Sharp DV-760X Service Manual

Page 1

SX9Q5DV-760X/

SERVICE MANUAL

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.

SHARP CORPORATION

Page

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

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

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

5. MAINTENANCE CHECK ITEMS AND EXECUTION TIME............................................................ 5-1

6. DISASSEMBLY AND REPLACEMENT OF MAIN PARTS............................................................. 6-1

7. EXPLANATION OF MECHANISM ..................................................................................................7-1

8. OPERATION OF PICKUP...............................................................................................................8-1

9. TEST MODE ................................................................................................................................... 9-1

10. TROUBLESHOOTING .................................................................................................................. 10-1

11. IC FUNCTION LIST....................................................................................................................... 11-1

12. SEMICONDUCTOR LEAD IDENTIFICATION ..............................................................................12-1

13. WIRING DIAGRAM ....................................................................................................................... 13-1

14. BLOCK DIAGRAMS ...................................................................................................................... 14-1

15. SCHEMATIC DIAGRAMS ............................................................................................................. 15-1

16. PRINTED WIRING BOARD ASSEMBLIES...................................................................................16-1

17. REPLACEMENT PARTS LIST......................................................................................................17-1

18. PACKING OF THE SET ................................................................................................................ 18-1

CONTENTS

MODEL

DV-760X

D V-760X

D VD VIDEO PLAYER

SERVICE MANUAL DVD VIDEO PLAYER

MODEL DV-760X

Page 2

DV-760X

1. IMPORTANT SAFEGUARDS AND PRECAUTIONS

1-1

Page 3

DV-760X

2. FEATURES

2-1

• Plays DVD, video CD and CD (Digital Audio) discs

• Built-in Dolby Digital decoder supporting Dolby Pro Logic*1 decoding and Virtual Surround

• For the audio on a DVD disc recorded in MPEG Audio Version 2.0 multi channel (5.1ch)

• New Digital Gamma correction and New Digital Super Picture functions

• Separate colour component output connectors (Y, PB (CB) and PR (CR))

• DTS*2 AUDIO DECODER (DIGITAL THEATRE SYSTEM) *1 Manufactured under license from Dolby Laboratories. "Dolby", "Pro Logic" and the double-D symbol are trademarks of

Dolby Laboratories.

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

3. SPECIFICATIONS

Signal System: NTSC/PAL

Video output: Output connector: Pin-jack

Output level: 1 Vp-p (75Ω)

S video output: Y output level: 1 Vp-p (75Ω)

C output level: 0.30 Vp-p (75Ω) Output connector: S connector

Component colour output: Y output level: 1 Vp-p (75Ω)

PB (CB) output level: 0.525 Vp-p (75Ω)/75% colour PR (CR) output level: 0.525 Vp-p (75Ω)/75% colour Output connector: Pin-jack

Audio output: 5.1ch output: Front L/R, surround L/R, centre and subwoofer

5ch output: Front L/R, surround L/R and center Output connector: Pin-jack Output level: 2 Vrms (1 kHz, 0 dB)

Digital audio I/F: Optical digital output: Optical connector

Audio output: Coaxial digital output: Pin-jack

Headphone output: Output connector: Standard jack

Video signal horizontal resolution: 500 lines (DVD)

S/N ratio: 60 dB (DVD)

Audio signal frequency characteristics: For DVD linear PCM playback:

4 Hz to 22 kHz (48 kHz sampling) 4 Hz to 44 kHz (96 kHz sampling) CD playback: 4Hz to 20 kHz (EIAJ) (MPEG Audio 1/2)

S/N ratio: CD: 105 dB, 1 kHz (EIAJ)

Dynamic range: DVD linear PCM: 94 dB (EIAJ)

CD: 94 dB (EIAJ)

Total harmonic distortion ratio: CD: 0.005% or less (EIAJ)

Operating temperature: 5°C to 40°C

Storage temperature: –20°C to 55°C

Power supply : 220 V to 240 V AC, 50/60 Hz

Power consumption: 16 W

Dimensions: 430 mm × 351 mm × 97 mm (W × D × H) (Including attachments)

Weight: 3.8 kg

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

Digital Output

· The digital output format (optical or coaxial) used in this DVD 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: Video/audio cord x 1, UM3 battery x 2,

Remote Control Unit x 1, S-Video cord x 1

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DV-760X

For details on the use of each control.

4. PART NAMES

4-1

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DV-760X

5. MAINTENANCE CHECK ITEMS AND EXECUTION TIME

Parts

Maintained

1,000 hrs.

2,000 hrs.

Pickup Spindle Unit Sled Motor Loading Motor Belt

Note : Part Replacement

: Cleaning (For cleaning, use a lint-free cloth danpened with pure isopropyl alcohol.)

Use the following table as a guide to maintain the mechanical parts in good operating condition.

CARES WHEN USING THE PICKUP

1. The laser light having wavelength 650 nm is emitted from the objective lens. BE CAREFUL SO THAT THE LASER LIGHT DOES NOT ENTER DIRECTLY INTO YOUR EYE.

2. The semiconductor laser may be easily damaged by electrostatic charges. When handling the pickup, take care so that the electrostatic charge is not generated.

3. The semiconductor laser may be easily damaged by overcurrent. Use the power supply unit which does not give any spike current when the power is turned on and off.

4. Carefully remove the dust and dirt from the objective lens with the lens blower. When handling the objective lens, take due care so that it is not contaminated with fingerprint, etc. If the objective lens is contaminated, impregnate the cleaning paper with a small quantity of solvent (isopropyl alcohol), and gently wipe to clean.

5. The ozone layer depleting components (ODC) are not used in the production process for the product.

MECHANICAL PARTS REGUIRING PERIODICAL INSPECTION

5-1

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DV-760X

6. DISASSEMBLY AND REPLACEMENT OF MAIN PARTS

6-1. DISASSEMBLY

1.Remove five screws (A), and remove the cabinet. Note: When assembling it, tighten the screws in

order of 1 - 2 . (Because the set may rise a little by tightening the screws.)

6-1

17.Remove five screws (T) which install the volume

PWB of the front panel.

18. Remove six screws (U) which install the display

PWB.

19.Remove six screws (V) which install the operate

PWB.

*The spacer and insulation seat under the indication

tube of (W) are bonded with both-side sticking tape.

7.Disconnect the lead lines (F) and (G) and (H) from the main PWB under the mechanism.

8.Remove three screws (J) on both sides of the terminal angle frame.

9.Remove three screws (K) which install the terminal/ power PWB.

10.Remove three screws (L) which install the terminal

block.

11.Remove three screws (M) of the display PWB.

12.Remove four screws (N) of the mecha angle.

13.Remove one screw (P) of the mecha angle.

14.Remove two screws (Q) of the decorative leg.

15.Push out the middle pin (R) of the setting leg in the

direction opposite to insertion. (Two places)

16. Remove two screws (S) which install the main

PWB under the mechanical unit.

2.Remove two screws (B).

3.Remove three screw (C).

4.Release the hooks of the front panel at two places on both sides and at three places on the bottom, and slide the front panel toward you.

5.Disconnect the connector (D).

6.Remove four screws (E) which installs the mechanical unit.

Top Cabinet

(A) x2 1

(A) 2

(A) x2 1

(D)

(E) x4

(B) x2

Front Panel

Remove it when you remove a front panel because screw catch is done with terminal in the substrate (headphone) and the angle from the panel.

(L) x3

(K)

(J) x3

(N) x4

(P)

(R) x2

(K)

Terminal PWB

(Q) x2

(M) x3

(S)

(F)

(G)

(H)

Mechanism

Main PWB

Volume PWB

(W)

Operate PWB

Display PWB

(V) x6

(T) x5

(U) x6

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DV-760X

6-2. REPLACEMENT OF MAIN PARTS

· Removing the tray (emergency ejection) Removing the tray lock (set state)

VIDEO

Tray Decoration Panel

Insert a thin plate into the hatching part, slowly move the it in the arrow direction so that the tray is moved out a little in the arrow direction.

Note: In this state the tray cannot be removed completely.

· Drive Unit State

VIDEO

Tray Decoration Panel

Slowly move in the arrow direction, using the screwdriver having a fine head.

1. Remove the pickup FPC and loading relay FFC A from the main PWB. Note: Fit the conductive rubber cap to the front end of pickup FPC (short-circuit).

2. Remove the solder joint of loading relay PWB at drive unit rear side. 1 Sled motor lead wire (Yellow·Orange) 2 IN SW lead wire 2 (White) 3 Spindle motor lead wire (Red·Black) 4 Loading motor lead wire (Red·Black) 5 Remove each lead wire from the claw.

SLmotor 1

SLmotor 2

GND

SP1

SP2

L motor2

Black

Red

Black

White

Orange

Yellow

Remove the lead wire.

3. Remove the relay PWB mounting screw B (M2.6S + 6S S tight), and remove the relay PWB C .

Relay PWB

Rear side of moving chassis assembly

Conductive rubber cap (Earth sponge)

4. Disassembling the mechanism chassis moving chassis assembly (1) Remove the four M2.6 screws A , and remove the clamped top plate B .

P tight screw with M2.6 washer

(2) Remove the M2.6 screw C . (3) Holding aslant upward the mechanism chassis moving chassis assembly D in the arrow direction, remove. Note: The slide rack E must be moved to the left side as shown in diagram.

Take care so that the lead wires, especially the earth sponge G at the pickup FPC F front end, must not be removed.

Slide rack

Mechanism chassis moving chassis assembly

P tight screw with M2.6 washer

Clamper top plate rear side

6-2

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DV-760X

8. Replacing the Sled Motor (1) At the rear side of chassis remove the two M1.7 screws A , and remove the motor angle B . (2) Remove the thrust holding screw C (for easier removing wipe off the thread lock). (3) Remove the two motor fitting screws M1.4 D , and replace the motor E . Motor is replaced in the state while the worm F is

kept press-fitted to the output shaft. Note: When installing the motor, take care so that the worm does not damage the ANG B hole. (4) Screw in the thrust holding screw C , adjust the worm front end clearance to 0 to 0.1 mm, and apply screw lock.

5. Disassembling the loading drive system (1) Remove the two M2 screws A . (4) Remove relay gear 2 E . (2) Remove the tray pinion B . (5) Remove the two M1.7 screws F . (3) Remove the relay gear 1 C together with the (6) Remove the L motor G (with pulley) downward.

timing belt S D .

M1.7 L·Motor Pulley

L·Motor

Timing belt S

Relay gear1

Relay gear2

Tray pinion

6. Disassembling the mechanism chassis from the moving chassis (1) Remove the insulator B (2 pcs. at the right side in diagram) parallel in the arrow direction.

(At this time it is better to insert the fine head of screw driver at the ID side of insulator and to move in the arrow direction, which facilitates removal.)

(2) Remove the mechanism chassis in the arrow direction, pulling upward aslant.

At this time take care so that the insulator C (left side, 2 pcs.) is not damaged. (Do not put at once the mechanism chassis assembly.)

Insulator

Mechanism chassis

7. Replacing the pickup and the spindle motor

Since the pickup optical axis and turntable inclination of DVD are adjusted with higher accuracy than of CD/MD, make a replacement as a mechanism service chassis ass'y (refer to Parts List).

Thrust holding screw

Apply screw-lock.

M1.4 screw

M1.7 screw

Motor Angle

Worm

Sled motor

Mecha chassis Ass'y

6-3

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DV-760X

7. EXPLANATION OF MECHANISM

(1)Tray loading mechanism

When the tray loading motor rotates counterclockwise, motion is transmitted to the slide rack D through the intermediate gear 1 A , intermediate gear 2 B and tray pinion C , resulting in insignificant motion in the arrow direction. The slide rack is linked with the operating chassis. It lowers the pickup mechanism. The protrusion of slide rack E is linked with the tray through the groove at the rear side of tray, so that the tray is pushed ahead a little. When the tray is pushed out, the slide rack is disconnected from the tray pinion, and at the same time the gear at the rear side of tray is connected with the tray pinion, and the tray is pushed ahead. When the tray is pushed out fully, the slide rack moves further in the arrow direction through the groove at the rear side of tray. The tray position detection switch F is turned on, and the tray loading motor stops. When the tray closes the operation is as follows. If the tray OPEN/CLOSE button or tray is pressed and the detection switch is turned off, the tray loading motor rotates clockwise, so that the tray is retracted. When the detection switch is turned on again, the tray loading motor stops.

Intermediate gear 2

Intermediate gear 1

Tray pinion

Pawl linked with the groove at the rear side of tray

This groove is linked with the pawl of pickup mechanism.

Tray position detection switch

Slide rack

Sled motor

Pickup

Sled pinion

Rack

Pickup Position detection switch

Spindle motor

(2)Pickup feed mechanism

When the sled motor A rotates, the rack C moves through the sled pinion B so that the pickup D is moved to the internal or external periphery. When it is moved to the innermost periphery, the position detection switch E is pushed by the rack, so that the position of pickup is initialized.

(3)Disc rotation mechanism

The spindle motor is used to rotate. IC701 is used to control. When the spindle motor is replaced, replace the spindle unit.

7-1

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DV-760X

8-3. POLARITIES OF SIGNAL

8. OPERATION OF PICKUP

8-1. CIRCUIT CONFIGURATION OF PICKUP

The pickup unit reads signals from the disk, and the flexible cable is connected to the board. The following signals flow through the cable.

8-2. EQUIVALENT CIRCUIT OF PICKUP

FO+ TR– TR+ FO–

ACTUATOR

OSC

LD PD VA VB VC VD Sga V

raf

Vcc

GND

– +

HOLOGRAM LASER UNIT

1 2 3 4 5 6 7 8

9 10 11 12 13 14 15 16 17 18 19 20

TR– FO+ TR+ FO– VR PD V

GND LD GND V

NC NC V

ref(VCC/2)

VA VC Sga GND VB VD

(NC)

Power adjust

HIGH-FREQUENCY CONVOLUTION

Focus When electric current is flowed

FO+, FO- from FO+ to FO-, the lens comes

to near the disk.

Tracking When electric current is flowed

TR+, TR- from TR+ to TR-, the lens goes

toward the outer circumference.

Gain switching DVD one Layer High gain

Sga DVD two Layer Sga : +5V

8-4. SIGNALS OF PICKUP

8-4-1. Tracking drive signal (TR+, TR-)

The signal drives the tracking servo mechanism which projects the beam on the track by moving the objective lens (OL) to the outer or inner circumference (at a right angle against the track) of the disk.

2-focus objective lens

Actuator assembly

Monitor Diode

Basic Structure of Laser Diode

Laser Diode

8-1

8-4-2. Focus drive signal (FO+, FO-)

The signal drives the focus servo mechanism which aligns the focus on the pit of the disk by elevating OL (vertically against the disk surface.)

The VR terminal is connected to GND.

8-4-3. Monitor Diode (PD)

Since the laser diode largely varies output of the laser light even if the flowing current is slightly varied, the projection light is detected with the monitor diode to control the laser light to be equally output. Since the current varies on the monitor diode according to the intensity of the received light of the laser diode, the drive current of the laser diode is reduced if the current of the monitor diode increases. On the contrary, the drive current of the laser diode is increased if the current of the monitor diode decreases. As the projection light of the laser diode becomes stronger, the current of the monitor diode increases to increase the current which flows into the monitor diode output (PD). This is input to the pin 44 of IC303 and is compared with the reference voltage to control the drive current of the laser diode. The circuit is called ALPC (Automatic Laser Power Control).

8-4-4. Laser diode drive current control (LD)

Power supply to drive the laser diode

8-4-5. High-frequency convolution module power supply (VOSC)

The high-frequency convolution imposes the high-frequency signal on the DC current to impose the high frequency on the drive current of the laser. Thus, the interference of outgoing light and reflected light is prevented.

8-4-6. HF Signal (VA, VB, VC, VD)

Signals recorded in the disk

When the quantity of laser light increases, the current shown in figure increases and the PD terminal voltage rises. IC303 is used to control. The LD terminal voltage lowers, and the quantity of light reduces. (IC303 is actuated by voltage input.)

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DV-760X

9-1

9. TEST MODE

Test Mode A power source is put, and a playback key and a stop key are pushed after the "NO DISC" display at the same

time. (It keeps pushing it for about three seconds.)

ROM Renewal Mode A power source is put with pushing a playback key and a halt key at the same time.

(It keeps pushing it for about three seconds.)

[TEST MODE]

The preparation date display of the program 10000000 ∗∗∗∗∗∗∗∗ (Last updata)

Model number display 10000001 00007604 (Model number)

The version display of the program 10000002 ∗∗∗∗∗∗∗∗ (Program ver.)

Reagion number display 10000003 00000008 (Region code:Binary display)

Color bar display 20000001 00000000 (FIP)

Micro-code number display 10000004 ∗∗∗∗∗∗∗∗ (Microcode ver.)

The preparation date display of the servo program 10000005 ∗∗∗∗∗∗∗∗ (Servo ver.)

It is returned to the test mode initial image plane.

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.

There is no copy guard signal. As for the symptom when it was dubbed in the video tape recorder?

Color bar display 20000002 00000000 (FIP)

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 (FIP)

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 (FIP)

To (1)

The all FIPs burning 40000000 00000000 (OSD only)

The "4" key of the remote controller is pushed.

Model name Model number DV-750 00007503 DV-750TK 00007503

Model name Reagion cord DV-750 00000004 DV-750TK 00000004

Micro-code is the thing of the process program of the system integrated circuit.

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DV-760X

9-2

Mecah test mode display 3000E000 EEEEEEEE

<Disk is put, and the "2" key of the remote controller is pushed.> *It is usually returned in power source off for the state.

The "OPEN/CLOSE" key of the remote controller is pushed. Or, a tray is pushed by hand.

When it failed in servo initialization. It is returned to the test mode initial image plane by pushing "the playback" of the body 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.

Light is sent out by DVD laser, and a spindle motor rotates, and a pickup is moved to the circumference. DD000100 00000000

The "1" key of the remote controller is pushed.

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

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

From (1)

To (2)

Mecah test mode display 30000000 00000000

Tray eject failure 3000E001 EEEEEEEE

When it failed in tray eject 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.

Tray eject success 30000001 00000000

Tray load failure 3000E002 EEEEEEEE

When it failed in tray load 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.

Tray load display 30000002 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

After track balance adjustment is done, a track, slead on are done. Track offsete value(∗∗) Track balance value(++)

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

DDT step 3 DD000203 ∗∗++--00

A two-layer disk does RF gain adjustment, and a CD does track balance readjustment. Just focus adjustment is done after the completion. 0 layer focus balance value(∗∗) Track balance value(++) 0 layer 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 ∗∗++0000

Track gain adjustment is done. RF gain readjustment is done after the completion. Track gain value(∗∗) 0 layer RF gain value(++)

DDT step 6 DD000206 ∗∗++0000 (DVD) DD000206 ∗∗++--000 (CD)

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

DVD mode 1 layer focus gain value(∗∗) 1 layer focus balance value(++)

CD mode 0 layer focus gain value(∗∗) 0 layer focus balance value(++) The corrected front 0 layer focus balance value(--)

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DV-760X

9-3

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

From (2)

Servo version display F1000001 ∗∗∗∗∗∗∗∗

Focus offset value display F1000002 ∗∗00∗∗00

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

Track offset value display F1000003 ∗∗00∗∗00

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

0 layer focus balance value display F1000004 ∗∗00∗∗00

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

1 layer focus balance value display F1000005 ∗∗00∗∗00

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

Track balance value display F1000006 ∗∗00∗∗00

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

0 layer focus gain value display F1000007 ∗∗00∗∗00

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

1 layer focus gain value display F1000008 ∗∗00∗∗00

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

Track gaine value display F1000009 ∗∗00∗∗00

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

RF swing value display F100000A ∗∗00∗∗00

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

RF gain value display F100000B ∗∗00∗∗00

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

The inside switch ID value display F100000C ∗∗∗∗∗∗∗∗

[ROM RENEWAL MODE]

1. A DVD itself and a personal computer are articulated as the right figure. Software for the renewal is started more.

2. A power source is put with pushing a DVD's own playback key and a halt key at the same time. (It keeps pushing it for about three seconds.)

3. When "a lateral" is inputted in accordance with the personal computer display and data transfer indication is shown and renewal process is started normally when an ENTER key is pushed.

4. When renewal is completed normally.

R : OK

It is displayed.

W : STR

It is displayed.

W : END

It is displayed.

Personal computer

(DOS)

DVD itself

DIGITAL It is articulated to the OUT terminal connection child.

Fixture for the ROM renewal

Page 14

DV-760X

10-1

10. TR OUBLESHOO TING

FLOW CHART NO.1

The power cannot be turned on.(1)

Is the fuse normal?

See FLOW CHART No.3 <The fuse blows out.>

Is normal state restored when once unplugged

power cord is plugged again after several

seconds?

Replace the fuse.

Yes

Is the AT 5V line voltage normal?

Check for leak or short-circuiting of primary

circuit component?

(Q9008,Q9010,D9016,T9001,D9012-3,C9021-

2,etc)

Yes

Is the voltage of AT 12V, AT -30V and filament

normal?

Check each rectifying circuit of secondary circuit.

FLOW CHART NO.2

FLOW CHART NO.3

The fuse blows out.

Is there leaking or short-circuited primary

component?

The power cannot be turned on.(2)

Does the change from STANDBY LED indicate

turn-off?NoIs the supply voltage of 5V fed to pins(15) and (16)

of IC8201?

Check the AT 5V line.

Yes

Is the supply voltage about 5V fed to pin(3) of

IC8201?

Check the IC8202.

Yes

Is there 4.0MHz oscillation at pins(1) and (2) of

IC8201?

Check the FL8201 and IC8201.

Yes

Does the "L" signal inputted at pin(14) of IC8201,

when the POWER button activated on the DVD.

Check the S8151 and POWER KEY line.

Yes

The STANDBY LED indicate it flashing after the

0.5sec.

Does the remote control "L" signal inputted at

pin(4) of IC8201, when the POWER button

activated on the remote control unit?

Check the line between the remote control

receiver and the pin(4) of IC8201.

Yes

Yes (below, confirmed operating at LED turn-off of 0.5sec interval.)

Check for short-circuiting of rectifying diode and

circuit in each rectifying circuit of secondary side.

Replace IC8201.

Yes

Replace IC8201.

Are the "P–CON(L)" pulse outputted from the

pin(7) of IC8201?

Replace IC8201.

Yes

Does the P–CON switch circuit is operate normally?

Check each component and if poor the replace.

Yes

Are the "H" pulse inputted into the pin(9) of IC8201?

Check or replace D9035-9.

FLOW CHART NO.6

The fluorescent display tube does not light.

Is the supply voltage of 5V fed to pin(18) of

IC5001?

Check the AT 5V line.

Yes

Is the supply voltage of -30V fed to pin(16) of

IC5001?

Check the AT -30V line and Q9025.

Yes

Is there 4.0 MHz oscillation at pins(19) and (20) of

IC5001?

Check FL5001, IC5001 and their periphery.

Yes

Check the signal lines of FIP DA, FIP CK, FIP CS

of IC5001 and IC504.

Check or replace IC5001 and IC504.

FLOW CHART NO.7

The key operation is disabled.

Is key switch contact and installation state?

Replace key switch.

Yes

Is the control voltage normally into the pins(95)

and (96) of IC504?

Check the power circuit,D5001 and Q9026.

Check that the fluorescent display tube is free from

damages such as crack.

Yes

Are the filament voltage applied between (1) and

(62) of the fluorescent display tube?

Also negative voltage applied between these pins

and GND.

Yes

Check the fluorescent display tube and its periphery.

FLOW CHART NO.4

When the output voltage fluctuates.

Does the secondary side photocoupler circuit

operate normally?

Check the circuit and replace the parts.

(D9020, D9041, D9046, Q9028, etc.)

Yes

Does the primary side photocoupler circuit

operate normally?

Check the circuit and replace the parts.

(D9020, D9023, D9040, etc.)

FLOW CHART NO.5

When buzz is heard from the vicinity of power circuit.

Check for short-circuiting of rectifying diode and circuit in each rectifying circuit of secondary side.

(D9005-8,D9025,IC9001-3,Q9020-27,etc.)

Yes

Replace D9020.

KEY-1/2 INPUT

5.0V

4.3V

3.8V

3.1V

2.4V

1.9V

1.3V

0.6V

OFF

S8106

STOP

S8105

S8154

S8104

S8103

S8101

S8153

STILL/PAUSE GAMMA

SKIP(+)

SKIP(-)

S.PICTURE

PLAY

KEY–1 KEY–2

Page 15

DV-760X

10-2

FLOW CHART NO.9

PC 9V is not output.

Is 12V voltage supplied at pin(3) of IC9001? No Check the secondary circuit, AT 12V and PC 12V

line.

Yes

Is there output at pin(1) of IC9001?

Check the IC9001 periphery circuit.

Yes

Check for load circuit short-circuiting or leak.

FLOW CHART NO.10

PC 3.3V is not output.

Is 5V voltage supplied at pin(1) of IC9003?

Check the secondary circuit, AT 5V and PC 3.3V line.

Yes

Is there output at pin(2) of IC9003?

Check the IC9003 periphery circuit.

Yes

Check for load circuit short-circuiting or leak.

FLOW CHART NO.8

No operation is possible from the infrared remote control.

Operation is possible from the DVD, but no

operation is possible from the infrared remote

control.

Replace the remote control receiver or replace the

remote control transmitter is necessary.

Yes

Is 5V voltage supplied to the pin(3) terminal of

remote control receiver?

Check AT 5V line.

Yes

Is the "L" pulse sent out pin(1) terminal of receiver

when the infrared remote control is activated?

Yes

Replace IC504.

Replace the remote control receiver.

Yes

Is pulse signal supplied to the pin(32) of IC504?

Check the line between the remote control receiver

and the pin(32) of IC504.

FLOW CHART NO.11

The disc tray cannot be opened and closed.(For remote control is possible.)

Are the "L" pulse inputted into the pin(13) of

IC8201 when the KEY button is pressed?

Check the S8102 and OPEN/CLOSE KEY line.

Yes

Are the "L" pulse outputted from the pin(10) of

IC8201?

Replace IC8201.

Yes

Are the "L" pulse inputted into the pin(11) of

IC8201?

Check the TRAY ACK(L) line.

Yes

See FLOW CHART NO.12<The disc tray cannot

be opened and closed.>

FLOW CHART NO.12

The disc tray cannot be opened and closed.

Is the signal from the pins(70) and (69) of IC504

input into the pins(6) and (7) of iC702?

Check the LD-REV/FWD signal line between the

IC702 and the IC504.

Yes

Is loading motor drive voltage output from the

pins(10) and (11) of IC702?

Is 8V voltage applied to the pin(21) of IC702?

Yes

Is the loading motor drive voltage applied to the

pins(3) and (2) of AG connector?

Check the line between the IC702 and the AG connector.

Yes

Check for mechanism and gear engagement and

breakage.

Replace IC702.

Check AT 8V line.

Is FE signal inputted at pin(38) of IC707?

(Checking of symptom.)

Check the line between the pin(21) of IC303 and pin(38) of

IC707.

Yes

Is the focus control signal output to the pin(43) of

IC707?

Check the IC707 power source periphery circuit.

If it is normal, replace IC707.

Is the focus control signal from the pin(43) of IC504

input into the pin(19) of IC702?

Check the focus control signal (FOO) line between the

IC702 and the IC504.

Yes

Check the line between the IC702 and the AB connector.

Is the focus control drive voltage output from the

pins(17) and (18) of IC702?

Yes

Is the focus control drive voltage applied to the

pins(4) and (2) of AB connector?

Yes

Check the connection of optical pickup cable.

If it is normal, replace the optical pickup.

The disc is ejected.

(In case of focus error)

Does the objective lens of optical pickup move up

and down after the disc is removed?

(Checking of symptom).

See FLOW CHART NO.14<The disc is ejected. (In case

focus servo does not function.)>

Yes

Is FE signal output to the pin(21) of IC303 when the

disc is set?

Is there input signal on the pins (49, 54), (50, 55),

(46, 52), and (47, 53) of IC303?

Is there output signal on the pins(18),(17),(16) and (15) of

IC301?

Check the connection of optical pickup cable.

If it is normal, replace the optical pickup.

FLOW CHART NO.13

FLOW CHART NO.14

The disc is ejected.

(In case of focus servo does not function.)

Is 8V voltage applied to the pin(21) of IC702?

Yes

Replace IC702.

Check AT 8V line.

Page 16

DV-760X

10-3

Yes

Check the connection of optical pickup cable.

If it is normal, replace the optical pickup.

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

output to the pin(52) of IC707?

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

output to the pin(45) of IC303?

(Checking of symptom.)

Is 3.3V voltage applied to the emitter of Q301 and,

5V voltage applied to the emitter of Q307?

Yes

Are the 3.3V and 2.3V voltage supplied to the

pins(11) and (9) of AB connector, respectively?

Check the D_3.3V (1) line and the A_5V line.

FLOW CHART NO.15

The disc is ejected.

(When the laser beam does not light.)

Check the line between the pin(52) of IC707 and the

base of Q301 through Q304.

Ceck the line between the pin(45) of IC303 and the

base of Q307.

Check the line between the Q301, Q307 and AB connector.

Yes

Replace the main PWB unit.

Set the disc on the disc tray.

Is it possible to hold normally the disc with the check?

Yes

Is the level of RF signal which is output from the

pin(28) of IC303, normal?

Yes

Check the video amplifier unit and the audio amplifier unit. (IC2004-4, IC801-3)

Check for contamination of objective lens of optical pickup.

FLOW CHART NO.16

Both picture and sound do not operate normally.

Check the loading switch.

Replace the optical pickup unit.

Are the video signals outputted to the pins of

main unit connector CN801 and CN803?

CN803 5Pin CVBS

CN803 7Pin Y

CN803 9Pin C

CN801 25Pin Cb

CN801 27Pin Cr

CN801 29Pin Y

Check the line between the pins of main unit connector

CN801 and the pins of IC2007.

CN803 5Pin → IC2007 5Pin CVBS

CN803 9Pin → IC2007 2Pin C

CN803 7Pin → IC2007 12Pin Y

FLOW CHART NO.17

Picture do not operate normally.

Check the main unit. (Make sure that the IC201,

Q208-13 peripheral circuit.

Check the main unit.

(IC201, Q202-7 peripheral circuit.)

Check the peripheral circuit of Cb/V DRIVE circuit

IC2003 from the pin(4) of IC2007.

Set the disc on the disc tray.

Yes

Are the video signals shown above input into the

pins of IC2007?

IC2007 5Pin CVBS

IC2007 2Pin C

IC2007 12Pin Y

Yes

Are the video signals outputted to the specific

output terminal?

Are the composite video signals outputted to

the VIDEO OUT terminal (J2001)?

Are the luminance signals outputted to the

S–OUT terminal (J2002)?

Are the chroma signals outputted to the

S–OUT terminal (J2002)?

Are the Cb signals outputted to the Cb OUT

terminal (J2001)?

Are the Y signals outputted to the Y–OUT

terminal (J2001)?

Are the Cr signals outputted to the Cr OUT

terminal (J2001)?

Check the peripheral circuit of S–YC DRIVE circuit

IC2002 from the pin(14) of IC2007.

Check the peripheral circuit of S–YC DRIVE circuit

IC2002 from the pin(15) of IC2007.

Check the peripheral circuit of Cb/V DRIVE circuit

IC2003 from the pin(25) of CN801.

Check the peripheral circuit of Cr/Y DRIVE circuit

IC2004 from the pin(29) of CN801.

Check the peripheral circuit of Cr/Y DRIVE circuit

IC2004 from the pin(27) of CN801.

Yes

Are the video signal outputted to each pins of

IC2007?

IC2007 4Pin CVBS

IC2007 15Pin S–C

IC2007 14Pin S–Y

Make sure that the level of pins(9), (10) and (11) of

IC2007 is "L" level.

Check or replace IC2007.

Check the V-MUTE line.

Yes

Check the main unit.(IC801-3)

Are the audio signals outputted to the pins of main unit connector CN801?

CN801 1Pin FRONT-L

CN801 3Pin FRONT-R

CN801 5Pin REAR-L

Yes

Are the audio signals output to the specific

outputted terminals?

Are the audio signals outputted to the FRONT–L/R

OUT terminal (J2001)?

Are the audio signals outputted to the REAR–L/R

OUT terminal (J2001)?

Are the audio signals outputted to the CENTER/

SUB WOOFER OUT terminal (J2001)?

Check the peripheral circuit of AUDIO AMP. circuit

IC6001 from the pins(1) and (3) of CN801.

Check the peripheral circuit of AUDIO AMP. circuit

IC6002 from the pins(5) and (6) of CN801.

Check the peripheral circuit of AUDIO AMP. circuit

IC6002 from the pins(7) and (8) of CN801.

FLOW CHART NO.18

Sound do not operate normally.

Set the disc on the disc tray.

Yes

CN801 6Pin REAR-R

CN801 7Pin CENTER

CN801 8Pin SUB WOOFER

Page 17

DV-760X

Pin No. Terminal name I/O Operation function

1 CVBS/Cb/B1 O Analog composite video signal output or Cb or B signal output current drive (positive) 2 CVBS/Cb/B1 O Analog composite video signal output or Cb or B signal output current drive (negative) 3 CVBS/Cb/B1 Vdd Power Supply for CVBS / Cb/B DAC1 circuit 4 Y/G 1 O Analog luminance or G signal output current drive (positive) 5 Y/G 1 O Analog luminance or G signal output current drive (negative) 6 Y/G 1Vdd Power Supply for Y/G DAC1 circuit 7 C/Cr/R 1 O Analog chrominance signal output or Cr or R signal output current drive (positive) 8 C/Cr/R 1 O Analog chrominance signal output or Cr or R signal output current drive (negative)

9 C/Cr/R 1Vdd Power Supply for C/Cr/R DAC1 circuit 10 DA Vss Ground for DAC circuit 11 Ibias 1 O Reference current for the 1st set of 3 DACs 12 VRef 1 Reference full scale voltage for the 1st set of 3 DACs 13 DA Vdd Power Supply for DACs 14 VRef 2 Reference full scale voltage for the 2nd set of 3 DACs 15 Ibias 2 O Reference current for 2nd set of the 3 DACs 16 NC No connect to pin 17 CVBS/Cb/B2 O Analog composite video signal output or Cb or B signal output current drive (positive) 18 CVBS/Cb/B2 O Analog composite video signal output or Cb or B signal output current drive (negative) 19 CVBS/Cb/B2 Vdd Power Supply for CVBS / Cb/B DAC2 circuit 20 Y/G 2 O Analog luminance or G signal output current drive (positive) 21 Y/G 2 O Analog luminance or G signal output current drive (negative) 22 Y/G Vdd Power Supply for Y/G DAC2 circuit 23 C/Cr/R 2 O Analog chrominance signal output or Cr or R signal output current drive (positive) 24 C/Cr/R 2 O Analog chrominance signal output or Cr or R signal output current drive (negative) 25 C/Cr/R 2Vdd Power Supply for C/Cr/R DAC2 circuit 26 ChipA I2C chip address select {0 : 40(hex)/41(hex) 1 : 1D(hex)/1E(hex)} 27 TEST I TEST pin (Ground) 28 DVss Ground for Digital circuit 29 CLOCK I 27MHz clock input 30 DVdd Power Supply for Digital circuit 31 Reset I Reset signal, active LOW 32 PAL/NTSC I NTSC/PAL select. This pin is sampledonly at Reset.(NTSC : Low PAL : High) 33 SO z(O) In SPI mode, serial data output / In I2C mode, grounded. 34 SDA/SI I/O(I) Serial data input, Open drain output / If SPI mode, serial data input 35 SCL/SCK I Serial clock 36 SEL I/(I) Connect to Ground / If SPI mode, this pin is chip select 37 DVdd Power supply for Digital circuit 38 DVss Ground for Digital circuit

39-46 DVIA7-0 I/O 8-bit Multiplexd Y/Cr/Cb 4:2:2 data (ITU Rec656/601) input (DVIA) or Multiplexd Y data

(ITU-Rec656/601) input in 16-bit input mode 47 Vmute I Video mute on Reset (0: normal, 1: mute) 48 C/Fsync/VBI I/O Csync/Frame sync input/output 49 F/Vsync I/O Frame sync or Vertical sync input/output 50 Hsync I/O Horizontal sync input/output 51 A/B sel I Switch control for 8-bit x 2 Mutiplexed 4:2:2 data (ITU Rec656/601) input (DVIA) or (DVIB)

52-55 DVIB7-4 I/O 8-bit Multiplexed 4:2:2 data (ITU Rec656-601) input (DVIB), or Multiplexed Cr/Cb data

(ITU Rec656/601) input in 16-bit input mode 56 DVss Ground for Digital circuit 57 DVdd Power Supply for Digital circuit

58-61 DVIB3-0 I/O Multiplexed 4:2:2 data (ITU Rec656/601) input (DVIB), or Multiplexed Cr/Cb data

(ITU Rec656/601) input in 16-bit input mode 62 TP I/O Test data input/output (Grounded)

63,64 NC No connect to pin (Ground)

11. IC FUNCTION LIST

11-1. IC201 MC44724A DIGITAL VIDEO ENCODER

11-1

Page 18

DV-760X

Pin No. Terminal name I/O Operation function

1 EIN I RF signal input. Input of RF signal output of optical pickup. 2 GND1 – Ground 3 S/DUAL I Single layer/dual layer selection signal input. 4 AIN I RF signal input. Input of RF signal output of optical pickup. 5 BIN I RF signal input. Input of RF signal output of optical pickup. 6 CIN I RF signal input. Input of RF signal output of optical pickup. 7 DIN I RF signal input. Input of RF signal output of optical pickup. 8 VrefIN I Reference voltage input. (2.1V) 9 FIN I RF signal input. Input of RF signal output of optical pickup.

10 GAINsel1 I Amp gain selection input 1.

11 VCC1 – Power terminal. (5.0V) 12 GAINsel2 I Amp gain selection input 2. 13 FOUT O RF signal output. Input RF signal is current-voltage-converted and output. 14 EOUT O RF signal output. Input RF signal is current-voltage-converted and output. 15 DOUT O RF signal output. Input RF signal is current-voltage-converted and output. 16 COUT O RF signal output. Input RF signal is current-voltage-converted and output. 17 BOUT O RF signal output. Input RF signal is current-voltage-converted and output. 18 AOUT O RF signal output. Input RF signal is current-voltage-converted and output. 19 VCC2 – Power terminal. (5.0V) 20 RFPOUT O Data read signal output. The same phase as MIXIN. 21 RFNOUT O Data read signal output. Reverse phase with respect to MIXIN. 22 MIXIN I Data read signal input. 23 MIXOUT O Data read signal output. 24 GND2 – Ground

• Block Diagram

• Mode selection table

GAINsel1 (Terminal 10) GAINsel2 (Terminal 12) Amp gain

L L +6dB

H, OPEN L -2dB

L H, OPEN +2dB

H, OPEN H, OPEN -6dB

Amp. gain selection

Layer S/DSEL (Terminal 3) Amp gain

Single L, OPEN 0dB

Dual H +10dB

Single layer/dual layer selection

11-2. IC301 IX1461GE RF PRE AMP.

H, V

demux

Modulator

subcarrier

gen

off_set

CGMS,

WSS gen

CC_gen

Sync_generator

copy

protection

bus

TESTI2C/SPI

BIAS

DAC

30 37, 57 28

38, 56

39~46

52~55, 58~61

DVdd

DVss

DVIA [7:0]

DVIB [7:0]

A/B_sel

Clock

Chip A

Reset

PAL/NTSC

SDA/SI

SCL/SCK

SEL

TEST

DAVss

DAVdd

Ibias 2

Vref 2

C/Cr/R 2

CVBS/Cb/B 2

Y/G 2

Ibias 1

Vref 1

C/Cr/R 1

CVBS/Cb/B 1

Y/G 1

C/Cr/R 1Vdd

CVBS/Cb/B 1Vdd

Y/G 1Vdd

C/Cr/R 2Vdd

CVBS/Cb/B 2Vdd

Y/G Vdd

Hsync

F/Vsync

C/Fsync/VBI

MC44724/5A

BIAS

DAC

Output Selector

DAC

RGB matrix

11-2

Page 19

DV-760X

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

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

17 VCKF –

Capacity for time constant adjustment

– 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

side delay increases.

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

gain increases and the A+C side delay increases.

34 FEB I FE balance VrD When FEB is raised, the A+C (FP)

side gain increases. 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

through C 38 EQD I Group delay correction VrD When EQD is raised, the group

delay increases at the right side. 39 GND2 – GND terminal. – 40 RFDC – DC feedback capacity –

Pin No. Terminal name I/O Operation function

Terminal DC Voltage(TYP.)

Remarks

11-3. IC303 IX1517GE RF SIGNAL PROCESSOR

• Block Diagram

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

1 98765432 10 1211

MIX

EIN

CIN

BIN

AIN

S/DUAL

GND1

FIN

VrefIN

DIN

DOUT

FOUT

VCC1

GAINsel1

GAINsel2

RFPOUT

VCC2

AOUT

BOUT

COUT

EOUT

RFNOUT

GND2

MIXOUT

MIXIN

11-3

Page 20

DV-760X

41 R FA O RF total addition output 2.2[V] 42 EQB I Boost adjustment VrD

When EQB is raised, the boost increases. 43 EQF I Frequency adjustment VrD When EQF is raised, shift to the

high frequency side occurs. 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

is connected to Vcc. 52 P1DI I D input (DVD) 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

Pin No. Terminal name I/O Operation function

Terminal DC Voltage(TYP.)

Remarks

Terminal

Terminal name Function

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

8 RAS Row address strobe

23 CAS Column address strobe

2~5,24~27 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

11-4. IC401 IX1484GE 4M DRAM

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

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

P1TP

P1TN

LDO1

MDI1

EQF

EQB

RFA

RFDC

GND2

EQDNCVcc2

PSC

FEB

TEB

GND

P2TP

P2TN

LDO2

MDI2

VrA

VrD

Vdd

DPAC

DPBD

DPD1

DPD2

SCB

SCL

SCD

VRCK

12345678910111213141516

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

APC1

sel-RF

R-gain Adjust

F-gain Adjust

RF Ripple

creation

FE creation

DPDTE creation

FE-gain

Adjust

TE-gain

Adjust

Level detect

T-gain Adjust

3BTE creation

APC2

B U S

Time

constant

adjustment

sel-PD

mode-TE

sel-FE

sel-IC

sel-TE

sel-DPD

sel-LVL

• Block Diagram

11-4

Page 21

DV-760X

11-5. 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 Servo reference clock input. (Oscillation circuit input terminal) 3.3V-I/F Feedback 4 SVCK0 O Servo reference 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)

11-5

Page 22

DV-760X

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 External RAM data bus. TTL level 72 MD6 I/O External RAM data bus. TTL level 73 MD5 I/O External RAM data bus. TTL level 74 MD4 I/O External RAM data bus. TTL level 75 MD3 I/O External RAM data bus. TTL level 76 MD2 I/O External RAM data bus. TTL level 77 MD1 I/O External RAM data bus. TTL level 78 MD0 I/O External 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

11-6

Page 23

DV-760X

11-6. IC501 IX1614GE FLASH

Symbol Type Name and function

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

15/A-1

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

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

0-A12

Input

Word selection address: Selection of one word of 16k byte block. These addresses are latched during data wiring operation.

13-A17

Input

Block selection address: Selection of 1/32 erase block. These addresses are latched during data writing, erasing and lock block operation. Low order byte data input/output: Command user interface writing cycle data and command

-DQ7Input/Output input. Various data read memory identifier and status data output Chip nonselection or output disable: Float state

-DQ15Input/Output

High order byte data input/output: The function is the same as that of low order byte data input/output. Operative only in x16 mode. x8 mode: Float state DQ15/A-1 is address.

CE# Input

Chip enable: Device control logic, input buffer, decoder and sense amp. are activated. Chip becomes active only when CE# is “Low”. Reset/Power 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

RP# Input is kept at “Low” so as to protect data from noise. When RP# is in “Low” state, the device is in

deep power down state. 480 ns is required to recover from the deep power down state. If the RP# pin becomes “Low”, the whole chip operation is interrupted and reset. After recovery the device is set to array read state.

OE# Input

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 is controlled.

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

Ready/busy: The state of internal write state machine is output. In “Low” state it is indicated that the

RY/BY# Output write state machine is in operation. If the write state machine waits for next operation instruction, erase

is suspended or it is in deep power down 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

BYTE# Input 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-1 input circuit is disabled.

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

GND Ground

NC Nonconnection

• Block Diagram

CSR

ESRs

8-15

0-7

OUTPUT MULTIPLEXER

Program Erase Voltage Switch

BYTE#

CUIWSM

16-KBYTE

Block 31

16-KBYTE

Block 30

16-KBYTE

Block 1

16-KBYTE

Block 0

CE# OE# WE#

RP#

RY/BY#

GND

Y GATING/SENSING

X-DECODER

Y-DECODER

Input

Buffer

ADDRESS

QUEUE

LATCHES

ADDRESS COUNTER

-1.0~17

Output

Buffer

Output Buffer

Input

Buffer

Input

Buffer

I/O Logic

DATA

QUEUE

Data

Comparator

11-7

Page 24

DV-760X

11-7. IC504 IX1478GE SYSCON

VccVccVccVccVccVssVssVssVssVssVssVssVssPD

PA7/A23/IRQ7 PA

6/A22

/IRQ6

PF7/ø PF

/AS

/RD

/HWR

EXTAL XTAL STBY RES WDTOVF NMI

PF3/LWR 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

PF2/

LCAS/WAIT/BFEQO

/PO8/TIOCA0/DACK0

/PO9/TIOCB0/DACK1

/PO10/TIOCC0/TCLKA

/PO11/TIOCD0/TCLKB

/PO12/TIOCA1

/PO13/TIOCB1/TCLKC

/PO14/TIOCA2

/PO15/TIOCB2/TCLKD

/PO0/TIOCA3

/PO1/TIOCB3

/PO2/TIOCC3

/PO3/TIOCD3

/PO4/TIOCA4

/PO5/TIOCB4

/PO6/TIOCA5

/PO7/TIOCB5

/AN7/DA1

/AN6/DA0

/AN5

/AN4

/AN3

/AN2

/AN1

/AN0

ref

AVccAV

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 P3

/SCK0

/RxD1

/RxD0

/TxD1

/TxD0

P53/ADTRG

ROM

RAM

TPU

PPG

SCI

WDT

DMAC

DTC

H8S/2000 CPU

D/A converter

A/D converter

Clock oscillator

Interruption

controller

Bass Controller

Port D

Port FPort GPort 6

Port 5 Port 3 Port C Port B Port A

Port E

Port 1 Port 2 Port 4

Internal data bus

Peripheral data bus

Peripheral address bus

Internal address bus

131072 WORDS X 8 BYS

(1024 ROWS X126 COLUMNS X8 BL9OCKS)

8 7 6 5 4 3

31 28 27

12 10

25 26

13 14 15 17 18 19 20

29 22 30 24

A4 A5 A6

A7 A12 A14 A16 A15

A13

A10

A11

I/O1 I/O2 I/O3 I/O4 I/O5 I/O6 I/O7

I/O8

R/W CE1

CE2

OE VDD

(5V) GND

(0V)

ADDRESS INPUT

BUFFER

ROW

DECORDER

SENSE AMP.

OUTPUT

BUFFER

DATA INPUT

BUFFER

CLOCK

GENERATOR

COLUMN

DECODER

ADDRESS INPUT

BUFFER

ADDRESS INPUT

BUFFER

BLOCK

DECODER

11-8. IC506 IX1618GE 1M SRAM

11-8

Page 25

DV-760X

11-9. IC507 BR93L46F EEPROM

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

C S

S K

D I

D O

Dummy bit

Instruction register

Data resistor

R/W

Amp.

Address buffer

Address Decoder

Instruction decode control clock generation

Wave voltage detection

Write inhibition

High voltage generation

bit

EEPROM

Aray

1,024

6bit

16bit

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)

11-10. IC508 IX1516GE GAMMA S-P-TONE

Terminal

Terminal name In/Output Function

11-9

Page 26

DV-760X

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

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

8-bit parallel video data conforming to ITU-R BT.601 and BT.656 standard (Cb/Y/Cr/Y) 54 PXDI (2) Input MSB=PXDI(7), LSB=PXDI(0) 55 PXDI (3) Input

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

Terminal

Terminal name In/Output Function

• Block Diagram

HADAT

PXDI

HSYNCI

HADR HCS HAS HWR HRD HIM MRST

VDD

VSS

TEST0 TEST1

INT

WAIT

PXDOVSYNCOHSYNCO

PXCLKI

VSYNCI

PXCLKO

64pin LQFP

8881

111 11

10 11

21 29 28 27 26 30 31

171625

24 32

40 48

49 57

56 64

62 63

22 23

3934 43

4546

55 61

52 58

CPU

Host interface

ITU-R 601/656 interface

ITU-R 601/656 formatter

Timing generation

Clock Gen.

Source Dec.

NTSC Enc.

(3ch D/A built in)

Edge creation SPT circuit

Digital dinamic r circuit

Digital color correction

Color offset correction

White correction

DR-SPT circuit

11-10

Page 27

DV-760X

11-11. IC512 IX1535GE HOST I/F

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

Terminal Terminal name In/Output Function

11-11

Page 28

DV-760X

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

Data Buffer

Latch D

Data Buffer

Latch C

Data Buffer

Latch B

Data Buffer

Latch A

Data Buffer

R/W CTL

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

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

32 31 30 29 28 27 26 25 24 23 22 21 20 19 18 17

16151413121110987654321

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

BUFDO

BUFDI

SBUFBO

SBUFBI

SBUFAO

SBUFAI

MRST MODE

BUFCO

TEST

BUFCI

VSS

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

MRST MODE

SEL

TEST

VSS

EXPD(2)

EXPD(1)

EXPD(0)

EXPC(5)

EXPC(4)

EXPC(3)

VSS

EXPC(2)

EXPC(1)

EXPC(0)

EXPBU(3)

EXPBU(2)

EXPBU(1)

EXPBU(0)

VDD

VSS

SOUT(2)

SOUT(1)

SOUT(0)

S2(5)

S2(4)

S2(3)

VSS

S2(2)

S2(1)

S2(0)

Q2(7)

Q2(6)

Q2(5)

Q2(4)

VDD

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

HADR0

HADR1

HADR2

HCS

HWR

HRD

HDAT0

HDAT1

HDAT2

HDAT3

HDAT4

HDAT5

HDAT6

HDAT7

VSS

VDD

D(0)

D(1)

D(2)

D(3)

D(4)

D(5)

D(6)

D(7)

S1(0)

S1(1)

S1(2)

S1(3)

S1(4)

S1(5)

VSS

In/Output Pin

Exclusive-use pin

In/Output Pin

Output:

Open drain

Input Pin

In/Output Pin

Output: Open drain

11-12. IC601 IX1521GE SOURCE DECODER

Pin No. Pin name Type Direction Function

HA[3:0] I I

Address bus input for microcomputer connection.

24-26 Used for register access and so on

HTYPE = L It works as HR/W#(read/write) input terminal for connection to Motorola

HWR#

type microcomputer.

(HR/W#) HTYPE = H

It works as HWR# (write) input terminal for connection to general purpose microcomputer.

29 HCS# I I Chip select input for connection to microcomputer

HTYPE = L It works as HDS#(data strobe) input terminal for connection to Motorola

HRD#

type microcomputer.

(HDS#) HTYPE = H

It works as HRD# (read) input terminal for connection to general purpose microcomputer. Bit stream input ready output terminal If the bit stream is input from microcomputer, the terminal is bored. For 3-state output, connect the pull-up resistor. HRDY = L

31 HRDY 3-S O Bit stream can not be input.

HRDY = H The number of bytes which are set by CodBurstLen parameter can be transferred from the microcomputer. During the time from transfer start of the number of set bytes to transfer end, the terminal varies in 3 states.

Microcomputer interface

11-12

Page 29

DV-760X

Pin No. Pin name Type Direction Function

HTYPE = L It works as HACK# (acknowledge) output terminal for connection to

32 HACK# Motorola type microcomputer.

(HR/W#) It can be used as the weight terminal for connection to the general pur

pose microcomputer. For 3-state output, connect the pull-up resistor. Interrupt request. If interrupt status register is read, interrupt is masked or

34 HIRQ# 3-S O device is reset, the signal is deasserted.

For 3-state output, connect the pull-up resistor. The bus width of the microcomputer interface If the device is worked as CD-G decoder or CD-DSP is connected, select the 8-bit bus mode.

35 HWID I I Fix it before power up.

L=8bit bus mode H=16bit bus mode When HWID is H (16-bit bus MODE), byte order is set. Setting is valid only when HWID is H.

36 HORD I I Fix it before power up.

L=HD [15:8] is regarded as m.s. byte. (Motorola type) H=HD [7:0] is regarded as m.s. byte. (Intel type) Bus type of microcomputer interface is set.

37 HTYPE I I

Fix it before power up. L=Motorola type

H=General purpose type 141 RESET# I I RESET is input. 142 IDLE 3-S O It is output to indicate the idle state.

Microcomputer interface terminal list

Microcomputer interface

Pin No. Pin name Type Direction Function

When 16-bit bus width is selected, (HWID=low) It works as the microcomputer data bus of 15th bit. When 8-bit bus width is selected, (HWID=high) It works as the terminal to input bit clock from DC-DSP. When 16-bit bus width is selected, (HWID=low) It works as the microcomputer data bus of 14th bit. When 8-bit bus width is selected, (HWID=high) It works as the terminal to input the stream/PCM data from CD-DSP. When 16-bit bus width is selected, (HWID=low) It works as the microcomputer data bus of 13th bit. When 8-bit bus width is selected, (HWID=high) It works as the terminal to input frame synchronous signal from CD-DSP. When 16-bit bus width is selected, (HWID=low) It works as the microcomputer data bus of 12th bit. When 8-bit bus width is selected, (HWID=high) It works as the terminal to input error signal to CD-DSP. When 16-bit bus width is selected, (HWID=low) It works as the microcomputer data bus of 11th bit. When 8-bit bus width is selected, (HWID=high) It works as the terminal to output the subcode reading clock to the subcode interface of CD-DSP. When 16-bit bus width is selected, (HWID=low) It works as the microcomputer data bus of 10th bit. When 8-bit bus width is selected, (HWID=high) It works as the terminal to input subcode data from subcode interface ofCD-DSP.

Microcomputer / CD·subcode interface terminal list

Microcomputer interface / CD·subcode interface

HD15 3-S I/O

(CDERR) (I) (I)

HD14 3-S I/O

(CDFRM) (I) (I)

HD13 3-S I/O

(CDDAT) (I) (I)

HD12 3-S I/O

(CDCLK) (I) (I)

HD11 3-S I/O

(SCCLK) (O) (O)

HD10 3-S I/O

(SCDAT) (I) (I)

Function

General purpose terminal. General input/output terminal. After resetting, it becomes the input direction. General output terminal.

General port terminal list

Pin No. Pin name Type Direction

2 GPSI I I

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

159 GPSO O O

General port

11-13

Page 30

DV-760X

Pin No. Pin name Type Direction

126 GCLK1 I I 128 XO O O

129 GCLK I I

135, 137

PLLGFG[1:0] I I

136 PLLCA – –

Microcomputer / CD·subcode interface terminal list

Pin No. Pin name Type Direction Function

When 16-bit bus width is selected, (HWID=low) It works as the microcomputer data bus of 9th bit. When 8-bit bus width is selected, (HWID=high) It works as the terminal to input the subcode synchronous signal from the subcode interface of CD-DSP. When 16-bit bus width is selected, (HWID=low) It works as the microcomputer data bus of 9th bit. When 8-bit bus width is selected, (HWID=high) It works as the terminal to input the frame synchronous signal from the subcode interface of CD-DSP.

It works as the microcomputer bus of bits 7 thru 0.

HD9 3-S I/O

(SCSYN) (I) (I)

HD8 3-S I/O

(SCFRM) (I) (I)

12 14-17 HD[7:0] 3-S I/O 19-21

Microcomputer interface / CD·subcode interface

PLL interface terminal list

Pin No. Pin name Type Direction Function

Test terminal. Don’t connect it. If quartz oscillator is connected to GCLK terminal, connect the other terminal of quartz oscillator to this pin. Master clock input terminal of device Input 27 MHz. PLL is set. Before power-up, fix it. External capacitor terminal for PLL.

PLL interface

Pin No. Pin name Type Direction

102

C7 3-S O

(N.C.) (3-S) (O)

104

C6 3-S O

(N.C.) (3-S) (O)

105

C5 3-S O

(N.C.) (3-S) (O)

106

C4 3-S O

(OSDPLT) (3-S) (I)

107

C3 3-S O

(OSDPEL3) (3-S) (I)

Video/OSD interface terminal list

Pin No. Pin name Type Direction Function

Video8 register = 0 Color difference signal output terminal of 7th bit. Video8 register = 1 The terminal becomes invalid. Video8 register = 0 Color difference signal output terminal of 6th bit. Video8 register = 1 The terminal becomes invalid. Video8 register = 0 Color difference signal output terminal of 5th bit. Video8 register = 1 The terminal becomes invalid. Video8 register = 0 Color difference signal output terminal of 4th bit. Video8 register = 1 Input terminal to select pallet table of OSD. For OSDPLT=low, pallet table 0 is used. For OSDPLT=high, pallet table 1 is used. Video8 register = 0 Color difference signal output terminal of 3th bit. Video8 register = 1 It works as the OSD pallet data input terminal of 3rd bit.

Video interface · OSD interface

11-14

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DV-760X

Pin No. Pin name Type Direction Function

Video8 register = 0 Color difference signal output terminal of 2th bit. Video8 register = 1 It works as the OSD pallet data input terminal of 2rd bit. Video8 register = 0 Color difference signal output terminal of 1th bit. Video8 register = 1 It works as the OSD pallet data input terminal of 1rd bit. Video8 register = 0 Color difference signal output terminal of 0th bit. Video8 register = 1 It works as the OSD pallet data input terminal of 0rd bit.

109

C2 3-S O

(OSDPEL2) (3-S) (I)

110

C1 3-S O

(OSDPEL1) (3-S) (I)

111

C0 3-S O

(OSDPEL0) (3-S) (I)

Video/OSD interface terminal list

Video interface · OSD interface

Pin No. Pin name Type Direction Function

Clock gained by dividing VCLK x 2 signal into halves. Input terminal to switch video master/slave. VMASTER=L Video master mode. Video synchronizing signal and video clock are internally generated. HTYPE=H Video slave mode. Video synchronizing signal and video clock are re ceived from the external. Video output enable input terminal VDEN#=H Y [7:0] and C [7:0] terminals are made to be disable (3-state). VDEN#=L Y [7:0] and C [7:0] terminals are made to be enable. Note: C [7:0] terminal is the multiplexed terminal as OSDPLT [3:0] and so on. For Video8 register = 0, VDEN# terminal is valid for Y [7:0] alone. Composite blank output terminal. Horizontal/vertical blanking area and polarity are programmable. Input/output terminal of vertically synchronous signal. Polarity and synchronous signal length are programmable. Input/output terminal of horizontally synchronous signal.Polarity and synchronous signal length are programmable. Input/output terminal for identification of even/odd number field. Polarity is programmable. Video8 register = 0 Brightness signal output/input terminal. Video8 register = 1 Brightness/color difference multiplex terminal as ITU-T656 Terminal to input video clock or output 27 MHz.

84 VCLK 3-S I/O

85 VMASTER I I

87 VDEN# I I

88 CBLANK O O

89 VSYNC 3-S I/O

90 HSYNC 3-S I/O

91 FI 3-S I/O

92 94-97 Y[7:0] 3-S O

99-101

124 VCLK X 2 3-S I/O

Video interface terminal list

Video interface

Pin No. Pin name Type Direction Function

Audio (PCM) input terminal. Stereo x1 Audio (PCM) output terminal. Stereo x3 S/PDIF output terminal AC-3 stream or PCM stream can be output. Moreover, it works as the audio output terminal of 7th and 8th channels Left/Right clock output terminal of AOUT [2:0] and AIN. The polarity is programmable. Bit clock output terminal of AOUT [2:0] and AIN. The polarity is programmable. Audio master clock input/output terminal. 256 Fs or 386 Fs can be used.

Audio interface terminal list

Pin No. Pin name Type Direction

112 AIN I I

114-116 AOUT[2:0] O O

117

S/PDIF

(AOUT[3])

118 ALRCLK O O 119 ABCLK O O 132 AMCLK 3-S I/O

Audio interface

11-15

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DV-760X

Pin No. Pin name Type Direction Function

Address bus output for SDRAM connection. Tip select output for SDRAM connection.

Tip select output terminal for SDRAM connection. It is connected to 2nd SDRAM. RAS output terminal for SDRAM connection. Clock output terminal for SDRAM connection. CAS output terminal for SDRAM connection. Write enable output terminal for SDRAM. Data masking output terminal for SDRAM.

Bi-directional data bus for SDRAM.

Function

Data error input for DVD-DSP connection. Sector start input for DVD-DSP connection. Data valid input for DVD-DSP connection. Data strobe input for DVD-DSP connection. Data request output for DVD-DSP connection.

Stream input for DVD-DSP connection

Pin No. Pin name Type Direction

143 DVDERR I I 144 DVDSOS I I 146 DVDVALID I I 147 DVDSTRB I I 148 DVDREQ O O 149

151-154

DVDDAT[7:0]

156-158

DVD-DSP interface terminal list

DVD-DSP interface

Pin No. Pin name Type Direction

38-39 42-47

RAMADD[11:0]

49-52

54 RAMCS0# O O 55 RAMCS1# O O

56 RAMRAS# O O 57 PCLK O O 59 RAMCAS# O O 60 RAMWE# O O 61 RAMDQM O O

62 64-67 69-72

RAMDAT[15:0]

3-S I/O

74-79

SD-RAM interface terminal list

SDRAM interface

Power terminal · other list

Pin No. Pin name Type Direction

1, 13, 23

40, 41 53, 68 80, 81

GND

93, 108 120, 121 125, 131 145, 160 8, 18, 28

33, 48 58, 63 73, 86

VDD

98, 103 113, 133

140,

150, 155

TESTMODE

127 SCNENBL I I

130 PWRDN# I I

134 PLLGND 138 PLLVDD 139 ICEMODE I I

Pin No. Pin name Type Direction Function

Ground terminal

+ 3.3V power input terminal

Test terminal. Pull it down to GND. Test terminal. Pull it up to VDD. Power-down terminal. When it is [low], current consumption becomes minimum with all functions of the device stopped. (Power-down mode) To return it to normal state, set the terminal at [high]. Then, reset the device with RESET# terminal. Ground terminal for internal PLL. Internal PLL + 3.3V power input terminal. Test terminal. Pull it down to GND.

Power terminal · other

11-16

Page 33

DV-760X

11-17

11-13. IC602 IX0750TA 16M SDARM

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 L(U)DOM 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

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, 50 improved noise immunity.

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

Reserved for Future Use

Terminal

Terminal Name Name Input Function

CLK

CKE

CS RAS CAS

ADD

LCKE

Address Register

Bank Select

Row Buffer

Refrsh Counter

Rown Decorder

Col. Buffer

LRAS

LCBR

LWE

LCAS

L(U)DOM

Timing Register

LWCBR

LDOM

Programming Resiter

Latency & Burst Length

Column Decoder

Data Input Register

512K x 16

Sense AMP

I/O Control

Output Buffer

LWE

LDOM

DQi

• Samsung Electronics reserves the right to change products or specification without

• Block Diagram

Page 34

DV-760X

11-14. IC702 BA6796FP MOTOR DRIVER

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

• Mode change table

CTL1 and CTL2

Note: OFF state: Output has high impedance.

For F and R (CH5 control, valid only when CH5 is ON)

F R Output mode L L High impedance L H Reversing (reverse) H L Forward rotation (forward) H H Brake

Pin No. T erminal name

Operation function

Pin No. Terminal name

Operation function 1 OPOUT Ope amp. output terminal 15 CH2-OUT- CH2 Negative output terminal 2 CH4-IN CH4 Input terminal 16 CH2-OUT+ CH2 Positive output terminal 3 CH4-IN’ CH4 Gain adjustment input terminal 17 CH1-OUT- CH1 Negative output terminal 4 CTL1 Contorol 1 input terminal 18 CH1-OUT+ CH1 Positive output terminal 5 CTL2 Contorol 2 input terminal 19 CH1-IN CH1 Input terminal 6 FWD Tray forward input terminal 20 CH1-IN’ CH1 Input terminal for gain adjustment 7 REV Tray reverse input terminal 21 VCC VCC 8 TRAY-IN Tray input terminal 22 CH2-IN CH2 Input terminal 9 GND Sub-straight GND 23 CH2-IN’ CH2 Input terminal for gain adjustment

10 CH5-OUT- Tray negative output terminal 24 CH3-IN CH3 Input terminal 11 COM-OUT Tray positive output terminal/CH4 25 CH3-IN’ CH3 Input terminal for gain adjustment

negative output terminal 12 CH4-OUT+ CH4 Positive output terminal 26 VREF-IN Bias amp. input terminal 13 CH3-OUT+ CH3 Positive output terminal 27 OPIN+

Operational amplifier nonreverse input terminal

14 CH3-OUT- CH3 Negative output terminal 28 OPIN-

Operational amplifier reverse input terminal

Note 1: Positive and negative output have polarity with respect to input. (An example: 19 pin input ‘H’: 18 pin output ‘H’) Note 2: Tray positive output and tray negative output have polarity with respect to mode. (An example: 11 pin output

‘H’ in FORWARD mode)

28 27 26

24 23 22 21 20 19 18 17 16 15

CH2-OUTCH1-OUTCH1-INCH2-INCH3-IN

10K

13.3K

10K

Level shift

VCC

DDD

DDD DD

V/I

T.S.D

26.6K

10K

CTL1 CTL2 PWD REV

LOGIC

1234567 891011121314

CH4-IN CH5-IN CH5-OUTCH4-OUTCH3-OUT

• Block Diagram

11-18

CTL1 CTL2 CH1 CH2 CH3 CH4 CH5

OFF ON

LH H L ON OFF H H OFF ON OFF ON

Page 35

DV-760X

11-15. 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 terminal. 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 terminal.

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

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 terminal. 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 terminal. 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.

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

11-19

Page 36

DV-760X

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 port. 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 terminal. 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 terminal. 74 XO System clock oscillation circuit output terminal. 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

11-20

Page 37

DV-760X

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

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 terminal.

L channel “L” R channel: “H”

Output polarity can be inverted by the command.

/UHSO /HSO Playback speed

H H x1 speed playback H L x2 speed playback L H x4 speed playback L L x8 speed playback

• Block Diagram

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

DMO 49 FVO 48 FMO 47

TEBC 46

RFGC 45

VREF 44

TRO 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

MBOB

IPF

SBOK

CLCK

91011

VDD

VSS

DATA

SBSY

SPCK15SPDA

COFS

MONIT

VDD

TESIO0

P2VREF

SPDO

PDOS

PDO

XMAXS

TMAX

SFSY

DOUT

75 74 73 72

XVDDXOXI

VDD

PXO

PXI

VSS

TESIO1

TESIN

/DACT63/DMOUT62IO361IO260IO159IO058VSS57VDD56/SHC55/SRCH54/DFCT53/FOON52SEL512VREF

/CKSE

XVSS

LPF

1Bit

DAC

ROM

RAM

1Gk RAM

PWM

D/A

A/D

CLV servo

PWM

VCO

PLL TMAX

+ –

Clock

genelator

Servo control

Digital equalizer

Automatic adjusting circuit

Micon

inter face

Digital out

Status

Correction

circuit

Sync signal

protection

EFM

demodulation

Data slicer

Subcode demodulation circuit

Audio output

circuit

Address circuit

11-21

Page 38

DV-760X

Pin No. Terminal name I/O Operation function

1 LRCIN I LRCK clock input (fs)

(3)

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.

(1)

23 CS/IWO I Chip selection/input format selection

(2)

24 MODE I Mode control selection (H: Software, L: Hardware)

(1)

25 MUTE I Mute control

(1)

26 MD/DM0 I Mode control data/deemphasis selection 1

(1)

27 MC/DM1 I Mode control BCK/deemphasis selection 2

(2)

28 ML/IIS I Mode control latch/input format selection

(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

11-16. IC801 PCM1716E AUDIO D/A CONVERTER

BCKI

LRCIN

DIN

ML/IIS MC/DM1 MD/DM0

CS/IWO

MODE

MUTE

RSTB

Sirial Input

I/F

Mode

Control

I/F

XTI XTO CLKO

1AGND1 DGNDV

Power

BPZ-Cont.

Crystal OSC

8-time oversampling

digital filter with

function controller

Multilevel

delta/sigma

modulator

DAC

20 19 9 10

DAC

Low-pass

filter

Low-pass

filter

OUT

AGND2L

AGND2R

EXTL

EXTR

OUT

ZERO

Open Drain

11 21

784651415

• Block Diagram

11-22

Page 39

DV-760X

11-23

Pin No. Terminal name I/O Operation function

1 NC – Not connected. 2 SCKI I System clock input. (256fs/384fs) 3 TEST – Not connected. Be sure to open. 4 ML I Control data input. Enable terminal. *

5 MC I Control data input. Bit clock terminal. *

6 MD I Control data input. Data terminal. *

7 RSTB I Reset input terminal. Active “L” *

8 ZERO O Infinity zero flag output terminal. Open drain. 9 VOUTR O Rch analog voltage output terminal.

10 AGND – Analog GND terminal.

11 VCC – Analog power terminal. 12 VOUTL O Lch analog voltage output terminal. 13 CAP – Internal bias decouple terminal 14 BCKIN I Audio data. Bit clock input terminal. *

15 DIN I Audio data. Data input terminal. *

16 LRCIN I Audio data. Reference sampling clock input terminal. *

17 TEST – Connect to GND. 18 NC – Not connected. Be sure to open. 19 VDD – Digital power terminal. 20 DGND – Digital GND terminal.

*1: Internal pull-up provided. Schmidt trigger input. *2: Schmidt trigger input.

11-17. IC802~ 803 PCM1720E AUDIO D/A CONVERTER

• Block Diagram

BCKIN LRCIN

DIN

ML MC MD

RSTB

Serial

Input

I/F

Mode

Control

I/F

256fs/384fs

SCKI

VCCAGND CGNDVDD

Power Supply.

BPZ-Cont.

8X Oversampling

Digital Filter

with

Function Controller

Multi. -level·

Delta/Sigma

Modulator

Multi. -level·

Delta/Sigma

Modulator

DAC

Low-pass

Filter

Low-pass

Filter

VOUTL

CAP VOUTR

ZERO

Open drain

Page 40

DV-760X

11-18. IC5001 IMN12510F FL DRIVER

18 VDD Power supply terminal Input VDD: +5V±0.5V 21 VSS VSS: 0V

16 VPP FLP driver power Input VPP: VDD

–35V The voltage to be supplied to the SEG 0 to 7, DGT 0 to 7 pull-down resistor is applied.

19 OSCI Clock input Input Oscillation input terminal

A terminal to which the ceramic

20 OSCO Clock output Oscillation output terminal

oscillation terminal is connected.

To OSCI in case of clock input from outside in case of separate excitation

22 NCS Chip select input Input "L": Serial input allowed "H": Serial input inhibited 23 SCK Sirial clock input Input Serial transfer clock input 24 SDI Sirial data input Input Sirial data input

The command data, address data, indication data, control register data, and port output data are input.

25 SDO Sirial data output Output Sirial data output

The key scan input data and port input data are output.

26~30 P30~P34 Key scan input In/Output

There are 5 bits. Bitwise selection of key scan input/general-use input/general-use output is enabled. The pull-down resistor is pro vided

between this terminal and the

VSS terminal.

The general-use output is large current output for LED drive.

31~38 SEG0~SEG7

High voltage resistance output

Output 8-bit high voltage resistance output port. (Segment output)

The output type is Pch open drain. The pull-down resistor is built in between this terminal and the VPP terminal.

39~42 P10~P13

High voltage resistance output

Output 4-bit high voltage resistance output port.

SEG8~SEG11 Bitwise selection of general-use output/segment output is enabled.

The output type is Pch open drain.

43, 44 P20~23

High voltage resistance output

In/Output 4-bit high voltage resistance output port.

1, 2

DGT12/SEG15 Bitwise selection of general-use input/general-use output/seg ment

output/digit output is enabled. The output type is Pch open drain.

DGT15/SEG12 Large current output for LED drive

3~6 P00~P03

High voltage resistance output

Output 4-bit high voltage resistance output port.

DGT8~DGT11 Bitwise selection of general-use output/digit output is enabled.

The output type is Pch open drain.

7~10 DGT0~DGT7

High voltage resistance output

Output 8-bit high voltage resistance output port. (Digit output)

12~15 The output type is Pch open drain. The pull-down resistor is built

in between this terminal and the VPP terminal.

Terminal

Terminal Name Name In/Output

Function

)

• Block Diagram

11-24

NC S

SC K

SD I

SD O

VP P

VD D

VS S

S C1

S C2

D7D8 (P53)

(P32)

(P20) (P23) (P13) (P10)

D11 DS12 DS15 S11 S8 S7 S0 P34 P30

444444

444

Timing generating

circuit

S B ( 8 )

L A T C H ( 8 )

Shift Resistor

MPL MPL MPL

LATCH(5)

5 X 1 2

( 8 X 3 2 ) X 2

S E G ( 1 6 )

D G T ( 1 6 )

F L P

K E Y

M A T R I X

Comannding

Decoder

Page 41

DV-760X

11-25

11-19. IC6501 LC8905V DIGITAL AUDIO INTERFACE

Pin No. Terminal name I/O Operation function

1 DIN1 I Amplifier built-in data input terminal (coaxial, corresponding to optical module) 2 DIN2 I Data input terminal (corresponding to optical module) 3 E/DOUT O Emphasis, input biphase, validity flag output terminal 4 VDD Power 5 R I VCO gain control input terminal 6 VIN I VCO free run setting input terminal 7 VCO O LPF setting terminal of PLL 8 GND Grounding 9 CKSEL I System clock selection input terminal

10 XMODE I Reset input terminal

11 AVOCK I PLL erroneous lock prevention clock input terminal 12 TEST1 I Test input terminal (to be grounded usually) 13 TEST2 I Test input terminal (to be grounded usually) 14 SCLK/CL I Microcomputer IF Clock input terminal 15 XLAT/CE I Microcomputer IF latch/chip enable input terminal 16 SWDT/DI I Microcomputer IF write data input terminal 17 SRDT/DO O Microcomputer IF read data output terminal 18 DQSY/LD O Microcomputer IF Sub-Q sync and ID sync output terminal 19 CKOUT O VCO clock output terminal (Self-run oscillation 384fs, 512fs) 20 FS128 O 128fs clock output terminal 21 BCK O Bit clock output terminal 22 LRCK O

L/R clock output terminal (L-ch=H, R-ch=L) 23 DATAOUT O Audio data output terminal 24 ERROR O PLL lock error mute output terminal

• Block Diagram

Microcomputer interface

C-Bit detection

Input

section

Data

demodulator

Lock error detection

Mute output

Timing

PLL

TEST

Sub-Q detection

SCLK/CL

14 15 16

1 2

XLAT/CE SWDT/DI

DIN1 DIN2

E/DOUT

CKSEL

AVOCK

VIN

VCO

DQSY/LD SRDT/DO

ERROR DATAOUT

SFS128 LRCK BCK

CKOUT

TEST1 TEST21 XMODE

5 6

18 17

20 22 21

12 13 10

Page 42

DV-760X

11-26

11-20. IC6502 CS49300 MPEG AUDIO DECODER

VA—Analog Positive Supply: Pin 34

Analog positive supply for clock generator. Nominally +3.3 V.

AGND—Analog Supply Ground: Pin 35

Analog ground for clock generator PLL.

VD1, VD2, VD3—Digital Positive Supply: Pins 1, 12, 23

Digital positive supplies. Nominally +2.5 V.

DGND1, DGND2, DGND3—Digital Supply Ground: Pins 2, 13, 24

Digital ground.

FILT1—Phase-Locked Loop Filter: Pin 33

Connects to an external filter for the on-chip phase-locked loop. This pin does not meet Cirrus Logic's ESD tolerance of 2000V using the human body model. This pin will tolerate ESD of 1000V using the human body model.

FILT2—Phase Locked Loop Filter: Pin 32

Connects to an external filter for the on-chip phase-locked loop. This pin does not meet Cirrus Logic's ESD tolerane of 2000V using the human body model. This pin will tolerate ESD of 1000V using the human body model.

CLKIN—Master Clock Input: Pin 30

CS493XX clock input. When in internal clock mode (CLKSEL=DGND), this input is connected to the internal Pll from which all internal clocks are derived. When in external clock mode (CLKSEL=VD), this input is connected to the DSP clock.

CLKSEL—DSP Clock Select: Pin 31

This pin selects the clock mode of the CS493XX. When CLKSEL is low, CLKIN is connected to the internal PLL from which all internal clocks are derived. When CLKSEL is high CLKIN is connected to the DSP clock.

DATA7, EMAD7, GPIO7 — Pin8 DATA6, EMAD6, GPIO6 — Pin9 DATA5, EMAD5, GPIO5 — Pin10 DATA4, EMAD4, GPIO4 — Pin11 DATA3, EMAD3, GPIO3 — Pin14 DATA2, EMAD2, GPIO2 — Pin15 DATA1, EMAD1, GPIO1 — Pin16 DATA0, EMAD0, GPIO0 — Pin17

In parallel host mode, these pins provide a bidirectional data bus. If a serial host mode is selected, these pins can provide a multiplexed address and data bus for connecting an 8-bit external memory. Otherwise, in serial host mode, these pins can act as general-purpose input or output pins that can be individually configured and controlled by the DSP.

A0, SCCLK—Host Parallel Address Bit Zero or Serial Control Port Clock: Pin 7

In parallel host mode, this pin serves as one of two address input pins used to select one of four parallel registers. In serial host mode, this pin serves as the serial control clock signal, specifically as the SPI clock input or the I2C clock input.

A1, SCDIN—Host Address Bit One or SPI Serial Control Data Input: Pin 6

In parallel host mode, this pin seves as on of two address input pins used to select one of four parallel registers. In SPI serial host mode, this pin serves as the data input.

RD, R/W, EMOE, GPIO11—Host Parallel Output Enable or Host Parallel R/W or External Memory Output Enable or General Purpose

Input & Output Number 11: Pin 5

In Intel parallel host mode, this pin serves as the active-low data bus enable input. In Motorola parallel host mode, this pin serves as the read-high/write-low control input signal. In serial host mode, this pin can serve as the external memory active-low data-enable output signal. Also in serial host mode, this pin can serve as a general purpose input or output bit.

WR, DS, EMWR, GPIO10—Host Write Strobe or Host Data Strobe or External Memory Write Enable or General Purpose Input &

Output Number 10: Pin 4

In Intel parallel host mode, this pin serves as the active-low data-write-input strobe. In Motorola parallel host mode, this pin serves as the active-low data-strobe-input signal. In serial host mode, this pin can serve as the external-memory active-low write-enable output signal. Also in serial host mode, this pin can serve as a general purpose input or output bit.

CS—Host Parallel Chip Select, Host Serial SPI Chip Select: Pin 18

In parallel host mode, this pin serves as the active-low chip-select input signal. In serial host SPI mode, this pin is used as the active-low chip-select input signal.

RESET—Master Reset Input: Pin 36

Asynchronous active-low master reset input. Reset should be low at power-up to initialize the CS493XX and to guarantee that the device is not active during initial power-on stabilization periods. At the rising edge of reset the host interface mode is selected contingent on the state of the RD, WR and PSEL pins. Additionally, an autoboot sequence can be initiated if a serial control mode is selected and ABOOT is held low. If reset is low all bidirectional pins are high impedance inputs.

SCDIO, SCDOUT, PSEL, GPIO9—Serial Control Port Data Input and Output, Parallel Port Type Select: Pin 19

In I2C mode, this pin serves as the open-drain bidirectional data pin. In SPI mode this pin serves as the data output pin. In parallel host mode, this pin is sampled at the rising edge of RESET to configure the parallel host mode as an Intel type bus or as a Motorola type bus. In Parallel host mode, after the bus mode has been selected, the pin can function as a general-purpose input or output pin.

EXTMEM, GPIO8—External Memory Chip Select or General Purpose Input & Output Number 8: Pin 21

In serial control port mode, this pin can serve as an output to provide the chip-select for an external byte-wide ROM. In parallel and serial host mode, this pin can also function as a general-purpose input or output pin.

INTREQ, ABOOT—Control Port Interrupt Request, Automatic Boot Enable: Pin 20

Open-drain interrupt-request output. This pin is driven low to indicate that the DSP has outgoing control data and should be serviced by the host. Also in serial host mode, this siganl intiates an automatic boot cycle from external memory if it is held low through the rising edge of reset.

AUDATA2—Digital Audio Output 2: Pin 39

PCM multi-format digital-audio data output, capable of two-channel 20-bit output. This PCM output defaults to DGND as output until enabled by the DSP software.

Page 43

DV-760X

11-27

AUDATA1—Digital Audio Output 1: Pin 40

PCM multi-format digital-audio data output, capable of two-channel 20-bit output. This PCM output defaults to DGND as output until enabled by the DSP software.

AUDATA0—Digital Audio Output 0: Pin 41

PCM multi-format digital-audio data output, capable of two-, four-, or six-channel 20-bit output. This PCM output defaults to DGND as output until enabled by the DSP software.

MCLK—Audio Master Clock: Pin 44

Bidirectional master audio clock. MCLK can be an output from the CS493XX that provides an oversampled audio- output clock at either 128 Fs, 256 Fs, or 512 Fs. MCLK can be an input at 128 Fs, 256 Fs, 384 Fs, or 512 Fs. MCLK is used to derive SCLK and LRCLK when SCLK and LRCKL are driven by the CS493XX.

SCLK—Audio Output Bit Clock: Pin 43

Bidirectional digital-audio output bit clock. SCLK can be an output that is dirived from MCLK to provide 32 Fs, 64 Fs,128Fs, 256 Fs, or 512 Fs, depending on the MCLK rate and the digital-output configuration. SCLK can also be an input and must be at least 48Fs or greater.

LRCLK—Audio Output Sample Rate Clock: Pin 42

Bidirectional digital-audio output-sample-rate clock. LRCLK can be an output that is divided from MCLK to provide the output sample rate depending on the output configuration. LRCLK can also be an input. AS an input LRCLK is independent of MCLK.

XMT958—SPDIF Transmitter Output: Pin 3

CMOS level output that contains a biphase-encoded clock for synchronously providing two channels of PCM digital audio or a IEC61937 compressed-data interface or both. This output typically connects to the input of an RS-422 transmitter or to the input of an optical transmitter.

SCLKN1, STCCLK2—PCM Audio Input Bit Clock: Pin 25

Bidirectional digital-audio bit clock that is an output in master mode and an input in slave mode. In slave mode, SCLKN1 operates asynchronously from all other CS493XX clocks. In master mode, SCLKN1 is derived from the CS493XX internal clock generator. In either master or slave mode, the active edge of SCLKN1 can be programmed by the DSP. For applications supporting PES layer synchronization this pin can be used as STCCLK2, which provides a path to the internal STC 33 bit counter.

LRCLKN1—PCM Audio Input Sample Rate Clock: Pin 26

Bidirectional digital-audio frame clock that is an output in master mode and an input slave mode. LRCLKN1 typically is run at the sampling frequency. In slave mode, LRCLKN1 operates asynchronously from all other CS493XX clocks. In master mode, LRCLKN1 is derived from the CS493XX internal clock generator. In either master or slave mode, the polarity of LRCLKN1 for a particular subframe can be programmed by the DSP.

SDATAN1—PCM Audio Data Input Number One: Pin 22

Digital-audio data input that can accept from one to six channels of compressed or PCM data. SDATAN1 can be sampled with either edge of SCLKN1, depending on how SCLKN1 has been configured.

CMPCLK, SCLKN2—PCM Audio Input Bit Clock: Pin 28

Bidirectional digital-audio bit clock taht is an output in master mode and an input in slave mode. In slave mode, SCLKN2 operates asynchronously from all other CS493XX clocks. In master mode, SCLKN2 is derived from the CS493XX internal clock generator. In either master or slave mode, the active edge of SCLKN2 can be programmed by the DSP. If the CDI is configured for bursty delivery, CMPCLK is an input used to sample CMPDAT.

CMPREQ, LRCLKN2—PCM Audio Input Sample Rate Clock: Pin 29

When the CDI is configured as a digital audio input, this pin serves as a bidirectional digital-audio frame clock that is an output in master mode and an input in slave mode. LRCLKN2 typically is run at the sampling frequency. In slave mode, LRCLKN2 operates asynchronously from all other CS493XX clocks. In master mode, LRCLKN2 is derived from the CS493XX internal clock generator. In either master or slave mode, the polarity of LRCLKN2 for a particular subframe can be programmed by the DSP. When the CDI is configured for bursty delivery, or parallel audio data delivery is being used, CMPREQ is an output which serves as an internal FIFO monitor. CMPREQ is an active low signal that indicates when another block of data can be accepted.

CMPDAT, SDATAN2—PCM Audio Data Input Number Two: Pin 27

Digital-audio data input that can accept from one to six channels of compressed or PCM data. SDATAN2 can be sampled with either edge of SCLKN2, depending on how SCLKN2 has been configured. Similarly CMPDAT is the compressed data input pin when the CDI is configured for bursty delivery. When in this mode, the CS493XX internal PLL is driven by the clock recovered from the incoming data stream.

DC—Reserved: Pin 38

This pin is reserved and should be pulled up with an external 4.7k resistor.

DD—Reserved: Pin 37

This pin is reserved and should be pulled up with an external 4.7k resistor.

Page 44

DV-760X

11-28

• Block Diagram

PIN No. PIN NAME I/O ATTR I/O CELL

PDV CELL LIO CELL

1 VDD P VDD * * 2 HADR0 I IDC * * 3 HADR1 I IDC * * 4 HADR2 I IDC * * 5 HCS I IDC * * 6 HWR I IDC * * 7 HRD I IDC * * 8 HDAT0 B BDC3 PDV2T *

9 HDAT1 B BDC3 PDV2T * 10 HDAT2 B BDC3 PDV2T * 11 HDAT3 B BDC3 PDV2T * 12 HDAT4 B BDC3 PDV2T * 13 HDAT5 B BDC3 PDV2T * 14 HDAT6 B BDC3 PDV2T * 15 HDAT7 B BDC3 PDV2T * 16 VSS P VSS PDV2T *

11-22. IC6511 IX1535GE DSP I/F

VD1

DGND1

AUDATA3, XMT958

WR, DS EMWR, GPIO10

RD, R/W, EMOE, GPIO11

A1, SCDIN

A0, SCCLK DATA7, EMAD7, GPIO7 DATA6, EMAD6, GPIO6 DATA5, EMAD5, GPIO5 DATA4, EMAD4, GPIO4

VD2

DGND2 DATA3, EMAD3, GPIO3 DATA2, EMAD2, GPIO2 DATA1, EMAD1, GPIO1 DATA0, EMAD0, GPIO0

SCDIO,SCDOUT, PSEL, GPIO9

ABOOT, INTREQ EXTMEM, GPIO8

SDATAN1

7 8 9

10 11 12

CS493XX-CL 44-Pin PLCC

Top View

13 14 15 16 17

18 19 2021 2223 24 25 26 27 28

543214443424140

MCLK SCLK LRCLK AUDATA0 AUDATA1 AUDATA2 DC DD RESET AGND VA FILT1 FILT2 CLKSEL CLKIN CMPREQ, LRCLKN2 CMPCLK, SCLKN2 CMPDAT, SDATAN2, RCV958 LRCLKN1 SCLKN1,STCCLK2 DGND3 VD3

Pin No.

Pin Name

2,3,4,5-12,23,25, A0~A16 Addresses 26,27,28,29

13-15,17-24 O0~O7 Outputs 22 CE Chip Enable 24 OE Output Enable 31 PGM Program Strobe 30 NC No Connect 32 Vcc 1 Vpp 16 GND

Function

11-21. IC6503 IX1617GE ROM

Vcc

GND

VPP

OE CE

PGM

A0~A16

ADDRESS

INPUTS

OE, CE AND

PROGRAM LOGIC

Y DECODER

X DECODER

OUTPUT

BUFFERS

Y-GATING

CELL MATRIX

IDENTIFICATION

DATA OUTPUTS

O0~O7

Page 45

DV-760X

11-29

17 VDD P VDD * * 18 EXPAL0 B UC3 PDV2T * 19 EXPAL1 B UC3 PDV2T * 20 EXPAL2 B UC3 PDV2T * 21 EXPAL3 B UC3 PDV2T * 22 EXPAU0 B UC3 PDV2T * 23 EXPAU1 B UC3 PDV2T * 24 VSS P VSS * * 25 VDD P VDD * * 26 EXPAU2 B UC3 PDV2T * 27 EXPAU3 B UC3 PDV2T * 28 EXPBL0 B UC3 PDV2T * 29 EXPBL1 B UC3 PDV2T * 30 EXPBL2 B UC3 PDV2T * 31 EXPBL3 B UC3 PDV2T * 32 VSS P VSS * * 33 VDD P VDD * * 34 EXPBU0 B UC3 PDV2T * 35 EXPBU1 B UC3 PDV2T * 36 EXPBU2 B UC3 PDV2T * 37 EXPBU3 B UC3 PDV2T * 38 EXPC0 B BDC3 PDV2T * 39 EXPC1 B BDC3 PDV2T * 40 EXPC2 P BDC3 * * 41 VSS P VSS * * 42 EXPC3 B BDC3 PDV2T * 43 EXPC4 B BDC3 PDV2T * 44 EXPC5 B BDC3 PDV2T * 45 EXPD0 B UC3 PDV2T * 46 EXPD1 B UC3 PDV2T * 47 EXPD2 B UC3 PDV2T * 48 VSS P VSS * * 49 VDD P VDD * * 50 EXPD3 B UC3 PDV2T * 51 EXPD4 B UC3 PDV2T * 52 EXPD5 B UC3 PDV2T * 53 BUFDO O ODN3 PDV1T * 54 BUFDI I IDC * * 55 SBUFBO O ODN3 PDV1T * 56 SBUFBI I LIN * STB 57 SBUFAO O ODN3 PDV1T * 58 SBUFAI I LIN * STB 59 MRST I IDC * * 60 MODE I IDC * * 61 BUFCO B BDC3 PDV2T * 62 TEST I ITST1 * * 63 IBUFCI I IDC * * 64 VSS P VSS * *

PIN No. PIN NAME I/O ATTR I/O CELL

PDV CELL LIO CELL

Page 46

DV-760X

11-30

11-23. IC8201 IX1610GE

Pin Name Input/Output Functions

R43 to R40

I/O

4-bit I/O port with latch. When used as input port, the latch must be set to "1".

R53 to R50

Every bit data is possible to be set cleared and tested by the bit manipulation instruction of the L-register indirect addressing.

R81 (T2)

2-bit I/O port with latch.

Timer/Counter 2 external input

I/O(Input)

When used as input port, external interrupt input

R80 (INT2)

pin, or timer/counter external input pin, the latch

External interrupt 2 input

must be set to "1". XIN Input Resonator connecting pins. XOUT Output For inputting external clock, XIN is used and XOUT is opened. RESET Input Reset signal input HOLD(INT1) I/O(Input) Hold request/release signal input External interrupt 1 input and R82 I/O VDD

Power Supply

+5V Vss 0V (GND)

• Block Diagram

Hold controller

System controller Timing Generator

Clock Generator

Interval Timer

12-bit Timer/Counter (2ch)

CZSG

FLAG

ALU

Accumulator

HR LR

RAM Address buffer

Data Memory

(RAM)

Program Counter

IR register

IR Decoder

EIR

Interrupt controller

EIF

Stack SPW

DCTC2TC1

R53

R50

R43

R40

R81 (T2) R80 (INT2)

I/O port

(

R4 is High current port

)

T/C input Interrupt input

Program Memory (ROM)

VDD

VSS

HOLD (INT1)

RESET

Power Supply

XIN XOUT

Osc. connecting pins

Hold input

Reset input

Page 47

DV-760X

11-31

- M E M O -

Page 48

DV-760X

12. SEMICONDUCTOR LEAD IDENTIFICATION

12-1

IC602 RH-iX0750TAZZ

IC702 VHiBA6796FP-1

IC802 IC803 VHiPCM1720E-1

S H A R P

IC201 VHiMC44724A-1

IC303 RH-iX1517GEZZ

IC402 RH-iX1474GEZZ

IC504 RH-iX1478GEZZ

IC508 RH-iX1516GEZZ IC512 IC6511 RH-iX1535GEZZ

IC601 RH-iX1521GEZZ

IC707 RH-iX1473GEZZ

IC9001 VHiT78DL09S-1 IC9002 VHiKA7808Pi-1

IC9003 IC9004 VHiPQ30RV11-1

IC6503 RH-iX1617GEZZ

IC6502 VHiCS49300/-1

IC704 IC2007 RH-iX1531CEZZ

IC2102 VHiTC4W53F/-1

IC6001 IC6602 VHiNJM4560M-1

IC5001 VHiMN12510F/-1

X601 RCRSC0031GEZZ

X702 RCRSC0035GEZZ X6501 RCRSC0038GEZZ

IPN

IC301 RH-iX1461GEZZ IC6501 VHiLC89051V-1

IC801 VHiPCM1716E-1

IC401 RH-iX1484GEZZ

IC501 RH-iX1614GEZZ

IC6002 VHiNJM2060M-1 IC6504 VHiLVX125FT-1

IC6512 VHiTVHCU04F-1

IC703 VHi10324AFV-1

IC506 RH-iX1618GEZZ

IC507 VHiBR93L46F-1

IC509 IC8202 VHiPST600iM-1

IC8201 RH-iX1610GEZZ

IC2002 IC2003 IC2004 VHiHJM2268M-1

Page 49

DV-760X

13-1

13. WIRING DIAGRAM

Page 50

1234567891011 12 13 14 15 16 17 18 19 20

DV-760X

14-1~14-2

14. BLOCK DIAGRAMS

14-1. MAIN BLOCK DIAGRAM

Page 51

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DV-760X

14-3~14-4

14-2. POWER BLOCK DIAGRAM

Page 52

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DV-760X

15-1~15-2

15. SCHEMATIC DIAGRAMS 15-1. MAIN (1) CIRCUIT SCHEMATIC DIAGRAM

Page 53

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DV-760X

15-3~15-4

15-2. MAIN (2) CIRCUIT SCHEMATIC DIAGRAM

Page 54

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DV-760X

15-5~15-6

15-3. MAIN (3) CIRCUIT SCHEMATIC DIAGRAM

Page 55

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DV-760X

15-7~15-8

15-4. TERMINAL CIRCUIT SCHEMATIC DIAGRAM

å AND SHADED COMPONENTS=SAFETY RELATED PARTS

Page 56

1234567891011 12 13 14 15 16 17 18 19 20

DV-760X

15-9~15-10

15-5. DISPLAY/OPERATE/VOLUME/H/P AMP CIRCUIT SCHEMATIC DIAGRAM

Page 57

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DV-760X

16-1~16-2

Componet Side

16. PRINTED WIRING BOARD ASSEMBLIES 16-1. MAIN PWB

Page 58

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DV-760X

16-2. MAIN PWB

Wiring Side

16-3~16-4

Page 59

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DV-760X

16-5~16-6

16-3. TERMINAL/OPERATE/VOLUME PWB

TERMINAL

OPERATE VOLUME

Page 60

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DV-760X

16-7~16-8

16-4. DISPLAY/H/P AMP PWB DISPLAY

H/P AMP

Page 61

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

DV-760X

17.REPLACEMENT PARTS LIST/ EXPLODED VIEWS

ELECTRICAL PARTS LIST

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

Q203 VS2SA1576//-1 2SA1576 AB Q204 VS2SA1576//-1 2SA1576 AB Q205 VS2SC4081//-1 2SC4081 AB Q206 VS2SC4081//-1 2SC4081 AB Q207 VS2SC4081//-1 2SC4081 AB Q208 VS2SA1576//-1 2SA1576 AB Q209 VS2SA1576//-1 2SA1576 AB Q210 VS2SA1576//-1 2SA1576 AB Q211 VS2SC4081//-1 2SC4081 AB Q212 VS2SC4081//-1 2SC4081 AB Q213 VS2SC4081//-1 2SC4081 AB Q301 VS2SA1576//-1 2SA1576 AB Q304 VSDTC144EU/-1 DTC144EU AB Q307 VS2SA1298Y/-1 2SA1298Y AB Q701 VSDTA144EU/-1 DTA144EU AC Q702 VSDTC144EU/-1 DTC144EU AB Q703 VSDTC144EU/-1 DTC144EU AB Q704 VSDTC144EU/-1 DTC144EU AB Q705 VSDTC144EU/-1 DTC144EU AB Q6501 VSDTC144EU/-1 DTC144EU AB

DIODES

D301 VHDDAN222//-1 DAN222 AA D501 VHDDAN222//-1 DAN222 AA D701 RH-EX0852CEZZ Zener, EX0852CE AC

PACKAGED CIRCUITS

X601 RCRSC0031GEZZ Crystal, CRSC0031GE AK X702 RCRSC0035GEZZ Crystal, CRSC0035GE AG X6501 RCRSC0038GEZZ Crystal, CRSC0038GE AK

FILTER

FL501 RFiLC0196GEZZ Filter, FiLC0196GE AE

COILS

L201 VP-NM470K2R0N Peaking, 47µHAB L202 VP-NM100KR42N Peaking, 10µHAB L203 VP-1M270K3R8N Peaking, 27µHAC L204 VP-1M270K3R8N Peaking, 27µHAC L205 VP-1M270K3R8N Peaking, 27µHAC L206 VP-1M270K3R8N Peaking, 27µHAC L207 VP-1M270K3R8N Peaking, 27µHAC L208 VP-1M270K3R8N Peaking, 27µHAC L209 VP-1M270K3R8N Peaking, 27µHAC L210 VP-1M270K3R8N Peaking, 27µHAC L211 VP-1M270K3R8N Peaking, 27µHAC L212 VP-1M270K3R8N Peaking, 27µHAC L213 VP-1M270K3R8N Peaking, 27µHAC L214 VP-1M270K3R8N Peaking, 27µHAC L301 VP-NM100KR42N Peaking, 10µHAB L302 VP-NM100KR42N Peaking, 10µHAB L303 VP-NM100KR42N Peaking, 10µHAB L401 VP-NM470K2R0N Peaking, 47µHAB L501 VP-NM470K2R0N Peaking, 47µHAB L801 VP-NM470K2R0N Peaking, 47µHAB

CAPACITORS

C201 VCKYCY1HB103K 0.01 50V Ceramic AA C202 VCEAPF0JW476M 47 6.3V Electrolytic AB C203 VCKYCY1HB103K 0.01 50V Ceramic AA C204 VCEAPF0JW476M 47 6.3V Electrolytic AB C205 VCKYCY1HB103K 0.01 50V Ceramic AA C206 VCEAPF0JW476M 47 6.3V Electrolytic AB C207 VCKYCY1HB103K 0.01 50V Ceramic AA C208 VCKYCY1HB103K 0.01 50V Ceramic AA C209 VCKYCY1HB103K 0.01 50V Ceramic AA C210 VCKYCY1HB103K 0.01 50V Ceramic AA C211 VCEAPF0JW476M 47 6.3V Electrolytic AB C212 VCKYCY1HB103K 0.01 50V Ceramic AA C213 VCEAPF0JW476M 47 6.3V Electrolytic AB C216 VCCCCY1HH270J 27p 50V Ceramic AA C217 VCCCCY1HH270J 27p 50V Ceramic AA C218 VCCCCY1HH270J 27p 50V Ceramic AA C219 VCCCCY1HH620J 62p 50V Ceramic AA

17-1

PRINTED WIRING BOARD ASSEMBLIES

(NOT REPLACEMENT ITEM)

DUNTK5734TE6D Main PWB Unit — DUNTK5805TEV3 Terminal PWB Unit — DUNTK5806TEV1 Display PWB Unit — DUNTK5807TEV1 Operate PWB Unit — DUNTK5808TEV1 H/P Amp PWB Unit — DUNTK5809TEV1 Volume PWB Unit —

DUNTK5734TE6D

MAIN PWB UNIT

INTEGRATED CIRCUITS

IC201 VHiMC44724A-1 MC44724A, Video Encoder AY IC301 RH-iX1461GEZZ IX1461GE, RF Pre Amp AP IC303 RH-iX1517GEZZ IX1517GE, RF Processor AX IC401 RH-iX1484GEZZ IX1484GE, 4M DRAM AU IC402 RH-iX1474GEZZ IX1474GE, DEM/ECC BG IC501 RH-iX1614GEZZ IX1614GE, Flash Memory AX IC504 RH-iX1478GEZZ IX1478GE, Micro Com. BA IC506 RH-iX1618GEZZ IX1618GE, 1M SRAM AR IC507 VHiBR93L46F-1 BR93L46F, E2PROM AG IC508 RH-iX1516GEZZ IX1516GE, Gamma S-P ToneAV IC509 VHiPST600iM-1 PST600iM, Reset AE IC512 RH-iX1535GEZZ IX1535GE, Host I/F AN IC601 RH-iX1521GEZZ IX1521GE, Source Decoder BQ IC602 RH-iX0750TAZZ IX0750TA, 16M SDRAM AX IC702 VHiBA6796FP-1 BA6796FP, Motor Driver AN IC703 VHi10324AFV-1 10324AFV, OP Amp AF IC704 RH-iX1531CEZZ IX1531CE, Multiplexer AF IC707 RH-iX1473GEZZ IX1473GE, Servo Processor BA IC801 VHiPCM1716E-1 PCM1716E, Audio DAC AV IC802 VHiPCM1720E-1 PCM1720E, Audio DAC AP IC803 VHiPCM1720E-1 PCM1720E, Audio DAC AP IC6501 VHiLC89051V-1 LC89051V, Spdif Receiver AQ IC6502 VHiCS49300/-1 CS49300, DTS Audio DecoderBH IC6503 RH-iX1617GEZZ IX1617GE, ROM AS IC6504 VHiLVX125FT-1 LVX125FT, Switch AG IC6511 RH-iX1535GEZZ IX1535GE, DSP I/F AN IC6512 VHiTVHCU04F-1 TVHCU04F, Inverter AE

TRANSISTORS

Q202 VS2SA1576//-1 2SA1576 AB

Page 62

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

DV-760X

C346 VCKYCY1AF105Z 1 10V Ceramic AC C347 VCKYCY1HB222K 2200p 50V Ceramic AA C348 VCKYCY1HB222K 2200p 50V Ceramic AA C349 VCKYCY1HB102K 1000p 50V Ceramic AA C353 VCEAPF0JW476M 47 6.3V Electrolytic AB C354 VCKYCY1CB104K 0.1 16V Ceramic AB C355 VCEAPF0JW476M 47 6.3V Electrolytic AB C356 VCEAPF0JW107M 100 6.3V Electrolytic AC C401 VCKYCY1HB471K 470p 50V Ceramic AA C402 VCEAPF0JW476M 47 6.3V Electrolytic AB C404 VCKYCY1CB104K 0.1 16V Ceramic AB C405 RC-EZ0475GEZZ 220 6.3V Electrolytic AD C406 VCCCCY1HH331J 330p 50V Ceramic AA C407 VCCCCY1HH331J 330p 50V Ceramic AA C408 VCKYCY1CB333K 0.033 16V Ceramic AA C409 VCKYCY1HB103K 0.01 50V Ceramic AA C410 VCCCCY1HH220J 22p 50V Ceramic AA C411 VCKYCY1AF105Z 1 10V Ceramic AC C412 VCKYCY1HB103K 0.01 50V Ceramic AA C413 VCKYCY1AF105Z 1 10V Ceramic AC C414 VCKYCY1HB103K 0.01 50V Ceramic AA C415 VCKYCY1HB471K 470p 50V Ceramic AA C416 VCKYCY1HB103K 0.01 50V Ceramic AA C417 VCKYCY1CB104K 0.1 16V Ceramic AB C418 VCKYCY1AF105Z 1 10V Ceramic AC C419 VCKYCY1AF105Z 1 10V Ceramic AC C420 VCKYCY1AF105Z 1 10V Ceramic AC C421 VCKYCY1AF105Z 1 10V Ceramic AC C424 VCCCCY1HH101J 100p 50V Ceramic AA C426 VCKYCY1CB104K 0.1 16V Ceramic AB C427 VCKYCY1AF105Z 1 10V Ceramic AC C428 VCKYCY1AF105Z 1 10V Ceramic AC C429 RC-EZ0475GEZZ 220 6.3V Electrolytic AD C430 VCKYCY1HB103K 0.01 50V Ceramic AA C431 VCKYCY1HB103K 0.01 50V Ceramic AA C432 VCKYCY1HB103K 0.01 50V Ceramic AA C440 VCKYCY1CB104K 0.1 16V Ceramic AB C441 VCKYCY1CB104K 0.1 16V Ceramic AB C442 RC-EZ0475GEZZ 220 6.3V Electrolytic AD C443 RC-EZ0475GEZZ 220 6.3V Electrolytic AD C502 VCKYCY1HB103K 0.01 50V Ceramic AA C503 VCKYCY1HB103K 0.01 50V Ceramic AA C505 VCEAPF0JW476M 47 6.3V Electrolytic AB C506 VCKYCY1CB104K 0.1 16V Ceramic AB C507 VCKYCY1HB103K 0.01 50V Ceramic AA C511 VCKYCY1HB103K 0.01 50V Ceramic AA C512 VCKYCY1HB103K 0.01 50V Ceramic AA C513 VCKYCY1AF105Z 1 10V Ceramic AC C517 VCKYCY1HB103K 0.01 50V Ceramic AA C520 VCKYCY1HB103K 0.01 50V Ceramic AA C521 VCKYCY1HB103K 0.01 50V Ceramic AA C522 VCEAPF0JW226M 22 6.3V Electrolytic AB C523 VCKYCY1CB104K 0.1 16V Ceramic AB C524 VCKYCY1HB103K 0.01 50V Ceramic AA C526 VCKYCY1HB103K 0.01 50V Ceramic AA C527 VCEAPF0JW107M 100 6.3V Electrolytic AC C528 VCKYCY1HB103K 0.01 50V Ceramic AA C529 VCKYCY1HB103K 0.01 50V Ceramic AA C530 VCKYCY1HB103K 0.01 50V Ceramic AA C531 VCKYCY1HB103K 0.01 50V Ceramic AA C532 VCKYCY1HB103K 0.01 50V Ceramic AA C533 VCKYCY1HB103K 0.01 50V Ceramic AA C535 VCKYCY1HB103K 0.01 50V Ceramic AA C536 VCKYCY1HB103K 0.01 50V Ceramic AA C537 VCKYCY1HB103K 0.01 50V Ceramic AA C538 VCKYCY1HB103K 0.01 50V Ceramic AA C539 VCEAPF0JW476M 47 6.3V Electrolytic AB C540 VCKYCY1AF105Z 1 10V Ceramic AC C550 VCKYCY1HB103K 0.01 50V Ceramic AA C551 VCKYCY1HB103K 0.01 50V Ceramic AA C552 VCKYCY1HB103K 0.01 50V Ceramic AA C553 VCKYCY1HB103K 0.01 50V Ceramic AA C601 RC-EZ0475GEZZ 220 6.3V Electrolytic AD C602 VCKYCY1HB103K 0.01 50V Ceramic AA C603 VCKYCY1CB104K 0.1 16V Ceramic AB

17-2

DUNTK5734TE6D

MAIN PWB UNIT(Continued)

C220 VCCCCY1HH620J 62p 50V Ceramic AA C221 VCCCCY1HH620J 62p 50V Ceramic AA C222 VCCCCY1HH5R0C 5p 50V Ceramic AA C223 VCCCCY1HH5R0C 5p 50V Ceramic AA C224 VCCCCY1HH5R0C 5p 50V Ceramic AA C225 VCCCCY1HH390J 39p 50V Ceramic AA C226 VCCCCY1HH390J 39p 50V Ceramic AA C227 VCCCCY1HH390J 39p 50V Ceramic AA C230 VCCCCY1HH100D 10p 50V Ceramic AA C232 VCEAPF0JW476M 47 6.3V Electrolytic AB C233 VCKYCY1HB103K 0.01 50V Ceramic AA C235 VCKYCY1HB103K 0.01 50V Ceramic AA C237 VCKYCY1HB103K 0.01 50V Ceramic AA C238 VCCCCY1HH270J 27p 50V Ceramic AA C239 VCCCCY1HH270J 27p 50V Ceramic AA C240 VCCCCY1HH270J 27p 50V Ceramic AA C241 VCKYCY1HB103K 0.01 50V Ceramic AA C242 VCCCCY1HH620J 62p 50V Ceramic AA C243 VCCCCY1HH620J 62p 50V Ceramic AA C244 VCCCCY1HH620J 62p 50V Ceramic AA C245 VCCCCY1HH5R0C 5p 50V Ceramic AA C246 VCCCCY1HH5R0C 5p 50V Ceramic AA C247 VCCCCY1HH5R0C 5p 50V Ceramic AA C248 VCCCCY1HH390J 39p 50V Ceramic AA C249 VCCCCY1HH390J 39p 50V Ceramic AA C250 VCCCCY1HH390J 39p 50V Ceramic AA C251 VCCCCY1HH100D 10p 50V Ceramic AA C252 VCCCCY1HH100D 10p 50V Ceramic AA C253 VCCCCY1HH100D 10p 50V Ceramic AA C254 VCCCCY1HH100D 10p 50V Ceramic AA C255 VCCCCY1HH100D 10p 50V Ceramic AA C256 VCKYCY1HB103K 0.01 50V Ceramic AA C257 VCKYCY1HB103K 0.01 50V Ceramic AA C258 VCKYCY1HB103K 0.01 50V Ceramic AA C259 VCKYCY1HB103K 0.01 50V Ceramic AA C260 VCKYCY1HB103K 0.01 50V Ceramic AA C261 VCKYCY1HB103K 0.01 50V Ceramic AA C270 RC-EZ0475GEZZ 220 6.3V Electrolytic AD C271 VCEAEA0JW107M 100 6.3V Electrolytic AB C301 VCKYCY1AF105Z 1 10V Ceramic AC C302 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 C307 VCEAPF0JW476M 47 6.3V Electrolytic AB C308 VCKYCY1HB103K 0.01 50V Ceramic AA C309 VCKYCY1HB103K 0.01 50V Ceramic AA C313 VCKYCY1AF105Z 1 10V Ceramic AC C315 VCEAPF0JW107M 100 6.3V Electrolytic AC C318 VCKYCY1CB104K 0.1 16V Ceramic AB C321 VCKYCY1CB104K 0.1 16V Ceramic AB C322 VCKYCY1CB104K 0.1 16V Ceramic AB C324 VCKYCY1CB104K 0.1 16V Ceramic AB C325 VCKYCY1CB104K 0.1 16V Ceramic AB C327 VCEAPF0JW476M 47 6.3V Electrolytic AB C328 VCKYCY1HB103K 0.01 50V Ceramic AA C330 VCKYCY1CB104K 0.1 16V Ceramic AB C331 VCKYCY1HB103K 0.01 50V 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 C338 VCEAPF1HW225M 2.2 50V Electrolytic AB C339 VCKYCY1CB104K 0.1 16V Ceramic AB C340 VCEAPF0JW226M 22 6.3V Electrolytic AB C341 VCKYCY1CB104K 0.1 16V Ceramic AB C342 VCKYCY1HB102K 1000p 50V Ceramic AA C343 VCKYCY1HB102K 1000p 50V Ceramic AA C344 VCKYCY1HB102K 1000p 50V Ceramic AA C345 VCKYCY1HB102K 1000p 50V Ceramic AA

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C812 VCEAPF1CW106M 10 16V Electrolytic AB C813 RC-KZ0162GEZZ 4700p AB C814 RC-KZ0162GEZZ 4700p AB C829 VCKYCY1CB104K 0.1 16V Ceramic AB C6501 VCEAPF0JW476M 47 6.3V Electrolytic AB C6502 VCKYCY1CB104K 0.1 16V Ceramic AB C6503 VCKYCY1HB103K 0.01 50V Ceramic AA C6505 VCKYCY1CB104K 0.1 16V Ceramic AB C6506 VCKYCY1CB104K 0.1 16V Ceramic AB C6507 VCEAPF0JW476M 47 6.3V Electrolytic AB C6509 VCKYCY1CB104K 0.1 16V Ceramic AB C6510 VCKYCY1CB104K 0.1 16V Ceramic AB C6511 RC-EZ0475GEZZ 220 6.3V Electrolytic AD C6512 VCKYCY1CB104K 0.1 16V Ceramic AB C6513 VCEAPF0JW476M 47 6.3V Electrolytic AB C6514 VCKYCY1CB104K 0.1 16V Ceramic AB C6515 VCKYCY1CB104K 0.1 16V Ceramic AB C6550 VCKYCY1CB104K 0.1 16V Ceramic AB C6551 VCKYCY1CB104K 0.1 16V Ceramic AB C6552 VCKYCY1CB104K 0.1 16V Ceramic AB C6553 VCKYCY1CB104K 0.1 16V Ceramic AB C6554 VCCCCY1HH270J 27p 50V Ceramic AA C6555 VCCCCY1HH330J 33p 50V Ceramic AA C6557 VCKYCY1CF224Z 0.22 16V Ceramic AA C6558 VCCCCY1HH101J 100p 50V Ceramic AA C6560 VCKYCY1AF105Z 1 10V Ceramic AC C6561 VCKYCY1AF105Z 1 10V Ceramic AC C6562 VCKYCY1CF224Z 0.22 16V Ceramic AA C7001 VCKYCY1HB102K 1000p 50V Ceramic AA C7002 VCKYCY1HB103K 0.01 50V Ceramic AA C7003 VCKYCY1CB104K 0.1 16V Ceramic AB C7005 VCKYCY1HB103K 0.01 50V Ceramic AA

RESISTORS

R201 VRS-CY1JF820J 82 1/16W Metal Oxide AA R202 VRS-CY1JF820J 82 1/16W Metal Oxide AA R203 VRS-CY1JF820J 82 1/16W Metal Oxide AA R204 VRS-CY1JF820J 82 1/16W Metal Oxide AA R205 VRS-CY1JF820J 82 1/16W Metal Oxide AA R206 VRS-CY1JF820J 82 1/16W Metal Oxide AA R207 VRS-CY1JF820J 82 1/16W Metal Oxide AA R208 VRS-CY1JF820J 82 1/16W Metal Oxide AA R209 VRS-CY1JF820J 82 1/16W Metal Oxide AA R210 VRS-CY1JF820J 82 1/16W Metal Oxide AA R212 VRS-CY1JF472J 4.7k 1/16W Metal Oxide AA R213 VRS-CY1JF220J 22 1/16W Metal Oxide AA R214 VRS-CY1JF472J 4.7k 1/16W Metal Oxide AA R215 VRS-CY1JF472J 4.7k 1/16W Metal Oxide AA R216 VRS-CY1JF152F 1.5k 1/16W Metal Oxide AA R217 VRS-CY1JF182F 1.8k 1/16W Metal Oxide AA R221 VRS-CY1JF181F 180 1/16W Metal Oxide AA R222 VRS-CY1JF181F 180 1/16W Metal Oxide AA R223 VRS-CY1JF181F 180 1/16W Metal Oxide AA R224 VRS-CY1JF152F 1.5k 1/16W Metal Oxide AA R225 VRS-CY1JF681J 680 1/16W Metal Oxide AA R226 VRS-CY1JF681J 680 1/16W Metal Oxide AA R227 VRS-CY1JF681J 680 1/16W Metal Oxide AA R228 VRS-CY1JF681J 680 1/16W Metal Oxide AA R229 VRS-CY1JF681J 680 1/16W Metal Oxide AA R230 VRS-CY1JF681J 680 1/16W Metal Oxide AA R233 VRS-CY1JF391J 390 1/16W Metal Oxide AA R234 VRS-CY1JF391J 390 1/16W Metal Oxide AA R235 VRS-CY1JF391J 390 1/16W Metal Oxide AA R236 VRS-CY1JF392J 3.9k 1/16W Metal Oxide AA R237 VRS-CY1JF392J 3.9k 1/16W Metal Oxide AA R238 VRS-CY1JF392J 3.9k 1/16W Metal Oxide AA R239 VRS-CY1JF391J 390 1/16W Metal Oxide AA R240 VRS-CY1JF391J 390 1/16W Metal Oxide AA R241 VRS-CY1JF391J 390 1/16W Metal Oxide AA R244 VRS-CY1JF181F 180 1/16W Metal Oxide AA R246 VRS-CY1JF181F 180 1/16W Metal Oxide AA R248 VRS-CY1JF181F 180 1/16W Metal Oxide AA R249 VRS-CY1JF681J 680 1/16W Metal Oxide AA R250 VRS-CY1JF681J 680 1/16W Metal Oxide AA R251 VRS-CY1JF681J 680 1/16W Metal Oxide AA

17-3

DUNTK5734TE6D

MAIN PWB UNIT(Continued)

C604 VCKYCY1HB102K 1000p 50V Ceramic AA C605 VCKYCY1CB104K 0.1 16V Ceramic AB C606 VCKYCY1HB103K 0.01 50V Ceramic AA C607 VCKYCY1HB103K 0.01 50V Ceramic AA C608 VCKYCY1CB104K 0.1 16V Ceramic AB C609 VCKYCY1CB104K 0.1 16V Ceramic AB C610 VCKYCY1CB104K 0.1 16V Ceramic AB C611 VCEAPF0JW476M 47 6.3V Electrolytic AB C612 VCKYCY1HB103K 0.01 50V 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 RC-EZ0475GEZZ 220 6.3V Electrolytic AD C618 VCKYCY1HB682K 6800p 50V Ceramic AA C619 VCKYCY1HB102K 1000p 50V Ceramic AA C620 VCCCCY1HH8R0D 8p 50V Ceramic AA C621 VCKYCY1HB103K 0.01 50V Ceramic AA C622 VCCCCY1HH1R0C 1p 50V Ceramic AA C623 VCKYCY1CB104K 0.1 16V Ceramic AB C625 VCKYCY1HB103K 0.01 50V Ceramic AA C626 VCKYCY1HB102K 1000p 50V Ceramic AA C627 VCKYCY1HB103K 0.01 50V Ceramic AA C628 VCKYCY1CB104K 0.1 16V Ceramic AB C630 RC-EZ0475GEZZ 220 6.3V Electrolytic AD C702 VCKYCY1HB103K 0.01 50V Ceramic AA C703 VCKYCY1HB103K 0.01 50V Ceramic AA C704 VCKYCY1HB103K 0.01 50V Ceramic AA C713 VCKYCY1HB332K 3300p 50V Ceramic AA C716 VCKYCY1HB103K 0.01 50V Ceramic AA C718 VCKYCY1HB222K 2200p 50V Ceramic AA C719 VCKYCY1HB332K 3300p 50V Ceramic AA C720 VCKYCY1HB103K 0.01 50V Ceramic AA C721 VCKYCY1CB473K 0.047 16V Ceramic AA C724 VCCCCY1HH100D 10p 50V Ceramic AA C725 VCCCCY1HH9R0D 9p 50V Ceramic AA C727 VCKYCY1HB103K 0.01 50V Ceramic AA C729 VCCCCY1HH101J 100p 50V Ceramic AA C730 VCKYCY1HB103K 0.01 50V Ceramic AA C731 VCKYCY1HB472K 4700p 50V Ceramic AA C732 VCKYCY1HB103K 0.01 50V Ceramic AA C733 VCKYCY1HB472K 4700p 50V Ceramic AA C734 VCKYCY1HB103K 0.01 50V Ceramic AA C735 VCKYCY1CB473K 0.047 16V Ceramic AA C736 VCKYCY1HB103K 0.01 50V Ceramic AA C737 VCCCCY1HH221J 220p 50V Ceramic AA C738 VCKYCY1HB103K 0.01 50V Ceramic AA C739 VCKYCY1HB471K 470p 50V Ceramic AA C740 VCCCCY1HH221J 220p 50V Ceramic AA C741 VCKYCY1HB103K 0.01 50V Ceramic AA C742 VCKYCY1HB103K 0.01 50V Ceramic AA C743 VCKYCY1HB272K 2700p 50V Ceramic AA C744 VCKYCY1HB103K 0.01 50V Ceramic AA C745 VCKYCY1HB103K 0.01 50V Ceramic AA C747 VCKYCY1EB153K 0.015 25V Ceramic AA C748 VCKYCY1HB103K 0.01 50V Ceramic AA C749 VCCCCY1HH470J 47p 50V Ceramic AA C752 VCKYCY1HB103K 0.01 50V Ceramic AA C753 VCEAPF0JW476M 47 6.3V Electrolytic AB C754 VCEAPF1CW106M 10 16V Electrolytic AB C755 VCKYCY1HB103K 0.01 50V Ceramic AA C801 VCEAPF1CW106M 10 16V Electrolytic AB C802 VCKYCY1CB104K 0.1 16V Ceramic AB C803 VCEAPF1CW106M 10 16V Electrolytic AB C804 RC-EZ0475GEZZ 220 6.3V Electrolytic AD C805 RC-KZ0162GEZZ 4700p AB C806 RC-KZ0162GEZZ 4700p AB C807 VCKYCY1CB104K 0.1 16V Ceramic AB C808 VCEAPF1CW106M 10 16V Electrolytic AB C809 RC-KZ0162GEZZ 4700p AB C810 RC-KZ0162GEZZ 4700p AB C811 VCKYCY1CB104K 0.1 16V Ceramic AB

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17-4

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 R526 VRS-CY1JF824J 820k 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 R535 VRS-CY1JF103J 10k 1/16W Metal Oxide AA R548 VRS-CY1JF220J 22 1/16W Metal Oxide AA R550 VRS-CY1JF820J 82 1/16W Metal Oxide AA R551 VRS-CY1JF820J 82 1/16W Metal Oxide AA R562 VRS-CY1JF103J 10k 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 R590 VRS-CY1JF472J 4.7k 1/16W Metal Oxide AA R592 VRS-CY1JF472J 4.7k 1/16W Metal Oxide AA R593 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 R603 VRS-CY1JF102J 1k 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-CY1JF271J 270 1/16W Metal Oxide AA R638 VRS-CY1JF220J 22 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-CY1JF221J 220 1/16W Metal Oxide AA R648 VRS-CY1JF221J 220 1/16W Metal Oxide AA R649 VRS-CY1JF391J 390 1/16W Metal Oxide AA R650 VRS-CY1JF221J 220 1/16W Metal Oxide AA R651 VRS-CY1JF221J 220 1/16W Metal Oxide AA R652 VRS-CY1JF221J 220 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-CY1JF000J 0 1/16W Metal Oxide AA R658 VRS-TV1JD270J 27 1/16W Metal Oxide AA R670 VRS-CY1JF220J 22 1/16W Metal Oxide AA R717 VRS-CY1JF101J 100 1/16W Metal Oxide AA R718 VRS-CY1JF103J 10k 1/16W Metal Oxide AA R722 VRS-CY1JF472J 4.7k 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 R734 VRS-CY1JF101J 100 1/16W Metal Oxide AA R735 VRS-CY1JF101J 100 1/16W Metal Oxide AA R737 VRS-CY1JF103J 10k 1/16W Metal Oxide AA R738 VRS-CY1JF103J 10k 1/16W Metal Oxide AA R740 VRS-CY1JF473J 47k 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 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

DUNTK5734TE6D

MAIN PWB UNIT(Continued)

R252 VRS-CY1JF681J 680 1/16W Metal Oxide AA R253 VRS-CY1JF681J 680 1/16W Metal Oxide AA R254 VRS-CY1JF681J 680 1/16W Metal Oxide AA R256 VRS-CY1JF182F 1.8k 1/16W Metal Oxide AA R257 VRS-CY1JF152F 1.5k 1/16W Metal Oxide AA R258 VRS-CY1JF152F 1.5k 1/16W Metal Oxide AA R259 VRS-CY1JF391J 390 1/16W Metal Oxide AA R260 VRS-CY1JF391J 390 1/16W Metal Oxide AA R261 VRS-CY1JF391J 390 1/16W Metal Oxide AA R262 VRS-CY1JF392J 3.9k 1/16W Metal Oxide AA R263 VRS-CY1JF392J 3.9k 1/16W Metal Oxide AA R264 VRS-CY1JF392J 3.9k 1/16W Metal Oxide AA R265 VRS-CY1JF391J 390 1/16W Metal Oxide AA R266 VRS-CY1JF391J 390 1/16W Metal Oxide AA R267 VRS-CY1JF391J 390 1/16W Metal Oxide AA R278 VRS-CY1JF332J 3.3k 1/16W Metal Oxide AA R292 VRS-CY1JF000J 0 1/16W Metal Oxide AA R302 VRS-CY1JF222J 2.2k 1/16W Metal Oxide AA R303 VRS-CY1JF102J 1k 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 R309 VRS-CY1JF562J 5.6k 1/16W Metal Oxide AA R310 VRS-CY1JF562J 5.6k 1/16W Metal Oxide AA R311 VRS-CY1JF562J 5.6k 1/16W Metal Oxide AA R312 VRS-CY1JF471J 470 1/16W Metal Oxide AA R314 VRS-CY1JF104J 100k 1/16W Metal Oxide AA R315 VRS-CY1JF393J 39k 1/16W Metal Oxide AA R316 VRS-CY1JF393J 39k 1/16W Metal Oxide AA R317 VRS-CY1JF393J 39k 1/16W Metal Oxide AA R318 VRS-CY1JF104J 100k 1/16W Metal Oxide AA R319 VRS-CY1JF393J 39k 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 R341 VRS-CY1JF000J 0 1/16W Metal Oxide AA R342 VRS-CY1JF000J 0 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 R366 VRS-CY1JF000J 0 1/16W Metal Oxide AA R369 VRS-CY1JF335J 3.3M 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 R417 VRS-CY1JF224J 220k 1/16W Metal Oxide AA R418 VRS-CY1JF274J 270k 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 R426 VRS-CY1JF102J 1k 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 R501 VRS-CY1JF103J 10k 1/16W Metal Oxide AA R502 VRS-CY1JF100J 10 1/16W Metal Oxide AA R503 VRS-CY1JF100J 10 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 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

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DV-760X

17-5

R6529 VRS-CY1JF472J 4.7k 1/16W Metal Oxide AA R6530 VRS-CY1JF472J 4.7k 1/16W Metal Oxide AA R6531 VRS-CY1JF472J 4.7k 1/16W Metal Oxide AA R6533 VRS-CY1JF103J 10k 1/16W Metal Oxide AA R6534 VRS-CY1JF103J 10k 1/16W Metal Oxide AA R6537 VRS-CY1JF472J 4.7k 1/16W Metal Oxide AA R6540 VRS-CY1JF105J 1M 1/16W Metal Oxide AA R6541 VRS-CY1JF681J 680 1/16W Metal Oxide AA R6542 VRS-CY1JF000J 0 1/16W Metal Oxide AA R6543 VRS-CY1JF102J 1k 1/16W Metal Oxide AA R6544 VRS-CY1JF000J 0 1/16W Metal Oxide AA R6551 VRS-CY1JF000J 0 1/16W Metal Oxide AA R6553 VRS-CY1JF821J 820 1/16W Metal Oxide AA R6555 VRS-CY1JF154J 150k 1/16W Metal Oxide AA R6556 VRS-CY1JF472J 4.7k 1/16W Metal Oxide AA R7003 VRS-CY1JF103J 10k 1/16W Metal Oxide AA R7004 VRS-CY1JF103J 10k 1/16W Metal Oxide AA R7005 VRS-CY1JF103J 10k 1/16W Metal Oxide AA R7007 VRS-CY1JF102J 1k 1/16W Metal Oxide AA R7042 VRS-CY1JF103J 10k 1/16W Metal Oxide AA R7701 VRS-CY1JF224J 220k 1/16W Metal Oxide AA R7702 VRS-CY1JF224J 220k 1/16W Metal Oxide AA R7703 VRS-CY1JF103J 10k 1/16W Metal Oxide AA R7704 VRS-CY1JF000J 0 1/16W Metal Oxide AA R7705 VRS-CY1JF000J 0 1/16W Metal Oxide AA R7706 VRS-CY1JF000J 0 1/16W Metal Oxide AA R7712 VRS-CY1JF222J 2.2k 1/16W Metal Oxide AA R7714 VRS-CY1JF103J 10k 1/16W Metal Oxide AA R7715 VRS-CY1JF103J 10k 1/16W Metal Oxide AA R7716 VRS-CY1JF473J 47k 1/16W Metal Oxide AA R7717 VRS-CY1JF562J 5.6k 1/16W Metal Oxide AA R7718 VRS-CY1JF103J 10k 1/16W Metal Oxide AA R7719 VRS-CY1JF103J 10k 1/16W Metal Oxide AA R7720 VRS-CY1JF472J 4.7k 1/16W Metal Oxide AA R7721 VRS-CY1JF101J 100 1/16W Metal Oxide AA R7722 VRS-CY1JF103F 10k 1/16W Metal Oxide AA R7723 VRS-CY1JF563F 56k 1/16W Metal Oxide AA R7724 VRS-CY1JF223J 22k 1/16W Metal Oxide AA R7728 VRS-CY1JF000J 0 1/16W Metal Oxide AA R7729 VRS-CY1JF000J 0 1/16W Metal Oxide AA R7730 VRS-CY1JF000J 0 1/16W Metal Oxide AA R7732 VRS-CY1JF000J 0 1/16W Metal Oxide AA

MISCELLANEOUS PARTS

CN201 QPLGN1264TAZZ Plug, 12Pin AE CN301 QSOCN2086TAZZ Socket, 20Pin AD CN702 QSOCN1136TAZZ Socket, 11Pin AD CN801 QSOCN2936TAZZ Socket, 29Pin AF CN802 QSOCN1436TAZZ Socket, 14Pin AE CN803 QSOCN1536TAZZ Socket, 15Pin AE CN804 QPLGN0364TAZZ Plug, 3Pin AC FB201 RBLN-0052TAZZ Balun, BLN-0052TA AC FB301 RBLN-0052TAZZ Balun, BLN-0052TA AC FB501 RBLN-0052TAZZ Balun, BLN-0052TA AC FB601 RBLN-0052TAZZ Balun, BLN-0052TA AC FB603 RBLN-0052TAZZ Balun, BLN-0052TA AC FB801 RBLN-0056TAZZ Balun, BLN-0056TA AC FB802 RBLN-0056TAZZ Balun, BLN-0056TA AC FB804 RBLN-0056TAZZ Balun, BLN-0056TA AC FB805 RBLN-0056TAZZ Balun, BLN-0056TA AC FB806 RBLN-0056TAZZ Balun, BLN-0056TA AC FB811 RBLN-0056TAZZ Balun, BLN-0056TA AC FB812 RBLN-0056TAZZ Balun, BLN-0056TA AC FB813 RBLN-0056TAZZ Balun, BLN-0056TA AC FB814 RBLN-0056TAZZ Balun, BLN-0056TA AC FB815 RBLN-0056TAZZ Balun, BLN-0056TA AC FB816 RBLN-0056TAZZ Balun, BLN-0056TA AC FB817 RBLN-0056TAZZ Balun, BLN-0056TA AC FB818 RBLN-0056TAZZ Balun, BLN-0056TA AC FB819 RBLN-0056TAZZ Balun, BLN-0056TA AC FB820 RBLN-0056TAZZ Balun, BLN-0056TA AC FB821 RBLN-0056TAZZ Balun, BLN-0056TA AC FB824 RBLN-0056TAZZ Balun, BLN-0056TA AC FB825 RBLN-0056TAZZ Balun, BLN-0056TA AC FB6501 RBLN-0052TAZZ Balun, BLN-0052TA AC

DUNTK5734TE6D

MAIN PWB UNIT(Continued)

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-CY1JF472J 4.7k 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 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 R798 VRS-CY1JF391J 390 1/16W Metal Oxide AA R801 VRS-CY1JF102J 1k 1/16W Metal Oxide AA R802 VRS-CY1JF102J 1k 1/16W Metal Oxide AA R803 VRS-CY1JF102J 1k 1/16W Metal Oxide AA R804 VRS-CY1JF102J 1k 1/16W Metal Oxide AA R805 VRS-CY1JF102J 1k 1/16W Metal Oxide AA R806 VRS-CY1JF102J 1k 1/16W Metal Oxide AA R808 VRS-CY1JF221J 220 1/16W Metal Oxide AA R809 VRS-CY1JF221J 220 1/16W Metal Oxide AA R810 VRS-TV1JD8R2J 8.2 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 R823 VRS-CY1JF101J 100 1/16W Metal Oxide AA R825 VRS-CY1JF000J 0 1/16W Metal Oxide AA R839 VRS-CY1JF560J 56 1/16W Metal Oxide AA R840 VRS-CY1JF560J 56 1/16W Metal Oxide AA R841 VRS-CY1JF560J 56 1/16W Metal Oxide AA R850 VRS-CY1JF100J 10 1/16W Metal Oxide AA R851 VRS-CY1JF100J 10 1/16W Metal Oxide AA R852 VRS-CY1JF100J 10 1/16W Metal Oxide AA R882 VRS-CY1JF100J 10 1/16W Metal Oxide AA R883 VRS-CY1JF100J 10 1/16W Metal Oxide AA R884 VRS-CY1JF100J 10 1/16W Metal Oxide AA R891 VRS-CY1JF472J 4.7k 1/16W Metal Oxide AA R892 VRS-CY1JF152J 1.5k 1/16W Metal Oxide AA R893 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 R897 VRS-CY1JF824J 820k 1/16W Metal Oxide AA R898 VRS-CY1JF824J 820k 1/16W Metal Oxide AA R2001 VRS-CY1JF000J 0 1/16W Metal Oxide AA R2002 VRS-CY1JF000J 0 1/16W Metal Oxide AA R2003 VRS-CY1JF000J 0 1/16W Metal Oxide AA R6501 VRS-CY1JF750J 75 1/16W Metal Oxide AA R6502 VRS-CY1JF563J 56k 1/16W Metal Oxide AA R6503 VRS-CY1JF123J 12k 1/16W Metal Oxide AA R6504 VRS-CY1JF123J 12k 1/16W Metal Oxide AA R6505 VRS-CY1JF472J 4.7k 1/16W Metal Oxide AA R6506 VRS-CY1JF391J 390 1/16W Metal Oxide AA R6507 VRS-CY1JF472J 4.7k 1/16W Metal Oxide AA R6508 VRS-CY1JF391J 390 1/16W Metal Oxide AA R6509 VRS-CY1JF151J 150 1/16W Metal Oxide AA R6511 VRS-CY1JF103J 10k 1/16W Metal Oxide AA R6512 VRS-CY1JF103J 10k 1/16W Metal Oxide AA R6513 VRS-CY1JF472J 4.7k 1/16W Metal Oxide AA R6514 VRS-CY1JF103J 10k 1/16W Metal Oxide AA R6515 VRS-CY1JF270J 27 1/16W Metal Oxide AA R6517 VRS-CY1JF472J 4.7k 1/16W Metal Oxide AA R6518 VRS-CY1JF472J 4.7k 1/16W Metal Oxide AA R6520 VRS-CY1JF472J 4.7k 1/16W Metal Oxide AA R6521 VRS-CY1JF472J 4.7k 1/16W Metal Oxide AA R6522 VRS-CY1JF472J 4.7k 1/16W Metal Oxide AA R6523 VRS-CY1JF103J 10k 1/16W Metal Oxide AA R6524 VRS-CY1JF472J 4.7k 1/16W Metal Oxide AA R6525 VRS-CY1JF472J 4.7k 1/16W Metal Oxide AA R6526 VRS-CY1JF472J 4.7k 1/16W Metal Oxide AA R6527 VRS-CY1JF472J 4.7k 1/16W Metal Oxide AA R6528 VRS-CY1JF472J 4.7k 1/16W Metal Oxide AA

Page 66

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

DV-760X

D9035 VHD1SS119//-1 1SS119 AB D9036 VHD1SS119//-1 1SS119 AB D9037 VHD1SS119//-1 1SS119 AB D9038 VHD1SS119//-1 1SS119 AB D9039 VHD1SS119//-1 1SS119 AB D9040 VHD1SS244//-1 1SS244 AB D9041 VHiKiA431//-1 KiA431 AE D9042 VHD1SS119//-1 1SS119 AB D9043 VHD1SS119//-1 1SS119 AB

å D9044 VHD1SS119//-1 1SS119 AB

D9045 VHD1SS119//-1 1SS119 AB D9046 VHD1SS119//-1 1SS119 AB P2101 VHPGP1F32T/-1 PhotoDiode AK

FILTERS

FL2101 RFiLN0044GEZZ Filter, FiLN0044GE AB FL8201 RFiLC0202GEZZ Filter, FiLC0202GE AD

COILS AND TRANSFORMER

L2001 VP-MK100K0000 Peaking, 10µHAB L2002 VP-DF100K0000 Peaking, 10µHAB L9001 RCiLP0146GEZZ Coil, CiLP0146GE AC L9002 RCiLP0147GEZZ Coil, CiLP0147GE AC

å L9003 RCiLF0009AJZZ Coil, CiLF0009AJ AK å T9001 RTRNZ0079GEZZ Transformer AN

CAPACITORS

C2009 VCKYCY1EB103K 0.01 25V Ceramic AA C2010 VCKYCY1EB103K 0.01 25V Ceramic AA C2011 VCEAEM0JW107M 100 6.3V Electrolytic AB C2012 VCKYCY1EB103K 0.01 25V Ceramic AA C2013 VCEAEM1HW225M 2.2 50V Electrolytic AB C2014 VCEAEM1CW226M 22 16V Electrolytic AB C2015 VCEA2A0JW477M 470 6.3V Electrolytic AB C2016 VCKYCY1EB103K 0.01 25V Ceramic AA C2017 VCKYD41CY103N 0.01 16V Ceramic AA C2018 VCKYCY1EB103K 0.01 25V Ceramic AA C2019 VCEAEA1HW225M 2.2 50V Electrolytic AB C2020 VCEAEA1HW225M 2.2 50V Electrolytic AB C2021 VCEAEA1HW225M 2.2 50V Electrolytic AB C2022 VCEAEA1HW225M 2.2 50V Electrolytic AB C2023 VCEAEA1CW226M 22 16V Electrolytic AB C2024 VCEAEM1CW226M 22 16V Electrolytic AB C2025 VCEA2A0JW477M 470 6.3V Electrolytic AB C2026 VCEA2A0JW477M 470 6.3V Electrolytic AB C2027 VCEAEM0JW107M 100 6.3V Electrolytic AB C2028 VCEAEM0JW107M 100 6.3V Electrolytic AB C2029 VCEAEM0JW107M 100 6.3V Electrolytic AB C2031 VCKYCY1EB103K 0.01 25V Ceramic AA C2032 VCKYCY1EB103K 0.01 25V Ceramic AA C2040 VCKYCY1EB103K 0.01 25V Ceramic AA C2041 VCKYCY1EB103K 0.01 25V Ceramic AA C2042 VCKYCY1EB103K 0.01 25V Ceramic AA C2043 VCKYCY1EB103K 0.01 25V Ceramic AA C2044 VCEAGA0JW107M 100 6.3V Electrolytic AB C2101 VCKYCY1EB103K 0.01 25V Ceramic AA C2102 VCKYCY1EB103K 0.01 25V Ceramic AA C2103 VCEAEM1CW106M 10 16V Electrolytic AB C2104 VCKYCY1EB103K 0.01 25V Ceramic AA C2105 VCEAEM1AW107M 100 10V Electrolytic AB C2106 VCKYCY1EB103K 0.01 25V Ceramic AA C2107 VCKYCY1CB104K 0.1 16V Ceramic AB C6001 VCEAEM1CW106M 10 16V Electrolytic AB C6002 VCEAEM1CW106M 10 16V Electrolytic AB C6003 VCEAEM1CW106M 10 16V Electrolytic AB C6004 VCEAEM1CW106M 10 16V Electrolytic AB C6005 VCEAEM1CW106M 10 16V Electrolytic AB C6006 VCEAEM0JW107M 100 6.3V Electrolytic AB C6007 VCEAEM1CW106M 10 16V Electrolytic AB C6008 VCEAEM1CW106M 10 16V Electrolytic AB C6009 VCEAEM1CW106M 10 16V Electrolytic AB C6010 VCEAEM1CW106M 10 16V Electrolytic AB C6011 VCEAEM1CW106M 10 16V Electrolytic AB C6012 VCEAEM1CW106M 10 16V Electrolytic AB

17-6

FB6502 RBLN-0052TAZZ Balun, BLN-0052TA AC TP330 QPLGN0864TAZZ Plug, 8Pin AD

DUNTK5805TEV3

TERMINAL PWB UNIT

INTEGRATED CIRCUITS

IC2002 VHiNJM2268M-1 NJM2268M, S-Yc Driver AF IC2003 VHiNJM2268M-1 NJM2268M AF IC2004 VHiNJM2268M-1 NJM2268M, Cr/Y Drive AF IC2007 RH-iX1531CEZZ IX1531CE, Signal SW AF IC2102 VHiTC4W53F/-1 TC4W53F, Cb/V Drive AE IC6001 VHiNJM4560M-1 NJM4560M, Audio Amp AG IC6002 VHiNJM2060M-1 NJM2060M, Audio Amp AE IC8201 RH-iX1610GEZZ IX1610GE, Sub CPU AL IC8202 VHiPST600iM-1 PST600iM, Reset IC AE IC9001 VHiT78DL09S-1 T78DL09S, 9V REG AG IC9002 VHiKA7808Pi-1 KIA7808PI, 8V REG AF IC9003 VHiPQ30RV11-1 PQ30RV11, 3.3V REG AF IC9004 VHiPQ30RV11-1 PQ30RV11, 2.5V REG AF

TRANSISTORS

Q2101 VS2SD601A//-1 2SD601A AC Q6001 VS2SD1306-E1E 2SD1306-E AD Q6002 VS2SD1306-E1E 2SD1306-E AD Q6003 VS2SD1306-E1E 2SD1306-E AD Q6004 VS2SD1306-E1E 2SD1306-E AD Q6005 VS2SD1306-E1E 2SD1306-E AD Q6006 VS2SD1306-E1E 2SD1306-E AD Q6007 VS2SB709A//-1 2SB709A AA Q6008 VSUN2111///-1 UN2111 AA Q8202 VSUN2213///-1 UN2213 AA

å Q9007 VS2SK2943//-1 2SK2943 AL å Q9010 VS2SD2144S/-1 2SD2144S AC

Q9020 VSUN2112///-1 UN2112 AA Q9021 VS2SD601A//-1 2SD601A AC Q9023 VS2SB1117KU1E 2SB1117KU AE Q9025 VS2SD601A//-1 2SD601A AC Q9026 VS2SC3203Y/-1 2SC3203Y AB Q9027 VS2SB1117KU1E 2SB1117KU AE Q9028 VSUN2211///-1 UN2211 AA

DIODES

D2002 VHDDAN202K/-1 DAN202K AB D2003 VHDDAP202K/-1 DAP202K AB D2004 VHDDAN202K/-1 DAN202K AB D2005 VHDDAP202K/-1 DAP202K AB D2006 VHDDAN202K/-1 DAN202K AB D2007 VHDDAP202K/-1 DAP202K AB D2101 RH-EX0609GEZZ Zener, EX0609GE AA D6001 VHD1SS119//-1 1SS119 AB D6002 VHD1SS119//-1 1SS119 AB D8201 VHD1SS119//-1 1SS119 AB D8202 VHD1SS119//-1 1SS119 AB D9005 VHD15DF1FC/1E 15DF1FC AD D9006 VHD1SS244//-1 1SS244 AB D9007 VHD31DQ04FC1E 31DQ04FC AC D9008 VHD10ELS4//-1 10ELS4 AD

å D9012 RH-DX0220CEZZ DX0220CE AB å D9013 RH-DX0321CEZZ DX0321CE AC å D9016 RH-DX0083GEZZ DX0083GE AC å D9020 RH-FX0008GEZZ FX0008GE AE å D9023 RH-EX0645GEZZ Zener, EX0645GE AB

D9025 RH-EX0807GEZZ Zener, EX0807GE AC D9030 VHD1SS119//-1 1SS119 AB D9031 VHD1SS119//-1 1SS119 AB D9032 VHD1SS119//-1 1SS119 AB D9033 VHD1SS119//-1 1SS119 AB D9034 VHD1SS119//-1 1SS119 AB

DUNTK5734TE6D

MAIN PWB UNIT(Continued)

Page 67

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

DV-760X

R2105 VRD-RA2BE273J 27k 1/8W Carbon AA R2106 VRD-RM2HD101J 100 1/2W Carbon AA R2107 VRS-CY1JF000J 0 1/16W Metal Oxide AA R2108 VRS-CY1JF272J 2.7k 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-CY1JF183J 18k 1/16W Metal Oxide AA R6007 VRS-CY1JF474J 470k 1/16W Metal Oxide AA R6008 VRS-CY1JF474J 470k 1/16W Metal Oxide AA R6009 VRS-CY1JF474J 470k 1/16W Metal Oxide AA R6010 VRS-CY1JF153J 15k 1/16W Metal Oxide AA R6011 VRS-CY1JF474J 470k 1/16W Metal Oxide AA R6012 VRS-CY1JF183J 18k 1/16W Metal Oxide AA R6013 VRS-CY1JF183J 18k 1/16W Metal Oxide AA R6014 VRS-CY1JF183J 18k 1/16W Metal Oxide AA R6015 VRS-CY1JF153J 15k 1/16W Metal Oxide AA R6016 VRS-CY1JF183J 18k 1/16W Metal Oxide AA R6017 VRS-CY1JF183J 18k 1/16W Metal Oxide AA R6018 VRS-CY1JF183J 18k 1/16W Metal Oxide AA R6019 VRS-CY1JF821J 820 1/16W Metal Oxide AA R6020 VRS-CY1JF821J 820 1/16W Metal Oxide AA R6021 VRS-CY1JF821J 820 1/16W Metal Oxide AA R6022 VRS-CY1JF821J 820 1/16W Metal Oxide AA R6023 VRS-CY1JF821J 820 1/16W Metal Oxide AA R6024 VRS-CY1JF821J 820 1/16W Metal Oxide AA R6025 VRS-CY1JF473J 47k 1/16W Metal Oxide AA R6026 VRS-CY1JF473J 47k 1/16W Metal Oxide AA R6027 VRS-CY1JF223J 22k 1/16W Metal Oxide AA R6028 VRS-CY1JF223J 22k 1/16W Metal Oxide AA R6029 VRS-CY1JF223J 22k 1/16W Metal Oxide AA R6030 VRS-CY1JF103J 10k 1/16W Metal Oxide AA R6031 VRS-CY1JF102J 1k 1/16W Metal Oxide AA R6032 VRS-CY1JF102J 1k 1/16W Metal Oxide AA R6033 VRD-RA2BE102J 1k 1/8W Carbon AA R6034 VRS-CY1JF272J 2.7k 1/16W Metal Oxide AA R6035 VRS-CY1JF272J 2.7k 1/16W Metal Oxide AA R6036 VRS-CY1JF272J 2.7k 1/16W Metal Oxide AA R6037 VRS-CY1JF222J 2.2k 1/16W Metal Oxide AA R6038 VRS-CY1JF272J 2.7k 1/16W Metal Oxide AA R6039 VRS-CY1JF272J 2.7k 1/16W Metal Oxide AA R6040 VRS-CY1JF823J 82k 1/16W Metal Oxide AA R6041 VRS-CY1JF102J 1k 1/16W Metal Oxide AA R6043 VRS-CY1JF103J 10k 1/16W Metal Oxide AA R8201 VRS-CY1JF103J 10k 1/16W Metal Oxide AA R8202 VRS-CY1JF103J 10k 1/16W Metal Oxide AA R8203 VRS-CY1JF103J 10k 1/16W Metal Oxide AA R8204 VRS-CY1JF473J 47k 1/16W Metal Oxide AA R8205 VRS-CY1JF103J 10k 1/16W Metal Oxide AA R8206 VRS-CY1JF103J 10k 1/16W Metal Oxide AA R8207 VRS-CY1JF103J 10k 1/16W Metal Oxide AA R8208 VRS-CY1JF103J 10k 1/16W Metal Oxide AA R8209 VRS-CY1JF473J 47k 1/16W Metal Oxide AA R9011 VRS-CY1JF272J 2.7k 1/16W Metal Oxide AA R9012 VRS-CY1JF152J 1.5k 1/16W Metal Oxide AA R9013 VRS-CY1JF683J 68k 1/16W Metal Oxide AA R9019 VRS-CY1JF000J 0 1/16W Metal Oxide AA

å R9025 VRD-RM2HD331J 330 1/2W Carbon AA å R9026 VRD-RM2HD105J 1M 1/2W Carbon AA å R9027 VRD-RM2HD105J 1M 1/2W Carbon AA å R9028 VRD-RA2EE224J 220k 1/4W Carbon AA å R9030 VRD-RM2HD331J 330 1/2W Carbon AA å R9033 RR-WZ0002GEZZ 2.2 2W AD å R9036 VRC-UA2HG685K 6.8M 1/2W Solid AA å R9037 VRC-UA2HG685K 6.8M 1/2W Solid AA å R9039 VRD-RA2EE183J 18k 1/4W Carbon AA å R9040 VRD-RM2HD105J 1M 1/2W Carbon AA å R9042 RR-SZ0006GEZZ 68k 3W AD

R9047 VRS-CY1JF000J 0 1/16W Metal Oxide AA R9048 VRS-CY1JF000J 0 1/16W Metal Oxide AA R9052 VRS-CY1JF1R0J 1 1/16W Metal Oxide AA R9060 VRS-CY1JF102J 1k 1/16W Metal Oxide AA R9061 VRS-CY1JF102J 1k 1/16W Metal Oxide AA

17-7

DUNTK5805TEV3

TERMINAL PWB UNIT(Continued)

C6013 VCEAEM0JW107M 100 6.3V Electrolytic AB C6014 RC-KZ0161GEZZ 3900p AB C6015 RC-KZ0161GEZZ 3900p AB C6016 RC-KZ0161GEZZ 3900p AB C6017 RC-KZ0161GEZZ 3900p AB C6018 RC-KZ0161GEZZ 3900p AB C6019 RC-KZ0161GEZZ 3900p AB C6020 VCEA2A1AW227M 220 10V Electrolytic AB C6021 VCEA2A0JW477M 470 6.3V Electrolytic AB C8201 VCEAEM1HW105M 1 50V Electrolytic AB C8202 VCKYCY1HF103Z 0.01 50V Ceramic AA C8203 VCKYCY1HF103Z 0.01 50V Ceramic AA C8204 VCKYCY1HF103Z 0.01 50V Ceramic AA C8205 VCEAEM0JW476M 47 6.3V Electrolytic AB C8208 VCKYCY1HF103Z 0.01 50V Ceramic AA C8209 VCKYCY1HB102K 1000p 50V Ceramic AA C9001 VCEAEM1AW107M 100 10V Electrolytic AB C9002 VCEAEM0JW107M 100 6.3V Electrolytic AB C9007 VCEAEM1CW476M 47 16V Electrolytic AB C9008 RC-EZ0476GEZZ 100 16V Electrolytic AD C9012 RC-EZ0477GEZZ 330 16V Electrolytic AD C9013 VCEA2A0JW108M 1000 6.3V Electrolytic AB C9014 VCEA0A1AW228M 2200 10V Electrolytic AD C9015 RC-EZ0478GEZZ 470 35V Electrolytic AE C9016 VCEAEM1HW226M 22 50V Electrolytic AB C9017 VCEAEM1CW107M 100 16V Electrolytic AB C9018 VCKYCY1HF103Z 0.01 50V Ceramic AA C9019 VCEA0A1AW228M 2200 10V Electrolytic AD

å C9021 VCFYZP2GA473K 0.047 400V AC å C9022 RC-KZ0031CEZZ 100p 2kV AC å C9026 RC-EZ0437GEZZ 68 400V AK å C9027 VCQYTA1HM562J 5600p 50V Mylar AA å C9029 RC-KZ0105GEZZ 2200p AD å C9030 VCKYCY1HB222K 2200p 50V Ceramic AA å C9031 RC-FZ063SGEZZ 0.1 250V AE å C9033 RC-KZ0310CEZZ 2200p AC å C9034 RC-KZ0310CEZZ 2200p AC å C9036 RC-FZ063SGEZZ 0.1 250V AE

C9040 VCEAEM1CW106M 10 16V Electrolytic AB C9041 VCKYCY1HF103Z 0.01 50V Ceramic AA C9042 VCKYCY1HF103Z 0.01 50V Ceramic AA C9043 VCEAEM0JW227M 220 6.3V Electrolytic AB C9050 VCKYCY1CF104Z 0.1 16V Ceramic AA C9051 VCKYCY1CF104Z 0.1 16V Ceramic AA C9052 VCKYCY1HB472K 4700p 50V Ceramic AA C9055 VCEAEM0JW107M 100 6.3V Electrolytic AB

RESISTORS

R2004 VRD-RA2BE680J 68 1/8W Carbon AA R2006 VRS-CY1JF102J 1k 1/16W Metal Oxide AA R2010 VRS-CY1JF102J 1k 1/16W Metal Oxide AA R2012 VRS-CY1JF750J 75 1/16W Metal Oxide AA R2013 VRS-CY1JF750J 75 1/16W Metal Oxide AA R2014 VRS-CY1JF472J 4.7k 1/16W Metal Oxide AA R2015 VRS-CY1JF102J 1k 1/16W Metal Oxide AA R2016 VRS-CY1JF472J 4.7k 1/16W Metal Oxide AA R2017 VRS-CY1JF102J 1k 1/16W Metal Oxide AA R2018 VRD-RA2BE102J 1k 1/8W Carbon AA R2019 VRS-CY1JF102J 1k 1/16W Metal Oxide AA R2020 VRD-RA2BE102J 1k 1/8W Carbon AA R2021 VRS-CY1JF102J 1k 1/16W Metal Oxide AA R2022 VRS-CY1JF750J 75 1/16W Metal Oxide AA R2023 VRS-CY1JF750J 75 1/16W Metal Oxide AA R2024 VRS-CY1JF750J 75 1/16W Metal Oxide AA R2025 VRS-CY1JF750J 75 1/16W Metal Oxide AA R2032 VRS-CY1JF103J 10k 1/16W Metal Oxide AA R2038 VRD-RA2BE101J 100 1/8W Carbon AB R2063 VRS-CY1JF680J 68 1/16W Metal Oxide AA R2101 VRS-CY1JF151J 150 1/16W Metal Oxide AA R2102 VRS-CY1JF103J 10k 1/16W Metal Oxide AA R2103 VRS-CY1JF681J 680 1/16W Metal Oxide AA R2104 VRS-CY1JF103J 10k 1/16W Metal Oxide AA

Page 68

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

DV-760X

C5003 VCKYCY1HF103Z 0.01 50V Ceramic AA C5004 VCEAEM1CW106M 10 16V Electrolytic AB C5005 VCKYCY1HF103Z 0.01 50V Ceramic AA C5006 VCCCCY1HH330J 33p 50V Ceramic AA C5007 VCCCCY1HH330J 33p 50V Ceramic AA C5008 VCCCCY1HH330J 33p 50V Ceramic AA C5009 VCKYCY1HF473Z 0.047 50V Ceramic AA

RESISTORS

R5001 VRS-CY1JF333J 33k 1/16W Metal Oxide AA R5002 VRS-CY1JF102J 1k 1/16W Metal Oxide AA R5003 VRS-CY1JF102J 1k 1/16W Metal Oxide AA R5004 VRS-CY1JF102J 1k 1/16W Metal Oxide AA R5005 VRS-CY1JF333J 33k 1/16W Metal Oxide AA R5006 VRS-CY1JF333J 33k 1/16W Metal Oxide AA R5007 VRS-CY1JF333J 33k 1/16W Metal Oxide AA R5008 VRS-CY1JF333J 33k 1/16W Metal Oxide AA R5009 VRS-CY1JF333J 33k 1/16W Metal Oxide AA R5010 VRS-CY1JF333J 33k 1/16W Metal Oxide AA R5011 VRS-CY1JF333J 33k 1/16W Metal Oxide AA R5012 VRS-CY1JF333J 33k 1/16W Metal Oxide AA R5013 VRS-CY1JF333J 33k 1/16W Metal Oxide AA R5015 VRS-CY1JF561J 560 1/16W Metal Oxide AA

MISCELLANEOUS PARTS

CN5001 QSOCN1799REZZ Socket, 17Pin AD CN5002 QSOCN1199REZZ Socket, 11Pin AD CN5003 QSOCN0595REZZ Socket, 5Pin AB

DUNTK5807TEV1

OPERATE PWB UNIT

RESISTORS

R8101 VRS-CY1JF471J 470 1/16W Metal Oxide AA R8102 VRS-CY1JF681J 680 1/16W Metal Oxide AA R8103 VRS-CY1JF821J 820 1/16W Metal Oxide AA R8104 VRS-CY1JF122J 1.2k 1/16W Metal Oxide AA

MISCELLANEOUS PARTS

CN8101 QSOCN0595REZZ Socket, 5Pin AB S8101 QSW-K0079GEZZ Switch, Play AB S8102 QSW-K0079GEZZ Switch, Open/Close AB S8103 QSW-K0079GEZZ Switch, Skip (-) AB S8104 QSW-K0079GEZZ Switch, Skip (+) AB S8105 QSW-K0079GEZZ Switch, Still/Pause AB S8106 QSW-K0079GEZZ Switch, Stop AB

DUNTK5808TEV1

H/P AMP PWB UNIT

INTEGRATED CIRCUIT

IC6602 VHiNJM4560M-1 NJM4560M, H/P Amp AG

TRANSISTORS

Q6605 VS2SD1306-E1E 2SD1306-E AD Q6606 VS2SD1306-E1E 2SD1306-E AD

CAPACITORS

C6626 VCEAEM1CW106M 10 16V Electrolytic AB C6627 VCEAEM0JW476M 47 6.3V Electrolytic AB C6628 VCEAEM0JW476M 47 6.3V Electrolytic AB C6629 VCKYCY1HF103Z 0.01 50V Ceramic AA C6630 VCEAEM1CW106M 10 16V Electrolytic AB C6631 VCEAEM0JW107M 100 6.3V Electrolytic AB C6632 VCEAEM1CW106M 10 16V Electrolytic AB C6633 VCCCCY1HH101J 100p 50V Ceramic AA C6634 VCCCCY1HH101J 100p 50V Ceramic AA C6636 VCKYCY1HF103Z 0.01 50V Ceramic AA

17-8

DUNTK5805TEV3

TERMINAL PWB UNIT(Continued)

R9062 VRS-CY1JF472J 4.7k 1/16W Metal Oxide AA R9063 VRS-CY1JF103J 10k 1/16W Metal Oxide AA R9064 VRS-CY1JF471J 470 1/16W Metal Oxide AA R9065 VRS-CY1JF473J 47k 1/16W Metal Oxide AA R9066 VRS-CY1JF103J 10k 1/16W Metal Oxide AA R9067 VRS-CY1JF103J 10k 1/16W Metal Oxide AA R9068 VRS-CY1JF104J 100k 1/16W Metal Oxide AA R9069 VRS-CY1JF333J 33k 1/16W Metal Oxide AA R9070 VRS-CY1JF103J 10k 1/16W Metal Oxide AA R9071 VRD-RA2EE821J 820 1/4W Carbon AA

å R9080 VRN-VV3ABR82J 0.82 1W Metal Film AA å R9081 VRD-RA2BE333J 33k 1/8W Carbon AA

R9082 VRS-CY1JF102J 1k 1/16W Metal Oxide AA R9083 VRS-CY1JF332J 3.3k 1/16W Metal Oxide AA R9084 VRS-CY1JF102J 1k 1/16W Metal Oxide AA R9085 VRS-CY1JF102J 1k 1/16W Metal Oxide AA R9086 VRS-CY1JF102J 1k 1/16W Metal Oxide AA R9087 VRS-CY1JF102J 1k 1/16W Metal Oxide AA R9088 VRD-RA2BE101J 100 1/8W Carbon AB

å R9090 RR-SZ0004GEZZ 100 2W AB

R9092 VRD-RA2BE222J 2.2k 1/8W Carbon AA R9093 VRS-CY1JF222J 2.2k 1/16W Metal Oxide AA R9094 VRS-CY1JF473J 47k 1/16W Metal Oxide AA R9095 VRS-CY1JF103J 10k 1/16W Metal Oxide AA R9097 VRS-CY1JF333J 33k 1/16W Metal Oxide AA

MISCELLANEOUS PARTS

CN2001 QSOCN1599REZZ Socket, 15Pin AD CN6001 QSOCN2999REZZ Socket, 29Pin AE CN6002 QPLGN0650CEZZ Plug, 6Pin AB CN6003 QPLGN0378GEZZ Plug, 3Pin AB CN8201 QSOCN1499REZZ Socket, 14Pin AD CN8202 QSOCN1799REZZ Socket, 17Pin AD CN9001 QPLGN1250CEZZ Plug, 12Pin AE

å CN9002 QPLGN0269GEZZ Plug, 2Pin AB å FH9001 QFSHD1014CEZZ Fuse Holder AC å FH9002 QFSHD1013CEZZ Fuse Holder AC å F9001 QFS-C2025CEZZ Fuse, 2A 250V AD

J2001 QTANJ9109GEZZ Terminal AP J2002 QSOCD0418GEZZ Socket AF W9001 PRDAF3014AJFW Heat Sink AE

å W9002 PRDAF5021AJFW Heat Sink AE

DUNTK5806TEV1

DISPLAY PWB UNIT

INTEGRATED CIRCUIT

IC5001 VHiMN12510F-1 MN12510F, FL Driver AM

TRANSISTORS

Q5001 VSUN2211///-1 UN2211 AA Q5002 VSUN2211///-1 UN2211 AA

DIODES

DG5001 VVK20U56103-1 Display AY D5001 RH-EX0721GEZZ Zener, EX0721GE AA D5002 VHD1SS119//-1 1SS119 AB D5003 VHD1SS119//-1 1SS119 AB D5004 VHD1SS119//-1 1SS119 AB D5005 VHD1SS119//-1 1SS119 AB D5006 VHD1SS119//-1 1SS119 AB D5007 VHD1SS119//-1 1SS119 AB

FILTER

FL5001 RFiLC0198GEZZ Filter, FiLC0198GE AE

CAPACITORS

C5001 VCKYCY1HF473Z 0.047 50V Ceramic AA C5002 VCKYCY1CF104Z 0.1 16V Ceramic AA

Page 69

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

DV-760X

17-9

DUNTK5808TEV1

H/P AMP PWB UNIT(Continued)

RESISTORS

R6670 VRS-CY1JF102J 1k 1/16W Metal Oxide AA R6671 VRS-CY1JF472J 4.7k 1/16W Metal Oxide AA R6672 VRS-CY1JF151J 150 1/16W Metal Oxide AA R6673 VRS-CY1JF102J 1k 1/16W Metal Oxide AA R6674 VRS-CY1JF102J 1k 1/16W Metal Oxide AA R6675 VRS-CY1JF151J 150 1/16W Metal Oxide AA R6676 VRS-CY1JF472J 4.7k 1/16W Metal Oxide AA R6677 VRS-CY1JF102J 1k 1/16W Metal Oxide AA R6678 VRS-CY1JF103J 10k 1/16W Metal Oxide AA R6679 VRS-CY1JF103J 10k 1/16W Metal Oxide AA R6682 VRS-CY1JF102J 1k 1/16W Metal Oxide AA R6683 VRS-CY1JF102J 1k 1/16W Metal Oxide AA

MISCELLANEOUS PARTS

CN6601 QSOCN0595REZZ Socket, 5Pin AB CN6604 QPLGN0650CEZZ Plug, 6Pin AB J6603 QJAKE0200GEZZ Jack AF

DUNTK5809TEV1

VOLUME PWB UNIT

DIODES

D8152 RH-PX0282GEZZ LED, S Picture AC D8153 RH-PX0282GEZZ LED, S Picture AC D8154 RH-PX0282GEZZ LED, Gamma AC D8155 RH-PX0282GEZZ LED, Gamma AC D8156 RH-PX0300GEZZ LED, Standby AD

CONTROL

R6661 RVR-A4014GEZZ Variable Resistor AF

CAPACITOR

C8151 VCKYCY1HF103Z 0.01 50V Ceramic AA

RESISTORS

R8152 VRD-RA2BE221J 220 1/8W Carbon AA R8153 VRD-RA2BE221J 220 1/8W Carbon AA R8154 VRS-CY1JF101J 100 1/16W Metal Oxide AA R8155 VRS-CY1JF681J 680 1/16W Metal Oxide AA R8156 VRS-CY1JF471J 470 1/16W Metal Oxide AA R8157 VRS-CY1JF681J 680 1/16W Metal Oxide AA R8158 VRS-CY1JF821J 820 1/16W Metal Oxide AA

MISCELLANEOUS PARTS

CN6661 QSOCN1199REZZ Socket, 11Pin AD CN6663 QSOCN0595REZZ Socket, 5Pin AB S8151 QSW-K0079GEZZ Switch, Power AB S8153 QSW-K0079GEZZ Switch, S Picture AB S8154 QSW-K0079GEZZ Switch, Gamma AB W8151 RRMCU0064GEZZ Remote Receiver AG

QCNW-8083AJZZ Connecting Cord, 12 Pin AH

CN201-CN9001

QCNW-8103AJZZ Connecting Cord, 29 Pin AE

CN801-CN6001

QCNW-8104AJZZ Connecting Cord, 17 Pin AF

CN5001-CN8202

QCNW-8105AJZZ Connecting Cord, 14 Pin AE

CN802-CN8201

QCNW-8106AJZZ Connecting Cord, 11 pin AD

CN5002-CN6661

QCNW-8107AJZZ Connecting Cord, 5 Pin AD

CN6663-CN6601

QCNW-8108AJZZ Connecting Cord, 5 Pin AD

CN5003-CN8101

QCNW-8110AJZZ Connecting Cord, 6 Pin AF

CN6604-CN6002

QCNW-8112AJZZ Connecting Cord, 15 Pin AD

CN803-CN2001

OTHER PARTS

å QACCL3051AJZZ AC Power Cord AQ

RRMCG1203AJSA Remote Control Unit AZ TiNS-3647AJZZ Operation Manual AL QCNW-8012AJZZ S-Video Cord AM QCNW-7581GEZZ Video/Audio Cord AM

SUPPLIED ACCESSORIES

SPAKC4181AJZZ Packing Case — SPAKF0162AJZZ Packing Meterial — SPAKF0164AJZZ Air-Cap — SPAKP0187AJZZ For Set Polyethylene Sack — SPAKX1059AJZZ Packing Add — SSAKA0001AJZZ Polyethylene Bag, —

Accessories

SSAKA0158AJZZ Polyethylene Bag —

PACKING PARTS

(NOT REPLACEMENT ITEM)

Page 70

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

DV-760X

17-10

MECHANISM PARTS

1 CCHSS0164GE02 Chassis Ass'y BU 1-1 MSPRC0216GEZZ Rack Spring AB 1-2 LX-BZ3163GEFN Screw(M1.7+2.5S) AC 1-3 LX-BZ1003GEZZ Thrust Holding Screw AC 1-4 LANGT9174GEFW Sled Motor Angle AD 1-5 LX-BZ3185GEFN Screw(M1.4+2.5S) AB 1-6 LX-BZ3192GEZZ Screw(M1.4+3.5S) AA 1-7 NGERR1009GEZZ Rack AD 1-8 NGERR1010GEZZ Double-acting Rack AC 1-9 CMOTV1022GE03 Sled Motor AP 1-10 QCNW-7914GEZZ Sled Motor Read Wire AC 1-11 PCUSU0001GEZZ Sled Cushion AB 1-12 NGERP1003GEZZ Sled Pinion AC 1-13 LX-WZ1076GE02 Washer AA 1-14 LX-BZ3189GEZZ Guide Axis Pressing Biss AB 14 QSW-M0045GEZZ In Switch AD 15 QCNW-7936GEZZ In Switch Read Wire AD 16 LANGG9105GEZZ Clamper Angle AF 17 LHLDM1001GEZZ Clamper Hunger AC 18 LX-WZ0102GEFD Yoke Plate AB 20 LCRA-0001GEZZ Disc Clamper AC 21 LHLDZ2051GEZZ Base Chassis AM 22 RMOTM1077GEZZ Loading Motor AL 23 NPLYD0001GEZZ L Motor Pulley AD 24 NBLTT0012GEZZ Timing Belt S AE 25 NGERH1291GEZZ Idler Gear 1 AD 26 NGERH1292GEZZ Idler Gear 2 AC 27 NGERP1001GEZZ Tray Pinion AC 28 MSLiP0009GEZZ Slide Rack AF 29 LCHSS0046GEZZ Moving Chassis AG 30 PCUSG0001GEZZ Insulator AC 31 QSW-B0007GEZZ Loading Switch AD 32 CPWBF5437GE01 L Idler PWB Ass’y AH 33 GCOVA2120GESB Tray AH 37 LX-BZ3186GEZZ Screw(M2.6+8S P TAI) AB 41 XAPSF20P06000 Screw(M2+6S) AA 43 LX-BZ3163GEFN Screw(M1.7+2.5S) AC 44 LX-HZ3037GEFD Screw(M2.6S P TAI) AA 45 XEPSD26P06000 Screw(M2.6+6S P TAI) AA 52 PMAGS1001GEZZ Clamper Magnet AF 53 PCUSU0002GEZZ Tray Cussion AC

CABINET PARTS LIST

1 CCABA3140TEV2 Top Cabinet AX 2 HDECQ2093AJSA Tray DEC Plate AK 4-2 GLEGP9135AJZZ Rear Foot AD 4-3 PSHEP0011AJZZ Sheet AK 4-4 LX-HZ3099GEFD Screw AB 4-5 XHPSF30P10WS0 Screw AA 4-6 LX-HZ3100GEFF Screw AA 4-7-1 GBDYU3109AJFW Chassis AU 4-7-2 LANGF9646AJFW Mecha Angle AF 4-7-3 XHPSF30P06WS0 Screw AA 4-8 LHLDW1072GEZZ WH AA 4-9 CLEGP9133TEV1 F-Foot Ass'y AK 4-10-1 PSPAZ0353AJZZ PWB Spacer AC 4-10-2 PSPAZ0478AJZZ PWB Spacer AA 4-14 GCOVA3047AJZZ Rear Plate AQ 4-15 XHPSF30P06WS0 Screw AA 5-1 TLABM4122AJZZ Model Label AC 11 LX-HZ3096GEZZ Screw AB 12 XHPSD30P06WS0 Screw AA 13 XEBSF30P08000 Screw AA 14 XHPSF30P06WS0 Screw AA 15 LHLDK1012AJZZ Holder AC 16 XEPSD26P08000 Screw AA 17 QCNW-8110AJZZ Connector AF 18 QCNW-8083AJZZ Connector AH 19 QCNW-8103AJZZ FFC AE 20 QCNW-8105AJZZ FFC AE

FRONT PANEL PARTS LIST

3-1 JKNBK1128AJSA VR Knob AG 3-2 XEPSD26P08000 Screw AA 3-3 CPNLC2670TEV1 KS Front Panel BA 3-3-2 JBTN-3004AJSA Operate Button AG 3-3-3 JBTN-2996AJSA Gamma Button AD 3-3-4 PSPAZ0551AJZZ Spacer AC 3-3-5 HDECQ2075AJSA Window DEC AH 3-3-6 HiNDP2110AJSA Window IND-P AG 3-3-7 HDECQ2079AJZZ R/C DEC AC 3-3-8 HDECQ2094AJZZ Standby LED DEC AC 3-3-9 JBTN-2997AJSA Mode Button AG 3-3-10 HBDGB3032AJSC SHARP Badge AL 3-3-11 HBDGS9000AJSA DVD Badge AG 3-3-12 PSPAZ0549AJZZ Display Spacer AB 3-3-13 LHLDP1089AJ00 LED Holder AC 3-4 QCNW-8104AJZZ FFC AF 3-5 QCNW-8106AJZZ FFC AD 3-6 QCNW-8107AJZZ FFC AD 3-7 QCNW-8108AJZZ FFC AD

Page 71

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

DV-760X

17-11

123456

Oil

1-9

1-4

1-3

1-2

1-5

1-10

Grease

Dry Coading

Grease

Dry Coading

1-2

1-6

1-3

1-13

1-12

1-11

1-14

1-1

1-8

1-6

1-7

When touching the pickup, wear an earth band to p revent breakage by static electricity.

Caution

•

MECHANISM EXPLODED VIEW

Page 72

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

DV-760X

123456

17-12

CABINET EXPLODED VIEW

4-9

4-3

4-4

4-5

4-4

4-8

4-10-1

4-10-2

4-5

4-2

4-14

5-1

4-15

4-7-3

4-7-2

4-6

4-7-1

DV-760S/H ONLY

Page 73

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

DV-760X

123456

17-13

FRONT PANEL PARTS EXPLODED VIEW

3-3

3-3-10

3-1

3-3-6

3-3-9

3-3-5

3-3-8

3-3-7

3-3-3

3-3-4

3-3-2

3-3-13

3-3-12

3-2

3-6

3-4

3-7

3-5

3-2

3-3-11

Page 74

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

DV-760X

18. PACKING OF THE SET

18-1

★SSAKA0158AJZZ (Polystylene Bag)

★SPAKX1059AJZZ (Packing Add.)

RRMCG1203AJSA (Remote Control Unit)

★SSAKA0001AJZZ (Polystylene Bag, Accessories)

★SPAKF0162AJZZ (Packing Meterial)

★SPAKC4181AJZZ (Packing Case)

★SPAKF0164AJZZ (Air-Cap)

★SPAKP0187AJZZ (For Set Polystylene Sack)

QCNW-8012AJZZ (S-Video Cord) QCNW-7581GEZZ (Video/Audio Cord) TiNS-3647AJZZ (Operation Manual) ★TGAN-0068PEZZ (Guarantee Card)

POS

QACCL3051AJZZ (AC Power Cord)

å

★ Not Replacement Items

Page 75

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

DV-760X

Page 76

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

DV-760X

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

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.

TQ0763-S

Nov. 1999 Printed in JAPAN

SA. NS

DV-760X