D/A converter

A/D converter

ref

AVccAV

Internal data bus

Internal address bus

/AN7/DA1

/AN6/DA0

/AN5

Bass Controller

Peripheral data bus

Peripheral address bus

/AN4

/AN3

/AN2

/AN1

/AN0

Port 5 Port 3 Port C Port B Port A

PA7/A23/IRQ7

/IRQ6

6/A22

PA5/A21/IRQ5 PA4/A20/IRQ4 PA

3/A19

PA2/A

PA1/A

PA0/A

PB7/A

PB6/A

PB5/A

PB4/A

PB3/A

PB2/A

PB1/A

PB0/A

PC7/A

PC6/A

PC5/A

PC4/A

PC3/A

PC2/A

PC1/A

PC0/A

P35/SCK1

/SCK0

/RxD1

/RxD0

/TxD1

/TxD0

P53/ADTRG

/PO8/TIOCA0/DACK0

/PO9/TIOCB0/DACK1

9-7. IC506 IX1618GE SYSCON

A14 A15 A16

I/O0

I/O8

CE2 CE1

CONTROL

CIRCUIT

/PO10/TIOCC0/TCLKA

/PO11/TIOCD0/TCLKB

/PO0/TIOCA3

/PO12/TIOCA1

/PO13/TIOCB1/TCLKC

/PO14/TIOCA2

/PO15/TIOCB2/TCLKD

ROW

DECODER

INPUT DATA

CIRCUIT

/PO1/TIOCB3

/PO2/TIOCC3

/PO3/TIOCD3

/PO4/TIOCA4

/PO5/TIOCB4

/PO6/TIOCA5

/PO7/TIOCB5

VCC GND

512 x 2048

MEMORY ARRAY

COLUMN I/O

9-7

Page 27

9-8. IC512 IX1535GE HOST I/F

Terminal Terminal name In/Output Function

1 VDD – Power +3.3V 2 HADR0 Input CPU Address bus

3 HADR1 Input CPU Address bus 4 HADR2 Input CPU Address bus 5 HCS Input CPU Tip select 6 HWR Input CPU Write signal 7 HRD Input CPU Read signal 8 HDAT0 In/Output CPU Data bus

9 HDAT1 In/Output CPU Data bus 10 HDAT2 In/Output CPU Data bus 11 HDAT3 In/Output CPU Data bus 12 HDAT4 In/Output CPU Data bus 13 HDAT5 In/Output CPU Data bus 14 HDAT6 In/Output CPU Data bus 15 HDAT7 In/Output CPU Data bus

16 VSS – Digital GND 17 VDD – Power +3.3V 18 EXPAL (0) In/Output General-use input/output terminal Gr.A

19 EXPAL (1) In/Output General-use input/output terminal Gr.A 20 EXPAL (2) In/Output General-use input/output terminal Gr.A 21 EXPAL (3) In/Output General-use input/output terminal Gr.A 22 EXPAU (0) In/Output General-use input/output terminal Gr.A 23 EXPAU (1) In/Output General-use input/output terminal Gr.A

24 VSS – Digital GND 25 VDD – Power +3.3V 26 EXPAU (2) In/Output General-use input/output terminal Gr.A

27 EXPAU (3) In/Output General-use input/output terminal Gr.A 28 EXPBL (0) In/Output General-use input/output terminal Gr.B 29 EXPBL (1) In/Output General-use input/output terminal Gr.B 30 EXPBL (2) In/Output General-use input/output terminal Gr.B 31 EXPBL (3) In/Output General-use input/output terminal Gr.B

32 VSS – Digital GND 33 VDD – Power +3.3V 34 EXPBU (0) In/Output General-use input/output terminal Gr.B

35 EXPBU (1) In/Output General-use input/output terminal Gr.B 36 EXPBU (2) In/Output General-use input/output terminal Gr.B 37 EXPBU (3) In/Output General-use input/output terminal Gr.B 38 EXPC (0) In/Output General-use input/output terminal Gr.C 39 EXPC (1) In/Output General-use input/output terminal Gr.C 40 EXPC (2) In/Output General-use input/output terminal Gr.C

41 VSS – Digital GND 42 EXPC (3) In/Output General-use input/output terminal Gr.C

43 EXPC (4) In/Output General-use input/output terminal Gr.C 44 EXPC (5) In/Output General-use input/output terminal Gr.C 45 EXPD (0) In/Output General-use input/output terminal Gr.D 46 EXPD (1) In/Output General-use input/output terminal Gr.D 47 EXPD (2) In/Output General-use input/output terminal Gr.D

48 VSS – Digital GND 49 VDD – Power +3.3V 50 EXPD (3) In/Output General-use input/output terminal Gr.D

51 EXPD (4) In/Output General-use input/output terminal Gr.D 52 EXPD (5) In/Output General-use input/output terminal Gr.D 53 BUFDO Output Buffer output D 54 BUFDI Input Buffer input D 55 SBUFBO Output Schmidt buffer output B 56 SBUFBI Input Schmidt buffer input B 57 SBUFAO Output Schmidt buffer output A 58 SBUFAI Input Schmidt buffer input A

59 MRST Input Reset terminal 60 MODE Input Mode selection terminal 61 BUFCO In/Output Buffer output C 62 TEST Input Test terminal (for Epson) 63 BUFCI Input Buffer input C

64 VSS – Digital GND

DV-L70U

9-8

Page 28

DV-L70U

Pin1~15........ There is a possibility of simultaneous change. Operating frequency: Approx. 10 MHz

Pin18~47 ..... There is a possibility of simultaneous change.(Static signal) Operating frequency: Approx. 1 MHz

Pin50~57 ..... There is almost no possibility of simultaneous change. Operating frequency: Approx. 1 MHz

Pin63............ Not used

• Block Diagram

In/Output Pin

Output:

In/Output Pin

Open drain

In/Output Pin

VDD SOUT(3) SOUT(4) SOUT(5)

Exclusive-use pin

MRST

MODE

SEL

TEST

VSS

VDD EXPD(3) EXPD(4) EXPD(5)

BUFDO

BUFDI

SBUFBO

SBUFBI

SBUFAO

SBUFAI

MRST MODE

BUFCO

TEST

BUFCI

VSS

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

VSS

SOUT(2)

VSS

EXPD(2)

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

SOUT(1)

SOUT(0)

EXPD(1)

EXPD(0)

S2(5)

EXPC(5)

Data Buffer

Latch D

S2(4)

S2(3)

EXPC(4)

EXPC(3)

Data Buffer

VSS

S2(2)

VSS

EXPC(2)

Latch C

S2(1)

S2(0)

EXPC(1)

EXPC(0)

Q2(7)

Q2(6)

EXPBU(3)

EXPBU(2)

Latch B

Latch A

Data Buffer

R/W CTL

VDD

Q2(5)

Q2(4)

VDD

EXPBU(1)

EXPBU(0)

32 31

Data Buffer

30 29 28 27 26 25

Data Buffer

24 23 22 21 20 19 18 17

16151413121110987654321

VSS EXPBL(3) EXPBL(2) EXPBL(1) EXPBL(0) EXPAU(3) EXPAU(2)

VDD

VSS EXPAU(1) EXPAU(0) EXPAL(3) EXPAL(2) EXPAL(1) EXPAL(0)

VDD

VSS Q2(3) Q2(2) Q2(1) Q2(0) Q1(7) Q1(6)

VDD

VSS Q1(5) Q1(4) Q1(3) Q1(2) Q1(1) Q1(0)

VDD

In/Output Pin

VDD

HADR0

D(0)

HADR1

HADR2

D(1)

D(2)

Input Pin

HCS

D(3)

HRD

HWR

HDAT0

HDAT1

D(4)

D(5)

D(6)

D(7)

In/Output Pin

Output: Open drain

9-9

HDAT2

HDAT3

S1(0)

S1(1)

HDAT4

HDAT5

S1(2)

S1(3)

HDAT6

HDAT7

S1(4)

S1(5)

VSS

Page 29

DV-L70U

9-9. IC601 IX1608GE

Pin No. Pin name Type I/O Function

Host interface, CD-DSP interface, subcode interface (32-pin)

141 RESET# I I

130 STNDBY# I I peripherals. The inner operation is wholly stopped to also minimize the power

142 IDLE 3-S O Idle, init or reset state display output (active high)

35 HWID I I change is possible. For the low level (GND), the host interface of MD36710X

36 HORD I I It can be changed only during reset. MD36710X is set to input or output m.s. bytes

47 HTYPE I I MD36710X is set to the type A for the low level (GND) and to the type B for the high

12, 14~21 HD[7:0] 3-S I/O is defined as the host data signal. When HWID is connected to VDD, it is defined

7, 9~11 HD[11:8] 3-S I/O

7 NC (HD[11]) O O For test (output)

9 NC (HD[10]) I I For test (input) 10 NC (HD[9]) I I For test (input) 11 NC (HD[8]) I I For test (input)

3~6 HD[15:12] 3-S I/O data bus. When HWID is connected to GND, it becomes CD-DSP serial input port pin

6 CDDAT (HD[12]) I I CD-DSP bit clock input

5 CDDAT (HD[13]) I I CD-DSP data input

4 CDFRM (HD[14]) I I CD-DSP LR clock (frame) input

3 CDERR (HD[15]) I I CD-DSP data error input

22,

24~26 MD36710X is input.

HA[3:0] I I

29 HCS# I I Host chip select input. Active low 27 HWR# (HR/W#) I I

30 HRD# (HDS#) I I

31 HRDY 3-S O It is possible to check that the transfer of CodBurstLen byte length is regarded as one

32 HIRQ# 3-S O the interrupt with the interrupt mask register of MD36710X.

33 HACK# 3-S O

Reset input (active low). When deassert is applied in the asserted state, the initializing process of MD36710X is started. Stand-by input (active low). When it is asserted together with RESET#, all output pins and bidirectional pins are floated to separate MD36710X electrically from the

consumption. In the stand-by mode, the contents of SDRAM are not held.

The data bus width of the host interface is determined. Only during reset, is set to 8 bits but set to the 16-bit width for the high level (VDD).

In the 16-bit width mode (HWIS is V

DD), the byte order of the data bus of the host

interface is determined. at HD [15:8] for the low level (GND) and at HD [7:0] for the high level (V

DD).

When HWID is at the GND level, it is connected to GND. The protocol of the host bus is determined. It can be changed only during reset.

level (VDD). 8 l.s. of the host data bus. When HWID input is connected to GND, only the 8 l.s. signal

as the 8 l.s. line of 16-bit data bus. When HWID is connected to V

DD, it becomes the data line 11:8 of the 16-bit host data

bus. When HWID is connected to GND, it becomes NC pin as specified below.

When HWID is connected to V

DD, it becomes the data line 15:12 of the 16-bit host

as specified below.

Host address input. The address signal to specify the physical address in

Host protocol A type (HTYPE = GND): HR/W#. Input to determine the host access direction. Host protocol B type (HTYPE = VDD): HWR#. Host write input (active low). Host protocol A type (HTYPE = GND): HDS#. Data strobe input (active low). Host protocol B type (HTYPE = VDD): HRD#. Host read input (active low). Host ready output (active high). To transfer the stream via the host bus using this signal, use this signal. Moreover, the external pull-up resistor is necessary.

packet and the signal is active before start of transfer of each packet and continuously write the bit stream up to CodBurstLen into MD36710X. Interrupt request (Active low). It is deasserted as the host leads the interrupt status register of MD36710X. Moreover, it is also deasserted after the host masks or resets

If HIRQ# is not asserted, it enters the 3-state state. (The external pull-up resistor is necessary.) Host acknowledge output (active low). For the protocol of type A, MD36710X asserts the output to inform the end of the read or write cycle. If the signal is not active, it enters the 3-state state. (The external pull-up resistor is necessary.) For the protocol of type B, it functions as the wait output signal. If the high-speed host (microcomputer) is used, it is sometimes unnecessary to connect the signal.

9-10

Page 30

DV-L70U

Pin No. Pin name Type I/O Function

GPI/O signal (4-pin)

122,123 GPAI/O [1:0] 3-S I/O

2 GPSI I I General purpose input for monitor with DVP microcode.

159 GPSO O O General purpose output for control with DVP microcode.

PLL signal (6-pin)

129 GCLK I I 27,000MHz clock or crystal input for main processor 126 GCLK1 I I

128 XO O O Output to crystal connected to GCLK. If crystal is not used in GCLK, XO is not connected. 136 PLLCA

137,135 PLLCFG [1:0] I I

Digital video port (24-pin)

92, 94~97,

99~101 which is timely multiple-processed according to ITU-R656 standard (regardless

102,

104~107, In the 8-bit mode (Video8 = 1), the pin 3 (C[7:5]) of m.s. line is not used, and 1.s.5 pin

109~111 (C[4:0]) is specified as the input which is received from the external OSD device.

124 VCLKX2 3-S I/O Main video clock input or output. 27,000MHz

84 VCLK 3-S I/O 90 HSYNC 3-S I/O Horizontally sync bidirection signal pin. The polarity and length are programmable.

89 VSYNC 3-S I/O Vertically sync bidirectional signal pin. The polarity and length are programmable. 91 FI 3-S I/O Field identification bidirectional signal pin. The polarity is programmable. 88 CBLANK O O Composite blank output. The waveform including the polarity is programmable.

85 VMASTER I I

87 VDEN# I I

Digital audio port (8-pin)

132 AMCLK 3-S O

117 S/PDIF(AOUT[3]) O O

116~114 AOUT [2:0] O O

112 AIN I I Serial input of PCM stereo audio for ADC.

118 ALRCLK O O wave.

119 ABCLK O O

Y [7:0] 3-S O

C [7:0] 3-S I/O

OSDPEL[3:0] OSD pixel input. The four signals are used as the entry to on-chip OSD pallet. (C[3:0]) On-chip OSD pallet selector. OSDPallete0 is selected for the low level, and OSDPLT (C[4]) OSDpallete1 is selected for the high level.

General purpose bidirectional pin for monitor and control with ADP microcode. After resetting, this pin is defined as the input. If ADP command is used, setting is possible.

27,000MHz master clock input for audio. It must be connected to GCLK during ordinary operation.

Capacitor connection pin for PLL. Connect 47nF capacitor. Connect the other terminal of the capacitor to PLLGND. PLL configuration input. Change is possible during reset only. In the normal use, both pins must be connected to (digital) GND.

In the 16-bit video mode (Video8 = 0), the line becomes the luminance output. In the 8-bit mode (Video8 = 1), it becomes the luminance/color difference output

whether SAV, EAV sync code is present or not). In the 16-bit video mode (Video8 = 0), the line becomes the color difference output.

VCLKx2 signal is divided into two parts. The signal is used as the qualifier of the data and sync signal.

Video master/slave selection input. For the high level, the video synchronization of MD36710X goes into the master mode. (Accordingly, the video SYNC signal and clock are output.)

For the low level, the video synchronization goes into the slave mode. (Accordingly, the video SYNC signal and clock are input.) Only in the reset mode, the setting of the terminal can be changed. Video enable input (active low). When it is active, MD36710X outputs the video data. When it is deasserted, the pixel output goes into the 3-state. (However, the sync signal and clock are kept to be active.) Though this input can be changed at any time, it is valid at the following VCKx2 time.

Audio master clock input/output. The sampling frequencies of 384fs, 256fs, 192fs and 128fs can be selected (programmable). S/DDIF transmitter output. Moreover, it can be connected to DAC as the 4th audio output (AOUT[3]). After resetting, the pin outputs the low level. Serial output of PCM stereo audio for DAC. After resetting, the pin outputs the low level. Only for AOUT[0], the sample width of 24 bits is supported.

LR clock output of AOUT[3.0] and ATN. For the sampling frequency, it is a rectangular

The polarity of LR is programmable. Bit clock output of AOUT[3.0] and AIN. AOUT is output at the rise/fall edges of the clock (programmable), and AIN is latched.

9-11

Page 31

Pin No. Pin name Type I/O Function

DVD-DSP interface (13-pin)

148 DVDREQ O O DVD-DSP data request output (polarity programmable) 146 DVDVALID I I DVD-DSP data valid input (polarity programmable) 144 DVDSOS I I DVD-DSP data selector start input (polarity programmable)

*1 DVDDAT [7:0] I I DVD-DSP data input bus 147 DVDSTRB I I DVD-DSP data bit strobe (clock) input. Polarity programmable. 143 DVDERR I I DVD-DSP error input. Polarity programmable.

SDRAM interface (35-pin)

*2 RAMDAT [15:0] 3-S I/O SDRAM bidirectional data bus

*3 RAMADD [11:0] O O SDRAM address bus output

56 RAMRAS# O O SDRAM row selection (active low) output 59 RAMCAS# O O SDRAM column selection (active low) output 57 PCLK O O SDRAM clock output (similar to the inner process clock) 61 RAMDQM O O SDRAM data masking (active high) output 54 RAMCS0# O O SDRAM chip select (active low) output. For lower order of 2Mbyte device. 55 RAMCS1# O O SDRAM chip select (active low) output. For higher order of 2Mbyte device. 60 RAMWE# O O SDRAM write enable (active low) output.

TEST signal (3-pin)

127 SCNENBL I I Test pin. Usually connected to GNG.

83 TESTMODE I I Test pin. Usually connected to VDD.

139 ICEMODE I I Test pin. Usually connected to VDD.

Power signal (35-pin)

*4 GND ground Digital GND

*5 VDD power Digital power supply (3.3V) 134 PLLGND (GNDA) ground GND of inner PLL circuit 138 PLLVDD (VDDA) power Power supply of inner PLL circuit (3.3V)

DV-L70U

*1 158~156, 154~151, 149 *2 79, 77, 75, 72, 70, 67, 65, 62, 64, 66, 69, 71, 74, 76, 78, 82 *3 52, 50, 51, 49, 46, 44, 42, 38, 39, 43, 45, 47 *4 1, 13, 23, 40, 41, 53, 68, 80, 81, 108, 120, 121, 125, 131, 145, 160 *5 8, 18, 28, 33, 48, 58, 63, 73, 103, 113, 133, 140, 150, 155

9-12

Page 32

DV-L70U

9-10. IC602 IX0750TA

Terminal

Terminal Name Name Input Function 35 CLK System Clock Active on the positive going edge to sample all inputs. 18 CS Chip Select Disables or enables device operation by masking or enabling all inputs

except CLK. CKE and L(U)DQM

34 CKE Clock Enable Masks system clock to freeze operation from the next clock cycle.

CKE should be enabled at least one cycle prior to new command. Disable input buffers for power down in stanby.

21~24 A0~A10/AP Address Row/column address are multiplexed on the same pins. 27~32 Row address: RA0~RA10, column address: CA0~CA7

20 19 BA Bank Select Address Selects bank to be activated during row address latch time.

Selects bank for read/write during clumn address latch time.

17 RAS Row Address Strobe Latches row address on the positive going edge of the CLK with RAS low.

Enables row access & precharge.

16 CAS Column Address Strobe Latches addresses on the positive going edge of the CLK with CAS low.

Enables row access.

15 WE Write Enable Enable write operation and row precharge.

Latches data in starting from CAS, WE active.

14, 36 DOML(U) Data Input/Output Mask Makes data output Hi-Z, tsHZ after the clock and masks the output.

Blocks data input when L(U)DQM active.

2, 3, 5, DQ0~15 Data Input/Output Data inputs/outputs are multiplexed on the same pins. 6, 8, 9, 11, 12, 39, 40, 42, 43, 45, 46, 48, 49

Vcc/Vss Power Supply/Ground Power and ground for the input buffers and the core logic.

25, 1/26, 50

Vcc/VssO

Data Output Power/Ground

Isolated power supply and ground for the output buffers to provide

44, 38, 13, 7/4, 10, 41, 47 improved noise immunity.

33, 37 NC/RFU No Connection/ This pin is recommanded to be left No Connection on the device

Reserved for Future Use

• Block Diagram

Interval Timer

Address[0:10]

CLK

CKE

BA(A11)

CS RAS CAS

UDQM

LDQM

Refresh

Self Refresh Counter

Precharge Row Active

Column Active

State Machine

Refresh Counter

Auto/Self Refresh

Address Register

Burst Length

Counter

Ref. Addr.[0:11]

512K x 16

Bank 0

Row Decoder

Row Addr. Latch/Predecode

Sense AMP & I/O gates

Column Decoder

Column Addr.

Overflow

Latch & Counter

Column Decoder

Sense AMP & I/O gates

512K x 16

Bank 1

DQ0 DQ1 DQ2 DQ3 DQ4 DQ5 DQ6 DQ7 DQ8 DQ9 DQ10 DQ11 DQ12

Data Input/Output Buffers

DQ13 DQ14 DQ15

Row Addr. Latch/Predecode

Test ModeMode Register I/O Control

9-13

Page 33

9-11. IC701 AN8473NS-1

Pin No. Terminal name

1 VH Hole bias terminal 17 VM21 Motor power terminal 2 2 H3L Hole element 3 negative input terminal 18 VM22 Motor power terminal 2 3 H3H Hole element 3 positive input terminal 19 CS Current detection terminal 4 H2L Hole element 2 negative input terminal 20 NC N. C. 5 H2H Hole element 2 positive input terminal 21 A31 Drive output 3 6 H1L Hole element 1 negative input terminal 22 A32 Drive output 3 7 H1H Hole element 1 positive input terminal 23 PG2 Power current detection terminal 2 8 EC Torque command input terminal 24 A21 Drive output 2 9 ECR

Torque command reference input terminal 10 FG FG signal output terminal 26 PG1 Power current detection terminal 1 11 START Start/stop selection terminal 27 A11 Drive output 1 12 VPUMP Booster terminal 28 A12 Drive output 1 13 BC1 Booster capacitor connection terminal 29 NC N. C. 14 BC2 Booster capacitor connection terminal 30 PWMSW PWM frequency selection ter minal 15 GND GND terminal 31 VM12 Motor power terminal 1

16 VDD Power terminal 32 VM11 Motor power terminal 1

• Block Diagram

Operation function

Pin No. Terminal name

25 A22 Drive output 2

Operation function

DV-L70U

(After checking the tolerance of the electrical characteristics, the customer determines the resistance value.)

Spindle speed

control signal

100Ω

START

2200pF

H1H H1H H2H

H2L

H3H

H3L

100Ω

ECR

100µF

Rcs=0.33Ω

VPUMP

0.1µF

Thermal

protection

AmplificationAmplification

Output

circuit

17 18

32 31

27 28

24 25 21

23 26

VM21 VM22

VM11 VM12

A11 A12

A21 A22 A31

A32

PG2

PG1

0.1µF

BC1BC2VDD

14 13 1216

Start/stop

7 6 5 4 3 2

Hole

amplifier

matrix

Hole

Booster circuit

OSC

Distribution

circuit

PWMOUTU

PWMOUTL

bias

8 9

Absolute value

SRESET

PWMSW

HIGH:40kHZ

LOW:80kHZ

PWM frequency connection circuit

SSET

9-14

Vc1

GND

Page 34

DV-L70U

9-12. IC702 BA5933FP

Pin No. Terminal name

1 STBY Stand-by mode selector switch 13 OP_OUT Operation amplifier output 2 OUT+ CH1 positive output terminal 14 OP_IN(-) Operation amplifier negative input 3 OUT- CH1 negative output terminal 15 OP_IN(+) Operation amplifier positive input 4 GND GND 16 IN2' CH2 gain adjustment input terminal 5 VCC VCC 17 IN2 CH2 gain fixed input terminal 6 MUTE Mute terminal 18 IN3' CH3 gain adjustment input terminal 7 GND Substrate GND 19 IN3 CH3 gain fixed input terminal 8 REG_OUT Constant voltage output 20 VCC VCC

(collector of external Tr) 21 GND GND

9 REG_B Connected to the base of external Tr 22 OUT3- CH3 negative output terminal 10 BIAS Bias input terminal 23 OUT3+ CH3 positive output terminal 11 IN1' CH1 gain adjustment input terminal 24 OUT2- CH2 negative output terminal 12 IN1 CH1 gain fixed input terminal 25 OUT2+ CH2 positive output terminal

* The negative/positive pole of the output terminal is the polarity against the input.

• Block Diagram

Operation function

Pin No. Terminal name

Operation function

25 24 23 22 21 20 19 18 17 16 15 14

x2x2x2x2

LEVEL SHIFT

T.S.D.

LEVEL SHIFT

STBY MUTE

123456 89710111213

8.3KΩ

+ -

REGULATOR

10KΩ10KΩ

+ -

8.3KΩ

+ -

8.3KΩ

OP-AMP

+ -

8.3KΩ

T.S.D ; Thermal shutdown Unit of resistance is [Ω].

9-15

Page 35

9-13. IC707 IX1473GE SERVO PROCCESSOR

Pin No. Terminal name I/O Operation function Remarks

1 VSS – Digital ground terminal. 2 BCK O Bit clock (1.4122MHz) output terminal. 3 AOUT O Audio data output terminal. 4 DOUT O Digital out output terminal. 5 MBOB O Buffer memory over signal output terminal. Over: “H” 6 IPF O Correction flag output terminal. When correction disable symbol

is given if AOUT output is C2 correction: “H”.

7 SBOK O Sub-code Q data CRCC judgment result output terminal.

Judgment result OK: “H”.

8 CLCK I/O Sub-code P to W data read clock output/input terminal.

Selectable with command bit.

9 VDD – Digital + power terminal 10 VSS – Digital ground terminal 11 DATA O Sub code P-W data output terminal. 12 SFSY O Playback system frame sync signal output ter minal. 13 SBSY O Subcode block sync output terminal.

When subcode sync is detected, S1 position: “H”. 14 SPCK O Processor status signal read clock (176.4 kHz) output terminal. 15 SPDA O Processor status signal output terminal. 16 COFS O Correction system frame clock (7.35 kHz) output terminal. 17 MONIT O LSI internal signal monitor ter minal.

DSP internal flag and PLL system clock can be monitored with

microcomputer command. 18 VDD – Digital + power terminal. 19 TESIO0 I Test input/output terminal. Usually fixed to “L”. 20 P2VREF – PLL system 2VREF terminal. 21 SPDO O VCO center frequency shift terminal. 22 PDOS O EFM and PLCK signal phase error signal output terminal.

(To be used when x8 speed operation is used) 23 PDO O EFM and PLCK signal phase error signal output terminal. 24 XMAXS O TMAX detection result output terminal.

To be selected with command bit TMPS. 25 TMAX O

TMAX detection result TMAXoutput Longer than specific period “P2VREFF” Shorter than specific period “VSS” Within specified period “HiZ”

DV-L70U

26 LPFN I Reverse input terminal for low pass filter amplifier. 27 LPFO O Output terminal for low pass filter amplifier. 28 PVREF – PLL system VREF terminal. 29 VCOREF I VCO center frequency reference level terminal.

To be fixed usually to “PVREF”. 30 VCOF O Filter terminal for VCO. 31 AVSS – Analog system ground ter minal. 32 SLCO O Data slice level generation DAC output terminal. 33 RFIN I RF signal input terminal. 34 AVDD – Analog system power terminal. 35 RFCT I RFRP signal center level input terminal. 36 RFZI I RFRP zero cross input terminal. 37 RFRP I RF ripple signal input ter minal. 38 FEIN I Focus error signal input terminal. 39 SBAD I Sub-beam addition signal input terminal. 40 TSIN I Test input terminal. To be fixed usually to “Vref” 41 TEIN I Tracking error signal input terminal.

(Fetching when tracking servo is ON) 42 TEZI I Tracking error zero cross input terminal. 43 FOO O Focus equalizer output terminal.

9-16

Page 36

DV-L70U

Pin No. Terminal name I/O Operation function Remarks

44 TRO O Tracking equalizer output terminal. 45 VREF – Analog reference power terminal. 46 RFGC O RF amplitude adjustment control signal output terminal.

Output of 3-pole PWM signal. (PWM carrier = 88.2 kHz)

47 TEBC O Tracking balance control signal output terminal.

Output of 3-pole PWM signal. (PWM carrier = 88.2 kHz)

48 FMO O Feed equalizer output terminal.

Output of 3-pole PWM signal. (PWM carrier = 88.2 kHz)

49 FVO O Speed error signal or feed search EQ output terminal.

Output of 3-pole PWM signal. (PWM carrier = 88.2 kHz)

50 DMO O Disc equalizer output terminal.

Output of 3-pole PWM signal. (PWM carrier = DSP system

88.2kHz, to be synchronized with PXO) 51 2VREF – 52 SEL O 53 FOON O 54 DFCT O 55 SRCH O 56 SHC O 57 VDD – 58 VSS – 59 IO0 I/O General use I/O por t. 60 IO1 It is possible to select the input port and output port according

to command.

61 IO2 In case of input port the terminal state (H/L) can be read with

the read command.

62 IO3 In case of output port the terminal state (H/L/HiZ) can be

controlled with the command.

63 /DMOUT Terminal to set the mode to output dual value PWM of feed

equalizer from the IO0,1 terminal and to output the dual value PWM from disc equalizer of IO2,3 terminal “L” Active.

64 /CKSE X’tal selection terminal.

When 16.9344 MHz: “H” When 33.8688 MHz: “L” 65 /DACT Test ter minal. 66 TESIN Test input terminal. 67 TESIO1 Test input/output terminal. 68 VSS Digital ground terminal. 69 PXI DSP system clock oscillation circuit input terminal. 70 PXO DSP system clock oscillation circuit output terminal. 71 VDD Digital + power terminal. 72 XVSS Ground terminal for system clock oscillation circuit. 73 XI System clock oscillation circuit input ter minal. 74 XO System clock oscillation circuit output ter minal. 75 XVDD Positive power terminal for system clock oscillation circuit. 76 DVDD – D/A converting section power terminal. 77 RO O R channel data forward rotation output terminal. 78 DVSS – D/A converting section analog ground terminal. 79 DVR – D/A converting section reference voltage terminal. 80 LO O L channel data forward rotation output terminal. 81 DVDD – D/A converting section power terminal. 82 TEST1 I Test terminal. Pull-up resistor

To be opened usually. built in. 83 TEST2 I Test terminal. Pull-up resistor

To be opened usually. built in. 84 TEST3 I Test terminal. Pull-up resistor

To be opened usually. built in. 85 BUS0 I/O Microcomputer interface data input/output terminal. Schmidt input 86 BUS1 I/O CMOS port 87 BUS2 I/O

9-17

Page 37

Pin No. Terminal name I/O Operation function Remarks

88 BUS3 I/O 89 VDD – Digital + power terminal. 90 VSS – Digital ground terminal. 91 BUCK I Microcomputer interface clock input terminal. Schmidt input 92 /CCE I Microcomputer interface chip enable signal input terminal. Schmidt input

BUS0 to 3 is active in “L” state.

93 TEST4 I Test terminal. Pull-up resistor

To be opened usually. built in.

94 /TEMOD I Local test mode selection terminal. Pull-up resistor

built in.

95 /RST I Reset signal input terminal. Pull-up resistor

Reset state: “L” built in.

96 TEST0 I Test terminal. Pull-up resistor

To be opened usually. built in. 97 /HSO O Playback speed mode flag output terminal. 98 /UHSO O

/UHSO /HSO Playback speed

H H x1 speed playback H L x2 speed playback

L H x4 speed playback L L x8 speed playback

DV-L70U

99 EMPH O Subcode Q data emphasis flag output terminal.

Emphasis ON: “H” OFF: “L”

Output polarity can be inverted by the command.

100 LRCK O Channel clock (44.1 kHz) output ter minal.

L channel “L” R channel: “H”

Output polarity can be inverted by the command.

• Block Diagram

XVDDXOXI

75 74 73 72

76DVDD 77RO 78DVSS 79DVR 80LO 81DVDD 82TEST1 83TEST2 84TEST3 85BUS0 86BUS1 87BUS2 88BUS3 89VDD 90VSS 91BUCK

92/CCE 93TEST4 94/TEMOD 95/RST 96TEST0 97/HSO 98/UHSO 99EMPH 100LRCK

LPF

Micon

inter face

Audio output

1Bit

DAC

Correction

circuit

XVSS

VDD

PXO

genelator

Address circuit

Digital out

PXI

Clock

1Gk RAM

VSS

TESIO1

TESIN

/DACT63/DMOUT62IO361IO260IO159IO058VSS57VDD56SHC55SRCH54DFCT53FOON52SEL512VREF

/CKSE

Servo control

ROM

RAM

CLV servo

Sync signal

protection

EFM

demodulation

Subcode demodulation circuit

Digital equalizer

Automatic adjusting circuit

PWM

Status

A/D

Data slicer

VCO

PLL TMAX

PWM

D/A

DMO

50 49 FVO 48 FMO 47

TEBC RFGC

VREF

TRO

44 43 FOO 42

+ –

TEZI 41 TEIN 40 TSIN 39 SBAD 38 FEIN 37 RFRP 36 RFZI 35

RFCT 34 AVDD 33

RFIN 32

SLCO 31 AVSS 30 VCOF 29 VCOREF 28 PVREF 27 LPFO 26 LPFN

1234

VSS

BCK

AOUT

5678

IPF

DOUT

MBOB

SBOK

91011

VDD

CLCK

VSS

DATA

SFSY

9-18

SBSY

SPCK15SPDA

COFS

VDD

MONIT

TESIO0

P2VREF

SPDO

PDOS

PDO

XMAXS

TMAX

Page 38

DV-L70U

9-14. IC801 PCM1716E AUDIO D/A CONVERTER

Pin No. Terminal name I/O Operation function

1 LRCIN I LRCK clock input (fs) 2 DIN I Data input

(3)

3 BCKI I Bit clock input for data. 4 CLKO O System clock buffered output. 5 XTI I Connection of crystal oscillator or external clock input. 6 XTO O Connection of crystal oscillator 7 DGND – Digital GND 8VDD – Digital power +5V

9VCC2R – Analog power +5V 10 AGND2R – Analog GND 11 EXTR O Rch Analog output amp. • common 12 NC – Not connected. 13 VOUTR O Rch Analog voltage output 14 AGND1 – Analog GND 15 VCC1 – Analog power +5V 16 VOUTL O Lch Analog voltage output 17 NC – Not connected. 18 EXTL O Lch Analog output amp. • common 19 AGND2L – Analog GND 20 VCC2L – Analog power +5V 21 ZERO O Zero data • flug 22 RSTB I

Resetting. While this pin is in "L" state, the DF and delta -sigma modulator is in reset state. 23 CS/IWO I Chip selection/input format selection 24 MODE I Mode control selection (H: Software, L: Hardware) 25 MUTE I Mute control

(1)

26 MD/DM0 I Mode control data/deemphasis selection 1 27 MC/DM1 I Mode control BCK/deemphasis selection 2 28 ML/IIS I Mode control latch/input format selection

(3)

(1)

(2)

(1)

(2)

(1)

Note: (1) Pins 22, 24, 25, 26, 27, and 28: With Schmidt trigger input pull-up resistor (2) Pin 23: With Schmidt trigger input pull-down resistor

(3) Pins 1, 2, and 3: Schmidt trigger input

• Block Diagram

AGND2L

AGND2R

20 19 9 10

BCKI

LRCIN

DIN

ML/IIS MC/DM1 MD/DM0

CS/IWO

MODE

MUTE

RSTB

28 27

26 23

24 25 22

Sirial

Input

I/F

8-time oversampling

digital filter with

Multilevel

delta/sigma

modulator

function controller

DAC

Low-pass

filter

Low-pass

filter

Mode

Control

I/F

Crystal OSC

XTI XTO CLKO

BPZ-Cont.

1AGND1 DGNDV

Open Drain

Power

784651415

11 21

OUT

EXTL V

OUT

EXTR ZERO

9-19

Page 39

9-15. IC901 IX1516GE GAMMA S-P-TONE

Terminal

1 VDD – Digitan power +3.3V 2 HADR (0) Input CPU Address bus

3 HADR (1) Input CPU Address bus 4 HADR (2) Input CPU Address bus 5 HADR (3) Input CPU Address bus 6 HADR (4) Input CPU Address bus 7 HADR (5) Input CPU Address bus

8 VSS – Digital GND 9 VDD – Digitan power +3.3V

10 HADR (6) Input CPU Address bus 11 HADR (7) Input CPU Address bus

12 HADAT (0) Input CPU Data bus 13 HADAT (1) Input CPU Data bus 14 HADAT (2) Input CPU Data bus 15 HADAT (3) Input CPU Data bus

16 VSS – Digital GND 17 VDD – Digitan power +3.3V 18 HADAT (4) Input CPU Data bus

19 HADAT (5) Input CPU Data bus 20 HADAT (6) Input CPU Data bus 21 HADAT (7) Input CPU Data bus

22 INT Input CPU Data bus 23 WAIT Input CPU Data bus 24 VSS – Digital GND 25 VDD – Digitan power +3.3V 26 HRD Input CPU read signal 27 HWR Input CPU write signal 28 HAS Input CPU address strobe signal 29 HCS Input CPU tip select signal 30 HIM Input CPU bus control selection signal (I/M mode = H/L) 31 MRST Input Reset signal 32 VSS – Digital GND 33 VDD – Digital power +3.3V 34 PXDO (0) Output Pixel data output

35 PXDO (1) Output 36 PXDO (2) Output MSB=PXDO(7), LSB=PXDO(0) 37 PXDO (3) Output 38 PXDO (4) Output 39 PXDO (5) Output

40 VSS – Digital GND 41 VDD – Digital power +3.3V 42 PXDO (6) Output

43 PXDO (7) Output 44 PXCLKO Output Reference clock output for pixel data. 27 MHz 45 VSYNCO Output Vertical sync signal output 46 HSYNCO Output Horizontal sync signal output 47 VSYNCI Input Vertical sync signal output 48 VSS – Digital GND 49 VDD – Digital power +3.3V 50 HSYNCI Input Horizontal sync signal output 51 PXCLKI Input Reference clock output for pixel data. 27 MHz 52 PXDI (0) Input Pixel data output

53 PXDI (1) Input 54 PXDI (2) Input MSB=PXDI(7), LSB=PXDI(0) 55 PXDI (3) Input

Terminal name In/Output Function

8-bit parallel video data conforming to ITU-R BT.601 and BT.656 standard (Cb/Y/Cr/Y)

DV-L70U

9-20

Page 40

DV-L70U

Terminal

Terminal name In/Output Function 56 VSS – Digital GND 57 VDD – Digital power +3.3V 58 PXDI (4) Input

59 PXDI (5) Input 60 PXDI (6) Input 61 PXDI (7) Input

62 TEST0 Input Test terminal 63 TEST1 Input Test terminal 64 VSS – Digital GND

• Block Diagram

15 21 29 28 27 26 30 31

HADAT

HADR HCS HAS HWR HRD HIM MRST

8881

Edge creation SPT circuit

Source Dec.

Clock Gen.

52 58 55 61

50 47

51 44

PXDI

HSYNCI

VSYNCI

PXCLKI

PXCLKO

64pin LQFP

ITU-R 601/656 interface

Timing generation

10 11

Host interface

Digital dinamic r circuit

Digital color correction

White correction

CPU

111 11

DR-SPT circuit

Color offset correction

ITU-R 601/656 formatter

PXDOVSYNCOHSYNCO

4546

3934 43

VDD

VSS

TEST0 TEST1

INT

WAIT

19 171625 33 49 57

8 24 32 40 48 56 64

62 63

22 23

NTSC Enc.

(3ch D/A built in)

9-16. IC1000 MB3800PV

Pin No. Terminal name I/O Operation function

1 -IN I Error amplifier inversion input terminal 2 SCP – Capacitor connection terminal for soft start/SCP setting 3 VCC – Power terminal 4 BR/CTL I Output current setting/control terminal 5 OUT O Totem pole type output terminal 6 GND – Ground terminal 7 OSC – Capacitor/resistor connection terminal for oscillation frequency setting 8 FB O Error amplifier output terminal

500

OSCVcc

0.1V

+ + +

DTC0.6V

Sawtooth

oscillator

PWM Comp.

Output drive

control circuit

0.3V

30k

OUT

• Block Diagram

3 7

Error Amp.

0.6V

0.1V

36k

A source of reference voltage

-IN 1

1.25V

0.5V

Soft start

S. C. P

GND SCP BR/CTL

2 4

9-21

Page 41

9-17. IC1101 LZ9GJ18/-1

DV-L70U

Pin No.

Terminal name 1 VIN 2 CVOP Vertical sync separation signal output 38 PDP Phase comparison output 3 MON_E Test setting output 39 GND Ground power terminal 4 HSY 5 VDD Power terminal 41 GND Ground power terminal 6 FRPT 7 SYNI Composite sync signal input 43 OSCO Clock oscillation circuit output 8 FRPV 9 GND Ground power terminal 45 VDD Power terminal

10 VCS Mask signal output for normal mode 46 GND Ground power terminal 11 NTPC Input for NTSC/PAL setting 47 CLD Clock signal output for source driver 12 VSY Vertical sync signal input/output 48 TST1 Test setting input 13 HRVC Input for horizontal scanning direction setting 49 RESH Horizontal counter reset input 14 VRVC Input for vertical scanning direction setting 50 RESV Vertical counter reset input 15 CLKC Input for clock/sync signal input/output setting 51 TST2 Test setting input 16 MDS Input for display mode setting 52 TEST Test setting input 17 GND Ground power terminal 53 MON_A Test setting output 18 EXCL Clock input/output 54 MON_B Test setting output 19 GND Ground power terminal 55 MON_C Test setting output 20 MDW Input for display mode setting 56 MON_D Test setting output 21 MDN Input for display mode setting 57 CLS Clock signal output for gate driver 22 PWM Backlight luminance control signal output 58 SPS Reset signal output for gate driver 23 MON_F Test setting output 59 VR Scan setting input for gate driver 24 VSWC VSWO output control input 60 MOD1 Control signal for gate driver 25 VCSWI Video system selection input 61 TCLK Test setting input 26 VSWO Video system selection output 62 GND Ground power terminal 27 VDD Power terminal 63 GND Ground power terminal 28 SPOI Start signal input/output for source driver 64 GPS Signal output for gate power supply 29 GND Ground power terminal 65 LOWI Control signal input for gate driver 30 PCP Test setting output 66 ABC Input for output setting 31 CLOC EXCL terminal output mode selection input 67 VDD Power terminal 32 MOD2 Control signal output for gate driver 68 GND Ground power terminal 33 HR 34 IHR 35 PS Control signal output for source driver 71 BLKO Both sides position adjustment output 36 CTR Control signal output for source driver 72 SYNO Composite sync signal output

Ver tical sync signal input (positive polarity)

Horizontal sync signal input/output (negative polarity)

Polarity inversion signal output for opposed polarity

Polarity inversion signal output for video signal

Horizontal scan setting output for source driver Horizontal scan setting output for source driver

Operation function

Pin No.

Terminal name

37 SPIO Start signal input/output for source driver

40 MON Test setting output

42 GND Ground power ter minal

44 OSCI Clock oscillation circuit input/output

69 DVTC Test setting input 70 BLKI Both sides position adjustment input

Operation function

9-18. IC1102 NJM2107F

-INPUT

+INPUT

9-22

OUTPUT

Page 42

DV-L70U

9-19. IC1801 IR3Y29BM

Pin No. Terminal name Operation function

1 TRAP It is a trap connection terminal. Output impedance is 1kΩ. 2 CONTRAST Adjustment can be done the signal contrast from the video input (Y/C input). 3 VIDEO IN It is the input terminal of the composite video signal (in the case of the Y/C input, Y signal). 4 IDENT FILTER It is a filter connection terminal for ident detection. 5 C IN It is the input terminal of the chroma signal at the time of the y/c input.

It comes to deal with composite video input when this terminal is articulated in GND again. 6 COLOR It is a color adjustment terminal. 7 BURST OUT A burst cleaning coil is articulated at the time of the PAL preference. 8 KILLER FILTER It is the connection terminal of the filter for killer detection. 9 R-Y It is the input terminal of the color difference demodulation circuit.

10 B-Y 11 ACC FILTER It is the connection terminal of the filter for the ACC detection. 12 CHROMA OUT A collar is adjusted, and it is the output terminal of the chroma signal which went ahead of the burst. 13 TINT It is a terminal for the hue adjustment.

The transfer switch of NTSC/PAL is included, and it comes to deal with PAL by articulating it in GND.

14 VCO IN It is the input terminal of VCO. 15 APC FILTER It is the connection terminal of the filter for the APC detection. 16 VCO OUT It is the output terminal of VCO.

17,18 GND1,2 GND1, GND2 aren't articulated inside the integrated circuit.

Give me these terminals as the surely same electric potential.

20 R DC DET It is the smoothing capacitor connection terminal of the feedback circuit for the RGB output DC level 22 G DC DET control. 25 B DC DET Employ the condenser which leakage is rare in for the high impedance. 19 R OUT It is the output terminal of the RGB primary colors signal. 21 G OUT 24 B OUT 23 Vcc2 It is a power source connection terminal for the RGB Hara output. 26 GAMMA 2

28 RGB AMPLITUDE Adjustment can be done between black-black of the RGB output signal the swing and the dynamic range.

ADJUST

27 GAMMA 0

29 BRIGHT A gamma compensation curve and the adjustment of the swing of common output can be done. 30 SUB BRIGHT B It interlocks with the gamma compensation curve, and R and the slight adjustment of bright of B can be done. 31 SUB BRIGHT R 32 COMMON FRP 33 FRP It is the input terminal of the timing pulse for the RGB output inversion.

34 SYNC IN It is the input terminal of low active horizontal synchronizing.

35 SYNC OUT High active, and the composite synchronizing signal isolated in the synchronous separation circuit is

36 SYNC SEP It is a synchronous separation circuit input terminal. 37 COMMON The adjustment of the COMMON signal amplitude can be done.

AMPLITUDE

ADJUST 38 COMMON OUT It is the output terminal of the COMMON signal. 39 SW It is a SW signal input terminal whether to display either RGB input or video input.

40 B IN It is the input terminal of the RGB signal. 41 G IN Input a signal by the capacitive coupling. 42 R IN 43 Vcc It is a power source connection terminal. 44 F ADJ The characteristics of the built-in filter can do adjustment by the value of the backlash articulated in this

45 CLAMP It is the connection terminal of the capacity for the pedestal clamp of the luminance signal.

46 AGC FILTER It is the connection terminal of the filter for the automatic gain control detection of the luminance signal.

Adjustment can be done the point of the gamma 2. This terminal is preset inside.

This terminal is preset inside. Adjustment can be done the point of the gamma 0. This terminal is preset inside.

This terminal is preset inside. It is the input terminal of the timing pulse for level switching of the COMMON output.

It is inverted with L, and it becomes non-inverting with H.

A flip-flop is inverted at the time of PAL at the start of this synchronizing signal.

outputted. An output form is open collector.

This terminal is preset inside.

'H' Or, it is open, and video input (Y/C input) is chosen in the RGB input, 'L'.

terminal.18kΩ is recommended with both NTSC and PAL. Give me articulated backlash as the resistance value tolerance ± 2%, temperature characteristic ±200ppm/°C.

Employ the condenser which leakage is rare in for the high impedance.

9-23

Page 43

Pin No. Terminal name Operation function

47 AGC OUT It is the terminal which the voltage detected in the automatic gain control detector circuit of the luminance

signal is outputted in. Output voltage rises the output voltage.

48 PICTURE The frequency characteristic of the luminance signal can do adjustment.

When a voltage is lowered, emphasis is put on the contour.

SYNC SEP

• Block Diagram

TRAP COLOR

1 6 45 47 46 36 35 34 38 37 20 19 22 21 25 24

CLAMP

AGC OUT

AGC FIL

SYNC OUT

SYNC IN

COM

OUT

COM AMP

ADJ

R DC DET G DC DET B DC DET

R OUT G OUT B OUT

VREF

DV-L70U

BURST CLEANING

ACC FIL

APC FIL

VIDEO IN

F ADI

CIN

Vcc

IDENT FIL

REG1 REG2 REG3

COMP

Y/C

14 16

ACC DET

SYNC IN

GND

GND Vcc1 Vcc2

17 18 43 23

APC

VCO

TINT

PAL ON

TRAP

HPF

PHASE

SHIFT

PAL SW

F/F

9-20. IC1900 BA7046F

Pin No. Function

1 A horizontal oscillation backlash terminal 2 HD output terminal 3 SYNC output terminal (Open Collector) 4 VD output terminal 5 GND terminal 6 Video input terminal 7 Power terminal 8 Phase comparator output terminal

COMP

Y/C

COLORACC

KILLER

CHROMA OUT

NPN

B-Y

IDENT

P N

8109

KILLER FIL

DEMOD

R-Y

AGCDET

AGCAMP

CLAMP

SYNCSEP

BGP GEN

BGP

INV

Window Pulse GEN

PICTURE

F/F

PICTURE

AMP

R-Y

• Block Diagram

1234

H. OSC

V. SEPA

INV INV

AMP

INT/EXT SW

MATRIX

G-Y B-Y

AMP

RGB AMP ADJ

27 26 29

40 41 42

PHASE

COMP

FRP

COM FRP

ϒ0 ϒ2

BRIGHT

SUB BRIGHT B

SUB BRIGHT R

EXT B IN EXT G IN EXT R IN

CONTRAST

8765

SYNC

SEPA

9-24

Page 44

DV-L70U

9-21. IC2102 TK15400

• Block Diagram

Y-INPUT

4.7µF

75Ω

Standby

C-Input

4.7µF

75Ω

Vcc

Vcc=5.0V

Clamp

1.25V

Reference

Standby

Logic

BIAS

2.0V

100kΩ

Clamp

1.25V

33µF

DRIVER

5kΩ 5kΩ

DRIVER

5kΩ 5kΩ

DRIVER

Ω

1.5kΩ

Ω

8dB

1.5kΩ

8dB

Y-OUTPUT Vout 2.0Vp-p

33µF

33µF +

33µF

75Ω

CVBS-OUTPUT Vout 2.0Vp-p

75Ω

C-OUTPUT Vout 1.3Vp-p

75Ω

4 73

GND

9-22. IC3200 IX1625GE

Pin No.

1–NC 2 O BLK Blanking signal output To LCD decoder IC 3 4–NC 5 I HSYNC Horizontal sync signal input 6 I VSYNC Vertical sync signal input From LCD decoder IC 7 I SCLK Serial clock input From DVD system computer 8 O SOUT Serial data output To DVD system computer

9 I SIN Serial data input From DVD system computer 10 I SYNC Composite sync signal input From LCD decoder IC 11 I PLLD TVPLL lock signal input From TV tuner 12 O PLCS TVPLL load EN output To TV tuner 13 O PCLK Clock output for inner communication To TV tuner , E2PROM, and DAC IC 14 O POUT Data output for inner communication To TV tuner, E2PROM, and DAC IC 15 I SAFE Not used. "H" 16 O RGB Not used. "L" 17 O MRDY READY output From DVD system computer 18 O POW Power on/off control output To DCDC converter 19 I PIN Data input for inner communication From E2PROM 20 O K3 Not used. 21 – NC 22 O K2 Key matrix output2 To operation panel 23 24 O NC 25 I K1 Key matrix output1 26 I K0 Key matrix output0 27 I S3 Key matrix input3 28 I S2 Key matrix input2 29 I S1 Key matrix input1 30 I S0 Key matrix input0

I/O Terminal name Operation function Remarks

From LCD decoder ICFrom LCD decoder IC

9-25

Page 45

DV-L70U

Pin No.

31 I ST/MT Input for destination setting L: Japan 32 – GND GND 33 – NC Not used. (Pull-up) 34 O MONO Not used. 35 I AFT AFT voltage inputFrom LCD decoder IC From TV tuner 36 O PDET Battery monitor AD input 37 I AGC AGC voltage input From TV tuner 38 I VOL Not used. 39 I POW IN Power button input 40 I IREM Remote control input From remote control light receiving unit 41 – NC 42 O MODW Panel selection output (1) To LCD control IC 43 44 MODN Panel selection output (2) 45 O VSW Not used. 46 O MIRST DVD microcomputer reset output To DVD system computer interface IC 47 O DVD P DVD circuit power control To DVD power switch circuit 48 I LCD SW Liquid crystal panel open/close interrupt 49 O LCD H Backlight ON/OFF control 50 – NC 51 – NC 52 O LED1 LED control (green) To LED lighting circuit 53 O AV-S TD/DVD video/audio selection output To video SW IC/audio SW IC 54 O LED2 LED control (red) To LED lighting circuit 55 O AV-P TD/DVD video/audio selection output To video SW IC/audio SW IC 56 O DEF Defeat output 57 O EPCS E2PROM chip select To E2PROM 58 O DACS DAC chip select To adjustment DAC IC 59 O FLOF Not used. 60 O IN H External input control To video SW IC/audio SW IC 61 I PSW Not used. 62 O SMUTE Audio mute output To audio output circuit 63 64 – NC 65 O PMUTE Video mute output To LCD decoder circuit 66 I ACL ACL input From 2VREG/reset generation IC 67 – CLI System clock input Oscillator 68 – CLO System clock output Oscillator 69 T1 Test input1 GND 70 T2 Test input2 GND 71 – GND Reference potential GND 72 – GND Reference potential GND 73 – VDD Power supply 4.5~5.5V 74 – OSCI Sign clock input To OSD oscillation coil 75 – OSCO Sign clock output To OSD oscillation coil 76 B Blue sign output To LCD decoder IC 77 G Green sign output To LCD decoder IC 78 R Red sign output To LCD decoder IC 79 FMCS Not used. 80 – NC.

I/O Terminal name Operation function Remarks

From liquid crystal open/close detection switch From E2PROMTo liquid cr ystal inverter unit

9-26

Page 46

DV-L70U

Pin No.

2 O BLK Blanking signal output H ... OSD display

3 L ... Blank (television image)

5 I HSYNC Horizontal synch signal input Negative polarity input

6 I VSYNC Vertical sync signal inputNegative polarity input

7 I SCLK Serial clock input/output Clock input during serial communication

8 O SOUT Serial data output Data output during serial communication

9 I SIN Serial data input Data input during ser ial communication

10 I SYNC Composite sync signal input 11 I PLLD TVPLL lock signal input* Used to judge whether TVPLL is locked in

12 O PLCS TVPLL load EN output* H ... During data transmission to TVPLL

13 O PCLK Clock output for inner communication 14 O POUT Data output for inner communication 15 I SAFE Fixed at “H”. 16 O RGB Fixed at “L”. 17 O MRDY READY output READY signal output during serial

18 O POW Power on/off control DC/DC power control

19 I PIN Data output for inner communication Ser ial data input to E2PROM 20 O K3 Not used. 22 O K2 Key matrix output2 23 25 O K1 Key matrix output1 26 O K0 Key matrix output0 27 I S3 Key matrix input3 Key matrix input 28 I S2 Key matrix input2 29 I S1 Key matrix input1 30 I S0 Key matrix input0 31 I ST/MT Input for US setting H ... US, L ... Japan 34 O MONO Not used. 36 O S AD input for battery monitor 39 O M Power button input H ... Po wer ON

35 I AFT AFT voltage input* Tuner AFT voltage input 37 I AGC AGC voltage input* Tuner AGC voltage input 38 I VOL Sound volume AD input Sound VOL input 40 I R/C Remote control input Infrared remote control input 42 O MODW Panel selection input(1) 43 44 MODN Panel selection input(2)

45 O VSW Not used. 46 O MIRST DVD microcomputer reset output H ... Normal, L ... Reset 47 O DVD P DVD circuit power control H ... ON, L ... OFF 48 O LCDSW Liquid crystal panel open/close interr upt H ... OPEN, L ... CLOSE 49 O LCDH Liquid crystal system circuit power control H ... ON, L ... OFF

I/O Terminal name Operation function Remarks

with DVD microcomputer

with DVD microcomputer Used for sync judgment in the search mode.

the receiving frequency or not. H ... Unlocked state L ... Locked state

L ... When data is not transmitted. Serial clock output to E2PROM/TVPLL*/DAC Serial data output to E2PROM/TVPLL*/DAC

communication with DVD H ... Command reception disable (BUSY state) L ... Command reception enable (READY state)

H ... Power ON L ... Power OFF (stand-by)

L ... Power OFF

MODW MODN Display mode

H H Full-screen mode H L Wide mode

L H Normal mode L L Cinema mode

9-27

Page 47

DV-L70U

Pin No.

I/O Terminal name Operation function Remarks 52 O LED1 LED control (green) LED control 53 O AV S DVD/TV control “H” is output during TV tuner reception. 54 O LED2 LED control (red) LED control 55 O AV P DVD/TV control “H” is output during TV tuner reception

and external input.

56 DEF Defeat output H ... External synchronization (normal)

L ... Internal synchronization (in the auto preset mode/during OSC adjustment)

57 O EPCS EPROM chip select H ... During data transmission/reception

with E

PROM

L ... When data is not transmitted.

58 O DACS DAC chip select H ... During data transmission to DAC

L ... When data is not transmitted.

59 O FLOF DVD video mute H ... Normal

L ... DVD video mute 60 O IN H External input control H ... External input, L ... DVD/TV mode 61 I PSW Not used. 62 O SMUTE Audio mute output L ... Speaker sound mute 63 H ... Normal 65 O PMUTE Video mute output L ... Video mute

H ... Normal 79 O FMCS Not used.

• Block Diagram

GND

VDD

ACL

CLOCK

SYSTEM

GENERATOR

CPU

CL1

CONTROL

CL0 67

P00 19

P0712P10

P1760P20

P27

P30 61

PORT I/O

P32 65

P33

P37

P40 42

P47

P5036P5440

P5535P56

D/A(PWM)

A/D

P57 31

SIO

VSVNC6

HSYNC

P64/BLK 2

P63/I 79

P60/R 78

P61/G 77

P62/B 76

OSC0 75

OSC1 74

OSD CONTROL

(SM83 core)

It is

ROM

(32Kbyte)

RAM

(512byte)

Timer

interrupted.

DATA BUS

CGRAM

CGROM

ADDRESS BUS

9-28

Page 48

DV-L70U

9-23. IC3201 MB8346BV

Pin No.

17 I Data input terminal The 12-bit serial data is input. 14 O Data output ter minal The bit data of MSB of 12-bit shift register is output. 16 I Shift clock input terminal The input signal form the DI terminal is input into 12-bit shift register when the shift

15 I Load signal input terminal When “H” level is input, the data of the 12-bit shift register is loaded to the decoder

18, O D/A output teminal Analog data of 8-bit D/A converter with OP amplifier is output. 19,

2, 3, 4, 5, 6, 7, 8, 9,

12,

13 11 – Power terminal Power terminal of MCU interface/OP amplifier 20 – GND ter minal Ground terminal of MCU interface/OP amplifier 10 – Power terminal Power terminal of D/A converter

1 – GND terminal Ground terminal of D/A converter

I/O Ter minal name Remarks

clock reises.

and register for D/A output.

• Block Diagram

CLK

Vcc

12 bits shift register

D1 D2 D3 D4 D5 D6 D7 D8

DIDO DI

8 bits R-2R D/A Converter

GND

D9 D10 D11

Address decoder

1234 12

8 bits latch8 bits latch

8 bits R-2R D/A Converter

Vcc

GND

AO12 VDD Vss

9-29

Page 49

9-24. IC3202 BR93L46F EEPROM

DV-L70U

Terminal

Terminal name In/Output Function 2 VCC – Power 7 GND – All input/output reference voltage, 0V 3 CS Input Tip select input 4 CLK Input Sirial clock input 5 DIN Input Start bit, operation code, address and serial data input 6 OCNT Output Serial data output, READY/BUSY internal status indication output

• Block Diagram

Wave voltage

Write inhibition

6bit

16bit

detection

Address Decoder

R/W

Amp.

High voltage generation

6bit

16bit

1,024

EEPROM

C S

S K

D I

D O

Instruction decode control clock generation

Instruction register

Dummy bit

Address buffer

Data resistor

bit

Aray

9-25. IC3205 S875045B

Pin No.

Terminal name Remarks

OUT Output terminal of voltage regulator

2 Vss GND terminal 3C

D External capacitor connection terminal for

delay of voltage detection circuit

VPF Power-off circuit input terminal

SENSE

Voltage monitor terminal of voltage detection circuit

4VOR Output terminal of voltage detection circuit,

Nch open drain

IN Positive power input terminal

Phase fault

protection circuit

Voltage regulator

Voltage detection

circuit

Delay circuit

OUT

9-30

Page 50

DV-L70U

9-26. IC3601 TK11835

BASE

GND

+- -+

1.Power amplification Tr base drive

Thermal S.D

REF

2.Electric current limitation

3.Output voltage feedback

4.Reference voltage

5.GND

6.Input

9-27. IC6002 TDA7053

Pin No. Terminal name

1 SGND1 Signal ground1 9 OUT2A Output2 (Positive) 2 IN1 Input1 10 GND2 Power ground2 3 n.c. Not connected 11 n.c. Not connected 4 n.c. Not connected 12 OUT2B Output2 (Negative) 5 Vp Supply voltage 13 OUT1B CH2 gain fixed input terminal 6 IN2 Input2 14 GND1 CH3 gain adjustment input terminal 7 SGND2 Signal ground2 15 n.c. Not connected 8 n.c. Not connected 16 OUT1A VCC

Operation function

Pin No. Terminal name

Operation function

• Block Diagram

16(+)

l+i

TDA7053

OUT1

IN1

SGND1

OUT1B

13(-)

GND1

l-i

OUT2B

12(-)

l+i

IN2

SGND2

OUT2

9(+)

l-i

GND2

15 n.c. 11 n.c.

8 n.c. 4 n.c. 3 n.c.

9-31

Page 51

9-28. IC9001 TL1451AC

DV-L70U

(16)

(3) (4) (5)

(12) (14) (13)

(15)

Vref=2.5V

Error Amp1

Error Amp2

(9)

VCC

Reference

Voltage

+2.5V

+ +

Vref/2

Vref Vref Vref

Latch

2.0V

1.4V

Short Circuit Protection Comparator

U.V.L.O.

(1) (2)

Trlangle

Oscillator

PWM Comprator1

(7)

Output1

(10)

Output2

PWM Comprator2

GND

(8)(11)(6)

9-32

Page 52

DV-L70U

S H A R P

10. SEMICONDUCTOR LEAD IDENTIFICATION

IC701 VHiAN8473NS-1

IC6002 VHiTDA7053/-1

IC601 RH-iX1608GEZZ

IC702

IC1901

VHiBA5933FP-1

VHiYTHC221AF-1 IC9001 VHiTL1451AC-1

IC801 VHiPCM1716E-1

IC401 RH-iX1484GEZZ

IC707 RH-iX1473GEZZ

IC201 VHiMC44722A-1

IC501 RH-iX1626GEZZ

X601 RCRSC0031GEZZ X702 RCRSC0035GEZZ

IC303 RH-iX1517GEZZ

IC6202, IC6203

IC2102 VHiTK15400/-1

VHiTC4053BF-1 IC704 RH-iX1531CEZZ

IC3201 VHiMB8346BV-1

IC703

IC402 RH-iX1474GEZZ

IC504 RH-iX1478GEZZ

IC2101 VHiNJM2535V-1 IC1000 VHiMB3800PV-1

IC3301 VHiTC7W14U/-1

VHi10324AFV-1

IC6602, IC1103, IC6000 VHiNJM4560M-1

IC506 RH-iX1618GEZZ

IC901 RH-iX1516GEZZ IC512 RH-iX1535GEZZ

IC3200

LZ9GJ18

SHARP

JAPAN

Y Y WW XXX

VHiBR93L46F-1 IC1900 VHiBA7046F/-1

IC1101 VHiLZ9GJ18/-1

IC3202

IR3Y298

SHARP

JAPAN

Y Y WW X

IC1801 VHiiR3Y29BM-1

IC1902 VHiTC4S81F/-1 IC1102 VHiNJM2107F-1

RH-iX1625GEN2

IC6601 VHiPQ20WZ1U-1

IC2103 VHiTC4S66F/-1

IC602 RH-iX0750TAZZ

IC3601 VHiTK11835/-1

10-1

Page 53

11. WIRING DIA GRAM

DV-L70U

11-1

Page 54

DV-L70U

12. BLOCK DIAGRAMS

12-1. MAIN BLOCK DIAGRAM

1234567891011 12 13 14 15 16 17 18 19 20

12-1~12-2

Page 55

DV-L70U

12-2. LCD BLOCK DIAGRAM

1234567891011 12 13 14 15 16 17 18 19 20

12-3~12-4

Page 56

DV-L70U

12-3. POWER BLOCK DIAGRAM

1234567891011 12 13 14 15 16 17 18 19 20

12-5~12-6

Page 57

DV-L70U

12-4. INVERTER BLOCK DIAGRAM

1234567891011 12 13 14 15 16 17 18 19 20

12-7~12-8

Page 58

DV-L70U

13. SCHEMATIC DIAGRAMS 13-1. MAIN (1) CIRCUIT SCHEMATIC DIAGRAM

1234567891011 12 13 14 15 16 17 18 19 20

13-1~13-2

Page 59

DV-L70U

13-2. MAIN (2) CIRCUIT SCHEMATIC DIAGRAM

1234567891011 12 13 14 15 16 17 18 19 20

13-3~13-4

Page 60

DV-L70U

13-3. MAIN (3) CIRCUIT SCHEMATIC DIAGRAM

1234567891011 12 13 14 15 16 17 18 19 20

13-5~13-6

Page 61

DV-L70U

13-4. LCD CIRCUIT SCHEMATIC DIAGRAM

å AND SHADED COMPONENTS=SAFETY RELATED PARTS

å

1234567891011 12 13 14 15 16 17 18 19 20

13-7~13-8

Page 62

DV-L70U

14. PRINTED WIRING BOARD ASSEMBLIES 14-1. MAIN PWB

Componet Side

12345678910

14-1

Page 63

Wiring Side

DV-L70U

12345678910

14-2

Page 64

DV-L70U

14-2. LCD/OPERATE PWB

LCD PWB Componet Side

DV-L70U

Wiring Side

OPERATE PWB Componet Side

Wiring Side

1234567891011 12 13 14 15 16 17 18 19 20

14-3~14-4

Page 65

DV-L70U

- M E M O -

14-5

Page 66

DV-L70U

Ref. No. Part No. ★ Description Code Ref. No. Part No. ★ Description Code

15.REPLA CEMENT PARTS LIST/ EXPLODED VIEWS

ELECTRICAL PARTS LIST

IC6202 VHiTC4053BF-1 TC4053BF, Multiplexer AG IC6203 VHiTC4053BF-1 TC4053BF, Multiplexer AG IC6601 VHiPQ20WZ11-1 PQ20WZ1U, Batt REG AG IC6602 VHiNJM4560M-1 NJM4560M, Audio Amp AG

Parts marked with " å" 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.

HOW TO ORDER REPLACEMENT PARTS

★MARK : SPARE PARTS-DELIVERY SECTION : ALL JAPAN

To have your order filled promptly and correctly, please furnish the following informations.

1. MODEL NUMBER 2. REF. NO.

3. PART NO. 4. DESCRIPTION

5. PRICE CODE

å MARK: SAFETY RELATED PARTS

PWB ASSEMBLY IS NOT REPLACEMENT ITEM

Ref. No. Part No. ★ Description Code

PRINTED WIRING BOARD ASSEMBLIES

(NOT REPLACEMENT ITEM)

DUNTK5869KE52 Main PWB Unit — DUNTK5870KE52 LCD PWB Unit — DUNTK5755XJ6B Operate PWB Unit —

DUNTK5869KE52

MAIN PWB UNIT

IC201 VHiMC44722A-1 MC44722A, Video Enc. AX IC303 RH-iX1517GEZZ IX1517GE, RF Processor AX IC401 RH-iX1484GEZZ IX1484GE, 4M DRAM AU IC402 RH-iX1474GEZZ IX1474GE, DEM/ECC BG IC501 RH-iX1626GEZZ IX1626GE, Flash Memory AX IC504 RH-iX1478GEZZ IX1478GE, Micro Com. BA IC506 RH-iX1618GEZZ IX1618GE, 1M SRAM AR IC512 RH-iX1535GEZZ IX1535GE, Host I/F AN IC601 RH-iX1608GEZZ IX1608GE, Source Decoder BM IC602 RH-iX0750TAZZ IX0750TA, 16 SDRAM AX IC701 VHiAN8473NS-1 AN8473NS, Spin Driver AN IC702 VHiBA5933FP-1 BA5933FP AM IC703 VHi10324AFV-1 10324AFV AF IC704 RH-iX1531CEZZ IX1531CE, Multiplexer AF IC707 RH-iX1473GEZZ IX1473GE, Servo Processor BA IC801 VHiPCM1716E-1 PCM1716E AV IC901 RH-iX1516GEZZ IX1516GE, Gamma S-P Tone AV IC1801 VHiiR3Y29BM-1 IR3Y29BM, LCD Decoder AT IC1900 VHiBA7046F/-1 BA7046F AF IC1901 VHiTHC221AF-1 THC221AF AG IC1902 VHiTC4S81F/-1 TC4S81F AC IC2101 VHiNJM2535V-1 NJM2535V, AE

IC2102 VHiTK15400/-1 TK15400 AK IC2103 VHiTC4S66F/-1 TC4S66F, SW AD IC3200 RH-iX1625GEN2 IX1625GE AT IC3201 VHiMB8346BV-1 MB8346BV AN IC3202 VHiBR93L46F-1 BR93L46F AG IC3205 VHiS875045B-1 S875045B AH IC3301 VHiTC7W14U/-1 TC7W14U AG IC3601 VHiTK11835/-1 TK11835 AH IC6000 VHiNJM4560M-1 NJM4560M, Audio Amp AG IC6002 VHiTDA7053/-1 TDA7053 AL

INTEGRATED CIRCUITS

Input Video Selector

Q112 VS2SA1774F/-1 2SA1774F AA

TRANSISTORS

Q115 VSFMMT717//-1 FMMT717 AE Q118 VSFMMT717//-1 FMMT717 AE Q121 VSDTA114EE/-1 DTA114EE AB Q122 VSFMMT717//-1 FMMT717 AE Q123 VSFMMT717//-1 FMMT717 AE Q201 VS2SC4738Y/-1 2SC4738Y AA Q202 VS2SA1576//-1 2SA1576 AB Q203 VS2SC4738Y/-1 2SC4738Y AA Q204 VS2SA1576//-1 2SA1576 AB Q211 VSDTC124EE/-1 DTC124EE AA Q301 VS2SA1576//-1 2SA1576 AB Q304 VSDTC144EE/-1 DTC144EE AA Q307 VS2SA1298Y/-1 2SA1298Y AB Q308 VS2SA1298Y/-1 2SA1298Y AB Q309 VS2SA1298Y/-1 2SA1298Y AB Q701 VSDTA144EE/-1 DTA144EE AA Q702 VSDTC144EE/-1 DTC144EE AA Q705 VSDTC144EE/-1 DTC144EE AA Q1801 VS2SC4738Y/-1 2SC4738Y AA Q1803 VSDTC144EE/-1 DTC144EE AA Q1804 VSDTA144EE/-1 DTA144EE AA Q1805 VSDTA144EE/-1 DTA144EE AA Q1806 VSDTA144EE/-1 DTA144EE AA Q1807 VS2SA1576//-1 2SA1576 AB Q1808 VS2SA1774F/-1 2SA1774F AA Q1900 VSDTA114YE/-1 DTA114YE AB Q2004 VSDTA114EE/-1 DTA114EE AB Q2005 VSDTA114EE/-1 DTA114EE AB Q2102 VSDTC114EE/-1 DTC114EE AB Q2103 VSDTA144EE/-1 DTA144EE AA Q2104 VSDTC114EE/-1 DTC114EE AB Q2201 VSDTA144EE/-1 DTA144EE AA Q2202 VSDTC144EE/-1 DTC144EE AA Q2203 VSDTC144EE/-1 DTC144EE AA Q2204 VS2SC4738Y/-1 2SC4738Y AA Q2205 VS2SC4738Y/-1 2SC4738Y AA Q2206 VS2SA1576//-1 S2SA1576 AB Q2311 VSDTC114EE/-1 DTC114EE AB Q2312 VSDTC114EE/-1 DTC114EE AB Q3102 VSDTA144EE/-1 DTA144EE AA Q3103 VS2SC4738Y/-1 2SC4738Y AA Q3201 VS2SC4738Y/-1 2SC4738Y AA Q3202 VS2SC4738Y/-1 2SC4738Y AA Q3203 VSDTA144EE/-1 DTA144EE AA Q3204 VSDTA144EE/-1 DTA144EE AA Q3601 VS2SA1362GR-1 2SA1362GR AC Q6000 VS2SD1306-E1E 2SD1306 AD Q6001 VS2SD1306-E1E 2SD1306 AD Q6002 VSDTA114EE/-1 DTA114EE AB Q6612 VS2SC4213B/-1 2SC4213B AC Q6613 VS2SC4213B/-1 2SC4213B AC Q6615 VS2SC4213B/-1 2SC4213B AC Q6616 VS2SC4213B/-1 2SC4213B AC

DIODES

D112 VHDDAN222//-1 DAN222 AA D301 VHDDAP222//-1 DAP222 AA D501 VHDMA132K//-1 DMA132K AA D502 VHDMA132K//-1 DMA132K AA D1802 VHDDAN222//-1 DAN222 AA D1807 VHDMA132K//-1 MA132K AA D2000 VHDMA132K//-1 MA132K AA D2002 VHDMA132K//-1 MA132K AA D2101 VHDMA716///-1 MA716 AC D2102 VHDMA716///-1 MA716 AC D2301 VHDDAP222//-1 DAP222 AA D2302 VHDMA132K//-1 MA132K AA D2303 VHDMA132K//-1 MA132K AA

15-1

Page 67

DV-L70U

Ref. No. Part No. ★ Description Code Ref. No. Part No. ★ Description Code

DUNTK5869KE52

MAIN PWB UNIT(Continued)

D3100 VHDDAN222//-1 DAN222 AA D3101 VHDDA227///-1 DA227 AB D3102 VHDDA227///-1 DA227 AB D3103 VHDDAN222//-1 DAN222 AA D3106 VHDDA221///-1 DA221 AB D3107 VHDDA221///-1 DA221 AB D3108 VHDDA221///-1 DA221 AB D3109 VHDHVU17TRF-1 HVU17TRF AE D3113 VHDMA132K//-1 MA132K AA D3151 VHDMA132K//-1 MA132K AA D3152 VHDDAN222//-1 DAN222 AA D3159 VHDMA132K//-1 MA132K AA D3202 RH-PX0421CEZZ PhotoDiode AD D3301 VHDMA132K//-1 MA132K AA D3601 VHDMA132K//-1 MA132K AA D3602 VHDDA227///-1 DA227 AB D6001 VHDDAN222//-1 DAN222 AA TH3100 RH-HZ0025CEZZ Thermistor AC

PACKAGED CIRCUITS

X601 RCRSC0031GEZZ Crystal, CRSC0031GE AK X702 RCRSC0035GEZZ Crystal, CRSC0035GE AG X1801 RCRSC0087TAZZ Crystal, CRSC0087TA AK

FILTERS

FL501 RFiLC0196GEZZ Filter, FiLC0196GE AE X3100 RFiLC0201GEZZ Filter, FiLC0201GE AD

COILS

L201 VPAWM470J6R4N Peaking, 47µHAC L203 VPAWM270J3R9N Peaking, 27µHAC L204 VPAWM270J3R9N Peaking, 27µHAC L205 VPAWM270J3R9N Peaking, 27µHAC L206 VPAWM270J3R9N Peaking, 27µHAC L209 VPAWM470J6R4N Peaking, 47µHAC L301 VPAWM100J2R6N Peaking, 10µHAC L303 VPAWM100J2R6N Peaking, 10µHAC L304 VPAWM100J2R6N Peaking, 10µHAC L351 VPAWM100J2R6N Peaking, 10µHAC L401 VPAWM470J6R4N Peaking, 47µHAC L403 VPAWM470J6R4N Peaking, 47µHAC L501 VPAWM470J6R4N Peaking, 47µHAC L502 VPAWM1R0JR70N Peaking, 1µHAC L511 VPAWM470J6R4N Peaking, 47µHAC L512 VPAWM470J6R4N Peaking, 47µHAC L701 VPAWM100J2R6N Peaking, 10µHAC L801 VPAWM470J6R4N Peaking, 47µHAC L1803 VPAWM470J6R4N Peaking, 47µHAC L1804 VPAWM470J6R4N Peaking, 47µHAC L2001 VPAWM470J6R4N Peaking, 47µHAC L2002 VPAWM470J6R4N Peaking, 47µHAC L2202 VPAWM100J2R6N Peaking, 10µHAC L3001 RCiLF0391TAZZ Coil, CiLF0391TA AG L3002 RCiLF0391TAZZ Coil, CiLF0391TA AG L3100 VPAWM470J6R4N Peaking, 47µHAC L3203 VPAWM470J6R4N Peaking, 47µHAC L3204 VPAWM470J6R4N Peaking, 47µHAC L3601 VPAWM470J6R4N Peaking, 47µHAC L3602 RCiLP0158GEZZ Coil, 150 µHAE L3603 VPAWM100J2R6N Peaking, 10µHAC L3604 VPAWM470J6R4N Peaking, 47µHAC L6001 RCiLF0391TAZZ Coil, CiLF0391TA AG L6002 RCiLF0391TAZZ Coil, CiLF0391TA AG

CAPACITORS

C111 VCEAPF0GW227M 220 4V Electrolytic AB C112 VCEAPF0JW107M 100 6.3V Electrolytic AC C114 VCKYCY1CF104Z 0.1 16V Ceramic AA C115 VCKYCY1CF104Z 0.1 16V Ceramic AA C116 VCKYCY1CF104Z 0.1 16V Ceramic AA C117 VCKYCY1CF104Z 0.1 16V Ceramic AA

C118 VCKYCY1CF104Z 0.1 16V Ceramic AA C201 VCSATE0JJ476M 47 6.3V Tantalum AF C202 VCKYCY1EB103K 0.01 25V Ceramic AA C203 VCSATE1AJ476M 47 10V Tantalum AD C204 VCCCCY1HH270J 27p 50V Ceramic AA C205 VCCCCY1HH560J 56p 50V Ceramic AA C206 VCCCCY1HH390J 39p 50V Ceramic AA C207 VCCCCY1HH150J 15p 50V Ceramic AA C208 VCKYCY1EB103K 0.01 25V Ceramic AA C210 VCKYCY1EB103K 0.01 25V Ceramic AA C211 VCCCCY1HH270J 27p 50V Ceramic AA C212 VCCCCY1HH560J 56p 50V Ceramic AA C213 VCCCCY1HH390J 39p 50V Ceramic AA C214 VCCCCY1HH150J 15p 50V Ceramic AA C216 VCKYCY1EB103K 0.01 25V Ceramic AA C219 VCSATE1AJ476M 47 10V Tantalum AD C220 VCKYCY1HF103Z 0.01 50V Ceramic AA C226 VCSATE1AJ476M 47 10V Tantalum AD C228 VCKYCY1HF103Z 0.01 50V Ceramic AA C229 VCSATA0JJ106M 10 6.3V Tantalum AD C230 VCKYCY1HF103Z 0.01 50V Ceramic AA C237 VCEA0A0JW477M 470 6.3V Electrolytic AC C238 VCEA0A0JW477M 470 6.3V Electrolytic AC C301 VCKYCY1AF105Z 1 10V Ceramic AC C302 VCKYCY1AF105Z 1 10V Ceramic AC C303 VCKYCY1AF105Z 1 10V Ceramic AC C304 VCKYCY1AF105Z 1 10V Ceramic AC C305 VCKYCY1CB104K 0.1 16V Ceramic AB C306 VCKYCY1CB104K 0.1 16V Ceramic AB C308 VCKYCY1EB103K 0.01 25V Ceramic AA C310 VCKYCY1AF105Z 1 10V Ceramic AC C312 VCKYCY1EB103K 0.01 25V Ceramic AA C315 VCSATE1AJ476M 47 10V Tantalum AD C331 VCKYCY1EB103K 0.01 25V Ceramic AA C332 VCKYCY1AF105Z 1 10V Ceramic AC C333 VCKYCY1CB104K 0.1 16V Ceramic AB C334 VCKYCY1CB104K 0.1 16V Ceramic AB C335 VCKYCY1HB472K 4700p 50V Ceramic AA C336 VCKYCY1HB472K 4700p 50V Ceramic AA C337 VCKYCY1CB104K 0.1 16V Ceramic AB C340 VCSATE1AJ226M 22 10V Tantalum AD C341 VCKYCY1CB104K 0.1 16V Ceramic AB C342 VCKYCY1CB104K 0.1 16V Ceramic AB C343 VCKYCY1CB104K 0.1 16V Ceramic AB C344 VCKYCY1HB102K 1000p 50V Ceramic AA C345 VCKYCY1HB102K 1000p 50V Ceramic AA C346 VCKYCY1AF105Z 1 10V Ceramic AC C351 VCKYCY1EB103K 0.01 25V Ceramic AA C353 VCSATE1AJ476M 47 10V Tantalum AD C354 VCKYCY1CB104K 0.1 16V Ceramic AB C355 VCSATE1AJ476M 47 10V Tantalum AD C362 VCSATE1AJ476M 47 10V Tantalum AD C363 VCKYCY1EB103K 0.01 25V Ceramic AA C371 VCKYCY1CB104K 0.1 16V Ceramic AB C372 VCSAPD0JJ225M 2.2 6.3V Tantalum AD C373 VCSATE1AJ476M 47 10V Tantalum AD C374 VCKYCY1CB104K 0.1 16V Ceramic AB C401 VCKYCY1HB471K 470p 50V Ceramic AA C402 VCSATE1AJ476M 47 10V Tantalum AD C404 VCKYCY1CB104K 0.1 16V Ceramic AB C405 VCSATE1AJ476M 47 10V Tantalum AD C406 VCCCCY1HH331J 330p 50V Ceramic AA C407 VCCCCY1HH331J 330p 50V Ceramic AA C408 VCKYCY1CB333K 0.033 16V Ceramic AA C409 VCKYCY1EB103K 0.01 25V Ceramic AA C410 VCCCCY1HH220J 22p 50V Ceramic AA C411 VCKYCY1AF105Z 1 10V Ceramic AC C412 VCKYCY1EB103K 0.01 25V Ceramic AA C413 VCKYCY1AF105Z 1 10V Ceramic AC C414 VCKYCY1EB103K 0.01 25V Ceramic AA C415 VCKYCY1HB471K 470p 50V Ceramic AA C416 VCKYCY1EB103K 0.01 25V Ceramic AA C417 VCKYCY1CB104K 0.1 16V Ceramic AB C418 VCKYCY1EB103K 0.01 25V Ceramic AA C419 VCKYCY1EB103K 0.01 25V Ceramic AA

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C420 VCKYCY1EB103K 0.01 25V Ceramic AA C421 VCKYCY1EB103K 0.01 25V Ceramic AA C424 VCCCCY1HH101J 100p 50V Ceramic AA C426 VCKYCY1CB104K 0.1 16V Ceramic AB C427 VCKYCY1EB103K 0.01 25V Ceramic AA C428 VCKYCY1EB103K 0.01 25V Ceramic AA C429 VCSATE1AJ476M 47 10V Tantalum AD C430 VCKYCY1EB103K 0.01 25V Ceramic AA C431 VCKYCY1EB103K 0.01 25V Ceramic AA C432 VCKYCY1EB103K 0.01 25V Ceramic AA C440 VCKYCY1CB104K 0.1 16V Ceramic AB C441 VCKYCY1CB104K 0.1 16V Ceramic AB C451 VCSATE1AJ476M 47 10V Tantalum AD C452 VCSATE1AJ476M 47 10V Tantalum AD C453 VCSATE1AJ476M 47 10V Tantalum AD C454 VCSATE1AJ476M 47 10V Tantalum AD C455 VCKYCY1CB104K 0.1 16V Ceramic AB C502 VCKYCY1EB103K 0.01 25V Ceramic AA C503 VCKYCY1EB103K 0.01 25V Ceramic AA C505 VCSATE0JJ476M 47 6.3V Tantalum AF C506 VCKYCY1CB104K 0.1 16V Ceramic AB C507 VCKYCY1EB103K 0.01 25V Ceramic AA C511 VCKYCY1EB103K 0.01 25V Ceramic AA C512 VCKYCY1EB103K 0.01 25V Ceramic AA C513 VCKYCY1CB104K 0.1 16V Ceramic AB C517 VCKYCY1EB103K 0.01 25V Ceramic AA C519 VCSATA0JJ226M 22 6.3V Tantalum AD C520 VCKYCY1EB103K 0.01 25V Ceramic AA C521 VCKYCY1EB103K 0.01 25V Ceramic AA C522 VCSATA1AJ106M 10 10V Tantalum AC C524 VCKYCY1EB103K 0.01 25V Ceramic AA C530 VCKYCY1EB103K 0.01 25V Ceramic AA C531 VCKYCY1EB103K 0.01 25V Ceramic AA C532 VCKYCY1EB103K 0.01 25V Ceramic AA C550 VCKYCY1EB103K 0.01 25V Ceramic AA C551 VCKYCY1EB103K 0.01 25V Ceramic AA C552 VCKYCY1EB103K 0.01 25V Ceramic AA C553 VCKYCY1EB103K 0.01 25V Ceramic AA C561 VCKYCY1EB822K 8200p 25V Ceramic AA C601 VCEAPF0GW227M 220 4V Electrolytic AB C602 VCKYCY1EB103K 0.01 25V Ceramic AA C603 VCKYCY1CB104K 0.1 16V Ceramic AB C604 VCKYCY1HB102K 1000p 50V Ceramic AA C605 VCKYCY1CB104K 0.1 16V Ceramic AB C606 VCKYCY1EB103K 0.01 25V Ceramic AA C607 VCKYCY1EB103K 0.01 25V Ceramic AA C608 VCKYCY1CB104K 0.1 16V Ceramic AB C609 VCKYCY1CB104K 0.1 16V Ceramic AB C610 VCKYCY1CB104K 0.1 16V Ceramic AB C611 VCSATE0JJ476M 47 6.3V Tantalum AF C612 VCKYCY1EB103K 0.01 25V Ceramic AA C613 VCKYCY1CB104K 0.1 16V Ceramic AB C614 VCKYCY1HB102K 1000p 50V Ceramic AA C615 VCKYCY1CB104K 0.1 16V Ceramic AB C616 VCKYCY1HB102K 1000p 50V Ceramic AA C617 VCSATE0JJ476M 47 6.3V Tantalum AF C618 VCKYCY1HB102K 1000p 50V Ceramic AA C619 VCKYCY1HB102K 1000p 50V Ceramic AA C620 VCCCCY1HH1R0C 1p 50V Ceramic AA C621 VCKYCY1EB103K 0.01 25V Ceramic AA C622 VCCCCY1HH6R0D 6p 50V Ceramic AA C623 VCKYCY1CB104K 0.1 16V Ceramic AB C625 VCKYCY1EB103K 0.01 25V Ceramic AA C626 VCKYCY1HB102K 1000p 50V Ceramic AA C627 VCKYCY1EB103K 0.01 25V Ceramic AA C628 VCKYCY1CB104K 0.1 16V Ceramic AB C631 VCCCCY1HH0R5C 0.5p 50V Ceramic AA C702 VCKYCY1EB103K 0.01 25V Ceramic AA C703 VCKYCY1EB103K 0.01 25V Ceramic AA C704 VCKYCY1CF104Z 0.1 16V Ceramic AA C705 VCKYCY1CF104Z 0.1 16V Ceramic AA C713 VCKYCY1HB332K 3300p 50V Ceramic AA

C716 VCKYCY1EB103K 0.01 25V Ceramic AA C718 VCKYCY1HB222K 2200p 50V Ceramic AA C719 VCKYCY1HB332K 3300p 50V Ceramic AA C720 VCKYCY1EB103K 0.01 25V Ceramic AA C721 VCKYCY1CB473K 0.047 16V Ceramic AA C724 VCCCCY1HH100D 10p 50V Ceramic AA C725 VCCCCY1HH9R0D 9p 50V Ceramic AA C727 VCKYCY1EB103K 0.01 25V Ceramic AA C728 VCKYCY1EB103K 0.01 25V Ceramic AA C729 VCCCCY1HH101J 100p 50V Ceramic AA C730 VCKYCY1EB103K 0.01 25V Ceramic AA C731 VCKYCY1HB472K 4700p 50V Ceramic AA C732 VCKYCY1EB103K 0.01 25V Ceramic AA C733 VCKYCY1HB472K 4700p 50V Ceramic AA C734 VCKYCY1EB103K 0.01 25V Ceramic AA C735 VCKYCY1CB473K 0.047 16V Ceramic AA C736 VCKYCY1EB103K 0.01 25V Ceramic AA C737 VCCCCY1HH221J 220p 50V Ceramic AA C738 VCKYCY1EB103K 0.01 25V Ceramic AA C739 VCKYCY1HB471K 470p 50V Ceramic AA C740 VCCCCY1HH221J 220p 50V Ceramic AA C741 VCKYCY1EB103K 0.01 25V Ceramic AA C742 VCKYCY1EB103K 0.01 25V Ceramic AA C743 VCKYCY1HB272K 2700p 50V Ceramic AA C744 VCKYCY1EB103K 0.01 25V Ceramic AA C745 VCKYCY1EB103K 0.01 25V Ceramic AA C746 VCKYCY1EB103K 0.01 25V Ceramic AA C747 VCKYCY1EB153K 0.015 25V Ceramic AA C748 VCKYCY1EB103K 0.01 25V Ceramic AA C749 VCCCCY1HH470J 47p 50V Ceramic AA C751 VCKYCY1EB103K 0.01 25V Ceramic AA C752 VCKYCY1EB103K 0.01 25V Ceramic AA C753 VCSATE0JJ476M 47 6.3V Tantalum AF C754 VCSATE1AJ476M 47 10V Tantalum AD C755 VCSATE1AJ476M 47 10V Tantalum AD C758 VCSATE1DJ106M 10 20V Tantalum AD C762 VCKYCY1CB104K 0.1 16V Ceramic AB C763 VCSATE1AJ476M 47 10V Tantalum AD C764 VCKYCY1CB104K 0.1 16V Ceramic AB C766 VCKYCY1CB104K 0.1 16V Ceramic AB C767 VCSATE1AJ476M 47 10V Tantalum AD C770 VCKYCY1HB222K 2200p 50V Ceramic AA C774 VCKYCY1HF103Z 0.01 50V Ceramic AA C775 VCKYCY1HF103Z 0.01 50V Ceramic AA C776 VCKYCY1HF103Z 0.01 50V Ceramic AA C801 VCSATA1AJ106M 10 10V Tantalum AC C802 VCKYCY1CB104K 0.1 16V Ceramic AB C803 VCSATA1AJ106M 10 10V Tantalum AC C804 VCSATD1AJ107M 100 10V Tantalum AF C805 RC-KZ0162GEZZ 4700p AB C806 RC-KZ0162GEZZ 4700p AB C829 VCKYCY1CB104K 0.1 16V Ceramic AB C901 VCKYCY1HF103Z 0.01 50V Ceramic AA C902 VCKYCY1HF103Z 0.01 50V Ceramic AA C903 VCKYCY1HF103Z 0.01 50V Ceramic AA C904 VCKYCY1HF103Z 0.01 50V Ceramic AA C905 VCKYCY1CF104Z 0.1 16V Ceramic AA C906 VCSATE1AJ476M 47 10V Tantalum AD C1802 VCEAPF1AW476M 47 10V Electrolytic AB C1803 RC-KZ0082TAZZ 1 10V AC C1804 VCKYCY1HF103Z 0.01 50V Ceramic AA C1805 VCKYCY1HF103Z 0.01 50V Ceramic AA C1806 VCCCCY1EH821J 820p 25V Ceramic AB C1807 VCKYCY1AF105Z 1 10V Ceramic AC C1808 VCKYCY1AF105Z 1 10V Ceramic AC C1809 VCKYCY1HF103Z 0.01 50V Ceramic AA C1810 VCKYCY1HF103Z 0.01 50V Ceramic AA C1811 VCKYCY1AF105Z 1 10V Ceramic AC C1812 VCKYCY1CF104Z 0.1 16V Ceramic AA C1813 VCKYCY1AF105Z 1 10V Ceramic AC C1814 VCKYCY1CF104Z 0.1 16V Ceramic AA C1815 VCKYCY1CF104Z 0.1 16V Ceramic AA C1816 VCKYCY1HF103Z 0.01 50V Ceramic AA C1817 VCCCCY1HH5R0C 5p 50V Ceramic AA C1818 VCKYCY1CF104Z 0.1 16V Ceramic AA

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C1819 VCKYCY1AF105Z 1 10V Ceramic AC C1820 VCSATN1AJ225M 2.2 10V Tantalum AC C1821 VCKYCY1CF474Z 0.47 16V Ceramic AB C1825 VCKYCY1HF103Z 0.01 50V Ceramic AA C1827 VCKYCY1HF103Z 0.01 50V Ceramic AA C1828 VCSATA1AJ106M 10 10V Tantalum AC C1831 VCKYCY1CF104Z 0.1 16V Ceramic AA C1833 VCKYCY1HF103Z 0.01 50V Ceramic AA C1834 VCKYCY1HF103Z 0.01 50V Ceramic AA C1836 VCKYCY1CF104Z 0.1 16V Ceramic AA C1837 VCKYCY1HF473Z 0.047 50V Ceramic AA C1838 VCKYCY1HF103Z 0.01 50V Ceramic AA C1839 VCKYCY1CF104Z 0.1 16V Ceramic AA C1840 VCSATA1AJ106M 10 10V Tantalum AC C1841 VCSATD1AJ107M 100 10V Tantalum AF C1842 VCKYCY1AF105Z 1 10V Ceramic AC C1843 VCKYCY1CF104Z 0.1 16V Ceramic AA C1844 VCEAPF0JW107M 100 6.3V Electrolytic AC C1845 VCSATE1AJ476M 47 10V Tantalum AD C1847 VCSATD1AJ107M 100 10V Tantalum AF C1900 VCKYTV1CF105Z 1 16V Ceramic AB C1901 VCKYCY1HB222K 2200p 50V Ceramic AA C1902 VCCCCY1HH101J 100p 50V Ceramic AA C1903 VCKYTV1CF105Z 1 16V Ceramic AB C1904 VCCCCY1HH331J 330p 50V Ceramic AA C1905 VCCCCY1HH221J 220p 50V Ceramic AA C1906 VCKYTV1CF105Z 1 16V Ceramic AB C1907 VCCCCY1HH121J 120p 50V Ceramic AA C1908 VCCCCY1HH121J 120p 50V Ceramic AA C1909 VCCCCY1HH391J 390p 50V Ceramic AA C2002 VCKYCY1AF105Z 1 10V Ceramic AC C2012 VCEAPF0JW107M 100 6.3V Electrolytic AC C2013 VCSATA1AJ106M 10 10V Tantalum AC C2014 VCEAPF0JW107M 100 6.3V Electrolytic AC C2104 RC-KZ0082TAZZ 1 10V AC C2108 VCSATE0JJ107M 100 6.3V Tantalum AE C2109 VCSATE1AJ336M 33 10V Tantalum AG C2110 RC-KZ0082TAZZ 1 10V AC C2111 VCKYCY1CF104Z 0.1 16V Ceramic AA C2112 VCKYCY1CF473Z 0.047 16V Ceramic AA C2113 RC-KZ0082TAZZ 1 10V AC C2201 VCKYCY1CF104Z 0.1 16V Ceramic AA C2202 VCSATA0JJ106M 10 6.3V Tantalum AD C2205 VCSATE1AJ476M 47 10V Tantalum AD C2206 VCSATE1AJ476M 47 10V Tantalum AD C2207 VCSATE1AJ476M 47 10V Tantalum AD C3028 VCKYCY1CF104Z 0.1 16V Ceramic AA C3029 VCKYCY1AF105Z 1 10V Ceramic AC C3030 VCSATA0JJ226M 22 6.3V Tantalum AD C3037 VCKYCY1EB223K 0.022 25V Ceramic AA C3042 VCKYTV1EB104K 0.1 25V Ceramic AB C3101 VCCCCY1HH471J 470p 50V Ceramic AA C3102 VCCCCY1HH471J 470p 50V Ceramic AA C3103 VCCCCY1HH471J 470p 50V Ceramic AA C3104 VCCCCY1HH221J 220p 50V Ceramic AA C3107 VCCCCY1HH101J 100p 50V Ceramic AA C3108 VCCCCY1HH101J 100p 50V Ceramic AA C3109 VCCCCY1HH471J 470p 50V Ceramic AA C3110 VCCCCY1HH471J 470p 50V Ceramic AA C3111 VCCCCY1HH221J 220p 50V Ceramic AA C3112 VCCCCY1HH471J 470p 50V Ceramic AA C3113 VCCCCY1HH221J 220p 50V Ceramic AA C3114 VCCCCY1HH221J 220p 50V Ceramic AA C3115 VCCCCY1HH471J 470p 50V Ceramic AA C3116 VCCCCY1HH471J 470p 50V Ceramic AA C3117 VCCCCY1HH471J 470p 50V Ceramic AA C3118 VCCCCY1HH471J 470p 50V Ceramic AA C3119 VCCCCY1HH220J 22p 50V Ceramic AA C3120 VCCCCY1HH471J 470p 50V Ceramic AA C3121 VCKYCY1HF103Z 0.01 50V Ceramic AA C3122 VCKYCY1HF103Z 0.01 50V Ceramic AA C3123 VCKYCY1HF103Z 0.01 50V Ceramic AA

C3124 VCSATE1AJ476M 47 10V Tantalum AD C3125 VCKYCY1AF105Z 1 10V Ceramic AC C3126 VCCCCY1HH470J 47p 50V Ceramic AA C3129 VCCCCY1HH471J 470p 50V Ceramic AA C3130 VCKYCY1HF103Z 0.01 50V Ceramic AA C3131 VCKYCY1CF104Z 0.1 16V Ceramic AA C3132 VCCCCY1HH471J 470p 50V Ceramic AA C3133 VCCCCY1HH471J 470p 50V Ceramic AA C3134 VCCCCY1HH471J 470p 50V Ceramic AA C3135 VCCCCY1HH471J 470p 50V Ceramic AA C3136 VCCCCY1HH471J 470p 50V Ceramic AA C3137 VCCCCY1HH471J 470p 50V Ceramic AA C3138 VCCCCY1HH471J 470p 50V Ceramic AA C3139 VCCCCY1HH471J 470p 50V Ceramic AA C3140 VCCCCY1HH471J 470p 50V Ceramic AA C3142 VCCCCY1HH471J 470p 50V Ceramic AA C3143 VCCCCY1HH471J 470p 50V Ceramic AA C3144 VCCCCY1HH471J 470p 50V Ceramic AA C3145 VCSATA1AJ106M 10 10V Tantalum AC C3361 VCKYCY1CF104Z 0.1 16V Ceramic AA C3362 VCSATE1AJ476M 47 10V Tantalum AD C3601 VCSATE1AJ476M 47 10V Tantalum AD C3602 VCKYCY1HB102K 1000p 50V Ceramic AA C3603 VCSATE1AJ476M 47 10V Tantalum AD C3604 VCKYCY1CF104Z 0.1 16V Ceramic AA C6000 VCSATA1AJ106M 10 10V Tantalum AC C6001 VCSATA1AJ106M 10 10V Tantalum AC C6003 VCSATA1AJ106M 10 10V Tantalum AC C6004 VCSATA1AJ106M 10 10V Tantalum AC C6005 RC-KZ0161GEZZ 3900p 50V Ceramic AB C6006 RC-KZ0161GEZZ 3900p 50V Ceramic AB C6007 VCKYCY1AF105Z 1 10V Ceramic AC C6008 VCKYCY1CB104K 0.1 16V Ceramic AB C6009 VCEAPF1CW106M 10 16V Electrolytic AB C6010 VCKYCY1CB104K 0.1 16V Ceramic AB C6011 VCKYCY1AF105Z 1 10V Ceramic AC C6012 VCKYCY1AF105Z 1 10V Ceramic AC C6013 VCEAPF1CW106M 10 16V Electrolytic AB C6014 VCEAPF1CW106M 10 16V Electrolytic AB C6021 VCSATJ0JJ107M 100 6.3V Tantalum AE C6022 VCKYCY1EB103K 0.01 25V Ceramic AA C6051 VCKYCY1AF105Z 1 10V Ceramic AC C6052 VCKYCY1AF105Z 1 10V Ceramic AC C6055 VCKYCY1EB223K 0.022 25V Ceramic AA C6056 VCKYCY1EB223K 0.022 25V Ceramic AA C6202 VCKYCY1CF104Z 0.1 16V Ceramic AA C6203 VCKYCY1CF104Z 0.1 16V Ceramic AA C6300 VCKYCY1CF104Z 0.1 16V Ceramic AA C6630 VCKYCY1EB103K 0.01 25V Ceramic AA C6631 VCEAPF1CW106M 10 16V Electrolytic AB C6632 VCKYCY1CB104K 0.1 16V Ceramic AB C6633 VCKYCY1CB104K 0.1 16V Ceramic AB C6634 VCEAPF1CW106M 10 16V Electrolytic AB C6635 VCEAPF1CW106M 10 16V Electrolytic AB C6638 VCKYCY1CB683K 0.068 16V Ceramic AC C6639 VCKYCY1CB683K 0.068 16V Ceramic AC C6640 VCKYCY1CB104K 0.1 16V Ceramic AB C6641 VCKYCY1CB104K 0.1 16V Ceramic AB C6642 VCKYCY1HF103Z 0.01 50V Ceramic AA C6643 VCKYCY1HF103Z 0.01 50V Ceramic AA C6644 VCKYCY1CB104K 0.1 16V Ceramic AB C7001 VCKYCY1HB102K 1000p 50V Ceramic AA

RESISTORS

R113 VRS-CY1JF102J 1k 1/16W Metal Oxide AA R114 VRS-CY1JF222J 2.2k 1/16W Metal Oxide AA R119 VRS-TW2ED820J 82 1/4W Metal Oxide AB R120 VRS-CY1JF681J 680 1/16W Metal Oxide AA R123 VRS-CY1JF153J 15k 1/16W Metal Oxide AA R124 VRS-CY1JF561J 560 1/16W Metal Oxide AA R125 VRS-CY1JF122J 1.2k 1/16W Metal Oxide AA R126 VRS-CY1JF561J 560 1/16W Metal Oxide AA R201 VRS-CY1JF181J 180 1/16W Metal Oxide AA R204 VRS-CY1JF681J 680 1/16W Metal Oxide AA R205 VRS-CY1JF392J 3.9k 1/16W Metal Oxide AA

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R207 VRS-CY1JF681J 680 1/16W Metal Oxide AA R208 VRS-CY1JF391J 390 1/16W Metal Oxide AA R211 VRS-CY1JF391J 390 1/16W Metal Oxide AA R212 VRS-CY1JF103J 10k 1/16W Metal Oxide AA R215 VRS-CY1JF201F 200 1/16W Metal Oxide AA R217 VRS-CY1JF000J 0 1/16W Metal Oxide AA R218 VRS-CY1JF681J 680 1/16W Metal Oxide AA R219 VRS-CY1JF392J 3.9k 1/16W Metal Oxide AA R221 VRS-CY1JF681J 680 1/16W Metal Oxide AA R222 VRS-CY1JF391J 390 1/16W Metal Oxide AA R224 VRS-CY1JF201F 200 1/16W Metal Oxide AA R225 VRS-CY1JF391J 390 1/16W Metal Oxide AA R226 VRS-CY1JF181J 180 1/16W Metal Oxide AA R228 VRS-CY1JF181J 180 1/16W Metal Oxide AA R233 VRS-CY1JF181J 180 1/16W Metal Oxide AA R269 VRS-CY1JF182J 1.8k 1/16W Metal Oxide AA R270 VRS-CY1JF152F 1.5k 1/16W Metal Oxide AA R271 VRS-CY1JF152F 1.5k 1/16W Metal Oxide AA R272 VRS-CY1JF472J 4.7k 1/16W Metal Oxide AA R273 VRS-CY1JF472J 4.7k 1/16W Metal Oxide AA R274 VRS-CY1JF472J 4.7k 1/16W Metal Oxide AA R275 VRS-CY1JF100J 10 1/16W Metal Oxide AA R290 VRS-CY1JF220J 22 1/16W Metal Oxide AA R302 VRS-CY1JF222J 2.2k 1/16W Metal Oxide AA R304 VRS-CY1JF472J 4.7k 1/16W Metal Oxide AA R307 VRS-TW2ED470J 47 1/4W Metal Oxide AA R308 VRS-TW2ED470J 47 1/4W Metal Oxide AA R312 VRS-CY1JF471J 470 1/16W Metal Oxide AA R329 VRS-CY1JF123J 12k 1/16W Metal Oxide AA R330 VRS-CY1JF822J 8.2k 1/16W Metal Oxide AA R331 VRS-CY1JF103J 10k 1/16W Metal Oxide AA R332 VRS-CY1JF391J 390 1/16W Metal Oxide AA R350 VRS-CY1JF103J 10k 1/16W Metal Oxide AA R352 VRS-CY1JF102J 1k 1/16W Metal Oxide AA R353 VRS-CY1JF151J 150 1/16W Metal Oxide AA R354 VRS-CY1JF103F 10k 1/16W Metal Oxide AA R355 VRS-CY1JF683F 68k 1/16W Metal Oxide AA R369 VRS-CY1JF335J 3.3M 1/16W Metal Oxide AA R391 VRS-TW2ED470J 47 1/4W Metal Oxide AA R392 VRS-TW2ED470J 47 1/4W Metal Oxide AA R393 VRS-CY1JF471J 470 1/16W Metal Oxide AA R394 VRS-CY1JF335J 3.3M 1/16W Metal Oxide AA R395 VRS-CY1JF102J 1k 1/16W Metal Oxide AA R396 VRS-CY1JF222J 2.2k 1/16W Metal Oxide AA R397 VRS-CY1JF471J 470 1/16W Metal Oxide AA R401 VRS-CY1JF103J 10k 1/16W Metal Oxide AA R402 VRS-CY1JF562J 5.6k 1/16W Metal Oxide AA R403 VRS-CY1JF103F 10k 1/16W Metal Oxide AA R404 VRS-CY1JF153F 15k 1/16W Metal Oxide AA R405 VRS-CY1JF471J 470 1/16W Metal Oxide AA R406 VRS-CY1JF471J 470 1/16W Metal Oxide AA R409 VRS-CY1JF562J 5.6k 1/16W Metal Oxide AA R412 VRS-CY1JF101J 100 1/16W Metal Oxide AA R413 VRS-CY1JF101J 100 1/16W Metal Oxide AA R414 VRS-CY1JF101J 100 1/16W Metal Oxide AA R416 VRS-CY1JF101J 100 1/16W Metal Oxide AA R417 VRS-CY1JF224J 220k 1/16W Metal Oxide AA R418 VRS-CY1JF274J 270k 1/16W Metal Oxide AA R419 VRS-CY1JF221J 220 1/16W Metal Oxide AA R422 VRS-CY1JF102J 1k 1/16W Metal Oxide AA R423 VRS-CY1JF103J 10k 1/16W Metal Oxide AA R424 VRS-CY1JF103J 10k 1/16W Metal Oxide AA R428 VRS-CY1JF103J 10k 1/16W Metal Oxide AA R440 VRS-CY1JF102J 1k 1/16W Metal Oxide AA R441 VRS-CY1JF102J 1k 1/16W Metal Oxide AA R450 VRS-CY1JF000J 0 1/16W Metal Oxide AA R500 VRS-CY1JF472J 4.7k 1/16W Metal Oxide AA R501 VRS-CY1JF103J 10k 1/16W Metal Oxide AA R502 VRS-CY1JF103J 10k 1/16W Metal Oxide AA R504 VRS-CY1JF332J 3.3k 1/16W Metal Oxide AA R505 VRS-CY1JF332J 3.3k 1/16W Metal Oxide AA R506 VRS-CY1JF332J 3.3k 1/16W Metal Oxide AA

R507 VRS-CY1JF103J 10k 1/16W Metal Oxide AA R508 VRS-CY1JF103J 10k 1/16W Metal Oxide AA R509 VRS-CY1JF103J 10k 1/16W Metal Oxide AA R511 VRS-CY1JF103J 10k 1/16W Metal Oxide AA R512 VRS-CY1JF103J 10k 1/16W Metal Oxide AA R513 VRS-CY1JF103J 10k 1/16W Metal Oxide AA R514 VRS-CY1JF103J 10k 1/16W Metal Oxide AA R517 VRS-CY1JF103J 10k 1/16W Metal Oxide AA R518 VRS-CY1JF473J 47k 1/16W Metal Oxide AA R519 VRS-CY1JF103J 10k 1/16W Metal Oxide AA R520 VRS-CY1JF102J 1k 1/16W Metal Oxide AA R521 VRS-CY1JF103J 10k 1/16W Metal Oxide AA R522 VRS-CY1JF102J 1k 1/16W Metal Oxide AA R523 VRS-CY1JF102J 1k 1/16W Metal Oxide AA R524 VRS-CY1JF102J 1k 1/16W Metal Oxide AA R525 VRS-CY1JF103J 10k 1/16W Metal Oxide AA R527 VRS-CY1JF100J 10 1/16W Metal Oxide AA R528 VRS-CY1JF103J 10k 1/16W Metal Oxide AA R529 VRS-CY1JF103J 10k 1/16W Metal Oxide AA R530 VRS-CY1JF103J 10k 1/16W Metal Oxide AA R531 VRS-CY1JF103J 10k 1/16W Metal Oxide AA R532 VRS-CY1JF472J 4.7k 1/16W Metal Oxide AA R533 VRS-CY1JF472J 4.7k 1/16W Metal Oxide AA R534 VRS-CY1JF472J 4.7k 1/16W Metal Oxide AA R535 VRS-CY1JF103J 10k 1/16W Metal Oxide AA R551 VRS-CY1JF560J 56 1/16W Metal Oxide AA R552 VRS-CY1JF560J 56 1/16W Metal Oxide AA R553 VRS-CY1JF560J 56 1/16W Metal Oxide AA R563 VRS-CY1JF151J 150 1/16W Metal Oxide AA R564 VRS-CY1JF151J 150 1/16W Metal Oxide AA R565 VRS-CY1JF151J 150 1/16W Metal Oxide AA R566 VRS-CY1JF151J 150 1/16W Metal Oxide AA R567 VRS-CY1JF151J 150 1/16W Metal Oxide AA R568 VRS-CY1JF151J 150 1/16W Metal Oxide AA R569 VRS-CY1JF151J 150 1/16W Metal Oxide AA R571 VRS-CY1JF103J 10k 1/16W Metal Oxide AA R572 VRS-CY1JF102J 1k 1/16W Metal Oxide AA R573 VRS-CY1JF102J 1k 1/16W Metal Oxide AA R581 VRS-CY1JF102J 1k 1/16W Metal Oxide AA R582 VRS-CY1JF100J 10 1/16W Metal Oxide AA R583 VRS-CY1JF000J 0 1/16W Metal Oxide AA R589 VRS-CY1JF472J 4.7k 1/16W Metal Oxide AA R590 VRS-CY1JF472J 4.7k 1/16W Metal Oxide AA R591 VRS-CY1JF472J 4.7k 1/16W Metal Oxide AA R592 VRS-CY1JF472J 4.7k 1/16W Metal Oxide AA R595 VRS-CY1JF472J 4.7k 1/16W Metal Oxide AA R596 VRS-CY1JF472J 4.7k 1/16W Metal Oxide AA R597 VRS-CY1JF472J 4.7k 1/16W Metal Oxide AA R598 VRS-CY1JF472J 4.7k 1/16W Metal Oxide AA R599 VRS-CY1JF101J 100 1/16W Metal Oxide AA R603 VRS-CY1JF102J 1k 1/16W Metal Oxide AA R624 VRS-CY1JF000J 0 1/16W Metal Oxide AA R630 VRS-CY1JF000J 0 1/16W Metal Oxide AA R632 VRS-CY1JF000J 0 1/16W Metal Oxide AA R634 VRS-CY1JF102J 1k 1/16W Metal Oxide AA R635 VRS-CY1JF000J 0 1/16W Metal Oxide AA R636 VRS-CY1JF560J 56 1/16W Metal Oxide AA R638 VRS-CY1JF560J 56 1/16W Metal Oxide AA R641 VRS-CY1JF102J 1k 1/16W Metal Oxide AA R642 VRS-CY1JF102J 1k 1/16W Metal Oxide AA R643 VRS-CY1JF102J 1k 1/16W Metal Oxide AA R644 VRS-CY1JF102J 1k 1/16W Metal Oxide AA R645 VRS-CY1JF102J 1k 1/16W Metal Oxide AA R647 VRS-CY1JF560J 56 1/16W Metal Oxide AA R648 VRS-CY1JF560J 56 1/16W Metal Oxide AA R649 VRS-CY1JF560J 56 1/16W Metal Oxide AA R652 VRS-CY1JF560J 56 1/16W Metal Oxide AA R653 VRS-CY1JF564J 560k 1/16W Metal Oxide AA R654 VRS-CY1JF101J 100 1/16W Metal Oxide AA R657 VRS-CY1JF4R7J 4.7 1/16W Metal Oxide AA R658 VRS-CY1JF472J 4.7k 1/16W Metal Oxide AA R670 VRS-TV1JD100J 10 1/16W Metal Oxide AA R701 VRS-TW2ED1R0J 1 1/4W Metal Oxide AB R702 VRS-TW2ED1R0J 1 1/4W Metal Oxide AB R703 VRS-CY1JF151J 150 1/16W Metal Oxide AA

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R704 VRS-CY1JF151J 150 1/16W Metal Oxide AA R709 VRS-TW2ED1R0J 1 1/4W Metal Oxide AB R717 VRS-CY1JF472J 4.7k 1/16W Metal Oxide AA R718 VRS-CY1JF822J 8.2k 1/16W Metal Oxide AA R720 VRS-CY1JF123J 12k 1/16W Metal Oxide AA R721 VRS-CY1JF821J 820 1/16W Metal Oxide AA R724 VRS-CY1JF000J 0 1/16W Metal Oxide AA R725 VRS-CY1JF222J 2.2k 1/16W Metal Oxide AA R728 VRS-CY1JF103J 10k 1/16W Metal Oxide AA R729 VRS-CY1JF273J 27k 1/16W Metal Oxide AA R733 VRS-CY1JF222J 2.2k 1/16W Metal Oxide AA R737 VRS-CY1JF103J 10k 1/16W Metal Oxide AA R738 VRS-CY1JF822J 8.2k 1/16W Metal Oxide AA R740 VRS-CY1JF473J 47k 1/16W Metal Oxide AA R741 VRS-CY1JF472J 4.7k 1/16W Metal Oxide AA R742 VRS-CY1JF101J 100 1/16W Metal Oxide AA R744 VRS-CY1JF472J 4.7k 1/16W Metal Oxide AA R756 VRS-CY1JF103J 10k 1/16W Metal Oxide AA R758 VRS-CY1JF103J 10k 1/16W Metal Oxide AA R760 VRS-CY1JF103J 10k 1/16W Metal Oxide AA R761 VRS-CY1JF103J 10k 1/16W Metal Oxide AA R768 VRS-CY1JF331J 330 1/16W Metal Oxide AA R769 VRS-CY1JF331J 330 1/16W Metal Oxide AA R771 VRS-CY1JF123J 12k 1/16W Metal Oxide AA R772 VRS-CY1JF123J 12k 1/16W Metal Oxide AA R774 VRS-CY1JF123J 12k 1/16W Metal Oxide AA R778 VRS-CY1JF103J 10k 1/16W Metal Oxide AA R779 VRS-CY1JF103J 10k 1/16W Metal Oxide AA R781 VRS-CY1JF103J 10k 1/16W Metal Oxide AA R782 VRS-CY1JF103J 10k 1/16W Metal Oxide AA R786 VRS-CY1JF103J 10k 1/16W Metal Oxide AA R789 VRS-CY1JF335J 3.3M 1/16W Metal Oxide AA R790 VRS-CY1JF333J 33k 1/16W Metal Oxide AA R791 VRS-CY1JF124J 120k 1/16W Metal Oxide AA R793 VRS-CY1JF222J 2.2k 1/16W Metal Oxide AA R794 VRS-CY1JF103J 10k 1/16W Metal Oxide AA R795 VRS-CY1JF473J 47k 1/16W Metal Oxide AA R796 VRS-CY1JF103J 10k 1/16W Metal Oxide AA R797 VRS-CY1JF102J 1k 1/16W Metal Oxide AA R801 VRS-CY1JF102J 1k 1/16W Metal Oxide AA R802 VRS-CY1JF102J 1k 1/16W Metal Oxide AA R811 VRS-CY1JF000J 0 1/16W Metal Oxide AA R819 VRS-CY1JF101J 100 1/16W Metal Oxide AA R820 VRS-CY1JF101J 100 1/16W Metal Oxide AA R821 VRS-CY1JF101J 100 1/16W Metal Oxide AA R822 VRS-CY1JF101J 100 1/16W Metal Oxide AA R831 VRS-CY1JF8R2J 8.2 1/16W Metal Oxide AA R851 VRS-CY1JF100J 10 1/16W Metal Oxide AA R852 VRS-CY1JF100J 10 1/16W Metal Oxide AA R871 VRS-CY1JF000J 0 1/16W Metal Oxide AA R872 VRS-CY1JF000J 0 1/16W Metal Oxide AA R891 VRS-CY1JF472J 4.7k 1/16W Metal Oxide AA R894 VRS-CY1JF472J 4.7k 1/16W Metal Oxide AA R895 VRS-CY1JF472J 4.7k 1/16W Metal Oxide AA R898 VRS-CY1JF824J 820k 1/16W Metal Oxide AA R901 VRS-CY1JF820J 82 1/16W Metal Oxide AA R902 VRS-CY1JF220J 22 1/16W Metal Oxide AA R903 VRS-CY1JF820J 82 1/16W Metal Oxide AA R904 VRS-CY1JF820J 82 1/16W Metal Oxide AA R905 VRS-CY1JF820J 82 1/16W Metal Oxide AA R906 VRS-CY1JF820J 82 1/16W Metal Oxide AA R907 VRS-CY1JF820J 82 1/16W Metal Oxide AA R908 VRS-CY1JF820J 82 1/16W Metal Oxide AA R909 VRS-CY1JF820J 82 1/16W Metal Oxide AA R910 VRS-CY1JF820J 82 1/16W Metal Oxide AA R911 VRS-CY1JF820J 82 1/16W Metal Oxide AA R912 VRS-CY1JF820J 82 1/16W Metal Oxide AA R918 VRS-CY1JF820J 82 1/16W Metal Oxide AA R922 VRS-CY1JF101J 100 1/16W Metal Oxide AA R932 VRS-CY1JF102J 1k 1/16W Metal Oxide AA R1801 VRS-CY1JF181J 180 1/16W Metal Oxide AA R1802 VRS-CY1JF151J 150 1/16W Metal Oxide AA

R1803 VRS-CY1JF102J 1k 1/16W Metal Oxide AA R1805 VRS-CY1JF102J 1k 1/16W Metal Oxide AA R1806 VRS-CY1JF391J 390 1/16W Metal Oxide AA R1807 VRS-CY1JF333J 33k 1/16W Metal Oxide AA R1809 VRS-CY1JF104J 100k 1/16W Metal Oxide AA R1810 VRS-CY1JF183J 18k 1/16W Metal Oxide AA R1811 VRS-CY1JF333J 33k 1/16W Metal Oxide AA R1812 VRS-CY1JF683J 68k 1/16W Metal Oxide AA R1813 VRS-CY1JF472F 4.7k 1/16W Metal Oxide AA R1814 VRS-CY1JF272F 2.7k 1/16W Metal Oxide AA R1815 VRS-CY1JF105J 1M 1/16W Metal Oxide AA R1817 VRS-CY1JF822J 8.2k 1/16W Metal Oxide AA R1818 VRS-CY1JF562J 5.6k 1/16W Metal Oxide AA R1820 VRS-CY1JF101J 100 1/16W Metal Oxide AA R1822 VRS-CY1JF101J 100 1/16W Metal Oxide AA R1823 VRS-CY1JF392J 3.9k 1/16W Metal Oxide AA R1824 VRS-CY1JF472J 4.7k 1/16W Metal Oxide AA R1825 VRS-CY1JF101J 100 1/16W Metal Oxide AA R1826 VRS-CY1JF472J 4.7k 1/16W Metal Oxide AA R1827 VRS-CY1JF183J 18k 1/16W Metal Oxide AA R1828 VRS-CY1JF222J 2.2k 1/16W Metal Oxide AA R1829 VRS-CY1JF562J 5.6k 1/16W Metal Oxide AA R1830 VRS-CY1JF101J 100 1/16W Metal Oxide AA R1831 VRS-CY1JF561J 560 1/16W Metal Oxide AA R1832 VRS-CY1JF562J 5.6k 1/16W Metal Oxide AA R1833 VRS-CY1JF334J 330k 1/16W Metal Oxide AA R1834 VRS-CY1JF334J 330k 1/16W Metal Oxide AA R1835 VRS-CY1JF822J 8.2k 1/16W Metal Oxide AA R1838 VRS-CY1JF223J 22k 1/16W Metal Oxide AA R1839 VRS-CY1JF223J 22k 1/16W Metal Oxide AA R1843 VRS-CY1JF474J 470k 1/16W Metal Oxide AA R1844 VRS-CY1JF685J 6.8M 1/16W Metal Oxide AA R1846 VRS-CY1JF000J 0 1/16W Metal Oxide AA R1847 VRS-CY1JF103J 10k 1/16W Metal Oxide AA R1848 VRS-CY1JF273J 27k 1/16W Metal Oxide AA R1850 VRS-CY1JF101J 100 1/16W Metal Oxide AA R1851 VRS-CY1JF153J 15k 1/16W Metal Oxide AA R1854 VRS-CY1JF103J 10k 1/16W Metal Oxide AA R1856 VRS-CY1JF224J 220k 1/16W Metal Oxide AA R1858 VRS-CY1JF683J 68k 1/16W Metal Oxide AA R1859 VRS-CY1JF393J 39k 1/16W Metal Oxide AA R1860 VRS-CY1JF223J 22k 1/16W Metal Oxide AA R1863 VRS-CY1JF152J 1.5k 1/16W Metal Oxide AA R1864 VRS-CY1JF152J 1.5k 1/16W Metal Oxide AA R1865 VRS-CY1JF152J 1.5k 1/16W Metal Oxide AA R1868 VRS-CY1JF102J 1k 1/16W Metal Oxide AA R1871 VRS-CY1JF153J 15k 1/16W Metal Oxide AA R1873 VRS-CY1JF000J 0 1/16W Metal Oxide AA R1900 VRS-CY1JF103J 10k 1/16W Metal Oxide AA R1901 VRS-CY1JF474F 470k 1/16W Metal Oxide AA R1902 VRS-CY1JF134F 130k 1/16W Metal Oxide AA R1903 VRS-CY1JF331J 330 1/16W Metal Oxide AA R1904 VRS-CY1JF474J 470k 1/16W Metal Oxide AA R1905 VRS-CY1JF223F 22k 1/16W Metal Oxide AA R1906 VRS-CY1JF222J 2.2k 1/16W Metal Oxide AA R1907 VRS-CY1JF104F 100k 1/16W Metal Oxide AA R2011 VRS-CY1JF101J 100 1/16W Metal Oxide AA R2012 VRS-CY1JF222J 2.2k 1/16W Metal Oxide AA R2104 VRS-CY1JF750J 75 1/16W Metal Oxide AA R2105 VRS-CY1JF750J 75 1/16W Metal Oxide AA R2106 VRS-CY1JF103J 10k 1/16W Metal Oxide AA R2107 VRS-CY1JF391J 390 1/16W Metal Oxide AA R2111 VRS-CY1JF221J 220 1/16W Metal Oxide AA R2113 VRS-CY1JF221J 220 1/16W Metal Oxide AA R2201 VRS-CY1JF332J 3.3k 1/16W Metal Oxide AA R2202 VRS-CY1JF472J 4.7k 1/16W Metal Oxide AA R2203 VRS-CY1JF222J 2.2k 1/16W Metal Oxide AA R2204 VRS-CY1JF682J 6.8k 1/16W Metal Oxide AA R2205 VRS-CY1JF562J 5.6k 1/16W Metal Oxide AA R2208 VRS-CY1JF181J 180 1/16W Metal Oxide AA R2209 VRS-CY1JF750J 75 1/16W Metal Oxide AA R2210 VRS-CY1JF561J 560 1/16W Metal Oxide AA R2301 VRS-CY1JF103J 10k 1/16W Metal Oxide AA R3100 VRS-CY1JF223J 22k 1/16W Metal Oxide AA R3112 VRS-CY1JF821J 820 1/16W Metal Oxide AA

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MAIN PWB UNIT(Continued)

R3113 VRS-CY1JF000J 0 1/16W Metal Oxide AA R3114 VRS-CY1JF000J 0 1/16W Metal Oxide AA R3115 VRS-CY1JF000J 0 1/16W Metal Oxide AA R3116 VRS-CY1JF101J 100 1/16W Metal Oxide AA R3117 VRS-CY1JF101J 100 1/16W Metal Oxide AA R3118 VRS-CY1JF101J 100 1/16W Metal Oxide AA R3119 VRS-CY1JF223J 22k 1/16W Metal Oxide AA R3121 VRS-CY1JF102J 1k 1/16W Metal Oxide AA R3122 VRS-CY1JF332J 3.3k 1/16W Metal Oxide AA R3123 VRS-CY1JF102J 1k 1/16W Metal Oxide AA R3124 VRS-CY1JF102J 1k 1/16W Metal Oxide AA R3125 VRS-CY1JF182J 1.8k 1/16W Metal Oxide AA R3126 VRS-CY1JF102J 1k 1/16W Metal Oxide AA R3128 VRS-CY1JF000J 0 1/16W Metal Oxide AA R3129 VRS-CY1JF223J 22k 1/16W Metal Oxide AA R3130 VRS-CY1JF223J 22k 1/16W Metal Oxide AA R3131 VRS-CY1JF223J 22k 1/16W Metal Oxide AA R3132 VRS-CY1JF223J 22k 1/16W Metal Oxide AA R3133 VRS-CY1JF103J 10k 1/16W Metal Oxide AA R3137 VRS-CY1JF223J 22k 1/16W Metal Oxide AA R3138 VRS-CY1JF105J 1M 1/16W Metal Oxide AA R3139 VRS-CY1JF272J 2.7k 1/16W Metal Oxide AA R3140 VRS-CY1JF272J 2.7k 1/16W Metal Oxide AA R3141 VRS-CY1JF103J 10k 1/16W Metal Oxide AA R3142 VRS-CY1JF105J 1M 1/16W Metal Oxide AA R3145 VRS-CY1JF101J 100 1/16W Metal Oxide AA R3146 VRS-CY1JF472J 4.7k 1/16W Metal Oxide AA R3149 VRS-CY1JF101J 100 1/16W Metal Oxide AA R3150 VRS-CY1JF101J 100 1/16W Metal Oxide AA R3151 VRS-CY1JF101J 100 1/16W Metal Oxide AA R3152 VRS-CY1JF101J 100 1/16W Metal Oxide AA R3153 VRS-CY1JF101J 100 1/16W Metal Oxide AA R3154 VRS-CY1JF101J 100 1/16W Metal Oxide AA R3155 VRS-CY1JF101J 100 1/16W Metal Oxide AA R3156 VRS-CY1JF101J 100 1/16W Metal Oxide AA R3157 VRS-CY1JF101J 100 1/16W Metal Oxide AA R3158 VRS-CY1JF103J 10k 1/16W Metal Oxide AA R3159 VRS-CY1JF223J 22k 1/16W Metal Oxide AA R3160 VRS-CY1JF223J 22k 1/16W Metal Oxide AA R3161 VRS-CY1JF103J 10k 1/16W Metal Oxide AA R3162 VRS-CY1JF223J 22k 1/16W Metal Oxide AA R3163 VRS-CY1JF472J 4.7k 1/16W Metal Oxide AA R3164 VRS-CY1JF472J 4.7k 1/16W Metal Oxide AA R3165 VRS-CY1JF472J 4.7k 1/16W Metal Oxide AA R3166 VRS-CY1JF472J 4.7k 1/16W Metal Oxide AA R3167 VRS-CY1JF472J 4.7k 1/16W Metal Oxide AA R3168 VRS-CY1JF472J 4.7k 1/16W Metal Oxide AA R3170 VRS-CY1JF153J 15k 1/16W Metal Oxide AA R3171 VRS-CY1JF223J 22k 1/16W Metal Oxide AA R3172 VRS-CY1JF223J 22k 1/16W Metal Oxide AA R3173 VRS-CY1JF472J 4.7k 1/16W Metal Oxide AA R3181 VRS-CY1JF101J 100 1/16W Metal Oxide AA R3182 VRS-CY1JF103J 10k 1/16W Metal Oxide AA R3183 VRS-CY1JF154J 150k 1/16W Metal Oxide AA R3185 VRS-CY1JF000J 0 1/16W Metal Oxide AA R3186 VRS-CY1JF683J 68k 1/16W Metal Oxide AA R3187 VRS-CY1JF101J 100 1/16W Metal Oxide AA R3190 VRS-CY1JF223J 22k 1/16W Metal Oxide AA R3192 VRS-CY1JF102J 1k 1/16W Metal Oxide AA R3194 VRS-CY1JF102J 1k 1/16W Metal Oxide AA R3195 VRS-CY1JF223J 22k 1/16W Metal Oxide AA R3196 VRS-CY1JF223J 22k 1/16W Metal Oxide AA R3197 VRS-CY1JF101J 100k 1/16W Metal Oxide AA R3198 VRS-CY1JF223J 22k 1/16W Metal Oxide AA R3203 VRS-TV1JD000J 0 1/16W Metal Oxide AA R3204 VRS-CY1JF000J 0 1/16W Metal Oxide AA R3207 VRS-CY1JF473J 47k 1/16W Metal Oxide AA R3208 VRS-CY1JF473J 47k 1/16W Metal Oxide AA R3209 VRS-CY1JF102J 1k 1/16W Metal Oxide AA R3217 VRS-CY1JF243F 24k 1/16W Metal Oxide AA R3218 VRS-CY1JF153F 15k 1/16W Metal Oxide AA R3219 VRS-CY1JF104J 100k 1/16W Metal Oxide AA

R3220 VRS-CY1JF473J 47k 1/16W Metal Oxide AA R3221 VRS-CY1JF473J 47k 1/16W Metal Oxide AA R3222 VRS-CY1JF561J 560 1/16W Metal Oxide AA R3223 VRS-CY1JF102J 1k 1/16W Metal Oxide AA R3231 VRS-CY1JF103J 10k 1/16W Metal Oxide AA R3232 VRS-CY1JF103J 10k 1/16W Metal Oxide AA R3233 VRS-CY1JF103J 10k 1/16W Metal Oxide AA R3234 VRS-CY1JF103J 10k 1/16W Metal Oxide AA R3235 VRS-CY1JF103J 10k 1/16W Metal Oxide AA R3236 VRS-CY1JF103J 10k 1/16W Metal Oxide AA R3301 VRS-CY1JF750J 75 1/16W Metal Oxide AA R3601 VRS-TW2ED1R5J 1.5 1/4W Metal Oxide AB R3602 VRS-CY1JF151J 150 1/16W Metal Oxide AA R3603 VRS-CY1JF221J 220 1/16W Metal Oxide AA R3604 VRS-CY1JF154J 150k 1/16W Metal Oxide AA R3605 VRS-CY1JF433J 43k 1/16W Metal Oxide AA R3606 VRS-TW2ED1R5J 1.5 1/4W Metal Oxide AB R6000 VRS-CY1JF183J 18k 1/16W Metal Oxide AA R6001 VRS-CY1JF183J 18k 1/16W Metal Oxide AA R6002 VRS-CY1JF474J 470k 1/16W Metal Oxide AA R6003 VRS-CY1JF474J 470k 1/16W Metal Oxide AA R6004 VRS-CY1JF183J 18k 1/16W Metal Oxide AA R6005 VRS-CY1JF183J 18k 1/16W Metal Oxide AA R6006 VRS-CY1JF821J 820 1/16W Metal Oxide AA R6007 VRS-CY1JF821J 820 1/16W Metal Oxide AA R6008 VRS-CY1JF473J 47k 1/16W Metal Oxide AA R6009 VRS-CY1JF473J 47k 1/16W Metal Oxide AA R6012 VRS-CY1JF272J 2.7k 1/16W Metal Oxide AA R6013 VRS-CY1JF272J 2.7k 1/16W Metal Oxide AA R6015 VRS-CY1JF101J 100 1/16W Metal Oxide AA R6016 VRS-CY1JF101J 100 1/16W Metal Oxide AA R6051 VRS-CY1JF182J 1.8k 1/16W Metal Oxide AA R6052 VRS-CY1JF104J 100k 1/16W Metal Oxide AA R6053 VRS-CY1JF152J 1.5k 1/16W Metal Oxide AA R6054 VRS-CY1JF222J 2.2k 1/16W Metal Oxide AA R6055 VRS-CY1JF182J 1.8k 1/16W Metal Oxide AA R6056 VRS-CY1JF104J 100k 1/16W Metal Oxide AA R6057 VRS-CY1JF152J 1.5k 1/16W Metal Oxide AA R6058 VRS-CY1JF222J 2.2k 1/16W Metal Oxide AA R6060 VRS-CY1JF151J 150 1/16W Metal Oxide AA R6061 VRS-CY1JF151J 150 1/16W Metal Oxide AA R6062 VRS-CY1JF562J 5.6k 1/16W Metal Oxide AA R6063 VRS-CY1JF103J 10k 1/16W Metal Oxide AA R6064 VRS-CY1JF103J 10k 1/16W Metal Oxide AA R6066 VRS-CY1JF101J 100 1/16W Metal Oxide AA R6070 VRS-CY1JF000J 0 1/16W Metal Oxide AA R6071 VRS-CY1JF000J 0 1/16W Metal Oxide AA R6090 VRS-CY1JF104J 100k 1/16W Metal Oxide AA R6091 VRS-CY1JF104J 100k 1/16W Metal Oxide AA R6210 VRS-CY1JF104J 100k 1/16W Metal Oxide AA R6212 VRS-CY1JF104J 100k 1/16W Metal Oxide AA R6213 VRS-CY1JF104J 100k 1/16W Metal Oxide AA R6214 VRS-CY1JF104J 100k 1/16W Metal Oxide AA R6617 VRS-CY1JF102J 1k 1/16W Metal Oxide AA R6621 VRS-CY1JF102J 1k 1/16W Metal Oxide AA R6022 VRS-CY1JF000J 0 1/16W Metal Oxide AA R6023 VRS-CY1JF000J 0 1/16W Metal Oxide AA R6660 VRS-CY1JF151J 150 1/16W Metal Oxide AA R6661 VRS-CY1JF151J 150 1/16W Metal Oxide AA R6662 VRS-CY1JF472J 4.7k 1/16W Metal Oxide AA R6663 VRS-CY1JF472J 4.7k 1/16W Metal Oxide AA R6664 VRS-CY1JF102J 1k 1/16W Metal Oxide AA R6665 VRS-CY1JF102J 1k 1/16W Metal Oxide AA R6683 VRS-CY1JF822J 8.2k 1/16W Metal Oxide AA R6684 VRS-CY1JF822J 8.2k 1/16W Metal Oxide AA R6685 VRS-CY1JF102J 1k 1/16W Metal Oxide AA R6686 VRS-CY1JF102J 1k 1/16W Metal Oxide AA R6687 VRS-CY1JF102J 1k 1/16W Metal Oxide AA R6688 VRS-CY1JF102J 1k 1/16W Metal Oxide AA R6689 VRS-CY1JF104J 100k 1/16W Metal Oxide AA R6691 VRS-CY1JF122J 1.2k 1/16W Metal Oxide AA R6692 VRS-CY1JF222J 2.2k 1/16W Metal Oxide AA R6694 VRS-CY1JF474J 470k 1/16W Metal Oxide AA R6695 VRS-CY1JF000J 0 1/16W Metal Oxide AA R7001 VRS-CY1JF103J 10k 1/16W Metal Oxide AA

15-7

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Ref. No. Part No. ★ Description Code Ref. No. Part No. ★ Description Code

DUNTK5869KE52

MAIN PWB UNIT(Continued)

IC1102 VHiNJM2107F-1 NJM2107F AE IC1103 VHiNJM4560M-1 NJM4560M AG

R7007 VRS-CY1JF471J 470 1/16W Metal Oxide AA R7019 VRS-CY1JF103J 10k 1/16W Metal Oxide AA R7020 VRS-CY1JF473J 47k 1/16W Metal Oxide AA R7021 VRS-CY1JF682J 6.8k 1/16W Metal Oxide AA R7022 VRS-CY1JF103J 10k 1/16W Metal Oxide AA R7023 VRS-CY1JF103J 10k 1/16W Metal Oxide AA R7024 VRS-CY1JF103J 10k 1/16W Metal Oxide AA R7026 VRS-CY1JF223J 22k 1/16W Metal Oxide AA R7042 VRS-CY1JF103J 10k 1/16W Metal Oxide AA R7050 VRS-CY1JF103J 10k 1/16W Metal Oxide AA R7754 VRS-CY1JF000J 0 1/16W Metal Oxide AA R9193 VRS-CY1JF223J 22k 1/16W Metal Oxide AA

CONTROL

R6010 RVR-A4015GEZZ Variable Resistor AF

MISCELLANEOUS PARTS

CN301 QSOCN3087TAZZ Socket, 30Pin AF CN302 QPLGN0276TAZZ Plug, 2Pin AD CN702 QSOCN1372TAZZ Socket, 13Pin AD CN802 QSOCN1436TAZZ Socket, 14Pin AE CN1801 QPLGN1476TAZZ Plug, 14Pin AG CN1802 QPLGN1476TAZZ Plug, 14Pin AG CN5000 QSOCN1286TAZZ Socket, 12Pin AD FB101 RBLN-0055TAZZ Balun, BLN-0055TA AB FB102 RBLN-0055TAZZ Balun, BLN-0055TA AB FB103 RBLN-0055TAZZ Balun, BLN-0055TA AB FB114 RBLN-0052TAZZ Balun, BLN-0052TA AC FB201 RBLN-0052TAZZ Balun, BLN-0052TA AC FB302 RBLN-0052TAZZ Balun, BLN-0052TA AC FB401 RBLN-0052TAZZ Balun, BLN-0052TA AC FB402 RBLN-0052TAZZ Balun, BLN-0052TA AC FB404 RBLN-0052TAZZ Balun, BLN-0052TA AC FB551 RBLN-0052TAZZ Balun, BLN-0052TA AC FB601 RBLN-0052TAZZ Balun, BLN-0052TA AC FB603 RBLN-0052TAZZ Balun, BLN-0052TA AC FB701 RBLN-0052TAZZ Balun, BLN-0052TA AC FB702 RBLN-0052TAZZ Balun, BLN-0052TA AC FB802 RBLN-0052TAZZ Balun, BLN-0052TA AC FB804 RBLN-0056TAZZ Balun, BLN-0056TA AC FB815 RBLN-0056TAZZ Balun, BLN-0056TA AC FB816 RBLN-0056TAZZ Balun, BLN-0056TA AC FB3100 RBLN-0052TAZZ Balun, BLN-0052TA AC FB3101 RBLN-0052TAZZ Balun, BLN-0052TA AC FB3201 RBLN-0052TAZZ Balun, BLN-0052TA AC FB3202 RBLN-0052TAZZ Balun, BLN-0052TA AC FB3206 RBLN-0056TAZZ Balun, BLN-0056TA AC FB3207 RBLN-0056TAZZ Balun, BLN-0056TA AC FB3208 RBLN-0056TAZZ Balun, BLN-0056TA AC FB3209 RBLN-0056TAZZ Balun, BLN-0056TA AC FB3210 RBLN-0056TAZZ Balun, BLN-0056TA AC FB3211 RBLN-0056TAZZ Balun, BLN-0056TA AC FB3212 RBLN-0056TAZZ Balun, BLN-0056TA AC FB6001 RBLN-0056TAZZ Balun, BLN-0056TA AC FB6002 RBLN-0056TAZZ Balun, BLN-0056TA AC J6000 VHPGP1F562T-1 PhotoDiode AQ J6001 QJAKE0263GEZZ Jack AE J6002 QJAKE0062TAZZ Jack AF S501 QSW-M0024TAZZ Switch, LCD AE S502 QSW-M0024TAZZ Switch, LD AE S1001 QSW-M0024TAZZ Switch, Tray AE W3361 RRMCU0012TAZZ Remote Receiver AL

DUNTK5870KE52

LCD PWB UNIT

INTEGRATED CIRCUITS

IC1000 VHiMB3800PV-1 MB3800PV AL IC1101 VHiLZ9GJ18/-1 LZ9GJ18 AQ

Q1100 VS2SD999LK/-1 2SD999LK AC

TRANSISTORS

Q1101 VS2SC4738Y/-1 2SC4738Y AA Q1102 VS2SC2411KR-1 2SC2411KR AC Q1103 VS2SA1036KR-1 2SA1036KR AC

DIODES

D1103 VHDMA132K//-1 MA132K AA D1104 VHDMA716///-1 DMA716 AC D1105 VHDHVU200A/-1 HVU200A AC D1106 RH-EX0852CEZZ Zener, EX0852CE AC D1107 RH-EX0852CEZZ Zener, EX0852CE AC D1108 VHDMA132K//-1 MA132K AA D1109 VHDMA132K//-1 MA132K AA D1110 VHDMA132K//-1 MA132K AA

COILS AND TRANSFORMER

L1101 VPAWM2R7J1R2N Peaking, 2.7µHAC L1102 VPAWM2R7J1R2N Peaking, 2.7µHAC L1103 VPAWM4R7J1R7N Peaking, 4.7µHAC L1104 VPAWM470J6R4N Peaking, 47µHAC L1105 VPAWM470J6R4N Peaking, 47µHAC L1106 VPAWM470J6R4N Peaking, 47µHAC L1107 VPAWM470J6R4N Peaking, 47µHAC L1108 VPAWM150J3R2N Peaking, 15µHAC L1109 VPAWM2R7J1R2N Peaking, 2.7µHAC L1110 VPAWM4R7J1R7N Peaking, 4.7µHAC

åT1100 RTRNZ0127GEZZ Transformer AF

CONTROLS

R1102 RVR-M7951TAZZ Variable Resistor AC R1103 RVR-M7959TAZZ Variable Resistor AC R1104 RVR-M7949TAZZ Variable Resistor AC

CAPACITORS

C1100 VCCCCY1HH101J 100p 50V Ceramic AA C1101 VCSATE1AJ476M 47 10V Tantalum AD C1102 VCKYCY1CF104Z 0.1 16V Ceramic AA C1103 VCKYCY1CF104Z 0.1 16V Ceramic AA C1104 VCKYCY1CB104K 0.1 16V Ceramic AB C1105 VCKYCY1CF104Z 0.1 16V Ceramic AA C1107 VCKYCY1HB103K 0.01 50V Ceramic AA C1108 VCKYCY1HB103K 0.01 50V Ceramic AA C1111 VCKYCY1HB561K 560p 50V Ceramic AA C1112 VCKYCY1HB561K 560p 50V Ceramic AA C1114 VCSATA1AJ106M 10 10V Tantalum AC C1115 VCSATA1AJ106M 10 10V Tantalum AC C1116 VCKYCY1CF224Z 0.22 16V Ceramic AA C1117 VCKYCY1CF104Z 0.1 16V Ceramic AA C1118 VCKYCY1HB102K 1000p 50V Ceramic AA C1119 VCKYCY1CF104Z 0.1 16V Ceramic AA C1120 VCKYCY1CF104Z 0.1 16V Ceramic AA C1121 VCKYCY1CF104Z 0.1 16V Ceramic AA C1122 VCCCCY1HH820J 82p 50V Ceramic AA C1123 VCKYCY1CF104Z 0.1 16V Ceramic AA C1124 VCKYCY1CF104Z 0.1 16V Ceramic AA C1125 VCKYCY1CF224Z 0.22 16V Ceramic AA C1126 VCKYCY1CF104Z 0.1 16V Ceramic AA C1127 RC-KZ0052TAZZ 4.7 16V AC C1128 RC-KZ0046TAZZ 4.7 35V AD C1129 VCKYCY1CF104Z 0.1 16V Ceramic AA C1130 VCKYCY1CF104Z 0.1 16V Ceramic AA C1131 VCCCCY1HH330J 33p 50V Ceramic AA C1132 RC-KZ0052TAZZ 4.7 16V AC C1133 RC-KZ0052TAZZ 4.7 16V AC C1134 RC-KZ0052TAZZ 4.7 16V AC C1135 RC-KZ0046TAZZ 4.7 35V AD C1136 VCKYCY1CF104Z 0.1 16V Ceramic AA C1137 VCKYCY1CF104Z 0.1 16V Ceramic AA C1138 VCKYCY1CF104Z 0.1 16V Ceramic AA C1139 VCKYCY1CF104Z 0.1 16V Ceramic AA

15-8

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LCD PWB UNIT(Continued)

C1140 VCKYCY1CF104Z 0.1 16V Ceramic AA C1141 VCKYCY1CF104Z 0.1 16V Ceramic AA C1142 VCKYCY1AF105Z 1 10V Ceramic AC C1143 VCCCCY1HH330J 33p 50V Ceramic AA C1144 VCCCCY1HH330J 33p 50V Ceramic AA C1145 VCKYCY1HB102K 1000p 50V Ceramic AA C1146 VCKYCY1CF104Z 0.1 16V Ceramic AA C1147 VCKYCY1HB561K 560p 50V Ceramic AA C1148 VCKYCY1CF104Z 0.1 16V Ceramic AA C1149 VCKYCY1CF104Z 0.1 16V Ceramic AA C1150 VCKYCY1CF104Z 0.1 16V Ceramic AA C1151 VCCCCY1HH101J 100p 50V Ceramic AA C1152 VCKYCY1HB102K 1000p 50V Ceramic AA C1153 VCKYCY1CF104Z 0.1 16V Ceramic AA C1154 VCKYCY1AF105Z 1 10V Ceramic AC C1155 VCCCCY1HH221J 220p 50V Ceramic AA C1156 VCCCCY1HH271J 270p 50V Ceramic AA C1157 VCKYCY1CF104Z 0.1 16V Ceramic AA C1158 VCKYCY1EF104Z 0.1 25V Ceramic AA C1159 VCKYCY1CF104Z 0.1 16V Ceramic AA C1160 VCKYCY1EF104Z 0.1 25V Ceramic AA C1161 VCKYCY1CF474Z 0.47 16V Ceramic AB C1162 VCKYCY1EF104Z 0.1 25V Ceramic AA C1163 RC-KZ0084TAZZ 1 25V AC C1164 RC-KZ0084TAZZ 1 25V AC C1165 VCCCCY1HH330J 33p 50V Ceramic AA C1166 VCKYCY1AF105Z 1 10V Ceramic AC C1167 VCKYCY1AF105Z 1 10V Ceramic AC C1169 VCSATA1EJ105M 1 25V Tantalum AC C1170 VCKYCY1CF104Z 0.1 16V Ceramic AA C1171 VCKYCY1CF104Z 0.1 16V Ceramic AA C1174 VCCCCY1HH101J 100p 50V Ceramic AA C1175 VCCCCY1HH101J 100p 50V Ceramic AA C1176 VCCCCY1HH101J 100p 50V Ceramic AA C1177 VCCCCY1HH101J 100p 50V Ceramic AA C1178 VCCCCY1HH101J 100p 50V Ceramic AA C1179 VCCCCY1HH101J 100p 50V Ceramic AA C1180 VCCCCY1HH101J 100p 50V Ceramic AA C1181 VCSATE1AJ476M 47 10V Tantalum AD C1182 VCCCCY1HH101J 100p 50V Ceramic AA C1183 VCCCCY1HH101J 100p 50V Ceramic AA C1184 VCCCCY1HH101J 100p 50V Ceramic AA C1185 VCCCCY1HH101J 100p 50V Ceramic AA C1186 VCKYCY1CF334Z 0.33 16V Ceramic AA C1187 VCKYCY1CF334Z 0.33 16V Ceramic AA C1188 VCKYCY1CB104K 0.1 16V Ceramic AB C1189 VCCCCY1HH100D 10p 50V Ceramic AA C1191 VCSATE1AJ476M 47 10V Tantalum AD C1192 VCSATE1CJ226M 22 16V Tantalum AE

RESISTORS

R1100 VRS-CY1JF000J 0 1/16W Metal Oxide AA R1101 VRS-CY1JF000J 0 1/16W Metal Oxide AA R1111 VRS-CY1JF561J 560 1/16W Metal Oxide AA R1112 VRS-CY1JF561J 560 1/16W Metal Oxide AA R1113 VRS-CY1JF561J 560 1/16W Metal Oxide AA R1114 VRS-CY1JF561J 560 1/16W Metal Oxide AA R1115 VRS-CY1JF561J 560 1/16W Metal Oxide AA R1116 VRS-CY1JF561J 560 1/16W Metal Oxide AA R1117 VRS-CY1JF273J 27k 1/16W Metal Oxide AA R1118 VRS-CY1JF222J 2.2k 1/16W Metal Oxide AA R1119 VRS-CY1JF561J 560 1/16W Metal Oxide AA R1120 VRS-CY1JF561J 560 1/16W Metal Oxide AA R1121 VRS-CY1JF222J 2.2k 1/16W Metal Oxide AA R1122 VRS-CY1JF561J 560 1/16W Metal Oxide AA R1123 VRS-CY1JF561J 560 1/16W Metal Oxide AA R1124 VRS-CY1JF561J 560 1/16W Metal Oxide AA R1125 VRS-CY1JF561J 560 1/16W Metal Oxide AA R1126 VRS-CY1JF681J 680 1/16W Metal Oxide AA R1127 VRS-CY1JFXXXF R1135 VRS-CY1JF224J 220k 1/16W Metal Oxide AA R1142 VRS-CY1JF105J 1M 1/16W Metal Oxide AA

R1143 VRS-CY1JF391J 390 1/16W Metal Oxide AA R1144 VRS-CY1JF562F 5.6k 1/16W Metal Oxide AA R1145 VRS-CY1JF473J 47k 1/16W Metal Oxide AA R1146 VRS-CY1JF392J 3.9k 1/16W Metal Oxide AA R1147 VRS-CY1JF683J 68k 1/16W Metal Oxide AA R1148 VRS-CY1JF273J 27k 1/16W Metal Oxide AA R1149 VRS-CY1JF564J 560k 1/16W Metal Oxide AA R1150 VRS-CY1JF564J 560k 1/16W Metal Oxide AA R1151 VRS-CY1JF683J 68k 1/16W Metal Oxide AA R1152 VRS-CY1JF105J 1M 1/16W Metal Oxide AA R1154 VRS-CY1JF000J 0 1/16W Metal Oxide AA R1155 VRS-CY1JF103J 10k 1/16W Metal Oxide AA R1159 VRS-CY1JF102J 1k 1/16W Metal Oxide AA R1161 VRS-CY1JF222J 2.2k 1/16W Metal Oxide AA R1163 VRS-CY1JF272J 2.7k 1/16W Metal Oxide AA R1164 VRS-CY1JF332J 3.3k 1/16W Metal Oxide AA R1166 VRS-CY1JF101J 100 1/16W Metal Oxide AA R1167 VRS-CY1JF331J 330 1/16W Metal Oxide AA R1169 VRS-CY1JF100J 10 1/16W Metal Oxide AA R1170 VRS-CY1JF101J 100 1/16W Metal Oxide AA R1171 VRS-CY1JF101J 100 1/16W Metal Oxide AA R1173 VRS-TQ2BD100J 10 1/8W Metal Oxide AA R1174 VRS-CY1JF221F 220 1/16W Metal Oxide AA R1175 VRS-CY1JF221F 220 1/16W Metal Oxide AA R1176 VRS-TW2ED220J 22 1/4W Metal Oxide AB R1178 VRS-CY1JF221F 220 1/16W Metal Oxide AA R1179 VRS-CY1JF103J 10k 1/16W Metal Oxide AA R1181 VRS-CY1JF100J 10 1/16W Metal Oxide AA R1182 VRS-CY1JF273J 27k 1/16W Metal Oxide AA R1183 VRS-CY1JF333J 33k 1/16W Metal Oxide AA R1187 VRS-CY1JF000J 0 1/16W Metal Oxide AA R1188 VRS-CY1JF000J 0 1/16W Metal Oxide AA R1189 VRS-CY1JF000J 0 1/16W Metal Oxide AA R1190 VRS-CY1JF000J 0 1/16W Metal Oxide AA R1191 VRS-CY1JF561J 560 1/16W Metal Oxide AA

MISCELLANEOUS PARTS

CN1100 QPLGN1476TAZZ Plug, 14Pin AG CN1101 QPLGN1476TAZZ Plug, 14Pin AG CN1102 QPLGN0263TAZZ Plug, 2Pin AB CN1103 QPLGN0263TAZZ Plug, 2Pin AB CN1104 QSOCN3272TAZZ Socket, 32Pin AF CN1105 QSOCN0686TAZZ Socket, 6Pin AC FB1101 RBLN-0055TAZZ Balun, BLN-0055TA AB FB1102 RBLN-0055TAZZ Balun, BLN-0055TA AB FB1121 RBLN-0052TAZZ Balun, BLN-0052TA AC FB1122 RBLN-0052TAZZ Balun, BLN-0052TA AC FB1123 RBLN-0052TAZZ Balun, BLN-0052TA AC FB1124 RBLN-0052TAZZ Balun, BLN-0052TA AC

DUNTK5755XJ6B

OPERATE PWB UNIT

DIODES

D5001 VHDDA221///-1 DA221 AB D5002 VHDDA221///-1 DA221 AB D5003 VHDDA221///-1 DA221 AB D5004 VHDDA221///-1 DA221 AB

RESISTORS

R5010 VRS-CY1JF122J 1.2k 1/16W Metal Oxide AA R5011 VRS-CY1JF821J 820 1/16W Metal Oxide AA R5012 VRS-CY1JF681J 680 1/16W Metal Oxide AA R5013 VRS-CY1JF471J 470 1/16W Metal Oxide AA

MISCELLANEOUS PARTS

CN5001 QSOCN1286TAZZ Socket, 12Pin AD S5001 QSW-K0096TAZZ Switch, LCD Size AC S5002 QSW-K0096TAZZ Switch, LCD Light AC S5003 QSW-K0096TAZZ Switch, DVD/TV AC S5004 QSW-K0096TAZZ Switch, Retarn AC S5005 QSW-K0096TAZZ Switch, Enter AC

15-9

Page 75

DV-L70U

Ref. No. Part No. ★ Description Code Ref. No. Part No. ★ Description Code

DUNTK5755XJ6B

OPERATE PWB UNIT(Continued)

CABINET PARTS

S5006 QSW-K0096TAZZ Switch, Left AC S5007 QSW-K0096TAZZ Switch, Play AC S5008 QSW-K0096TAZZ Switch, Right AC S5009 QSW-K0096TAZZ Switch, Stop AC S5010 QSW-K0096TAZZ Switch, Down AC S5011 QSW-K0096TAZZ Switch, Still/Pause AC S5012 QSW-K0096TAZZ Switch, Up AC S5013 QSW-K0096TAZZ Switch, Skip/Forward AC S5014 QSW-K0096TAZZ Switch, Top Menu AC S5015 QSW-K0096TAZZ Switch, Skip Back AC S5016 QSW-K0096TAZZ Switch, Menu AC

SUPPLIED ACCESSORIES

å QACCD3062GEZZ AC PowerCord AQ

QCNW-8340GEZZ S-Video/Video Cord QCNW-8341GEZZ Audio Cord RRMCG1223GESA Remote Control Unit AW TiNS-3698GEZZ Operation Manual AT

å UADP-0194GEZZ AC Adapter BK

UBATU0241GEZZ Battery AE

PACKING PARTS

(NOT REPLACEMENT ITEM)

SSAKA0096CEZZ Polystylene Sack — SSAKA0100TAZZ Polystylene Bag, —

Accessories SPAKC4224GEZZ Packing Case — SPAKF0195GEZZ Packing Material — SPAKX1079GEZZ Packing Add. — TGAN-3207GEZZ Guarantee Card —

MECHANISM PARTS

1 DMECD0004GE01 Mechanism Ass'y — 2 NSFTD0063GEFW Main Guide AG 3 LHLDZ2070GEZZ Sled Unit AD 4 NGERH1328GEZZ Intermediate Gear AC 5 RMOTV1037GEZZ Sled Motor AN 6 MSPRP0199GEZZ Grip Spring AC 7 PCUSG0004GEZZ Insulator AC 8 PCOVP3021GEZZ PU Cover AF 9 LX-WZ1053GE00 Cut Washer AA 10 QCNW-8097GEZZ Spindle Motor FFC AE 11 XAPSF17P03000 Screw M1.7 X L3 AA 12 XAPSN17P06000 Screw M1.7 X L6 Ni PlatingAB 13 LX-BZ3220GEFF Screw M1.2 X L2.7 AB 14 NGERH1327GEZZ Main Guide Gear AC 15 NGERH1329GEZZ Motor Pinion AC 16 QCNW-8081GEZZ Sled Lead Wire AE 17 MSPRP1217GEZZ Earth Spring AD

1 CCABA1113GE01 Cabinet A Ass'y BA

(Main Unit, Upper) 1-4 HDECQ2105GESA Disc Decoration Panel AN 1-5 TLABS0421GEZZ Laser Caution Label AD 2 JBTN-2989GESA Key Tree AP 3 CPNLC2696GE01 Operation Panel Ass'y AR 4 JBTN-2990GESA Open Button AE 5 MSPRD0198GEZZ Lock Release SPR AC 6 CCABB1222GE01 Cabinet B Ass'y AY

(Main Unit, Lower) 6-2 PZETK0012GEZZ Main PWB Isolating Sheet AL 6-3 GLEGM9055CESC Stand AF 6-4 LHLDZ1718CEZZ Stand Holder AC 6-5 LX-HZ3090CEFF M1.7-4B Tight Screw AA 6-6 PGUMM0059GEZZ Stopper Rubber AB 7 CFTAT1031GE02 Disc Cover Ass'y AY 7-2 HDECP0263GESA Decoration Plate AM 7-3 HDECP0262GESA Disc Window AD 7-4 HBDGS3017GESA DVD Badge AG 7-5 PGiDM0183GEZZ Ratchet Housing AE 7-6 LSTPP0012GEZZ Ratchet Stopper AE 7-7 MSPRC0227GEZZ Ratchet SPR AB 8 MSPRC0245GEZZ Spring 11 CCABC1002GE01 Cabinet C Ass'y(LCD, Rear) AX 11-2 HBDGB3032GESE SHARP Logo Badge AF 12 CCABD1002GE01 Cabinet D Ass'y(LCD Panel) AX 12-2 PCOVP0102GEZZ Speaker Cover R AC 12-3 PCOVP0103GEZZ Speaker Cover L AC 12-4 PSPAH0102GEZZ Speaker Spacer R AD 12-5 PSPAH0103GEZZ Speaker Spacer L AD 12-6 LX-HZ3094CEFD Collar B Tight Screw AA 12-7 PCOVP0106GEZZ Speaker Cover M 13 JBTN-2994GESA LCD Lock Button AE 14 MHNG-3021GEZZ Hinge L AN 16 JBTN-2993GESA Power SW Knob AE 17 PCAPH0102GEZZ LCD Rubber Cap AB 20 XiPSF20P04000 Screw(M2 X 4) AA 21 XiPSN20P08000 Screw(M2 X 6) AA 22 XiPSN20P06000 Screw(M2 X 8) AA 23 LX-HZ0018TAFN P Tight Screw(M2 X 6) AA 24 LX-HZ0030TAFF B Tight Screw(M2 X 4) AA 25 RDENC0579GEZZ Power Unit BD 26 DUNTK5869KE52 Main PWB Unit — 27 DUNTK5870KE52 LCD PWB Unit — 28 RiNV-0003GEZZ Inverter Unit BB 29 DUNTK5755XJ6B Operate PWB Unit — 30 QCNW-8100GEZZ Power FFC AE 31 QCNW-8099GEZZ Operation FFC AF 33 CCNW-8096GE01 LCD-MAIN Harness AQ 33-1 QCNW-8096GEZZ Connecting Cord AK 33-2 QCNW-8098GEZZ Connecting Cord AK 33-3 MHNG-1071GEZZ Hinge R AG 34 QCNW-8161GEZZ Harness for LCD Frame AC

Earth 35 QCNW-8097GEZZ Spindle Motor FFC AE 36 QCNW-8117GEZZ Inverter FFC AF 37 RSP-Z0005GEZZ Speaker AP 38 RLCDT0001GEZZ LCD Panel CS 39 XWHJZ21-02040 Washer AA 40 XWHSD32-05080 Speaker Washer AA

15-10

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DV-L70U

MECHANISM EXPLODED VIEW

Ref. No. Part No. ★ Description Code Ref. No. Part No. ★ Description Code

When replacement or a djustment of the parts in this frame is necessary, replace or adjust the mechanism ass'y (adjustment of the parts is completed).

[Notes]

*1. When soldering the sled lead wire y, it must be made in a soldering iron tip temperature of 290±20˚C and within 3

seconds. *2. Press-fit dimension of motor pinion t.

15 5

123456

15-11

5.8±0.1

Page 77

DV-L70U

CABINET EXPLODED VIEW

Ref. No. Part No. ★ Description Code Ref. No. Part No. ★ Description Code

1-4

7-2

7-3

7-4

7-6

7-7

7-5

3 2

12-3

12-5

12-6

12-7

12-2

12-4

12-6

1-5

6-2

6-4

33-1

33-2

33-3

11-2

123456

6-6

6-5

15-12

6-3

Page 78

16. PACKING OF THE SET

Ref. No. Part No. ★ Description Code Ref. No. Part No. ★ Description Code

UBATU0241GEZZ (Battery)

å

UADP-0194GEZZ (AC Adapter)

å

QACCD3062GEZZ (AC Power Cord)

★SSAKA0100TAZZ (Polystylene Bag, Accessories)

TiNS-3698GEZZ (Operation Manual)

★TGAN-3207GEZZ (Guarantee Card)

★SPAKX1079GEZZ (Packing Add.)

★SPAKF0195GEZZ (Packing Meterial)

DV-L70U

★SSAKA0096CEZZ (Polystylene Sack)

QCNW-8340GEZZ (S-Video/Video Cord)

QCNW-8341GEZZ (Audio Cord)

RRMCG1223GESA (Remote Control Unit)

★SPAKC4224GEZZ (Packing Case)

16-1

★ Not Replacement Items

Page 79

DV-L70U

Ref. No. Part No. ★ Description Code Ref. No. Part No. ★ Description Code

No part of this publication may be reproduced, stored in a retrieval system, or transmitted in any form or by any means, electronic, mechanical, photocopying, recording, or otherwise, without prior written permission of the publisher.

TQ0766-S

Dec. 1999 Printed in JAPAN

SA. NS

SHARP CORPORATION AV Systems Group Quality & Reliability Control Center Yaita, Tochigi 329-2193, Japan

Sharp DV-L70U Service manual

Specifications and Main Features

Frequently Asked Questions

User Manual