SHARP 60NP4, 50NP4 Service Manual

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APRIL 2000

Models:

50NP4/60NP4

PROJECTION COLOR

TELEVISION

S/M: S01TM50/60//E

SERVICE MANUAL

CONTENTS

SAFETY PRECAUTIONS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3

SERVICING PRECAUTIONS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6

TECHNICAL CAUTIONS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10

SPECIFICATIONS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 11

CIRCUIT PROTECTION . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 11

CAUTIONS WHEN CONNECTING/DISCONNECTING THE HV CONNECTOR . . . . . .12

GENERAL INFORMATION . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .13

REMOTE CONTROL . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .16

CUSTOMIZED PICTURE AND SOUND ADJUSTMENTS . . . . . . . . . . . . . . . . . . . . . .19

SERVICE ADJUSTMENTS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .24

ADJUSTMENT POINTS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .47

TROUBLESHOOTING . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .52

WAVEFORMS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .58

PRINTED CIRCUIT BOARDS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .61

WIRING DRAWING . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .67

BLOCK DIAGRAM . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .72

WIRING DIAGRAM . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .73

CIRCUIT SCHEMATICS DIAGRAM . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .75

EXPLODED VIEW . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .89

REPLACEMENT PARTS LIST . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .90

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

CAUTION: Before servicing this chassis, it is important that the service technician read the ÒSafety PrecautionÓ

and ÒProduct Safety NoticesÓ in this service manual.

SAFETY NOTICE

USE ISOLATION TRANSFORMER WHEN SERVICING

Components having special safety characteristics are identified by a on the schematics and on the parts list in this Service Data and its supplements and bulletins. Before servicing the chassis, it is important that the service technician read and follow the ÒSafety PrecautionsÓ and ÒProduct Safety NoticesÓ in this Service Manual.

SPECIFICATIONS ARE SUBJECT TO CHANGE WITHOUT PRIOR NOTICE

SHARP CORPORATION

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

IMPORTANT SERVICE SAFETY PRECAUTION

J Service work should be performed only by qualified service technicians who are throughly familiar with all

safety checks and the servicing guidelines which follow:

WARNING

1. For continued safety, no modification of any circuit should be attempted.

2. Disconnect AC power before servicing.

3. Semiconductor heat sinks are potential shcok hazards when the chassis is operating.

4. The chassis in this receiver has two ground systems which are separated by insulating material. The non-isolated (hot) ground system is for the B+ voltage regulator circuit and the horizontal output circuit. The isolated ground system is for the low B+ DC voltages and the secondary circuit of the high voltage transformer. To prevent electrical shock use an isolation transformer between the line cord and power receptable, when servicing this chassis.

SERVICING OF HIGH VOLTAGE SYSTEM AND PICTURE TUBE

When servicing the high voltage system, remove the static charge by connecting a 10k ohm resistor in series with an insulated wire (such as a test probe) between the picture tube ground and the anode lead. (AC line cord should be disconnected from AC outlet.)

1. Picture tube in this receiver employs integral implosion protection.

2. Replace with tube of the same type number for continued safety.

3. Do not lift picture tube by the neck.

4. Handle the picture tube only when wearing shatterproof goggles and after discharging the high voltage anode completely.

4A 125V

CAUTION: FOR CONTINUED PROTECTION AGAINST A RISK OF FIRE, REPLACE ONLY WITH SAME TYPE 4A125V FUSE.

X-RADIATION AND HIGH VOLTAGE LIMITS

1. Be sure all service personnel are aware of the procedures and instructions covering X-radiation. The only potential source of X-ray in current solid state TV receivers is the picture tube. However, the picture tube does not emit measurable X=Ray radiation, if the high voltage is as specified in the ÒHigh Voltage CheckÓ instructions. It is only when high voltage is excessive that X-radiation is capable of penetrating the shell of the picture tuve including the lead in the glass material. The important precaution is to keep the high voltage below the maximum level specified.

2. Is is essential that servicemen have available at all times an accurate high voltage meter. The calibration of this meter should be checked periodically.

3. High voltage should always be kept at the rated value - no higher. Operation at higher voltages may cause a failure of the picture tube or high volate circuity and also, under certain conditions, may produce radiation in exceeding of desirable levels.

4. When the high voltage regulator is operating properly there is no possibility of an X-radiation problem. Every time a color chassis is serviced, the brightness should be tested while monitoring the high voltage with a meter to be certain that the high voltage does not exceed the specified value and that it is regulating correctly.

5. Do not use a picture tube other than that specified or make unrecommended circuit modifications to the high voltage circuitry.

6. When trouble shooting and taking test measurements on a receiver with excessive high voltage, avoid being unnecessarily close to the receiver. Do not operate the receiver longer than is necessary to locate the cause of excessive voltage.

LEAKAGE CURRENT TESTER

(READING SHOULD NOT BE ABOVE 0.5mA)

EARTH GROUND

TEST ALL EXPOSED METAL SURFACES

DEVICE UNDER TEST

2-WIRE CORD

ALSO TEST WITH PLUG REVERSED (USING AC ADAPTER PLUS AS REQUIRED)

AC Leakage Test

BEFORE RETURNING THE RECEIVER (Fire & Shock Hazard)

Before returning the receiver to the user, perform the following safety checks.

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

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

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

¥ Plug the AC cord directly into a 120 volt AC outlet, (Donot

use an isolation transformer for this test).

¥ Using two clip leads, connect a 1.4k ohm, 10 watt resistor

paralleled by a 0.15mF capacitor in series with all exposed metal cabinet parts and a known earth ground, such as electrical conduit or electrical ground connected to earth ground.

¥ Use an AC voltmeter having with 5000 ohm per volt, or

higher, sensitivity to measure the AC voltage drop across the resistor.

IMPORTANT SERVICE SAFETY PRECAUTION

(Continued)

¥ Connect the resistor connection to all exposed metal

parts having a return to the chassis (antenna, metal cabinet, screw heads, knobs and control shafts, escutcheon and etc.) and measure the AC voltage drop across the resistor. All checks must be repeated with the AC line cord plug connection reversed. (If necessary, a non-polarized adapter plug must be used only for the purpose of completing these checks.) Any current measured must not exceed 0.5 milliamp. Any measurements not within the limits outlined above indicate of a potential shock hazard and corrective action must be taken before returing the instrument to the customer.

SAFETY NOTICE

many electrical and mechanical parts in television receivers have special safety-related characteristics. These characteristics are often not evident from visual inspection, nor can protection afforded by them be necessarllity increased by using replacement components rated for higher voltage, wattage, and etc. Replacement parts which have these special safety characteristics are identified in this manual; electrical components having such features are identified by and shaded areas in the Replacement Parts Lists and Schematic Diagrams.

For continued protection, replacement parts must be identical to those used in the origianl circuit. The use of substitute replacement parts which do not have the same safety characteristics as the factory recommended replacement parts shown in this service manual, may create shock, fire, X-radiation or other hazards.

g. X-radiation – TUBE: The primary source of X-

radiation in this receiver is the picture tube. The tube utilized for the above mentioned function in this chassis is specially constructed to limit X-radiation emissions. For continued X-radiation protection, the replacement tube must be the same type as the original, Sharp approved type. When troubleshooting and making test measurements in a receiver with a problem of excessive high voltage, avoid being unnecessarily close to the picture tube and the high voltage component. Do not operate the chassis longer than is necessary to locate the cause of excessive voltage.

h. X-radiation Shield –

1. This receiver is provided with X-ray shield plates for protection against X-radiation. Do not remove X-ray shield plates A, B, or C shown in Fig. 1 unnecessarily, when troubleshooting and/or making test measurements.

2. To prevent X-radiation, after replacement of picture tube and lens, confirm these components to be fixed correctly to bracket and cabinet, and not to be taken off easily.

Shield Plate A (1.6mm)

Glass Lens for Shielding

Shield Plate B (1.6mm)

Shield Plate C (1.6mm)

Detailing X-radiation shield, ( ) plate thickness

Shield Plate B (1.6mm)

Fig. 1. Installation of shield lens, shield cover and shield plates (oblique view).

2. Read and comply with all caution and safety-related notes on or inside the receiver cabinet, on the receiver chassis, or on the picture tube.

3. Design Alteration Warning Ð Do not alter or add to the mechanical or electrical design of this TV receiver. Design alterations and additions including but not limited to circuit modifications and the addition of items such as auxiliary audio and/or video output connectors, might alter the safety characteristics of this receiver and create a hazard to the user. Any design alterations or additions may void the manufacturerÕs warranty and may make you, the servicer, responsible for personal injury or property damage resulting therefrom.

4. Picture Tube Implosion Protection Warning Ð The picture tube in this receiver employs integral implosion protection. For continued implosion protection, replace the picture tube only with one of the same type number. Do not remove, install, or otherwise handle the picture tube in any manner without first putting on shatterproof goggles equipped with side shields. People not so equipped must be kept safely away while picture tubes are handled. Keep the picture tube away from your body. Do not handle the picture tube by its neck.

5. Hot Chassis Warning Ð a. Some TV receiver chassis are electrically connected directly to one conductor of the AC power cord and may be safely serviced without an isolation transformer only if the AC power plug is inserted so that the chassis is connected to the ground side of the AC power source. Confirm that the AC power plug is inserted correctly with an AC voltmeter by measuring between the chassis and a known earth ground. If a voltage reading in excess of

1.0V is obtained, remove and reinsert the AC power plug in the opposite polarity and again measure the voltage potential between the chassis and a known earth ground. b. Some TV receiver chassis normally have 85V AC (RMS) between chassis and earth ground regardless of the AC plug polarity. These chassis can be safely serviced only with an isolation transformer inserted in the power line between the receiver and the AC power source, for both personnel and test equipment protection. c. Some TV receiver chassis have a secondary ground system in addition to the main chassis ground. This secondary ground system is not isolated from the AC power line. The two ground systems are electrically separated by insulating material that must not be defeated or altered.

6. Observe original lead dress. Take extra care to assure correct lead dress in the following areas: a. near sharp edges, b. near thermally hot parts Ð be sure that leads and components do not touch thermally hot parts, c. the AC supply, d. high voltage and e. antenna wiring. Always inspect in all areas for pinched, out-ofplate, or frayed wiring. Do not change spacing between components and the printed circuit board. Check AC power cord for damage.

7. Components, parts, and/or wiring that appear to have overheated or are otherwise damaged should be replaced with components, parts, or wiring that meet original specifications. Additionally, determine the cause of overheating and/or damage and, if necessary, take corrective action to remove any potential safety hazard.

8. PRODUCT SAFETY NOTICE Ð Many TV electrical and mechanical parts have special safety-related characteristics some of which are often not evident from visual inspection, nor can the protection they give necessarily be obtained by replacing them with components rated for higher voltage, wattage, etc. Parts that have special safety characteristics are identified in Sharp service data by shading on schematics and by a in the parts list. Use of substitute replacement that does not have the same safety characteristics as the recommended replacement part in Sharp service data parts list might create shock, fire, and/or other hazards. Product safety is under review continuously and new instructions are issued whenever appropriate. For the latest information, always consult the appropriate current Sharp service literature. A subscription to, or additional copies of service literature may be obtained at a nominal charge from Sharp.

CAUTION: Before servicing instruments covered by this service data and its supplements and addenda, read and follow the SAFETY PRECAUTIONS on page 3 of this publication. NOTE: If unforeseen circumstances create conflict between the following servicing precautions and any of the safety precautions on page 3 of this publication, always follow the safety precautions. Remember: Safety First.

General Servicing Guidelines

1. Always unplug the instrument AC power cord from the AC power source before: a. Removing or reinstalling any component, circuit

board, module, or any other instrument assembly.

b. Disconnecting or reconnecting any instrument

electrical plug or other electrical connection.

c. Connecting a test substitute in parallel with an

electrolytic capacitor in the instrument.

CAUTION: A wrong part substitution or incorrect

polarity installation of electrolytic capacitors may result in an explosion hazard.

d. Discharging the picture tube anode.

2. Test high voltage only by measuring it with an appropriate high voltage meter or other voltage measuring device (DVM, FETVOM, etc.) equipped with a suitable high voltage probe. Do not test high voltage by “drawing an arc.” The H.V. Distribution Box has an internal 400MW resistor (bleeder resistor) connected from the high voltage to ground. After power is removed from the instrument the high voltage will discharge through the high voltage bleeder resistor. If the tubes have high voltage after power is removed, then the bleeder resistor is defective or the bleeder ground is disconnected.

3. Discharge the picture tube’s anode at any of the R, G, or B outputs on the H.V. Distribution Box only by (a) first connecting one end of an insulated clip lead to the degaussing or kine aquadag grounding system shield at the point where the picture tube socket ground lead is connected, and then (b) touch the other end of the insulated clip lead to the picture tube high voltage distribution box R, G, or B output, using an insulated handle to avoid personal contact with high voltage.

4. Do not spray chemicals on or near this instrument or any of its assemblies.

5. Unless specified otherwise in these service data, clean electrical contracts by applying the following mixture to the contacts with a pipe cleaner, cotton-tipped stick or comparable nonabrasive applicator: 10% (by volume) Acetone and 90% (by volume) isopropyl alcohol (90%99% strength). CAUTION: This is a flammable mixture. Unless

specified otherwise in these service data, lubrication of contacts is not required.

6. Do not defeat any plug/socket B+ voltage interlocks with which instruments covered by this service data might be equipped.

7. Do not apply AC power to this instrument and/or any of its electrical assemblies unless all solid-state device heatsinks are correctly installed.

8. Always connect the test instrument ground lead to the appropriate instrument chassis ground before connecting the test instrument positive lead. Always remove the test instrument ground lead last.

9. Use with this instrument only the test fixtures specified in this service data. CAUTION: Do not connect the test fixture ground strap

to any heatsink in this instrument.

Electrostatically Sensitive (ES) Devices

Some semiconductor (solid state) devices can be damaged easily by static electricity. Such components commonly are called Electrostatically Sensitive (ES) Devices. Examples of typical ES devices are integrated circuits and some fieldeffect transistors and semiconductor “chip” components. The following techniques should be used to help reduce the incidence of component damage caused by static electricity.

1. Immediately before handling any semiconductor component or semiconductor-equipped assembly, drain off any electrostatic charge on your body by touching a known earth ground. Alternatively, obtain and wear a commercially available discharging wrist strap device, which should be removed for potential shock reasons prior to applying power to the unit under test.

2. After removing an electrical assembly equipped with ES devices, place the assembly on a conductive surface such as aluminum foil, to prevent electrostatic charge buildup or exposure of the assembly.

3. Use only a grounded-tip soldering iron to solder or desolder ES devices.

4. Use only can anti-static type solder removal device. Some solder removal devices not classified as “antistatic” can generate electrical charges sufficient to damage ES device.

5. Do not use freon-propelled chemicals. These can generate electrical charges sufficient to damage ES devices.

6. Do not remove a replacement ES device from its protective package until immediately before you are ready to install it. (Most replacement ES devices are packaged with leads electrically shorted together by conductive foam, aluminum foil or comparable conductive material.)

7. Immediately before removing the protective material from the leads of a replacement ES device, touch the protective material to the chassis or circuit assembly into which the device will be installed.

CAUTION: Be sure no power is applied to the chassis or

circuit, and observe all other safety precautions.

8. Minimize bodily motions when handling unpackaged replacement ES devices. (Otherwise harmless motion such as the brushing together of your clothes fabric or the lifting of your foot from a carpeted floor can generate

SERVICING PRECAUTIONS

General Soldering Guidelines

1. Use a grounded-tip, low-wattage soldering iron and appropriate tip size and shape that will maintain tip temperature within the range 500°F to 600°F.

2. Use an appropriate gauge of resin-core solder composed of 60 parts tin/40 parts lead.

3. Keep the soldering iron tip clean and well-tinned.

4. Thoroughly clean the surfaces to be soldered. Use a small wire-bristle (0.5 inch or 1.25 cm) brush with a metal handle. Do not use freon-propelled spray-on cleaners.

5. Use the following desoldering technique. a. Allow the soldering iron tip to reach normal

temperature (500°F to 600°F).

b. Heat the component lead until the solder melts.

Quickly draw away the melted solder with an antistatic, suction-type solder removal device or with solder braid. CAUTION: Work quickly to avoid overheating the

circuit board printed foil.

6. Use the following soldering technique. a. Allow the soldering iron tip to reach normal

temperature (500°F to 600°F).

b. First, hold the soldering iron tip and solder strand

against the component lead until the solder melts.

c. Quickly move the soldering iron tip to the junction of

the component lead and the printed circuit foil, and hold it there only until the solder flows onto and around both the component lead and the foil. CAUTION: Work quickly to avoid overheating the

circuit board printed foil or components.

d. Closely inspect the solder area and remove any

excess or splashed solder with a small wire-bristle brush.

Removal

1. Desolder and straighten each IC lead in one operation by gently prying up on the lead with the soldering iron tip as the solder melts.

2. Draw away the melted solder with an anti-static suctiontype solder removal device (or with solder braid) before removing the IC.

Replacement

1. Carefully insert the replacement IC in the circuit board.

2. Carefully bend each IC lead against the circuit foil pad and solder it.

3. Clean the soldered areas with a small wire-bristle brush. (It is not necessary to reapply acrylic coating to areas.)

“Small-signal” Discrete Transistor Removal/Replacement

1. Remove the defective transistor by clipping its leads as close as possible to the component body.

2. Bend into a “U” shape the end of each of three leads remaining on the circuit board.

3. Bend into a “U” shape the replacement transistor leads.

4. Connect to replacement transistor leads to the corresponding leads extending from the circuit board and crimp the “U” with long nose pliers to insure metal to metal contact, then solder each connection.

Power Output Transistor Devices Removal/Replacements

1. Heat and remove all solder from around the transistor leads.

2. Remove the heatsink mounting screw (if so equipped).

3. Carefully remove the transistor from the circuit board.

4. Insert new transistor in circuit board.

5. Solder each transistor lead, and clip off excess lead.

6. Replace heatsink.

Diode Removal/Replacement

1. Remove defective diode by clipping its leads as close as possible to diode body.

2. Bend the two remaining leads perpendicularly to the circuit board.

3. Observing diode polarity, wrap each lead of the new diode around the corresponding lead on the circuit board.

4. Securely crimp each connection and solder it.

5. Inspect (on the circuit board copper side) the solder joints of the two “original leads”. If they are not shiny, reheat them and, if necessary, apply additional solder.

Use Solding Iron to Pry Leads

IC Removal/Replacement

Some Sharp unitized chassis circuit boards have slotted holes (oblong) through which the IC leads are inserted and then bent flat against the circuit foil. When holes are the slotted type, the following technique should be used to remove and replace the IC. When working with boards using the familiar round hole, use the standard technique as outlined in paragraphs 5 and 6 above.

Fuses and Conventional Resistor Removal/Replacement

1. Clip each fuse or resistor lead at top of circuit board hollow stake.

2. Securely crimp leads of replacement component around stake 1/8 inch from top.

3. Solder the connections.

CAUTION: Maintain original spacing between the

replaced component and adjacent components and the circuit board, to prevent excessive component temperatures.

Circuit Board Foil Repair

Excessive heat applied to the copper foil of any printed circuit board will weaken the adhesive that bonds the foil to the circuit board, causing the foil to separate from, or Òliftoff,Ó the board. The following guidelines and procedures should be followed whenever this condition is encountered.

In Critical Copper Pattern Areas High component/copper pattern density and/or special voltage/current characteristics make the spacing and integrity of copper pattern in some circuit board areas more critical than in others. The circuit foil in these areas is designated as Critical Copper Pattern. Because Critical Copper Pattern requires special soldering techniques to ensure the maintenance of reliability and safety standards, contact your Sharp personnel.

At IC Connections To repair defective copper pattern at IC connections, use the following procedure to install a jumper wire on the copper pattern side of the circuit board. (Use this technique only on IC connections.)

1. Carefully remove the damaged copper pattern with a sharp knife. (Remove only as much copper as absolutely necessary.)

2. Carefully scratch away the solder resist and acrylic coating (if used) from the end of the remaining copper pattern.

3. Bend a small ÒUÓ in one end of a small-gauge jumper wire and carefully crimp it around the IC pin. Solder the IC connection.

4. Route the jumper wire along the path of the cut-away copper pattern and let it overlap the previously scraped end of the good copper pattern. Solder the overlapped area, and clip off any excess jumper wire.

1. Remove the defective copper pattern with a sharp knife. Remove at least 1/4 inch of copper, to ensure hazardous condition will not exist if the jumper wire opens.

2. Trace along the copper pattern from both wire sides of the pattern break and locate the nearest component directly connected to the affected copper pattern.

3. Connect insulated 20-gauge jumper wire from the nearest component on one side of the pattern break to the lead of the nearest component on the other side. Carefully crimp and solder the connections.

CAUTION: Be sure the insulated jumper wire is

dressed so that it does not touch components or sharp edges.

Frequency Synthesis (FS) Tuning Systems

1. Always unplug the instrument AC power cord before disconnecting or reconnecting FS tuning system cables and before removing or inserting FS tuning system modules.

2. The FS tuner must never be disconnected from the FS tuning control module while power is applied to the instrument.

3. When troubleshooting intermittent problems that might be caused by defective cable connection(s) to the FS tuning system, remove the instrument AC power as soon as the defective connector is found and finish confirming the bad connection with a continuity test. This procedure will reduce the probability of electrical overstress of the FS system semi-conductor components.

CRIMP AND SOLDER

BARE JUMPER WIRE

Install Jumper Wire and Solder

DEFECTIVE COPPER REMOVED

Insulated Jumper Wire

At Other Connections Use the following technique to repair defective copper pattern at connections other than IC Pins. This technique involves the installation of a jumper wire on the component side of the circuit board.

Leadless Chip Components (surface mount)

Chip components must be replaced with identical chips due to critical foil track spacing. There are no holes in the board to mount standard transistors or diodes. Some chip capacitor or resistor board solder pads may have holes through the board, however the hole diameter limits standard resistor replacement to 1/8 watt. Standard capacitors may also be limited for the same reason. It is recommended that identical chip components be used. . Chip resistors have a three digit numerical resistance code -1st and 2nd significant digits and a multiplier. Example: 162 = 1600 or 1.6KΩ resistor, 0 = 0Ω (jumper). Chip capacitors generally do not have the value indicated on the capacitor. The color of the component indicates the general range of the capacitance. Chip transistors are identified by a two letter code. The first letter indicates the type and the second letter, the grade of transistor. Chip diodes have a two letter identification code as per the code chart and are a dual diode pack with either common anode or common cathode. Check the parts list for correct diode number.

Component Removal

1. Use solder wick to remove solder from component end caps or terminals.

2. Without pulling up, carefully twist the component with tweezers to break the adhesive.

3. Do not reuse removed leadless or chip components since they are subject to stress fracture during removal .

Chip Component Installation

1. Put a small amount of solder on the board soldering pads.

2. Hold the chip component against the soldering pads with tweezers or with a miniature alligator clip and apply heat to the pad area with a 30 watt iron until solder flows. Do not apply heat for more than 3 seconds

How to Replace Flat-lC —Required Tools—

• Soldering iron • iron wire or small awl

• De-solder braids • Magnifier

1. Remove the solder from all of the pins of a Flat-lC by using a de-solder braid.

2. Put the iron wire under the pins of the Flat-lC and pull it in the direction indicated while heating the pins using a soldering iron. A small awl can be used instead of the iron wire.

3. Remove the solder from all of the pads of the Fiat-lC by using a de-solder braid.

4. Position the new Flat-lC in place (apply the pins of the Flat-lC to the soldering pads where the pins need to be soldered). Properly determine the positions of the soldering pads and pins by correctly aligning the polarity symbol.

6. Check with a magnifier for solder bridge between

the pins or for dry joint between pins and soldering pads. To remove a solder bridge, use a de-solder braid as shown in the figure below.

NOTE:

These components are affixed with glue. Be careful not to break or damage any foil under the component or at the pins of the ICs when removing. Usually applying heat to the component for a short time while twisting with tweezers will break the component loose.

Chip Components

TYPE

GRADE

SOLDER CAPS

TRANSISTOR

CAPACITOR

1ST DIGIT

2ND DIGIT

MULTIPLIER = 1600 = 1.6K

ANODES

MH DIODE

RESISTOR

SOLDER CAPS

COMMON CATHODE

De-Solder

Braid

Soldering

Iron

Soldering

Iron

Soldering

Iron

Soldering

Iron

Soldering

Iron

Soldering

Iron

De-Solder

Braid

Flat-IC

Bridge Solder

De-Solder

Braid

Iron

Wire

Pull

Awl

Polarity Symbol

5. Solder all pins to the soldering pads using a fine tipped soldering iron.

High Voltage limiter circuit operation check.

1. Turn off TV and connect jig as shown in Figure 2. Adjust jig fully counter-clockwise for minimum resistance.

2. Set the AC input to 120V AC and turn on TV.

3. Confirm test pattern on CRT is a usable picture, then slowly adjust jig until the picture disappears and TV shuts down.

4. When the limiter circuit is operating properly, High Voltage will be less than 31.5 kV at 1.5mAwhen TV shuts down.

5. Turn off set immediately after checking circuit operation.

6. Unplug set for one minute to reset shutdown circuit. Remove jig and voltmeter.

TECHNICAL CAUTIONS

TP91

CP16

IP04

Remove RH80 and connect 50KΩVR jig as shown.

FBT

RH80

TP91

POWER/DEFLECTION PWB

RH44

50K½VR

Fig. 2. Deflection/Power P.C.B.

Chassis ground

Deflection P.W.B.

High voltage connector

High impedance H.V. meter

FBT (TH01)

Model: 50NP4 60NP4 Cathode-Ray Tube:

R=P16LFM00RFA(LU)

G=P16LFM00HHA(LU)

B=P16LFM00BMB(EU)

Power Input: 120 volts AC, 60 Hz

Power Consumption: 50NP4 60NP4

Maximum 232W 232W

Operating 206W 206W

Antenna Impedance: 75 Ohm Unbalanced

VHF / UHF / CATV

Receiving Channel: BAND CH

VHF 2~13

UHF 14~69

EXT. Mid (A-5)~(A-1), 4+

CATV Mid. A~I

CATV Super J~W

CATV Hyper (W+1)~(W+28)

Intermediate Frequency: Picture l-F Carrier 45.75 MHz

Sound l-F Carrier 41.25 MHz

Color Sub Carrier 42.17 MHz

Video Input: 1 Volt p-p, 75 Ohm

1 Volt p-p, 75 Ohm (Y)

0.7 Volt p-p, 75 Ohm, (P

, PR)

Video Output: 1 Volt p-p, 75 ohm

Audio Input: 470 mVrms, 47 k Ohm

Stereo Audio Output: 470 mVrms, 1 k Ohm

Audio Output Power:

Front: 12 watts per channel at 10% distortion,

8 ohm Impedance. Max output Ð 15 watts.

Anode Voltage: 30.0 ± 1.5kv (1.27±0.2mA)

Brightness: 50NP4 130cd/m2

60NP4 100cd/m2

Speakers:

2 Woofers - 5 inch (120 mm) round

Dimension: 50NP4 60NP4

Height (in.) 51

Width (in.) 43

Depth (in.) 23

Weight (Ibs.) 145 216

Circuit Board Assemblies:

C.P.T. (B) P.W.B. Terminal P.W.B.

C.P.T. (G) P.W.B. VM P.W.B.

C.P.T. (R) P.W.B. Surround P.W.B.

Audio Out P.W.B. Power/Deflection P.W.B.

2 H P.W.B. Control P.W.B.

Power Supply P.W.B. Control Sub P.W.B.

Signal P.W.B. Sensor Distribution P.W.B.

Sub Deflection P.W.B.

CIRCUIT PROTECTION

CAUTION: Below is an EXAMPLE only. See Replacement Parts List for details. The following symbol near the fuse

indicates fast operation fuse (to be replaced). Fuse ratings appear within the symbol.

Example:

SPECIFICATIONS

RISK OF FIRE - REPLACE FUSE AS MARKED

The rating of fuse F901 is 6.0A - 125V. Replace with the same type fuse for continued protection against fire.

6 A 125V

125V

During Insertion

1. Please refer to direction for insertion as shown in Fig. B (L position). Insert connector until “CLICK” sound is heard.

2. Make sure the connector is pressed right in, so that it has a good contact with the spring.

3. Confirm the contact by pulling the connector slightly. (Don’t pull hard because it may damage the connector).

4. Cover the high voltage output by carefully pushing silicon cover onto it. (Don’t turn the connector). (REMARK)

1. Make sure the silicon cover is covering the high voltage output.

CAUTIONS WHEN CONNECTING / DISCONNECTING THE HV CONNECTOR

Perform the following when the HV connector (anode connector) is removed or inserted for CPT replacement, etc.

Deflection P.W.B.

Silicon cover

Wing

L Position

Wing

FBT

Anode connector

3. Remove the connector slowly by pulling it away from the case.

During Removal

1. Roll out silicon cover from FBT’s contact area slowly .

2. While turning the connector about 90 degrees following the arrow (0 position), push the connector slightly towards the case. (Fig. A)

Fig. A

Fig. B

Silicon Cover

less than 1mm

PUSH

FRONT PANEL CONTROLS

FRONT VIEW

POWER

INPUT

EXIT

f e b a c

d i j

Push open door and pull forward and down

PUSH

POWER

INPUT

EXIT MENU

VOL+VOL-

CH-

CH+

VOL+VOL-

CH-

CH+

SCREEN

ADJ.

POWER

INPUT

EXIT

PUSH

VOL+VOL-

CH-

CH+

NOTES: 1. Your SHARP Projection TV will appear to be turned OFF if there is no video input when VIDEO: 1, 2 or 3 is

selected. Check the Power Light to make sure the TV is turned off when not in use.

2. To see an auto-demonstration of the on-screen displays with HELP text displayed, press and hold the POWER button on the TV set for approximately five seconds. Press the POWER button on the TV again to end the autodemonstration.

a MENU button

This button allows you to enter the MENU, making it possible to set TV features to your preference without using the remote. This button also serves as the ÒSELECTÓ button when in menu mode.

b INPUT/EXIT button

Press this button to select the current antenna source, VIDEO: 1, 2, 3 or alternate antenna source. Your selection is shown in the top right corner of the screen. This button also serves as the EXIT button when in MENU mode.

c CHANNEL selector

Press these buttons until the desired channel appears in the top right corner of the TV screen. These buttons also serve as the cursor down (H) and up (G) buttons when in MENU mode.

d VOLUME level

Press these buttons for your desired sound level. The volume level will be displayed on the TV screen. These buttons also serve as the cursor left (F) and right (E) buttons when in MENU mode.

e POWER button

Press this button to turn the TV on or off.

f POWER light

You will see a red light when the TV is turned on.

g AI (Artificial Intelligence) sensor

The Artificial Intelligence sensor will make automatic picture adjustments depending on the amount of light in the room to give the best picture.

h REMOTE CONTROL sensor

Point your remote at this area when selecting channels, adjusting volume, etc.

i SCREEN ADJUST

Use this button to adjust your picture quality to optimum performance.

j FRONT INPUT JACKS (for VIDEO: 3)

Use these audio/video jacks for a quick hook-up from a camcorder or VCR to instantly view your favorite show or new recording. Press the INPUT button until VIDEO: 3 appears in the top right corner of the TV screen. If you have mono sound, insert the audio cable into the left audio jack.

FRONT PANEL CONTROLS

REAR PANEL JACKS

a Antenna Input/Output

The remote control allows you to switch between two separate 75-Ohm RF antenna inputs, ANT A and ANT B. ANT A input can be displayed as a main picture or sub-picture. ANT B can only be displayed as a main picture. (ANT B cannot be displayed as a sub-picture.) The antenna output labeled ÒTO CONVERTERÓ allows the ANT A connection to pass directly to a different source such as a cable box, only when ANT B is displayed as a main picture.

b Audio/Video Inputs 1 and 2

The INPUT button will step through each video source and antenna source input each time it is pressed. Use the audio and video inputs to connect external devices, such as VCRs, camcorders, laserdisc players, DVD players etc. (If you have mono sound, insert the audio cable into the left audio jack.)

c MONITOR OUT

These jacks provide fixed audio and video signals which are used for recording. Use the S-VIDEO Output for high quality video output.

d AUDIO TO HI-FI Output

These jacks provide variable audio output to a separate stereo amplifier. With this connection, the audio to the stereo can be controlled by the televisionÕs main volume.

e S-VIDEO Inputs 1 and 2

Inputs 1 and 2 provide S-VIDEO (Super Video) jacks for connecting equipment with S-VIDEO output capability.

MONITOR

OUT

INPUT 2

INPUT 1

AUDIO

(MONO)

AUDIO

S-VIDEOS-VIDEO

VIDEO

ANT A

TO CONVERTER

ANT B

AUDIO

(MONO)

S-VIDEO

VIDEO

AUDIO TO HI-FI

NOTE: You may use VIDEO, S-VIDEO, or COMPONENT: Y-PBPRinputs to connect to INPUT 1 and 2, but only one of these

inputs may be used at a time.

NOTE: S-VIDEO Output may be used for recording, only when the input is of S-VIDEO type.

REAR PANEL JACKS

NOTES: 1.

DO NOT connect standard VIDEO or S-VIDEO to Input 1 or 2 when using Y-PBPRinput.

2. When using the Y-PBPRinput jacks, connect your components audio output to the TVÕs Input 1 or 2 Left and Right Audio input jacks.

3. Your component outputs may be labeled Y, B-Y, and R-Y. In this case, connect the components B-Y output to the TVÕs PBinput and the components R-Y output to the TVÕs PRinput.

4. Your component outputs may be labeled Y-CBCR. In this case, connect the component CBoutput to the TVÕs PBinput and the component CRoutput to the TVÕs PRinput.

5. It may be necessary to adjust TINT to obtain optimum picture quality when using the Y-PBPR inputs.

6. To ensure no copyright infringement, the MONITOR OUT output will be abnormal, when using the Y-PBPRjacks.

7. When using the Y-PBPR jacks, PIP sub-picture can not be turned ON. It is not possible to view a Y-PBPRinput while PIP is ON.

f Component: Y-P

BPR

Inputs

Inputs 1 and 2 provide Y-P

BPR

jacks for connecting equipment with this capability, such as a DVD player or Set Top Box.

USING THE REMOTE TO CONTROL VCR FUNCTIONS

Operating the precoded function for your VCR.

This remote is designed to operate different types of VCRs. You must first program the remote to match the remote system of your VCR. (refer to page 18 for pre-codes)

1. Turn ON your VCR.

2. Aim the remote control at the front of your VCR.

3. Press and release the ANALOG mode button.

4. Push ÒSELECTÓ key and ÒCH HÓ key at the same time, then release both buttons, and within 10 seconds after releasing these

buttons, enter the 2 digit code number as shown on page 31.

5. Aim the remote at the VCR and press the POWER button. The remote will turn off your VCR when the correct two digit preset code is entered. When this occurs, the remote control is programmed for your VCR. If the VCR does not turn off, try a different two digit preset code.

6. The remote will now control your VCR.

NOTES:

1. If your VCR cannot be operated after performing the above procedures, your VCRÕs code has not been precoded into the remote.

2. In the unlikely event that your VCR cannot be operated after performing the above procedures, please consult your VCR operating guide.

3. The remote control will remember the codes you have programmed until the batteries are removed from the remote control. After replacing the batteries repeat the entire programming procedure as stated above.

a PRECODED VCR Buttons

These buttons transmit the chosen precoded VCR codes. For some VCRs, you must press the RECORD button twice to record a program.

b EXCLUSIVE TV Buttons

These buttons are for operating the TV.

MY VCR CODE IS:

NOTE: Refer to the instruction manual of the VCR for operation of the buttons exclusively for the VCR.

VCR BRAND. . . . . . . . . . . . . CODE

Akai . . . . . . . . . . . . . . . . . 25, 26, 37

Audio Dynamics . . . . . . . . 15, 22, 30

Broksonic . . . . . . . . . . . . . . . . . . 32

Canon . . . . . . . . . . . . . . . . . . . . . 04

Capehart . . . . . . . . . . . . . . . . . . . 34

Craig . . . . . . . . . . . . . . . . . . . . . . 31

Curtis Mathis . . . . . . . . . . . . . . . . 04

Daewoo . . . . . . . . . . . . . . . . . . . . 34

DBX. . . . . . . . . . . . . . . . . 15, 22, 30

Dynatech . . . . . . . . . . . . . . . . . . . 29

Emerson . . . . . . . . . . . . . 21, 32, 35

Fisher . . . . . . . . . . . . . . . . . . 09, 11

Funai . . . . . . . . . . . . . . . . . . . . . . 29

GE. . . . . . . . . . . . . . . . . . . . . . . . 04

Goldstar. . . . . . . . . . . . . . . . . . . . 24

Hitachi . . . . . . . . . . . . . . . . . . . . . 06

Instant Replay . . . . . . . . . . . . . . . 04

JC Penney . . . . . . . . . 04, 06, 24, 30

JVC . . . . . . . . . . . . . . . . . 15, 41, 42

Kenwood . . . . . . . . . . . . . . . . . . . 15

Lloyds . . . . . . . . . . . . . . . . . . . . . 29

Magnavox . . . . . . . . . . . . 04, 05, 08

Magnin . . . . . . . . . . . . . . . . . . . . 31

Marantz . . . . . . . . . . . . . . . . . . . . 30

Memorex . . . . . . . . . . . . . 04, 24, 29

Minolta . . . . . . . . . . . . . . . . . . . . 06

Mitsubishi. . . . . . . . . . 17, 18, 39, 40

Montgomery Ward . . . . . . . . . 02, 43

Multitech . . . . . . . . . . . . . . . . . . . 29

NEC. . . . . . . . . . . . . . . . . 15, 22, 30

Panasonic . . . . . . . . . . . . . . . 04, 44

Pentax . . . . . . . . . . . . . . . . . . 05, 06

Philco . . . . . . . . . . . . . . . . . . 04, 05

Philips . . . . . . . . . . . . . . . 04, 05, 08

Quasar . . . . . . . . . . . . . . . . . . . . 04

RCA. . . . . . . . . . . . . . . . . 06, 07, 33

Realistic . . . . . . . . . . . . . . 01, 02, 24

Samsung . . . . . . . . . . . . . . . . 23, 31

Scott . . . . . . . . . . . . . . . . . . . . . . 20

Sears . . . . . . . . . . . . . . . . 06, 11, 24

Sharp. . . . . . . . . . . . . . . . 01, 02, 03

Shintom . . . . . . . . . . . . . . . . . . . . 36

Sony . . . . . . . . . . . . . . . . 12, 13, 38

Sound Design . . . . . . . . . . . . . . . 29

Sylvania . . . . . . . . . . . . . . 04, 05, 08

Symphonic. . . . . . . . . . . . . . . . . . 29

Tatung . . . . . . . . . . . . . . . . . . . . . 15

Teac . . . . . . . . . . . . . . . . . . . 15, 29

Teknika . . . . . . . . . . . . . . . . . 27, 29

Thomas . . . . . . . . . . . . . . . . . . . . 29

TMK . . . . . . . . . . . . . . . . . . . . . . 21

Toshiba . . . . . . . . . . . . . . . . . 19, 20

Video Concepts . . . . . . . . . . . . . . 30

Yamaha . . . . . . . . . . . . . . 15, 29, 30

Zenith . . . . . . . . . . . . . . . . . . . . . 16

CABLE BRAND . . . . . . . . . . CODE

Anision . . . . . . . . . . . . . . . . . 07, 08

Cable Star . . . . . . . . . . . . . . . 07, 08

Eagle. . . . . . . . . . . . . . . . . . . . . . 08

Eastern International . . . . . . . . . . 02

General Instrument . . 04, 05, 15, 23,

. . . . . . . . . . . . . . . . . 24, 25, 30, 36

Hamliln . . . . . . . . . . . . . . 12, 13, 34

Jerold . . . . . . . . . . . . 04, 05, 15, 23,

. . . . . . . . . . . . . . . . . 24, 25, 30, 36

Macom . . . . . . . . . . . . . . . . . . . . 37

Magnavox . . . 07, 08, 19, 25, 28, 29,

. . . . . . . . . . . . . . . . . 32, 33, 40, 41

NSC . . . . . . . . . . . . . . . . . . . . . . 09

Oak . . . . . . . . . . . . . . . . . 01, 16, 38

Oak Sigma . . . . . . . . . . . . . . . . . 18

Panasonic . . . . . . . . . . . . . . . 27, 39

Philips . . . . . . 07, 08, 19, 26, 28, 29,

. . . . . . . . . . . . . . . . . 32, 33, 40, 41

Pioneer . . . . . . . . . . . . . . . . . 18, 20

Randtek . . . . . . . . . . . . . . . . . 07, 08

RCA . . . . . . . . . . . . . . . . . . . . . . 27

Regal. . . . . . . . . . . . . . . . . . . 12, 13

Regency . . . . . . . . . . . . . . . . . . . 02

Scientific Atlanta. . . . . . . . 03, 22, 42

Sylvania. . . . . . . . . . . . . . . . . . . . 11

Teknika . . . . . . . . . . . . . . . . . . . . 06

Texscan . . . . . . . . . . . . . . . . . . . . 11

Tocom . . . . . . . . . . . . . . . . . . 17, 21

Unika. . . . . . . . . . . . . . . . . . . . . . 31

Viewstar. . 07, 08, 19, 26, 28, 29, 32,

. . . . . . . . . . . . . . . . . . . . 33, 40, 41

Zenith . . . . . . . . . . . . . . . . . . . . . 14

VCR and CABLE CODES

SET UP

Your SHARP Projection TV has three color projection tubes: one for red, one for green, one for blue. When mixed together in the proper proportion, the output of these three color tubes can produce any color. To produce these colors, however, the beams must be precisely aligned over each other so that the colors can be mixed. The process of aligning these picture beams is called ÒconvergenceÓ.

Over a period of time, the picture tubes can drift out of alignment due to normal bumps and vibrations or moving the TV. If you move your TV, or if, after a time, you notice color rings or halos around objects in the picture, you may want to converge (align) the colors.

Properly converged, the lines appear white, which is actually a combination of the outputs of the three color tubes. The output of the green tube is stationary. The outputs of the red and blue tubes can be adjusted. When properly aligned, the outputs of all three tubes should be directly over each other to produce the white lines.

To simplify convergence, SHARP incorporates a feature to allow you to display a test pattern of 1 horizontal and 1 vertical line at the center of the screen. Simply use the remote control to adjust the red and blue colors to match the green. When properly aligned, the outputs of all three tubes should be directly over each other to produce the white lines.

To enter this adjustment mode, you may also select CONVERGENCE ADJ. from the Set Up menu. However, this will display a message prompting you to press the front panel SCREEN ADJ. button.

NOTES: 1. Only a momentary press of the SCREEN ADJ. button is necessary to enter CONVERGENCE ADJUST mode.

2. The color being adjusted will blink (red or blue) to indicate color you are adjusting.

3. To save your adjustment data into memory, press the front panel SCREEN ADJ. button. If you do NOT wish to save your adjustment data into memory, turn the TV OFF. When the TV is turned ON again, your old convergence data will be restored.

CONVERGENCE ADJ.

Red

SCREEN

ADJ.

Blue

SCREEN

ADJ.

CURSOR

FAV.

CURSOR

FAV.

Press the CURSOR G , H , F , E buttons to move the displayed color up, down, left, or right.

Press MENU to change the color you want to adjust.

Press the front panel SCREEN ADJ. button when adjustment is done. This will save your adjustment into memory.

VIDEO

Select VIDEO to adjust picture settings and improve picture quality.

Use this function to change the contrast between black and white levels in the picture. This adjustment will only affect the picture when OTHER SETTINGS-O.P.C. is OFF. (see page 50)

Use the CURSOR G or H to highlight the function to be adjusted. Press the CURSOR F or E to adjust the function. Press EXIT to quit menu.

NOTE: If PICTURE is selected, you are adjusting the PICTURE. The additional menu items BRIGHT, COLOR, TINT,

and SHARP can be selected and adjusted in the same manner.

Use this function to adjust the level of color in the picture.

Use this function to adjust flesh tones so they appear natural.

Use this function to adjust overall picture brightness.

Use this function to adjust the amount of fine detail in the picture.

When RESET is selected, press SELECT to return video adjustments to factory preset conditions.

PICTURE

COLOR

TINT

BRIGHT

SHARP

RESET

NOTE: 1. It may be necessary to adjust TINT to obtain optimum picture quality when using the COMPONENT VIDEO Y-PBP

input jacks.

2. If you are using the COMPONENT VIDEO input jacks (Y-PBPR) and notice that the TINT and COLOR are abnormal, check to make sure that COMPONENT SET - COLOR SYSTEM is set properly. (see page 41)

Use this function to automatically adjust picture settings to produce the highest quality picture possible.

OTHER SETTINGS

Set Up

CURSOR

FAV

Set UpSet UpISet UpSet UpSet Up

Set Up

CONTRAST

BRIGHTNESS COLOR TINT SHARPNESS RESET ADVANCED

SETTINGS

Custom

Video

Audio

Theater

Info

75% 50% 50%

50%

CURSOR

FAV

Set Up

Set UpSet UpISet UpSet UpSet Up

Set Up

CONTRAST

BRIGHTNESS COLOR TINT SHARPNESS RESET ADVANCED

SETTINGS

Custom

Video

Audio

Theater

Info

98% 50% 50%

50%

MENU TO MENU BAR TO QUIT EXIT

VIDEO

Your SHARP Projection TV has an O.P.C. (Optional Picture Control) function which will automatically adjust picture settings to produce the highest quality picture possible. When O.P.C. is highlighted, press SELECT to turn the O.P.C. on or off.

Use CURSOR G or H to select function.

Press SELECT to select the function setting. When the function has an Ò Ó in the box, it is ON. Use CURSOR E to change COLOR TEMPERATURE or ASPECT RATIO setting. When the function shows a Ò Ò, it is selected.

Use CURSOR E to enter V. POSITION mode, then use CURSOR G or H to adjust V. POSITION. Press EXIT to quit menu or CURSOR F to return to previous menu.

O.P.C. (Optional Picture Control)

When the O.P.C. function is on, the TVsÕ internal computer will perform the following:

1. Automatically monitor and adjust contrast depending on room lighting (sensor is located in the front panel) to produce a more natural picture.

2. Automatically monitor and adjust color levels and maintain natural flesh tones.

3. Automatically compensate for weak or strong TV signals to produce a clear picture.

Turn the O.P.C. function off to control additional OTHER SETTINGS.

FLESH TONE

The FLESH TONE function automatically monitors and adjusts the color to maintain constant color levels even after a program or channel changes. It also maintains natural flesh tones while preserving fidelity of background colors. (This function will automatically set to on and cannot be turned off when the O.P.C. function is ON.) This function does not operate with a COMPONENT: Y-PBPRinput signal.

NOISE REDUCTION

The NOISE REDUCTION function automatically reduces conspicuous noise in the picture without degrading picture quality. (This function will automatically be set to on and cannot be turned off when the O.P.C. function is ON.)

COLOR TEMPERATURE

Set this to WARM for hotter colors with more red, or set to COOL for less intense colors with more blue.

ASPECT RATIO

Adjust this when viewing a COMPONENT: Y-PBPRinput signal.

16:9 - Screen changes to 16:9 aspect ratio. (gray bars visible on top and bottom of screen). HDTV signals are normally 16:9 aspect ratio. 4:3 - Screen changes to 4:3 aspect ratio. (entire screen is filled with video). SDTV and NTSC signals are normally 4:3 aspect ratio.

V. POSITION

Adjust this when viewing a COMPONENT: Y-PBPRsignal. This feature is used to center an HDTV video signal between the top and

bottom gray bars. Adjustable range is -10 (video center is toward bottom of screen) to +10 (video center is toward top of screen).

OTHER

SETTINGS

MENU TO MENU BAR TO QUIT EXIT

CURSOR

100% 50% 50%

50%

PRESS SELECT TO ACTIVATE/DEACTIVATE

FAV.

CURSOR

FAV.

CURSOR

SET UP CUSTOMIZE VIDEO AUDIO THEATER

VIDEO

OTHER SETTINGS

O.P.C.

FLESH TONE NOISE REDUCTION

COLOR TEMPERATURE

COOL WARM

ASPECT RATIO

4:3 16:9

V. POSITION 0

OTHER SETTINGS

O.P.C. FLESH TONE NOISE REDUCTION

COLOR TEMPERATURE

COOL WARM

ASPECT RATIO

4:3 16:9

V. POSITION 0

1. PICTURE

2. BRIGHT

3. COLOR

4. TINT

5. SHARP

6. RESET

7. OTHER SETTINGS

AUDIO

Select AUDIO to adjust the TV to your preference and to improve the sound quality.

AUDIO

This function controls the low frequency audio to all speakers.

Use CURSOR G or H to highlight the function to be adjusted. Press CURSOR F or E to adjust the function. When RESET is highlighted, press SELECT to reset audio settings to factory conditions. Press EXIT to quit menu.

NOTE: If BASS is selected you are adjusting BASS. The additional menu items TREBLE and BALANCE can be selected and

adjusted in the same manner.

This function controls the high frequency audio to all speakers.

This function will control the left to right balance of the TV internal speakers and the AUDIO TO HI FI output.

When RESET is selected, press SELECT to return audio adjustments to factory preset conditions.

BASS

BALANCE

RESET

TREBLE

MENU TO MENU BAR TO QUIT EXIT

CURSOR

72% 50%

1. BASS

2. TREBLE

3. BALANCE

4. RESET

5. OTHER SETTINGS

90% 50%

FAV.

CURSOR

SET UP CUSTOMIZE VIDEO AUDIO THEATER SET UP CUSTOMIZE VIDEO AUDIO THEATER

1. BASS

2. TREBLE

3. BALANCE

4. RESET

5. OTHER SETTINGS

Use this function to improve the sound performance of your TV, depending on listening conditions.

OTHER SETTINGS

AUDIO

Use OTHER SETTINGS to improve the sound performance of your TV, depending on listening conditions.

MTS MODE

Multi-Channel Television Sound will allow you to select STEREO (a stereo broadcast), MONO (monaural sound) used when receiving a weak stereo broadcast or SAP (second audio program) which may be a secondary language, weather report, etc. The sources received will be displayed at the top center edge of the TV. The source you select will be displayed above the sources received. See the example below for each selection when both stereo and second audio are received (monaural is always received).

Press CURSOR G or H to highlight a function. Press SELECT to change the function setting. When the function has a Ò Ó in the box it is ON, when it has a Ò Ò it is selected.

OTHER

SETTINGS

MENU TO MENU BAR TO QUIT EXIT

CURSOR

√

PRESS SELECT TO ACTIVATE/DEACTIVATE

72% 50%

1. BASS

2. TREBLE

3. BALANCE

4. RESET

5. ADVANCED SETTINGS

FAV.

SELECT

CURSOR

SET UP CUSTOMIZE VIDEO AUDIO THEATER

AUDIO

PRESS SELECT TO ACTIVATE/DEACTIVATE

AUDIO

ADVANCED SETTINGS

STEREO

MONO SECOND AUDIO PROGRAM

INTERNAL SPEAKERS AUTO NOISE CANCEL LOUDNESS PERFECT VOLUME

ADVANCED SETTINGS

STEREO MONO SECOND AUDIO PROGRAM

INTERNAL SPEAKERS AUTO NOISE CANCEL LOUDNESS

PERFECT VOLUME

INTERNAL SPEAKERS

This function is useful if you prefer to use only speakers from a separate stereo system.

AUTO NOISE CANCEL

This function eliminates the noise between stations. If a channel is tuned and is noisy, this function will automatically eliminate the audio for that channel.

LOUDNESS

This function will improve the quality of both low and high frequency sounds when listening at low volume levels.

CONSTANT VOLUME

This function will automatically adjust volume so each channel has the same average volume level.

ANT A 31

NEWS

10:00 PM

ANT A 31

NEWS

10:00 PM

STEREO SELECTED

SAP SELECTED

MONO SELECTED

STEREO

ST/SA

ANT A 31

NEWS

10:00 PM

SAP

ST/SA

MONO

SERVICE ADJUSTMENTS

1. I2C ADJUSTMENT..............................................................................................................................................25

1-1. Memory Initialization (SDTV AND HDTV) ..............................................................................................25

1-2. Comb Filter Operation Check ................................................................................................................35

1-3. Audio Operation Check ..........................................................................................................................35

1-3-1. Tone Control Check......................................................................................................................35

1-3-2. Constant Volume Operation Check..............................................................................................35

1-3-3. SRS Check ..................................................................................................................................35

1-4. High Voltage Adjustment ........................................................................................................................36

2. FINAL ASSEMBLY ADJUSTMENT (Adjustment should be according to below order) ..............................36

2-1. Cut Off ....................................................................................................................................................36

2-2. DCU Phase Data Setting (Progressive and HD mode)..........................................................................36

2-3. Horizontal Position Adjustment (Coarse)................................................................................................37

2-4. Raster Tilt (Deflection Yoke)....................................................................................................................37

2-5. Beam Alignment......................................................................................................................................37

2-6. Raster Position........................................................................................................................................38

2-7. Vertical Size (Progressive and HD mode) ..............................................................................................38

2-8. Horizontal Size (Progressive and HD mode)..........................................................................................38

2-9. Beam Form ............................................................................................................................................39

2-10. Lens Focus..............................................................................................................................................39

2-11. Static Focus ............................................................................................................................................39

2-12. Digital Convergence (Progressive and HD mode) ..................................................................................42

2-13-1. Raster Position ..........................................................................................................................43

2-13-2. Convergence Point ....................................................................................................................44

2-13. Blue Defocus ..........................................................................................................................................45

2-14. White Balance ........................................................................................................................................45

2-15. Sub Brightness ........................................................................................................................................45

2-16. Horizontal Position (Progressive and HD mode)....................................................................................46

2-17. Scanning Area Check ................................................................................................................................

3. ADJUSTMENT POINT........................................................................................................................................47

3-1. CRT (R)(G)(B), Cabinet Locations..........................................................................................................47

3-2. Main Chassis (Signal P.W.B.) ................................................................................................................48

3-3. Main Chassis (Power/Deflection P.W.B.) ................................................................................................49

3-4. Power Supply P.W.B...............................................................................................................................50

3-5. CPT (R)(G)(B), Focus Pack, Control P.W.B. ..........................................................................................51

*IMPORTANT

For many of the above adjustments, it is necessary to have an HDTV (1080i) signal generator, SDTV (480P) signal genrator, as well as the usual NTSC (480i) signal generator. Sharp recognizes that few companies offer HDTV or SDTV signal generators and that the cost of these generators is sometimes prohibited. For this reason, we suggest the use of a set-top-box for HDTV and SDTV adjustments. Usually, there is a switch on the set-top-box which enables it to output HDTV (1080i) or SDTV (480P) signals even with no input. In this case, the sync is automatically detected by the TV (at the Y-P

BPR

Inputs on the rear panel).

1. I2C ADJUSTMENT

1.1 Memory Initialization Adjustment Procedure (1) Press and hold the INPUT key on Control Panel and then Power ON to access I2C adjustment mode. (2) Receive signal on main picture. (NTSC, SDTV or HDTV).

Some menu pages have I2C adjustments for SDTV and HDTV. The set will automatically allow you to set these items only when a SDTV or HDTV signal is input to the COMPONENT jacks on the back of the TV.

See table below.

(3) Check the OSD according to the I2C data on page 28~34, using CURSOR G, H on Remote Control.

All data should be exactly as stated on page 28~34 exept adjustable data (*). *: Adjustable Data Others: Fixed Data (be careful not to change)

(4) Press MENU key to exit I2C ADJUSTMENT mode.

NOTE: (1) If there is a different value than shown in table above, for fixed data, adjust it using CURSOR F, E

(only in this case).

(2) When exchanging microprocessor and TV is turned on for first time, it requires initialization of

Memory Initial of I2C adjustment menu.

SIGNAL ASPECT fH COLOR HDTV 1080i 16:9 33.75kHz Y PBP HDTV 720P 16:9 45kHz Y PBP SDTV 480P 4:3 31.5kHz Y CBC NTSC 480i 4:3 15.75kHz Y CBC

NTSC NTSC

ANT A 10

ABCD

10:00PM

PIP ANT A 12

STEREO

ST/SA

SLEEP 0:15

SLEEP

TIMER

Audio

Broadcast

Audio Selected

Main Picture Source

CHANNEL ID

Time

Sub-Picture Source

PIP

SURF/B

SURF/

BACK

(5) HDTV: 1080i 16x9 (33.75kHz) 1080i 4x3 (33.75kHz)

16x9

1080i

33.75kHz

16x9

1080i

33.75kHz

Insertion panel to top and bottom.

810 Lines

1080 Lines

4x3

1080i

33.75kHz

1080 Lines

(6) HDTV: 1080i 16x9 (33.75kHz) 1080i 4x3 (33.75kHz)

16x9

1080i

33.75kHz

(7) HDTV: 720P 16x9 (45kHz) 480P 4x3 (31.5kHz)

16x9

720P

45kHz

16x9

480P

31.5kHz

Insertion panel to top and bottom.

360 Lines

480 Lines

4x3

480P

33.75kHz

480 Lines

(8) HDTV: 720P 16x9 (45kHz) 480P 4x3 (31.5kHz)

16x9

720P

45kHz

B. SURF/STROBE MODE NTSC 480P 4x3 (31.5kHz)

Main

Picture

480 Lines

360 Lines

SUB

Main

Picture

Sub

Picture

NTSC

Picture

Moving Picture

480 Lines

360 Lines

STROBE

I2C Parameter List (1) Adjust Mode OSD Press [POWER] + [INPUT] keys of front control panel.

*: ADJUSTABLE ITEM

EXIT I2C ADJUST MODE POWER on/off.

ADJUST MODE

SUB BRT SERVICE

DEF RESET V/P RESET 3DYC RESET FLEX RESET DSP RESET CCD RESET FACT RESET MEMORY INITIAL

l l

l l l l l l l l

SUB BRT 80

(OSD OFF)

Press key

Press

key

Select SERVICE and Press key

ADJUST MODE

TA1300 315 H POSI 40 FLEX CONT 47 VD-POS 3F UPD64081 DYGA 9 DCGA 6 VAPGA 5 VAPIN 0B YHCOR 0

ADJUST MODE

TA1300 3375 H POSI 40 FLEX CONT 47 VD-POS 3F UPD64081 DYGA 9 DCGA 6 VAPGA 5 VAPIN 0B YHCOR 0

31.5kHz Mode

33.75kHz Mode

ADJUST MODE

TA1270-M TINT (TV) 3C TOFFO (TV) 00 TOFQ (TV) 00 SUB CNT 0F SUB CLR 1B

ADJUST MODE

TA1270-S TINT (TV) 3C TOFFO (TV) 00 TOFQ (TV) 00 SUB CNT 0F SUB CLR 1B

POWER+INPUT

CURSOR,MENU

Select SUB BRIGHT and Press key

FLEX CONT NTSC

39 HHPF1 00 41 V-CRG 00 42 H-CRG 00 43 V-ENH 00 44 H-ENH 00 96 YVHENH 0B

100 CVHENH 12

FLEX CONT 480i

39 HHPF1 00 41 V-CRG 00 42 H-CRG 00 43 V-ENH 02 44 H-ENH 00 96 YVHENH 0B

100 CVHENH 12

FLEX CONT 480P

39 HHPF1 00 41 V-CRG 00 42 H-CRG 00 43 V-ENH 02 44 H-ENH 00 96 YVHENH 0B

100 CVHENH 12

480i Mode

480P Mode

FLEX CONT 1080i

39 HHPF1 00 41 V-CRG 00 42 H-CRG 00 43 V-ENH 00 44 H-ENH 00 96 YVHENH 00

100 CVHENH 12

FLEX CONT 720P

39 HHPF1 00 41 V-CRG 00 42 H-CRG 00 43 V-ENH 02 44 H-ENH 00 96 YVHENH 1B

100 CVHENH 12

1080i Mode

720P Mode

CURSOR,MENU

FLEX CONT NTSC

71 YV-ENH 00 79 CV-ENH 00 87 YH-ENH 07 94 CH-ENH 0F 66 YV-DSB 00 75 CV-DSB 00 82 YH-DSB 00 90 CH-DSB 00 68 YV-CLP 00 84 YH-CLP 00

FLEX CONT 480i

71 YV-ENH 00 79 CV-ENH 00 87 YH-ENH 07 94 CH-ENH 0F 66 YV-DSB 00 75 CV-DSB 00 82 YH-DSB 00 90 CH-DSB 00 68 YV-CLP 00 84 YH-CLP 00

FLEX CONT 480P

71 YV-ENH 00 79 CV-ENH 00 87 YH-ENH 07 94 CH-ENH 0F 66 YV-DSB 00 75 CV-DSB 00 82 YH-DSB 00 90 CH-DSB 00 68 YV-CLP 00 84 YH-CLP 00

480i Mode

480P Mode

G , H

NTSC Mode

FLEX CONT 1080i

71 YV-ENH 00 79 CV-ENH 00 87 YH-ENH 00 94 CH-ENH 0F 66 YV-DSB 00 75 CV-DSB 00 82 YH-DSB 00 90 CH-DSB 00 68 YV-CLP 00 84 YH-CLP 00

FLEX CONT 720P

71 YV-ENH 00 79 CV-ENH 00 87 YH-ENH 07 94 CH-ENH 0F 66 YV-DSB 00 75 CV-DSB 00 82 YH-DSB 00 90 CH-DSB 00 68 YV-CLP 00 84 YH-CLP 00

1080i Mode

720P Mode

G , H

FLEX CONT NTSC

97 YV-NLP 00 98 YH-NLP 0A Y-LMT FF 83 YH-FRQ 00 91 CH-FRQ 02 70 YV-LTI 00 78 CV-CTI 00 86 YH-LTI 01 93 CH-CTI 01

FLEX CONT 480i

97 YV-NLP 00 98 YH-NLP 0A Y-LMT FF 83 YH-FRQ 00 91 CH-FRQ 02 70 YV-LTI 00 78 CV-CTI 00 86 YH-LTI 01 93 CH-CTI 01

FLEX CONT 480P

97 YV-NLP 00 98 YH-NLP 0A Y-LMT FF 83 YH-FRQ 00 91 CH-FRQ 02 70 YV-LTI 00 78 CV-CTI 00 86 YH-LTI 01 93 CH-CTI 01

480i Mode

480P Mode

FLEX CONT 1080i

97 YV-NLP 00 98 YH-NLP 0A Y-LMT FF 83 YH-FRQ 00 91 CH-FRQ 02 70 YV-LTI 00 78 CV-CTI 00 86 YH-LTI 00 93 CH-CTI 01

FLEX CONT 720P

97 YV-NLP 00 98 YH-NLP 0A Y-LMT FF 83 YH-FRQ 00 91 CH-FRQ 02 70 YV-LTI 00 78 CV-CTI 00 86 YH-LTI 01 93 CH-CTI 01

1080i Mode

720P Mode

CURSOR,MENU

FLEX CONT NTSC

69 YVDSBC 00 77 CVDSBC 00 85 YHDSBC 00 92 CHDSBC 00 95 Y-CRG 00 99 C-CRG 00 64 YNR-IN 04 73 CNR-IN 04 80 YNRPAS 00 88 CNRPAS 02

FLEX CONT 480i

69 YVDSBC 00 77 CVDSBC 00 85 YHDSBC 00 92 CHDSBC 00 95 Y-CRG 00 99 C-CRG 00 64 YNR-IN 04 73 CNR-IN 04 80 YNRPAS 00 88 CNRPAS 02

FLEX CONT 480P

69 YVDSBC 00 77 CVDSBC 00 85 YHDSBC 00 92 CHDSBC 00 95 Y-CRG 00 99 C-CRG 00 64 YNR-IN 04 73 CNR-IN 04 80 YNRPAS 00 88 CNRPAS 02

480i Mode

480P Mode

G , H

NTSC Mode

FLEX CONT 1080i

69 YVDSBC 00 77 CVDSBC 00 85 YHDSBC 00 92 CHDSBC 00 95 Y-CRG 00 99 C-CRG 00 64 YNR-IN 04 73 CNR-IN 04 80 YNRPAS 00 88 CNRPAS 02

FLEX CONT 720P

69 YVDSBC 00 77 CVDSBC 00 85 YHDSBC 00 92 CHDSBC 00 95 Y-CRG 00 99 C-CRG 00 64 YNR-IN 04 73 CNR-IN 04 80 YNRPAS 00 88 CNRPAS 02

1080i Mode

720P Mode

G , H

NTSC Mode

101

101 101

FLEX CONT NTSC

65 YNRRDC 00 74 CNRRDC 00 67 YNR-DC 00 76 CNR-DC 00 81 YNR-0 00 89 CNR-0 00 45 CB-BLK 07 46 CR-BLK 07 27 FRMBRT 60 102 CLPOUT 7F

FLEX CONT 480i

65 YNRRDC 00 74 CNRRDC 00 67 YNR-DC 00 76 CNR-DC 00 81 YNR-0 00 89 CNR-0 00 45 CB-BLK 07 46 CR-BLK 07 27 FRMBRT 60 102 CLPOUT 7F

FLEX CONT 480P

65 YNRRDC 00 74 CNRRDC 00 67 YNR-DC 00 76 CNR-DC 00 81 YNR-0 00 89 CNR-0 00 45 CB-BLK 07 46 CR-BLK 07 27 FRMBRT 60 102 CLPOUT 7F

480i Mode

480P Mode

FLEX CONT 1080i

65 YNRRDC 00 74 CNRRDC 00 67 YNR-DC 00 76 CNR-DC 00 81 YNR-0 00 89 CNR-0 00 45 CB-BLK 07 46 CR-BLK 07 27 FRMBRT 60 102 CLPOUT 7F

FLEX CONT 720P

65 YNRRDC 00 74 CNRRDC 00 67 YNR-DC 00 76 CNR-DC 00 81 YNR-0 00 89 CNR-0 00 45 CB-BLK 07 46 CR-BLK 07 27 FRMBRT 60 102 CLPOUT 7F

1080i Mode

720P Mode

FLEX CONT NTSC

10 MPLL-S 0F 17 SPLL-S 0F 12 MPLL-E 0F 19 SPLL-E 0F 11 MVW-PH 05 18 SVW-PH 05 14 MHS-HP 0F 21 SHS-HP 0F 13 MY-CLP 03 20 SY-CLP 03

FLEX CONT 480i

10 MPLL-S 0F 17 SPLL-S 0F 12 MPLL-E 0F 19 SPLL-E 0F 11 MVW-PH 05 18 SVW-PH 05 14 MHS-HP 0F 21 SHS-HP 0F 13 MY-CLP 03 20 SY-CLP 03

FLEX CONT 480P

10 MPLL-S 0F 17 SPLL-S 0F 12 MPLL-E 0F 19 SPLL-E 0F 11 MVW-PH 05 18 SVW-PH 05 14 MHS-HP 0F 21 SHS-HP 0F 13 MY-CLP 03 20 SY-CLP 03

480i Mode

480P Mode

G , H

NTSC Mode

FLEX CONT 1080i

10 MPLL-S 0F 17 SPLL-S 0F 12 MPLL-E 0F 19 SPLL-E 0F 11 MVW-PH 05 18 SVW-PH 05 14 MHS-HP 0F 21 SHS-HP 0F 13 MY-CLP 03 20 SY-CLP 03

FLEX CONT 720P

10 MPLL-S 0F 17 SPLL-S 0F 12 MPLL-E 0F 19 SPLL-E 0F 11 MVW-PH 05 18 SVW-PH 05 14 MHS-HP 0F 21 SHS-HP 0F 13 MY-CLP 03 20 SY-CLP 03

1080i Mode

720P Mode

G , H

NTSC Mode

FLEX CONT NTSC

23 V-POS 3F 24 V-SIZ 7F 50 HD-POS 3F 48 VBLK-T 7F 49 VBLK-B 7F 51 HBLK-R 7F 52 HBLK-L 7F 40 READ-F 10

FLEX CONT 480i

23 V-POS 3F 24 V-SIZ 7F 50 HD-POS 3F 48 VBLK-T 7F 49 VBLK-B 7F 51 HBLK-R 7F 52 HBLK-L 7F 40 READ-F 10

FLEX CONT 480P

23 V-POS 3F 24 V-SIZ 7F 50 HD-POS 3F 48 VBLK-T 7F 49 VBLK-B 7F 51 HBLK-R 7F 52 HBLK-L 7F 40 READ-F 10

480i Mode

480P Mode

FLEX CONT 1080i

23 V-POS 3F 24 V-SIZ 7F 50 HD-POS 3F 48 VBLK-T 7F 49 VBLK-B 7F 51 HBLK-R 7F 52 HBLK-L 7F 40 READ-F 0E

FLEX CONT 720P

23 V-POS 1F 24 V-SIZ 7F 50 HD-POS 3F 48 VBLK-T 7F 49 VBLK-B 7F 51 HBLK-R 7F 52 HBLK-L 7F 40 READ-F 0F

1080i Mode

720P Mode

FLEX CONT NTSC

35 FRMTOP-2 07 FRMTOP-L 07 36 FRMBTM-2 07 FRMBTM-L 07 37 FRMRGT 07 38 FRMLFT 07 59 BS-TOP 07 60 BS-BTM 07 61 BS-RGT 07 62 BS-LFT 07

FLEX CONT 480i

35 FRMTOP-2 07 FRMTOP-L 07 36 FRMBTM-2 07 FRMBTM-L 07 37 FRMRGT 07 38 FRMLFT 07 59 BS-TOP 07 60 BS-BTM 07 61 BS-RGT 07 62 BS-LFT 07

FLEX CONT 480P

35 FRMTOP-2 07 FRMTOP-L 07 36 FRMBTM-2 07 FRMBTM-L 07 37 FRMRGT 07 38 FRMLFT 07 59 BS-TOP 07 60 BS-BTM 07 61 BS-RGT 07 62 BS-LFT 07

480i Mode

480P Mode

G , H

NTSC Mode

FLEX CONT 1080i

35 FRMTOP-2 07 FRMTOP-L 07 36 FRMBTM-2 07 FRMBTM-L 07 37 FRMRGT 07 38 FRMLFT 07 59 BS-TOP 07 60 BS-BTM 07 61 BS-RGT 07 62 BS-LFT 07

FLEX CONT 720P

35 FRMTOP-2 07 FRMTOP-L 07 36 FRMBTM-2 07 FRMBTM-L 07 37 FRMRGT 07 38 FRMLFT 07 59 BS-TOP 07 60 BS-BTM 07 61 BS-RGT 07 62 BS-LFT 07

1080i Mode

720P Mode

G , H

NTSC Mode

SWX only

FLEX CONT

120 TV/CINE 01 121 T/C DET 07 122 T/C UNL 01 123 T/C LCK 03 126 T/C ARE 05 127 T/C CBR 07 128 T/C YBR 07

TA1298 NTSC

SHARP 0C APACON 06 YNR 00

TA1298 480i

SHARP 0A APACON 06 YNR 00

TA1298 480P

SHARP 07 APACON 05 YNR 00

SDTV Mode

HDTV Mode

G , H

NTSC Mode

G , H

TA1298 NTSC

COLOR 40 TINT 45 R-Y PH 02 R/B GA 01 G-Y PH 00 G/B GA 00 COLOR SYSTEM 00

TA1298 SDTV

COLOR 4F TINT 3B R-Y PH 02 R/B GA 02 G-Y PH 01 G/B GA 00 COLOR SYSTEM 01

TA1298 HDTV

COLOR 40 TINT 43 R-Y PH 00 R/B GA 02 G-Y PH 02 G/B GA 00 COLOR SYSTEM 01

SDTV Mode

HDTV Mode

NTSC Mode

TA1298

RGB BRT 50 RGB CNT 50 G DRV (W) 39 B DRV (W) 2D SUB CLR 10 SUB CNT 1G VSM PH 05 VSM GA 00 OS ACL 01 RGB ACL 00

COLOR TEMP WARM MODE

Center Adjust

TA1298

CLR G 00 CLT 00 YOUT G 00 Y G PNT 00 S TRK 00 RGB G 00 DC PNT 00 DC RAT 00 DC LMT 00

CH U/D, AVX

G , H

TA1298

BSP 03 APL/BS 00 B COR 01 B GA 00 B DET 00 DABL PN 00 DABL GA 07 ABL PN 07 ABL GA 05

CH U/D, AVX

G , H

TA1298 NTSC

COLOR 40 TINT 45 R-Y PH 02 R/B GA 01 G-Y PH 00 G/B GA 00 COLOR SYSTEM 00

TA1298 SDTV

COLOR 4F TINT 3B R-Y PH 02 R/B GA 02 G-Y PH 01 G/B GA 00 COLOR SYSTEM 01

SDTV Mode

NTSC Mode

TA1298

Center Adjust

TA1298

CH U/D,

G , H

1.2 Comb filter operation check

Adjustment preparation (1) Receive the color bar signal at the regular

tuning point.

(2) Set the CONTRAST control to MAX and the

other controls to center.

(3) Set the O.P.C. to OFF. Adjustment procedure

(1) Check that between the color bars there are not

line dots every second color bar as shown in the drawing.

A A

SP05 A No Dots B No Dots

Check and line dots.

1.3 AUDIO OPERATION CHECK

1.3.1 TONE CONTROL CHECK Preparation for adjustment (1) Input an audio signal of 250Hz and 3Khz in

order with level of 150mVrms to the L/mono

audio input. (2) Set the Volume to around the center. (3) Set SRS SURROUND to OFF. (4) Set LOUDNESS to OFF. (5) Set INTERNAL SPEAKER to ON.

Adjustment Procedure (1) Select BASS mode and check that the audio

output level of the speakers changes to

emphasized or supporessed when adjust to

max. or min. of the adjustment mode. (2) Select TREBLE mode and check that the

audio output level of the speakers changes

by emphasized or suppressed when adjust to

max. or min. of the adjustment mode. (3) Select BALANCE mode and check that the

audio output changes right or left when adjust

to right or left of the adjustment mode.

1.3.2 CONSTANT VOLUME OPERATION CHECK Preparation for adjustment CONSTANT VOLUME mode should be ON.

Procedure (1) Input 100mVrms, 200mVrms, 300mVrms and

400mVrms of 1KHz sound signal to L/MONO terminal.

(2) Check same level sound is output from SP

when 200mVrms, 300mVrms and 400mVrms of 1KHz sound signal is input.

1.3.3 SRS CHECK Preparation for adjustment (1) Set the AUDIO SETTINGS as follows:

BALANCE:CENTER BASS and TREBLE:CENTER, INTERNAL SPEAKER:ON, LOUDNESS:OFF, CONSTANT VOL:OFF.

(2) Input the signal to the VIDEO INPUT (R)

terminal as follows.

Adjustment procedure (1) Check that the following waveform is output

at HiFi output (L).

(2) Check that the following waveform is output

at HiFi (R) output.

1Vpp

R ch: 400Hz 1Vpp L ch: no signal

(a) SRS : OFF

1.4Vpp ±0.05

(b) SRS : ON

1.9Vpp ±0.05

(a) SRS : OFF

0.3Vpp ±0.05

(a) SRS : ON

Important: High Voltage adjustment should

NOT be adjusted in field. This is adjusted at factory using precise loads and should NOT be readjusted.

1.4 High Voltage Adjustment (should NOT be readjusted in field).

Adjustment preparation (1) Connect High Voltage meter to FBT High Voltage

output. Connect GND of High Voltage meter to CPT GND or FBT GND.

(2) Check that High Voltage adjustment VR (RH44) is

set to mechanical center(located behind FBT on

DEFLECTION PWB). (3) Receive circle pattern signal. (4) VIDEO control should be reset.

Adjustment procedure (1) Adjust High Voltage to following spec. by turning VR

RH44 clockwise slowly. (This should never need

adjustment).

ADJ. SPEC = 30.0kV +/-0. 5kV

(2) After adjustment, fix VR RH44 by Silicone glue

(KE40RTV).

2. FINAL ASSEMBLY ADJUSTMENT

2.1 Cut Off Adjustment

Adjustment preparation

(1) Set R and G drive VR’s on CPT P.W.B. to center .

(2) Adjust screen VR’s on Focus Pack fully

counterclockwise.

(3) Adjust Focus VR’s on Focus Pack fully

clockwise. (4) Set video conditions to factory preset. (5) The vertical incident illumination on the screen

should be 20 lux or less (room should be dark).

Adjustment procedure (1) Press and hold INPUT key on the control panel

and then POWER ON to access I

C adjustment

mode.

(2) Choose “SERVICE” item from I

C adjustment

menu by pressing E key.

(3) Screen VR should be turned clockwise gradually

and set so that retrace line begins to appear.

(4) Return to “NORMAL” mode by CURSOR E key

again.

(5) Adjust Focus VR’s so that focus is even all

around screen.

2.2 DCU Phase Data Setting

Adjustment preparation (1) Cut off adjustment should finished. (2) Set video conditions to factory preset.

Adjustment procedure

(1) Receive any NTSC signal. (2) Push “SERVICE ONLY” switch on

DEFLECTION PWB. (Enter DCU ADJ. mode).

(3) Push HELP key on R/C. (Green cross hatch is

displayed). Then push EXIT key on R/C. (Character pattern is displayed. This is the PHASE setting mode).

(4) Set PH-H phase data as shown below by using

4 and 6 key on Remote Control (RC).

(5) Set PH-V phase data as shown below by using

2 and 5 key on R/C.

(6) Set CR-H phase data as shown below by using

CURSOR F and E key on R/C.

(7) Set CR-V phase data as shown below by using

CURSOR G and H key on R/C.

(8) Push HELP key on R/C to exit from the PHASE

mode.

(9) Push PIP MOVE key 2 times on R/C to write the

phase data to memory.

(10) When Green dots are displayed, push MUTE

key to return to DCU ADJ. mode.

(1 1)Push “SERVICE ONLY” switch to return to RF or

VIDEO mode.

(12)Receive any HD signal (Set to video: 1 or 2

mode with HD input to component jacks).

(13)Repeat steps (2) ˜(11) above.

PROGRESSIVE MODE

TH01

HD MODE

PROGRESSIVE MODE

PHASE MODE

PH-H: BB PH-V: 0C CR-H: 4C

CR-V: 00

PHASE MODE

PH-H: BB

PH-V: 07

CR-H: 4C

CR-V: 0C

(FBT)

High Voltage Adjustment VR.

RH44

T702

DEFLECTION PWB.

CONV.

HEATSIN

2.3 HOR. POSITION ADJUSTMENT (Coarse)

Adjustment preparation

(1) DCU PHASE DATA SETTING should be

finished.

Adjustment procedure

(1) Receive circle pattern (03ch.) (2) Push SERVICE ONLY switch then DCU

crosshatch is displayed. Mark the DCU crosshatch center position using your finger tip.

(3) Push SERVICE ONLY switch again to exit from

the DCU crosshatch.

(4) Go to I

C ADJ. mode.

(5) Choose H. POSI item by using R/C MENU (or

up/down cursor) key. Adjust horizontal position to match the circle center to DCU crosshatch center (marked by your finger).

(6) Exit from I

C menu.

(1) Receive 1080I (fH=33.75KHz) circle pattern

signal. (Input to component video terminal.)

(2) Repeat above steps (2)~(6).

2.4 Raster Tilt adjustment (Deflection yoke)

Adjustment preparation

(1) The set can face east or west. (2) Input the single cross test signal. (3) Set video conditions to factory preset. (4) The lens focus and horzontal position

adjustment should have been coarse adjusted.

(5) The electric focus should have been coarse

adjusted.

(6) The digital convergence RAM should be cleared

(uncorrected state). With the TV set off, press and hold the service switch located on the Power/Deflection PWB and then press the power button.

(7) Start adjustment 20 minutes or more after TV is

turned on.

Adjustment procedure

(1) Apply covers to the R and B lenses and project

only green light.

(2) Turn the G deflection yoke and adjust the

vertical raster inclination.

(3) Then, remove the cover of R or B lens and

project red or blue light and green light together on screen.

, 2≤±2mm

≤ ±2 m m

Notes: (1) If internal cross-hatch does not appear after

clearing RAM data, press service switch again, on POWER/DEFLECTION PWB.

(2) To restore old RAM data, turn TV off and on.

CROSSHATCH (GREEN)

(4) Receive cross-hatch signal. (Use of internal

cross-hatch signals allowed.)

Adjustment procedure (1) Green (G) tube beam alignment adjustment.

Short-circuit 2P subminiature connector plug pins of Red (R) and Blue (B) on the CPT boards and project only Green (G) light or you may cover the R and B lens.

(2) Put Green (G) tube beam alignment magnet to

the cancel state as shown below.

(3) Turn the Green (G) static focus (Focus Pack)

counterclockwise all the way and make sure of position of cross-hatch center on screen. (Halo state.)

(4) Turn the Green (G) static focus (Focus Pack)

clockwise all the way. (Blooming state.)

(5) Turn two magnets forming alignment magnet in

any desired direction and move cross-hatch center to position found in (3).

(6) If image position does not shift when Green (G)

static focus (Focus Pack) is turned. Green (G) beam alignment has been completed.

(7) If image position shifts when Green (G) static

focus (Focus Pack) is turned, repeat (2)-(6).

(8) Conduct beam alignment for red (R) and Blue

(B) focus: Focus Pack UFPK.

(9) Upon completion of adjustment, fix beam

alignment magnets with white paint.

2.5 Beam alignment

Adjustment preparation

(1) Adjust at least 30 minutes after turning on power

switch.

(2) Raster tilt should be completed. Raster position,

horizontal and vertical size, and optical focus adjustment should be coarse adjusted.

(3) Set video conditions to factory preset.

(4) Turn the deflection yoke of R or B and set so that the

inclination of R or B light with respect to the green light is as shown below on the top and bottom sides.

(5) After raster inclination adjustment, fixing screw of DY

should be screwed with 12±2kg-cm torque.

Circle center

DCU crosshatch center

DCU crosshatch

Circle pattern

HD MODE

Notes: (1) Only adjust the vertical size for

progressive mode (NTSC). Because both modes (NTSC and HD) have the same vertical freuency.

(2) If internal cross-hatch does not

appear after clearing RAM data, press service switch again (on POWER/DEFLECTION PWB).

(3) To restore old RAM data, turn TV

off and on.

PROGRESSIVE MODE

50NP4 650 60NP4 770

Tolerance: w 5mm Unit:mm

2.7 Vertical size adjustment

Adjustment preparation (1) The set can face east or west. (2) Set video conditions to factory preset. (3) Horizontal size adjustment should be finished. (4) Static focus adjustment should be finished. (5) Start adjustment after TV is turned on for 20

minutes or more.

Adjustment procedure

(1) Receive any NTSC signal. (2) Press and hold the SERVICE ONLY SW on

DEFLECTION PWB to display DCU crosshatch

with convergence data cleared. (3) Adjust V. SIZE as following by using R630. (4) After adjustment, press SERVICE ONLY switch

to exit from DCU crosshatch.

PROGRESSIVE MODE

(RED) (BLUE) 50NP4 15 25 50NP4 15 25 Tolerance: w 2mm

2.8 Horizontal size adjustment

Adjustment preparation (1) The set can face east or west. (2) Set video conditions to factory preset. (3) BEAM FORM adjustment should be finished. (4) Convergence should not be corrected. (5) Start adjustment after TV is turned on for 20

minutes or more.

Adjustment procedure

(1) Receive any NTSC signal. (2) Press and hold the SERVICE ONLY SW on

DEFLECTION PWB to display DCU cross-hatch

with Convergence data cleared. (3) Convergence should not be adjusted. (4) Adjust H. SIZE by using R683. (5) After adjustment, press SERVICE ONLY SW to

exit from DCU cross-hatch.

(1) Input 1080I (fH=33. 75kHz) component signal to

VIDEO 2. (2) Press and hold the SERVICE ONLY SW on

DEFLECTION PWB to display DCU cross-hatch

with convergence data cleared. (3) Adjust H. SIZE using R686. (4) After adjustment, press SERVICE ONLY SW to

exit from DCU crosshatch.

H. SIZE SPECIFICATION

PROGRESSIVE MODE

HD MODE

PROGRESSIVE MODE

HD MODE

50NP4 995 995 60NP4 1190 1190

Tolerance: w 5mm Unit:mm

Geometric center of the screen

(2) Upon completion of adjustment, fix beam

alignment magnets with white paint.

NOTES: (1) If internal cross-hatch does not appear

after clearing RAM data, press service switch again.

(2) To restore old RAM data, turn TV off and

on.

2.6 Raster position adjustment

Adjustment preparation (1) The set can face east or west. (2) Receive the DCU cross-hatch signal. (3) Set video conditions to factory preset. (4) Static Focus adjustment should be finished. (5) The digital convergence RAM should be cleared

(uncorrected state). With the TV set off, press and hold the service switch located on the Power/Deflection PWB and then press the power button.

(6) Start adjustment 20 minutes or more after TV is

turned on.

Adjustment procedure (1) Turn the centering magnets for red, green, and

blue to satisfy the condition below. The red and blue horizontal lines should match with green.

V. SIZE SPECIFICATION

Notes: (1) Progressive mode should be adjusted

before HD mode.

(2) If internal cross-hatch does not appear after

clearing RAM data, press service switch again.

(3) To restore old RAM data, turn TV off and on.

TRUE CIRCLE DEGREE: a/b

SPECIFICATION: 0.9-1.1

PRT SURFACE SIDE

4-POLE BEAM

SHAPE CORRECTION

MAGNET

2-POLE BEAM ALIGNMENT MAGNET

ZERO FIELD SPACER (NO ADJUSTMENT)

2.9 Beam form adjustment

Adjustment preparation (1) The beam alignment should have been

completed.

(2) The raster tilt, centering, horizontal/

vertical size, scanning area check, and raster

distortion should have been completed. (3) Set video conditions to factory preset. (4) Input the dot signal.

Adjustment procedure (1) Green PRT beam shape adjustment. Short-

circuit 2P sub-mini connectors on Red and Blue

CPT P.W.B.s to project only the Green beam. (2) Turn the green static focus VR, on the Focus

Pack, fully clockwise. (Blooming) (3) Make the dot at the screen center a true circle

using the 4-pole magnet as shown below. (4) Also adjust the Red and Blue PRT beam shapes

according to the steps (1) to (3). (5) After the adjustment has been completed, return

R, G and B static VRs to the just focus point. (6) After completed, fix beam form magnet with

white paint.

TRUE CIRCLE SPECIFICATION

2.10 LENS FOCUS ADJUSTMENT

Adjustment preparation (1) The orientation of PTV set is arbitrary, west,

east, north and south.

(2) Centering DY inclination should have been

adjusted.

(3) Electrical focus adjustment should have been

completed.

(4) Drive VR location dajustment should have been

completed. (Red : 12 OÕclock, Green : 1~2

OÕclock). (5) Receive the cross-hatch pattern signal. (6) Refer to set below.

CONTRAST : HALF of full scale.

BRIGHTNESS : minimum

Adjustment procedure (1) Loosen the fixing screww or wing nut on the lens

cylinder so that the lens cylinder can be turned.

(Be careful not to loosen too much). After

completing steps (4), (5), (6) below, tighten the

fixing scres or wing nuts for each lens with a

torque of 1.18N.m (12Kgf cm) ~ 1.67N.m (17Kgf

cm). (Be careful the lens cylinder does not turn

after having tightened the screw or wing nuts. If

it is tightened too much, lens may tilt or screw

may break.)

(2) Apply covers to each color of R, G and B lenses.

And project a single color on the screen and

adjust in sequence. (The adjustment order of R,

G and B is only an example.) (3) If the lens adjustment knob is turned clockwise

viewed from the front, the color Aberration

change as follows.

(NOTE 1)

Fixing Screw

(NOTE 2)

Wing Nut

TYPE 1 TYPE 2

Lens Sass

Color

Aberration

Cross-Hatch

Change of Color Aberration

Short focus Long focus

RED LENS Orange Scarlet

GREEN LENS Blue Red

BLUE LENS Purple Green

(4) In case of G lens. Set to the point where the

chromatic aberration switches from blue to red. If the chromatic aberration appearing all over the screen is not the same, observe the vertical bright line and adjust lens focus as specified in table below. When the red chromtic aberration appearing at both sides of the bright line is not equal, observe the side with larger chromatic aberration when adjusting.

OPTICAL FOCUSING ADJUSTMENT GREEN

Change the signal to the circle pattern and fine adjust. Observe the corner part of the screen, especially observe number in the small circle shen adjusting. If the focus performance at the screen center exceeds the lower limit, it is accpetable.

CHASSIS SP05 (D78)

SCREEN SIZE 60Ó 50Ó

L1 and L2

(PITCHES from CENTER) 3.0 3.0

BETWEEN

L1&L2 * *

COLOR * *

ABERRATION I 3mm MAX 3mm MAX

** **

O 3mm MAX 3mm MAX

(NOTE) * Slightly reddish or no color

** Slightly bluish or no color

Small circle of circle pattern

NOTES: 1. Since the G light is very important for picture

quality and performance, pay special attention in its adjustment.

2. Be careful not to touch the lens with your fingers when adjusting.

(5) In case of R lens. Set the position where the

chromatic aberration changes from red to crimson. As shown below, observe the vertical bright line and adjust lens focus where the crimson or red chromatic aberration slightly appears inside and crimson or red outside (reference value : 1~3mm) at the point specified in table below. Change the signal and fineadjust in the same way as the G lens.

OPTICAL FOCUSING ADJUSTMENT RED

(6) In case of B lens. Set the position where the

chromatic aberration changes from purple to green. As shown below, observe the vertical bright line and adjust lens focus where the purple or green chrmoatic aberration slightly appears inside and purple or green outside (reference value : 1~3mm) at the point specified in table below. Change the signal and fineadjust in the same way as the G lens.

CHASSIS SP05 (D78)

SCREEN SIZE 60Ó 50Ó

L1 and L2

(PITCHES from CENTER) 3.0 3.0

BETWEEN

L1&L2 ** **

COLOR ** **

ABERRATION I 3mm MAX 3mm MAX

O 3mm MAX 3mm MAX

(NOTE) * Slightly reddish or no color

** Slightly bluish or no color

NOTE: Setting the center between Red and crimson is

optimum.

NOTE: Setting the center between purple and crimson is

optimum.

Adjustment Procedure (7) After all colors have been adjusted, display all

colors with the cross-hatch pattern signal and compare the focus (optical focus) performance with the llimit sample set.

(8) Then, select the circle pattern signal and

compare the focus (optical focus) performaces of each color and all colors together with the limit sample set.

(9) If the focus performance is worse than the limit

sample set, re-adjust step (1) to (6).

2.11 STATIC FOCUS ADJUSTMENT

Adjustment preparation (1) LENS FOCUS adjustment should be finished. (2) Contrast : MAX

Brightness : Center. (3) Receive the circle pattern signal. (4) Apply covers to the lens of the colors you are

not adjusting and project only one color on the

screen.

Adjustment procedure (1) Red and blue static focus adjustment. Adjust

the static focus VR on Focus pack (UFPK) so

that the center of circle pattern is the most clear.

Check that the focus does not get

conspicuously worse at the edges of the circle

pattern signal or cross-hatch signal. (2) Green static focus adjustment. Adjust the static

focus VR on Focus pack (UFPK) (for green) so

that the center of circle pattern is the most clear.

Check that the focus does not get

conspicuously worse at the checking point, the

periphery of circle pattern cross-hatch signal.

NOTE: Checking point for the periphery of picture.

Checking point

762

1017

83.8

5.8

UNIT: mm

H.SIZE: 995

48.6

83.8

5.8

48.6

762

1017

108.5

1.4

83.8

5.8

UNIT: mm

H.SIZE: 995

108.5

1.4

15 25

83.8

5.8

V.SIZE: 650

914

1219

116.6

49.2

100.4

7.3

UNIT: mm

H.SIZE: 1190

58.2

100.4

7.3

49.2

58.2

914

1219

130.2

1.6

100.4

7.3

UNIT: mm

H.SIZE: 1190

65.1

130.2

1.6

65.1

15 25

100.4

7.3

V.SIZE: 770

116.6

50 DIGITAL COVERGENCE CROSSHATCH

Progressive Mode

HD mode

Progressive Mode

HD mode

60 DIGITAL COVERGENCE CROSSHATCH

Note: If only minor adjustments to convergence are

needed, the jig screen is not necessary. Use

digital data stored in memory and one color as a

reference (red, green, or blue). DO NOT CLEAR

DATAand WRITE to ROM memory.

2.12.1 Raster position adjustment

Adjustment preparation (1) Position adjustment - This will move an entire

color. Use this adjustment to match colors at the

center of the screen. (Active video center from

external signal and physical screen center

should now match from phase adj. 2.2.). (2) Use the buttons below to switch color to adjust.

ÒdisplayÓ - Green

Ò0Ó - Red

ÒINPUTÓ - Blue

Adjustment procedure (1) Press the freez button. Extra horizontal lines

appear to confirm raster position mode. (2) Use the cursor to adjust position. (3) Press freeze again to exit raster position mode.

Notes: (1) Other functions cannot be accessed when

in raster position adjustment mode. Press freeze and confirm extra horizontal lines disappear to exit raster position mode.

(2) Press menu to switch between all colors

displayed or adjustment color and Green only.

2.12.2 Convergence point adjustment

Adjustment preparation (1) Select color to adjust.

ÒdisplayÓ - Green

Ò0Ó - Red

ÒINPUT - Blue (2) Use 4, 6, 2, and 5 to move the cursor position

(dotted lines). (3) Use cursor move the convergence point. (4) Three adjustment modes are available:

1. Press ÒDISPLAYÓ 5 times (only when Digital convergence unit is replaced).

2. (7x5) Press Ò0Ó 5 times

3. (13x9) Press ÒINPUTÓ 5 times

For touch-up, only the (13x9) mode is necessary. This will adjust every cross-hatch intersection point on the screen.

For complete adjustment, start with (7x5) mode, and finally (13x9) mode to finish convergence.

If ÒSÓ distortion appears between cross-hatch lines repeat (7x5) mode to change calculation process while adjusting to remove distortion, then return to (13x9) mode to finish touch-up convergence.

Adjustment procedure

(1) Receive any NTSC signal. (Set in Progressive

mode). (2) contrast: middle of range to avoid PRT burn. (3) Turn TV set on. (4) Push the “SERVICE ONLY” switch on the

DEFLECTION P.W.B. then digital convergence

is set to the adjustment mode.

(5) Adjustment points are 117 points. (H : 13 points

x V: 9 points). ADJ. point can be moved using (2), (4), (5), (6) keys of remote control. For better result, adjust convergence starting at center and working toward edges of the screen.

(6) RED CONVERGENCE ADJ. Press (0) key on

R/C. Just then red convergence mode is set. Adjust each red line to green cross-hatch line, using G, H, F, E (cursor) keys.

(7) Blue convergence adj. Press (INPUT) key on

R/C. Just then blue convergence mode is set.

(8) Green convergence adj. Press (DISPLAY) key

on R/C. Just then green convergence mode is set.

(9) Calculation. When convergence adjustment is

finished, press (RED) color key on R/C. Then the calculation mode starts. The operation time is about 2 seconds and no picture appears during this operation. This operation fills convergence data between each adjustment point. If you find convergence shifted more than 1mm, adjust convergence again.

(10)Write data to ROM. Press (MOVE)* key on R/C.

First press: “ROM WRITE”? is displayed for alarm. 2nd press: Data starts to write to ROM, it takes about 4 seconds and no picture appears during this operation. When green dot patter appears, writing operation is OK. If writing operation is OK, press any key to return to the adjustment mode. When red dot pattern appears writing operation is NG. If writing operation is NG, replace digital convergence unit and readjust. Push the “SERVICE ONLY” switch again to finish the adjustment.

(11)Receive any HD signal. (Set is in HD mode.) (12)Repeat above steps (4)~(11) again.

PROGRESSIVE MODE

HD MODE

Adjustment Point

Adjustment Mode

Adjustment Point

2.12.3 Digital Convergence Remote Control (SP0X)

ADJUSTMENT

CALCULATION

NOTES:

(1) EXIT button- Crosshatch/Video mode

Press ÒEXITÓ 5 times to display external signal. Press ÒEXITÓ 5 times again to return to DCU internal cross-hatch signal.

(2) MENU button- Remove color mode

Press MENU to switch between all colors displayed or adjustment color and green only. Press (0), then press MENU- REd and Green displayed (Blue removed). Press INPUT, then press MENU- Blue and Green are displayed (Red removed). Press DISPLAY, then press MENU- Only Green is displayed.

(3) FREEZE button- ENTER/EXIT raster position

adjustment mode.

Adjustment Prepartion (1) Position adjustment- This will move an entire

color.

(2) Use the buttons below to switch color to adjust.

DISPLAY- Green 0- Red INPUT- Blue

Adjustment Procedure (1) Press the FREEZE button. Extra horizontal

lines appear to confirm raster position mode. (2) Use the cursor buttons to adjust. (3) Press FREEZE again to exit raster position

mode.

NOTES: 1. Other functions cannot be accessed when in

raster position adjustment mode. Press FREEZE and confirm extra horizontal lines disappear to exit raster position mode.

2. Press MENU to switch between all colors displayed or adjustment color and Green only.

REMOVE

COLOR

CURSOR UP

CURSOR LEFT

CURSOR DOWN

RED (7x5 Adj.)

ROM READ

REMOVE

COLOR

PHASE

CURSOR

RIGHT

ROM

WRITE

RASTER

POSITION

GREEN

(3x3 adj.)

BLUE

(13x9 adj.)

NOTES: 1. Above functions are executed only when

remote is in TV mode. First press the TV button on R/C to select the TV mode.

2. 3x3 adjustment mode can be accessed only when DCU is in uncorrected state.

Condition: User controls are set to the initial set

positions (for shipment)

Measuring point-Screen center.

STICKING OUT OF BLUE

Defocus sticking out specification

Screen Size Blue sticking out

53Ó 1.0mm

60Ó 1.0mm

2.13 Blue defocus adjustment

Adjustment Preparation (1) Optical and electrical focus adjustment should

have been completed.

(2) The convergence adjustment should have been

completed. (3) Set Video conditions to factory preset. (4) Input the cross-hatch signal.

Adjustment procedure (1) Short-circuit 2P sub-mini connectors on the red

and green CPT P.W.Bs. to display only the blue

beam. (2) Turn the B Focus VR (Focus Pack) fully

clockwise. (3) Adjust the BLUE focus VR counter-clockwise

so that the sticking out part of blue satisfies the

specification.

Adjustment preparation

(1) Start adjustment after the power is turned on for

20 minutes or more. (2) The vertical incident illumination on the screen

should be 20 lux or less. (Room should be dark). (3) Set the video settings (CONTRAST: max,

others: center) to standard condition. (4) The blue defocus and cut off adjustments should

be completed.

2.14 White balance adjustment

(1) Screen adjustment (2) High light white balance. (3) Low light balance.

Screen adjustment VRs Red: on FOCUS PACK Green: on FOCUS PACK Blue: on FOCUS PACK

Drive adjustment VRs Red: R829 on CPT P.W.B. Green: R879 on CPT P.W.B.

(5) For low light white balance adjustment, input a

white raster signal level of 0.286 Vp-p (Video input level).

(6) For high light white balance adjustment, input a

white raster signal level of 0.715Vp-p (Video input level).

(7) Set the drive adjustment VRs (red and green) to

12 - 2 oÕclock position.

(8) Set Video Advanced Settings-Color temperature

to COOL.

Adjustment procedure

(1) Select the input signal for high brightness (Video

level = 0.715Vpp).

(2) Adjust the high brightness white balance, to

10800ûK±0MPCD (x=0.278, 0.280) at center of the screen, using the drive adjustment VRs (red, green) on the CPT P.W.B.

(3) Select the signal for low brightness (Video level

= 0.286Vpp)

(4) Adjust the low brightness white balance using

the screen adjustment VRs (red, green, blue) on the FOCUS PACK. (Visually adjust).

(5) Check that high brightness white balance is still

obtained. If it is not, return to step (2).

NOTE: When adjusting low level white balance, turn the

screen VRs counterclockwise. The cut-off adjustment should already be completed and the screen VRÕs should not be increased past the level set at cut-off. Since the phosphorescent surface of the CRT is likely to be burned, be careful. Do not turn the screen VRÕs clockwise.

White balance = 10800¡ K ± 0 MPCD Color coordinate = x ÉÉ 0.278

y ÉÉ 0.280

2.15 Sub brightness adjustment

Adjustment preparation (1) Start adjustment after the power is turned ON

for 20 minutes or more. (2) Receive the color bar signal. (3) Set video conditions to factory preset. (4) The vertical incident illumination on the screen

should be 20 lux or less. (Room should be dark).

Should sink to black

Should rise slightly from black

Y CY G MG R BL

A7 A6 A5 A4 A3 A2 A1

B C D

Q I W 100% BLK

75%

(1) Input 1080i (fH=33.75kHz) component circle

pattern signal to VIDEO 1 or 2.

(2) Go to I

C Adjustment mode by pressing INPUT and POWER button on control panel at the same time.

(3) Choose H. POSI item by using G,H keys. (4) Adjust HOR. POSITION as following by using

F,E keys.

HD MODE

Spec: Balance Left/Right side display position

for H. position.

Adjustment procedure (1) Go to “Sub Brightness” adjustment in I

C ADJUST mode (press Input and Power button on Control panel at same time), using G, H keys and then E key.

(2) Then adjust “Sub Brightness” using F, E keys to

increase or decrease the value, according to figure. (Visually adjust).

(3) After adjustment, press MENU button to exit I

C ADJUST mode. (Data is stored in memory).

Note: When selecting SUB-BRIGHTNESS mode the

microcontroller sets the CONTRAST and COLOR to MIN. automatically, but make sure that the other conditions are center. Directly observe the screen by eye without using a mirror.

2.16 Horizontal position adjustment

Adjustment preparation (1) The set should face East or West. (2) Set video conditions to factory preset. (3) DIGITAL CONVERGENCE adjustment should

be finished. (Progressive mode and HD mode).

Adjustment procedure

(1) Receive a circle pattern. (2) Go to I

C Adjustment mode by pressing INPUT and POWER button on control panel at the same time.

(3) Choose H. POSI item by using G,H keys. (4) Adjust HOR. POSITION as following by using

F,E keys.

PROGRESSIVE MODE

Spec: Balance Left/Right side display position

for H. position. H. size marker 0.7~1.5.

PROGRESSIVE MODE

2.17 Scanning area check

Checking condition

(1) Digital convergence adjustment should have

been completed. (2) Receive the circle pattern signal. (3) Brightness/Contrast - standard condition

Contrast:max

Other controls:center position (4) Check that the scanning area matches with the

following drawing.

(1) Receive 1080i circle pattern No.59 of LT1611*,

LT1608* of LEADER signal generator.

¥ LT1611 : Programmable Video Generator ¥ LT1608 : Video Encoder

HD MODE

Top and bottom of the circle is between outer edge and inner edge.

Outer edge of the circle Inner edge of the circle

3 5

5 3

H size marker

0.7~1.5

H size marker

0.7~1.5

3~4 scales

4 grids

1~2 scales

4 grids

6 grids

3. ADJUSTMENT POINT

3.1 CRT, cabinet locations

1.CENTERING MAGNET FOR RED PRT

2.CENTERING MAGNET FOR GREEN PRT

3.CENTERING MAGNET FOR BLUE PRT

4.4-POLE MAGNET FOR BEAM FORM ADJUSTMENT

5.BEAM ALIGNMENT MAGNET

6.DIGITAL CONVERGENCE MODULE (On Power/Deflection Board)

7.FOCUS PACK (Top Adjustments for Screen, Bottom for Focus)

3.2 MAIN CHASSIS (Signal P.W.B.)

QS2

240

325

240

Rear view

U201

U202

U205

U204

QS4

325

TERMINAL P.W.B.

0 0

QS1

2H VIDEO PWB

FLEX

CONTROL

(PIP)

3DY/C

2nd tuner

1st tuner

SURROUND P.W.B.

I001

3.3 MAIN CHASSIS (Power/Deflection P.W.B.)

325

DS1

QH01

DP29

+B 120V

TP91

I601

385

325

SK01 : SERVICE ONLY SW

RH44 HIGH VOLTAGE ADJ.

Rear view

DIGITAL CONVERGENCE UNIT

CONVERGENCE

HEAT SINK

MRMGMB

(Green)

DP37

(Red)

R630

V. SIZE ADJ.

R683

H. SIZE ADJ.

(Prog. Mode)

R686

H. SIZE ADJ.

(HD Mode)

(FBT)

THO1

3.4 POWER SUPPLY P.W.B.

PQU1

PQS1

PQD2

PQD1

PQS2

PQU2

PQS4

T901

Switching

Transformer

D912

AUDIO (F):SW+29V

(GREEN)

D913

AUDIO (RE)(C):SW+29V

(GREEN)

D927

SBY+7V

(GREEN)

D931

SW+5V

(GREEN)

D949

SBY+11V

(GREEN)

D903

IC POWER

MONITOR

(RED)

= RED OR GREEN LED

3.5 CPT (R) (G) (B), Focus Pack, Control P.W.B.

GND

FS FT

RGB

FOCUS PACK (UFPK)

DIMMER CONTROL

LIGHT RECEIVER

REMOTE CONTROL

LIGHT RECEIVER

AUT O DIGICON

(MAGIC FOCUS)

POWER

LED

POWER INPUT/

EXIT

MENU/

SELECT

VOL+

VOL-

CH+

EFC1

Screen Adj. VR

P852 (Cathode)

P802 (Cathode)

R829

E861E831E801

RED

R879

P841

P851 P801

GREENBLUE

GND GND

Focus Adj. VR

R829

CONTROL P.W.B.

CH-

TROUBLE SHOOTING

YES

1. No raster and no power (How to check Diagnosis LED)

No raster

Is Power Indicator

Red LED "ON"?

DM03 (CONTROL)

Check

DIAGNOSIS

Red LED

(POWER)

Is click sound of

relay heard?

Is Red LED "BLINK"?

PROTECTION

DP37 (DEF.)

Is Red LED "BLINK"?

PROTECTION

D903 (POW.)

Did green LED

turn OFF same time?

(DEF)

DP29(+120V)

Check

EP98, DP11,

Q777,QH01 TH01,DH11

etc.

(POW)

D912

Audio(F)

Check

E992, D910

IC01 etc.

(POW)

D913

Audio(Re)(C)

Check

E993,D911,

IS15, IS16

etc.

(POW)

D927

SBY +7V line

Check

D918, I905,

I008, I010

etc.

(POW)

D949

SBY+11V line

Check

D918, I906,

I007, I009

etc.

(POW)

D931,

SW+5V line

Check

D918, I907,

I011, I012

etc.

Did 5 green LED’s

turn OFF same time?

Check

DIAGNOSIS

Red LED

(DEFLECTION)

1. Turn OFF power SW.

2. Wait for 3 seconds.

3. Turn ON again after several seconds, and carefully observe green LED’s.

1. Turn OFF power SW.

2. Wait for 3 seconds.

3. Turn ON again after several seconds, and carefully observe green LED’s.

Find which LED’s going to dark or OFF. (Other LED’s are going to OFF little bit later or same time.)

(POWER PWB)

(POWER SUPPLY PWB)

YES

Voltage at pin(4) of

IP01 14V - 18V ?

Check DP04, RP02,

RP03, CP05

(Deflection PWB) (Power Supply PWB)

Check D904, R905,

R906, C907

Check IP01

Check I901

Voltage at pin(4) of

I901 14V - 18V ?

Has protector EP91 blown?

Has protector E991 blown?

Check Q008, Q009

I904, D909

B C

Check Q003, Q004,

D922, S901

Check IP01, DP04

Replace EP91

Check I901, D961

Replace E991

Check I001

YES

Voltage at pin (51)

and (33) of I001 3.3V?

Voltage at pin (53) of

I001 "L" ?

Voltage at pin (23) of

I001 "AC CLOCK in" ?

Check Q029, D035

and L004

(Signal PWB)

YES

Does raster

appear with G and K of

QP01 shorted ?

YES

Is base voltage of

Q751 normal ?

YES

Are voltages

of both ends of T751

(primary side)

normal ?

Check QP01

(Deflection PWB)

(Power supply PWB)

YES

Does raster

appear with G and K of

Q905 shorted?

Check

I702 pin(15)-H out,

pin(8)-DEF HVcc

QP04, DP35, DP36

Check T751,

R754, R755

Check Q777,

QH01, T751, T752

Check Q905, I903, D921,

D908, I902, Q902, D923

Check Q905

555657

2. INCORRECT COLOR

Color condition

efective

white balance

Are

voltages at pin

(41)(42) and (43) of

I205 normal?

Yes

Are

voltages at pin

(1)(3) and (5) of PZC

connector normal?

Yes

No color

IX01

QX31,QX32,DX11 QX36,QX37,DX12 QX41,QX42,DX13

I/Q signal input at

pins(51)(52) of

IX01

waveform at pin

(18) (20) of

PFC2(U205)

Abnormal

waveform at pin

(4)(5) of PFC1(U205)

normal

Abnormal

Is waveform at pin (19)(21) of I205

normal

Abnormal

Yes

IX01

Normal

QX22~QX27,QX52~QX55,IX02

Normal

U205

Normal

Q229~Q231, Q236 Q232~Q234, Q237

input signal RF or

Composite

signal

Yes

waveform at pin

(1)(3) of I205

normal?

Abnormal

Is waveform at pin (47)(48) of I201

normal?

Abnormal

Normal

Abnormal

I406, Q426, Q427

I205

Q220, Q221

waveform at pin

(7)(9) of I205

normal?

Q438, Q439, etc

Normal

I205

Red does not appear

Q801, Q802, Q803, Q804

PRT ( R )

waveform at pin

(6) of I201

normal?

Abnormal

waveform at pin

(7) of PYC1(U204)

normal?

Abnormal

U201, U204, I401,

Q205, Q402, etc

Green does not appear

Q851, Q852, Q853, Q854

Normal

I201

Normal

Q213, Q214, Q215

PRT ( G )

Blue does not appear

Q8A1, Q8A2, Q8A3, Q8A4

PRT ( B )

)

U20 1?

)

3. SNOW NOISE

ANT A

Reception impossible with snow noise

Is there output of

PLL control pulse

(Clock, Data,

Enable

of U201?

I201, I014

ANT B

Reception impossible with snow noise

Yes

Is there voltag e

app lied to pins

Vcc (9V ), BP( 5V),

and VT ( 3 3 V) o f

I009,I010, D201

Yes

U201

Is there output of

PLL control pulse

(Clock, Data,

Enable

of U202?

I201, I014

Yes

Is there voltag e

app lied to pins

Vcc (9V ), BP( 5V),

and VT ( 3 3 V) o f

U20 2?

I009,I010, D202

Yes

U202

I001 Pin 1 I001 Pin 2 I001 Pin 23

I001 Pin 24 I001 Pin 38 I001 Pin 49

I001 Pin 55 I001 Pin 62 I001 Pin 63

I403 Pin 6 I403 Pin 8 I403 Pin 40

WAVEFORMS AT EACH SECTION

Numbers inside circle correspond to locations shown in the circuit diagram.

PSD2 Pin 1 PSD2 Pin 2 PSD3 Pin 4

PSD3 Pin 6 PSD3 Pin 8 PSD3 Pin 10

PST1 Pin 1 PST1 Pin 2 PST1 Pin 5

PST1 Pin 6 PSU1 Pin 1 PSU1 Pin 2

WAVEFORMS AT EACH SECTION

Numbers inside circle correspond to locations shown in the circuit diagram.

PSU1 Pin 3 PSU1 Pin 4 PSZ2 Pin 1

PSZ2 Pin 2 PSZ2 Pin 12 PSZ2 Pin 13

Q851 E Q852 E QE04 E

QE07 E QE24 C R863 - R864

WAVEFORMS AT EACH SECTION

Numbers inside circle correspond to locations shown in the circuit diagram.

PRINTED CIRCUIT BOARD

2H Video/Terminal P.W.B.

PRINTED CIRCUIT BOARD

DEFLECTION P.W.B.

PRINTED CIRCUIT BOARD

SIGNAL P.W.B.

PRINTED CIRCUIT BOARD

VM SENSOR 2

PRINTED CIRCUIT BOARD

POWER SUPPLY P.W.B.

PRINTED CIRCUIT BOARD

SRS P.W.B.

WIRING DRESS DRAWING

50NP4 WIRING DRAWING

60NP4 WIRING DRAWING

50NP4 WIRING DRAWING

60NP4 WIRING DRAWING

BLOCK DIAGRAM

WIRING DRAWING

O All DC voltage to be measured with a tester (100kh/V). Voltage taken on a complex color bar signal including a standard color bar signal. O Since this is a basic circuit diagram, the value of the parts is subject to be altered for improvement.

POWER

PRODUCT SAFETY NOTE: Components marked with a and shaded have special characteristics important to safety. Before replacing any of these components, read carefully the PRODUCT SAFETY NOTICE of this Service Manual. DonÕt degrade the safety of the receiver through improper servicing.

BASIC CIRCUIT DIAGRAM

POWER POWER DEFLECTION

32456

132456

Circuit Pi n Voltage Circuit Pin Voltage

No. No. VDC No. No. VDC

1 1.8 B 0 2 0.1 Q901 C 13.5

I901 3 163.7 E 0

4 13.5 B 6.4 5 0 Q902 C 11.5 1 12.4 E 5.9

I902 2 11.5 B 0.2

3 2.9 Q903 C 4.8 4 14.5 E 0.1 1 12.4 B 0

I903 2 11.7 Q905 C 11.7

30 E0 4 14.5 B 5.1 1 3.3 Q908 C 5.1

I904 2 5.3 E 4.5

3 5.2 B 4.5 4 12.4 Q909 C 0 1 27.3 E 4.6 2 7.4 B 2.9

I905 3 0 Q910 C 14.5

4 5.1 E 2.2 5 2.5 B 1 1 27.3 Q911 C 0.9 2 11.8 E 0.1

I906 3 0 B 4.9

4 9.3 Q912 C 0 5 2.5 E 5 1 27.3 2 5.7

I907 3 0

4 5.1 5 2.5 1 27.3 2 12.2

I908 3 0

4 12.2 5 2.5

POWER DEFLECTION

BASIC CIRCUIT DIAGRAM

POWER POWER DEFLECTION

32456

132456

Circuit Pi n Voltage Circuit Pin Voltage

No. No. VDC No. No. VDC

1 2.2 B 0.3 2 0.1 QP01 C 10.4

IP01 3 165.8 E 0

4 18.3 B 119.8 5 0.1 QP02 C 0.4 1 7.5 E 120.2 2 6.3 B 6.3

IP02 3 0 QP03 C 0

4 2.5 E 6.3 1 12.1 B 10.7 2 11.1 QP04 C 11.3

IP04 3 3.1 E 11.4

4 18.2 1 120.1

IP05 2 10.8

BASIC CIRCUIT DIAGRAM

DEFLECTION CONVERGENCE

32456

132456

DEFLECTION

Circuit Pi n Voltage Circuit Pin Voltage Circuit Pin Voltage

No. No. VDC No. No. VDC No. No. VDC

1 15.6 B 0.3 B 1.3 2 27.1 Q601 C 2.5 QF02 C 6.7 3 4.9 E 0 E 0.7 4 6.7 B 27.4 B 6.7 5 4.6 Q609 C 0 QF03 C 0.8

I601 6 0 E 27.7 E 7.1

7 3.8 B 0.3 B 0.8 8 4.6 Q612 C 8.7 QF04 C 11.7

9 4.6 E 0 E 0.3 10 27.4 B 10.9 B 12.3 11 1.1 Q652 C 7 QF06 C 383.3

1 0.7 E 11.5 E 383.1

2 1.3 B 6.4 B 383

3 0.9 Q653 C 1 QF07 C 981.6

I651 4 0 E 6.9 E 487.1

5 3.1 B 5.6 B 11.6

6 0.7 Q654 C 2.5 QF09 C 482.2

7 -0.2 E 6.1 E 11.1

8 12.3 B 0.6 B 3.3

1 0.1 Q655 C 12.3 QH01 C 75

2 0.1 E 1 E 0.4

3 3.1 B 0.7 B 12

4 3.2 Q656 C 0 QH07 C -0.2

5 0 E 1 E 10.5

6 7 B 0.2 B 0.6

7 5.7 Q657 C 93.4 QH08 C 4

89.7 E0 E0

9 2.7 B 0.1 B 4 10 1.1 Q701 C 7 QH09 C 12.3 11 1.2 E 0 E 3.9

I701 12 1.2 B 7 B 4

13 0 Q702 C 9.7 QH10 C 0 14 0 E 6.3 E 3.9 15 1.3 B 0.8 B 12.2 16 4.9 Q703 C 0.1 QH80 C 12 17 4.9 E 0 E 12.3 18 6.3 B 0.1 B 0 19 2.2 Q704 C 16.3 QN01 C 12.1

200.1 E0 E0 21 2.2 B 0.7 B 1 22 5.2 Q705 C 0.1 QN02 C 11.4 23 0.3 E 0 E 0.5 24 0.8 B 0.4 B 0.1

1 6.4 Q751 C 16.3 QN03 C 11.4

2 12.4 E 0 E 0

3 0.9 B 6.4 B 11.4

4 2.5 Q754 C 0.8 QN04 C -0.7

5 1.6 E 7.3 E 11.4

6 0 B 1.1 B -0.1

7 0 Q755 C 12.3 QN05 C 0.5

IH02 8 0 E 1.6 E 0

97.2 B0 B0

10 7.2 Q777 C 116.9 QN07 C 0.1

117.2 E0 E0 12 7.2 B 0.7 B 0.8 13 2.7 QF01 C 0 QN08 C 0

141.9 E0 E0 15 4.9 16 0

BASIC CIRCUIT DIAGRAM

DEFLECTION CONVERGENCE

32456

132456

CONVERGENCE

Circuit Pi n Voltage Circuit Pin Voltage

No. No. VDC No. No. VDC

1 8.7 B -8.4

IK01 2 0 QK01 C -5.3

3 5.1 E -9

1 3.5 B 0

IK02 2 5.1 QK02 C 0

3 0 E 0.7

1 8.7 B 0

IK03 2 0 QK03 C -7.8

3 5.1 E 0.7

10 B0

2 0 QK06 C 5.1

3 -31.1 E 0

4 -32.2 B 0

5 32.6 QK07 C 5.1

60 E0

70 B0

8 -27.6 QK08 C 5.1

IK04 9 0 E 0

10 27.6 B 0 11 0 QK71 C 3.4 12 -27.6 E 0 13 0 14 0 15 -0.1 16 0 17 -27.6 18 0

3 -31.1

4 -32.2

5 32.6

8 -27.6

IK05 9 0

10 27.6 11 0 12 -27.6 13 0 14 0 15 0 16 0 17 -27.6 18 27.6

SIGNAL 1 OF 3

BASIC CIRCUIT DIAGRAM

SIGNAL 1 OF 3 SIGNAL 2 OF 3

32456

132456

Circuit Pin Voltage Circuit Pi n Voltage Circuit P in Voltage

No. No. VDC No. No. VDC No. No. VDC

1 0 1 5.1 B 7.8 2 4.9 2 5.1 Q001 C -0.2 3 4.9 3 0.4 E 7.8 4 3 4 4.7 B 0.8 5 3.3 5 4.7 Q002 C 0 6 2.2 6 0.4 E 0 7 3.2 7 0.4 B 0.7 8 0.1 I004 8 0 Q003 C 0

9 0.1 9 2.5 E 0 10 3.7 10 0 B 0 11 3.7 11 0 Q004 C 4.9 12 0.1 12 0 E 0 13 0.1 13 5.1 B 0 14 0.1 14 4.9 Q005 C 3.2 15 3.2 15 4.9 E 0

I001 16 3.2 16 5.1 B -1.7

17 0.1 1 5.1 Q006 C 2.8 18 0.1 2 5 E 0 19 0.1 3 5.4 B 0 20 3 4 5.4 Q007 C 0 21 3 5 5.4 E 0.7 22 3.8 6 0 B 0.4 23 1.6 7 0 Q008 C 2.5 24 2.8 I005 8 0 E 0.2 25 3.2 9 0 B 0.5 26 2 10 0 Q009 C 1.6 27 2.3 11 0 E 0.2 28 1.4 12 3.1 B 3.2 29 0 13 2.3 Q010 C 0 30 1.5 14 3.1 E 3.2 31 2.3 15 5 B 0 32 1.5 16 9.2 Q014 C 3.2 33 3.2 1 3.2 E 0 34 1.8 I006 2 0 B 0.7 35 1.6 3 3.2 Q015 C 0.1 36 1.6 1 11.2 E 0 37 0 I007 2 0 B 0.2 38 0 3 9.2 Q016 C 3.9 39 0 1 7.1 E 0 40 0 I008 2 0 B 0.2 41 1.4 3 5.1 Q017 C 2.8 42 1.4 1 0 E 0 43 0.1 2 4.3 B 6.1 44 0.3 I009 3 9.3 Q018 C 0.6 45 0.1 4 9.1 E 6 46 3 5 11.2 B 5.4 47 1.8 1 0 Q019 C 0

I001 48 1.8 I010 2 4.3 E 6

49 2.8 3 5.1 B 5.4 50 3 4 5.1 Q021 C 9.2 51 0.1 5 7.1 E 4.8 52 3.2 1 5.4 B 0 53 2.8 I011 2 0 Q022 C 0 54 3.2 3 2.6 E 0 55 3.2 1 5.4 B 11 56 0.1 I012 2 0 Q023 C 0 57 3.2 3 3.4 E 11 58 3.2 1 5.1 B 0 59 4.9 2 3 Q024 C 11.1 60 4.9 3 3 E 0 61 3.2 4 3 B 3.9 62 1.6 5 0 Q029 C 5.1 63 1.6 6 0 E 3.3 64 0 7 0.1 B 0.7

1 0 8 0 Q030 C 0

20 90 E0

3 0 I014 10 0 B 5.4

I002 4 0 11 0 Q031 C 9.2

5 4.9 12 0 E 4.8

6 4.9 13 0 B 3.1

7 0 14 0 Q034 C 0

8 5.1 15 0 E 3.7

1 0.2 16 4.7 B 3.7

2 4.6 17 4.8 Q035 C 9.1

3 4.7 18 4.8 E 3.1

4 4.1 19 0 B 0

5 4.1 20 5.1 Q036 C 5.1

6 4.7 1 2.7 E 0

7 4.7 2 5 B 5

I003 8 0 3 0 Q037 C 0

9 0 I015 4 3.9 E 5.1 10 0 5 5.1 B 0 11 0 1 2.7 Q038 C 5.1 12 0 2 5.1 E 0 13 0 3 0 B 0.7 14 4.9 I016 4 5.1 Q039 C 0 15 4.9 5 5.1 E 0 16 5.1 B 0.7

Q040 C 0

E0 B5

Q046 C 5.1

SIGNAL 2 0F 3

BASIC CIRCUIT DIAGRAM

SIGNAL 1 OF 3 SIGNAL 2 OF 3

32456

132456

Circuit Pin Voltage Circuit Pi n Voltage

No. No. VDC No. No. VDC

1 4 B 0.7

2 4 Q201 C 0

30 E0

4 0 B 0.7

5 0 Q202 C 0

6 1.8 E 0

7 6.1 B 0.7

8 0.2 Q203 C 0

9 0.5 E 0 10 7.5 B 0.7 11 0 Q204 C 0 12 2.2 E 0 13 4.9 B 7 14 0.2 Q205 C 9.2 15 1.2 E 6.4 16 0 B 1.7 17 0.2 Q206 C 9.2 18 9.1 E 1.1 19 0 B 0.7 20 1.6 Q207 C 0 21 2.7 E 0 22 1.4 B 3.9 23 0 Q208 C 0

I201 24 0 E 4.5

25 1 B 5 26 0.2 Q209 C 9.2 27 0.2 E 5.4 28 0 B 4 29 1.4 Q210 C 0 30 1.5 E 4.6 31 1.4 B 5 32 0 Q211 C 9.2 33 4.9 E 5.4 34 4.9 B 2.7 35 4.9 Q212 C 0 36 0 E 0 37 2.2 B 3.8 38 4.3 Q213 C 9.1 39 2.7 E 3.2 40 2.8 B 4 41 5 Q214 C 9.1 42 5 E 3.4 43 0.1 B 0 44 3.2 Q215 C 9.1 45 0 E 0.2 46 0 B 2.7 47 2.4 Q216 C 0 48 2.5 E 3.4

1 4.9 B 4.8

2 5 Q217 C 9.1

3 0.2 E 4.1

4 0.2 B 2.5

5 0 Q220 C 0

6 0 E 3.2

7 0 B 2.4

I202 8 0 Q221 C 0

9 4.3 E 3 10 4.3 B 2.2 11 4.3 Q222 C 0 12 0.2 E 2.9 13 0.2 B 1.4 14 0.2 Q223 C 0 15 4.9 E 2 16 5.1 B 3.7

1 0.2 Q226 C 8.5

2 4.9 E 3.1

3 4.9 B 8.5

4 0.2 Q227 C 5.5

5 5 E 9.1

6 0 B 5.5

7 0 Q228 C 9.1

I203 8 5.1 E 4.9

9 0 B 5.5 10 0 Q230 C 4.9 11 0.2 E 9.1 12 0.2 B 3.7 13 4.9 Q232 C 8.5 14 5.1 E 3.1

1 3.7 B 8.5

2 0 Q233 C 5.5

3 3.7 E 9.1

4 0 B 6.1

5 3.7 Q235 C 9.1

6 0 E 5.5

7 0 B 5.5

8 0 Q237 C 9.1

9 0 E 4.9 10 0 B 0.7 11 0 Q239 C 0.1

I205 12 0 E 0

13 0 B 4.2 14 0 Q240 C 9.1 15 2.2 E 4.9 16 4.2 17 0 18 2.6 19 2.2 20 5 21 2.2 22 0 23 0 24 0

1 2.6

I207 3 0

SIGNAL 3 OF 3

BASIC CIRCUIT DIAGRAM

SIGNAL 3 OF 3 TERMINAL

32456

132456

Circuit Pi n Voltage

No. No. VDC

1 1.6 20 30 40 5 1.6

IC01 6 1 1

7 15.3 8 5.1 9 32.3

10 0 11 0 12 14.5

Circuit Pi n Voltage

No. No. VDC

B 0.3

QC01 C 0

E0 B 0.3

QC02 C 0

E0 B0

QC03 C 4.3

E0 B0

QC04 C 11

TERMINAL

BASIC CIRCUIT DIAGRAM

SIGNAL 3 OF 3 TERMINAL

32456

132456

Circuit Pin Voltage Circuit Pi n Voltage Circuit P in Voltage

No. No. VDC No. No. VDC No. No. VDC

14 14 14.9

2 4.5 2 4 2 4.9

34 34 30

4 4.5 4 2.2 4 4.6

54.5 50 55

6 0.2 6 1.8 6 4.9

7 4.9 7 6.3 7 0

84 83 81.9

9 4.5 9 0.1 9 1.9 10 4 10 7. 5 PST1 10 0 11 4.5 11 0 11 4.6 12 4.5 12 5.9 12 4.5 13 0.2 13 0 13 0 14 4.9 14 0.2 14 6.4 15 4 15 1.2 15 0

I401 16 4.5 16 0 1 6 4.6

17 4 17 9 17 4.6 18 4.5 18 9.1 18 0 19 4.5 19 9.1 19 1.1 20 0.2 20 1.1 20 0 21 5 21 4.8 1 0 22 4 22 2.4 2 0 23 4.5 23 9.1 3 3.9 24 4.1 24 0 4 0 25 4.5 25 0.5 5 3.8 26 4.5 26 0.3 6 0 27 0.2 27 0.4 7 3.9 28 5 I403 28 0 8 0 29 4.5 29 1.4 9 1.4 30 4 30 1. 3 PST2 10 0 31 4.5 31 1.4 11 2.5 32 0.1 32 0 12 0 33 5 33 4.9 13 2.5 34 5 34 4.9 14 0 35 0 35 0.3 15 4.8 36 4.5 36 0 16 0 37 4.5 37 0.1 17 4.8 38 4.6 38 5 18 0 39 3.7 39 4.9 19 4.8 40 4.6 40 2.7 20 0 41 4.5 41 5 1 0.2 42 9 42 5 2 0 43 4.6 43 0 3 0.1 44 0 44 3.2 4 0 45 3.9 45 0 5 0 46 3.7 46 3.8 6 0 47 4.5 47 2.4 7 0.1

I401 48 0.1 48 2.5 8 0

49 5 1 2.6 9 9.1 50 4.6 2 4.9 PST3 10 9.2 51 4.5 3 1.8 11 0 52 4.6 4 0 12 0 53 4.6 5 1.8 13 9.2 54 4.6 6 0.7 14 9.2 55 3.7 7 4.9 15 0 56 4.3 I406 8 2.1 16 0 57 0 9 2.1 17 5.1 58 4.5 10 0 18 5.1 59 4.5 11 2.5 19 0 60 4.4 12 4.9 20 0 61 4.5 13 5 62 4.5 14 2.6 63 4.4 15 0 64 4.5 16 2.5

1 6.5

I402 3 4.1

4 5.1

5 9.1

Circuit Pin Voltage Circuit Pin Voltage

No. No. VDC No. No. VDC

B 4.5 B 8.5

Q401 C 9 Q423 C 5.5

E 3.9 E 9.1

B 4.5 B 5.5

Q402 C 9 Q424 C 9.1

E 3.8 E 4.8

B 4.6 B 0.7

Q403 C 9 Q425 C 0

E 3.9 E 1.4

B 5.9 B 1.8

Q406 C 9.1 Q426 C 2.4

E 5.3 E 0

B 4.6 B 1.8

Q409 C 9 Q427 C 2.5

E 3.9 E 0

B 3.7 B 2.5

Q410 C 9 Q431 C 5

E 3.1 E 1.9

B 4.5 B 2.5

Q411 C 9.1 Q433 C 5

E 3.9 E 1.9

B 0 B 3.2

Q412 C 0 Q434 C 5

E 0.7 E 2.5

B 2.4 B 3.1

Q413 C 3 Q435 C 5

E 0 E 2.5

B 2.5 B 3.1

Q414 C 0 Q436 C 5

E 3.1 E 2.5

B 3.7 B 3.1

Q416 C 3.1 Q437 C 5

E 8.5 E 2.5

B 8.5 B 3.1

Q417 C 5.5 Q438 C 5

E 9.1 E 2.5

B 5.5 B 3.1

Q418 C 9.1 Q439 C 5

E 4.8 E 2.5

B 3.7 B 0.7

Q419 C 8.5 Q443 C 0.1

E 3.1 E 0

B 8.5 B 4.2

Q420 C 5.5 Q444 C 9.1

E 9.1 E 4.8

B 5.5 B 4.2

Q421 C 9.1 Q445 C 9.1

E 4.9 E 4.8

B 0 B 4.2

Q422 C 3.1 Q446 C 9.1

E 8.5 E 4.8

2H-VIDEO

BASIC CIRCUIT DIAGRAM

2H-VIDEO SRS

32456

132456

Circuit Pi n Voltage Circuit Pin Voltage Circuit Pin Voltage

No. No. VDC No. No. VDC No. No. VDC

1 1.6 1 9.2 B 0 2 4.4 2 9.2 QX01 C 0.1 3 4.1 3 0 E 0.7 4 3.1 4 5.1 B 0 5 2.5 5 5.1 QX02 C 0.7 6 2.3 6 0 E 0 7 0.1 7 0 B 0 8 4.1 8 0 QX03 C 0 9 4.1 9 0 E 0.7

10 4.1 PSZ1 1 0 0 B 0 11 1.6 11 0 QX07 C 0 12 5 12 0 E 0.2 13 2.5 13 0 B 0

IX01 14 0 14 0 QX08 C 0

15 2.6 15 0 E 0.7 16 0.1 16 0 B 0.1 17 0.1 17 0 QX09 C 0.1 18 0.1 18 0 E 0.2 19 0.1 19 0.8 B 7.3 20 6.7 20 0 QX13 C 9.2 21 0 1 4.9 E 6.6 22 9.1 2 4.9 B 0.2 23 9.1 3 0 QX15 C 9.1 24 1.7 4 4.7 E 0.2 25 1.3 5 11 B 9.1 26 1 6 0 QX16 C 0.3 27 4.9 7 0 E 9.1 28 4.9 8 1.2 B 1.2 29 5 9 0 QX17 C 0 30 5 PSZ2 10 0.2 E 1.7 31 0.1 11 0 B 0.6 32 0 12 0.5 QX18 C 0 33 3.7 13 0.3 E 1.3 34 3.7 14 0 B 0.8 35 3.7 15 4.2 QX21 C 1.6 36 0.2 16 0 E 0.7 37 3.6 17 4.2 B 5.3 38 3.6 18 0.1 QX22 C 9.1 39 3.6 19 4.2 E 4.6 40 9.1 20 0 B 5.3 41 2.8 QX23 C 9.1

IX01 42 2.6 E 4.6

43 2.6 B 7.7 44 0.1 QX24 C 9.1 45 5.7 E 7.1 46 9.1 B 0 47 0 QX25 C 4.9 48 3.4 E 0.9 49 5.5 B 8.5 50 5.1 QX26 C 4.6 51 5.1 E 9.1 52 5.1 B 8.5 53 6.6 QX27 C 0 54 7 E 9.2 55 5.2 B 2.6 56 0.2 QX31 C 0.1

1 2.6 E 3.2 2 4.7 B 6.9 3 1.9 QX32 C 3.2 4 0.1 E 7.6 5 1.9 B 2.7 6 0.7 QX36 C 0 7 0 E 3.3

IX02 8 2.2 B 6.9

9 2.2 QX37 C 3.3

10 0 E 7.6 11 2.6 B 2.8 12 5 QX41 C 0.1 13 5.1 E 3.4 14 2.6 B 1.3 15 0 QX42 C 0.6 16 2.6 E 1.3

B 3.5

QX46 C 9.2

E 2.8 B 4.9

QX52 C 0.1

E 4.3 B 4.6

QX53 C 9.1

E 3.9 B 4.6

QX54 C 8.5

E4 B 4.9

QX55 C 8.5

E 4.3

SRS

BASIC CIRCUIT DIAGRAM

2H-VIDEO SRS

32456

132456

Circuit Pin Voltage Circuit Pin Voltage

No. No. VDC No. No. VDC

1 5.1 B 1.1

2 4.9 QA07 C 8.6

3 4.9 E 0.4

4 0.1 B 8.6

5 0.1 QA08 C 4.1

6 0.1 E 9.2

7 5.1 B 1.1

8 0 QA09 C 8.6

9 5.1 E 0.4

IA01 10 0 B 8.6

11 5.1 QA10 C 4.2 12 0.1 E 9.2 13 0.1 B 0.1 14 0.1 QA11 C 0 15 0.1 E 0 16 5.1 B 0 17 5.1 QA12 C 0.1 18 5.1 E 0 19 5.1 20 5.1

1 4.7

2 1.3

3 4.7

4 9.2

IA02 5 4.7

7 0.1

8 4.7

9 5.7 10 4.6

1 4.7

2 4.7

3 4.7

4 4.7

5 4.7

6 4.7

7 4.7

8 4.7

9 9.2 10 0 11 0.1

IA03 12 0.1

13 4.7 14 4.7 15 4.7 16 4.7 17 0 18 4.7 19 4.6 20 4.7 21 4.6 22 4.7

1 0.1

3 4.2

4 4.2

5 4.2

6 4.2

90 10 4.9 11 4.9

IA05 12 0.1

13 0.1 14 3 15 2.7 16 8.5 17 4.2 18 4.2 19 4.2 20 0 21 4.2 22 0

CPT

BASIC CIRCUIT DIAGRAM

CPT VM

32456

132456

Circuit Pi n Voltage

No. No. VDC

B 3.4

Q801 C 8.4

E 2.9 B 8.6

Q802 C 9.2

E 8.4 B 9.1

Q803 C 172

E 8.6 B 172

Q804 C 1

E 172.7 B 1.7

Q812 C 1

E1 B 3.4

Q851 C 8.3

E 2.9 B 8.6

Q852 C 9.2

E 8.3 B 9.1

Q853 C 159.6

E 8.6 B 159.6

Q854 C 1.1

E 160.3 B 161.3

Q855 C 222

E 160.9 B 1.9

Q858 C 0

E 2.5 B 2.5

Q859 C 9.2

E 1.9 B 1.8

Q862 C 1.1

E 1.1 B 3.5

Q8A1 C 8.3

E3 B 8.6

Q8A2 C 9.2

E 8.3 B 164.5

Q8A4 C 1.1

E 164.9 B 165.9

Q8A5 C 222

E 165.3 B 3.1

Q8A6 C 0

E 2.9 B 3.7

Q8A7 C 9.2

E 3.1 B0

Q8C1 C 9.1

E0 B 1.7

Q8C2 C 1.1

BASIC CIRCUIT DIAGRAM

CPT VM

32456

132456

Circuit Pi n Voltage

No. No. VDC

B 3.4

QE01 C 12.7

E 2.7 B12

QE02 C 27.9

E 12.7 B 13.4

QE03 C 22.3

E 12.7 B 22.3

QE04 C 27.9

E 21.6 B 2.3

QE05 C 15.4

E 1.6 B 15.6

QE07 C 0

E 16.2 B 16.1

QE08 C 27.9

E 15.5 B 15.5

QE10 C 27.9

E 14.9 B14

QE11 C 0

E 14.6 B 211.6

QE22 C 10.7

E 212.1 B 210.2

QE23 C 187.7

E 210.7 B 187

QE24 C 0

E 187.8 B 25.1

QE25 C 117

E 24.6 B 1.4

QE26 C 24.6

E 0.9 B 12.4

QE35 C 139.5

E 11.9 B 12.5

QE36 C 27.9

E 11.9

CONTROL PANEL

BASIC CIRCUIT DIAGRAM

CONTROL PANEL

32456

132456

Circuit Pin Voltage

No. No. VDC

B 0.12

QM01 C 0

E0 1 1.5

QM02 2 1.24

-- -B0

QM03 C 0

E0 B0

QM04 C 0

E0 B0

QM05 C 0.8

EXPLODED VIEW

FRONT VIEW

NOTES: Some parts may appear different than those shown in the exploded view. When ordering, refer to the replacement parts

list for the correct part number. The circled numbers correspond to the parts list shown on page 88.

REFERENCE PART DELIVERY PRICE REFERENCE PART DELIVERY PRICE

NO. NO. SECTION DESCRIPTION CODE NO. NO. SECTION DESCRIPTION CODE

EXPLODED VIEW PARTS LIST EXPLODED VIEW PARTS LIST 50NP4 60NP4

1 9GHPH09241 M CONTROL PANEL 1 9GHPH09241 M CONTROL PANEL 2 9GHNA11703 M CRT METAL 2 9GHNA11703 M CRT METAL 3 9GHKS00164 M MIRROR 3 9GHKS00163 M MIRROR 4

9GH33010390

M BARRIER BOARD 4 9GH33010382 M BARRIER BOARD 5 9GHQD03843 M BACK COVER 5 9GHQD04113 M BACK COVER 6

9GH55010219

M FRONT DOOR 6 9GH55010220 M FRONT DOOR 7

9GH33200072

M BACK CENTER BAR 7 9GH33200073 M BACK CENTER BAR 8 9GHH512266 M LOWER REAR BOARD

AZ 8 9GHH512264 M LOWER REAR BOARD AZ

9 9GHQD20021 M SPEAKER GRILLE BN 9 9GHQD20022 M SPEAKER GRILLE BP

10 9GHNA11681 M LONG GRIP 10 9GHNJ04211 M LONG GRIP 11 9GHNA11691 M SIDE GRIP 11 9GHNJ04232/3 M SIDE GRIP 12 9GHKR01227 M SCREEN ASSY

CQ 12 9GHKR01227 M SCREEN ASSY CQ

13 9GHQD20581 M FRAME H 13 9GHQD20583 M FRAME H 14 9GHH312084 M FRAME V 14 9GHH312085 M FRAME V 15 9GHQD20582 M BOTTOM FRAME 15 9GHQD20584 M BOTTOM FRAME 15 9GHUE07871 M CPD-LFM ASSY (R)

CS 15 9GHUE07871 M CPD-LFM ASSY (R) CS

16 9GHUE07872 M CPD-LFM ASSY (G) CS 16 9GHUE07872 M CPD-LFM ASSY (G) CS 17 9GHUE07873 M CPD-LFM ASSY (B) CS 17 9GHUE07873 M CPD-LFM ASSY (B) CS 21 9GHH420502 M FRAME CORNER BRACKET BR 21 9GHH420502 M FRAME CORNER BRACKET BR 22 9GHH312093 M FRAME CORNER "R" 22 9GHH312093 M FRAME CORNER "R" 23 9GHH312094 M FRAME CORNER "L" 23 9GHH312094 M FRAME CORNER "L"

CHASSIS PARTS

9GHUE07347 CHASSIS ASSY. DV

9GHIT20507 POWER SUPPLY CD

EXPLODED VIEW PARTS LIST

PARTS REPLACEMENT

Replacement parts which have these special safety characterisitcs identified in this manual; electrical components having such features are identified by and shaded areas in the Replacement Parts Lists and Schematic Diagrams. The use of a substitute replacement part which does not have the same safety characteristic as the factory recommended replacement parts shown in this service manual may create shock, fire or other hazards.

“HOW TO ORDER REPLACEMENT PARTS”

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

1. MODEL NUMBER 2. REF. NO.

3. PART NO. 4. DESCRIPTION

In USA: Contact your nearest SHARP Parts Distributor to order. For location of SHARP Parts DIstributor, Please call Toll-Free;

1-800-BE-SHARP.

REFERENCE PART DELIVERY PRICE REFERENCE PART DELIVERY PRICE

NO. NO. SECTION DESCRIPTION CODE NO. NO. SECTION DESCRIPTION CODE

CAPACITORS C056 9GH 0800326R M CAP.-ELECTRO. 100UF-M 16V

C001 9GH 0800326R M CAP.-ELECTRO. 100UF-M 16V C057 9GH 0800291R M CAP.-ELECTRO. 10UF-M(SMG) 16V

C002 9GH 0893027R M CAP 2125 CHIP 100000PF-K B 25V TAPE C058 9GH 0800317R M CAP.-ELECTRO. 47UF-M(SMG) 16V

C003 9GH 0800326R M CAP.-ELECTRO. 100UF-M 16V C059 9GH 0893027R M CAP 2125 CHIP 100000PF-K B 25V TAPE

C004 9GH 0893053R M CAP2125CHIP 47000PFKB 50V TAPE C060 9GH 0893027R M CAP 2125 CHIP 100000PF-K B 25V TAPE

C005 9GH 0893027R M CAP 2125 CHIP 100000PF-K B 25V TAPE C061 9GH 0284623R M CAP.-ELECTRO. 1UF-SME(BP) 50V

C006 9GH 0800361N M CAP.-ELECTRO 1000UF 16V C062 9GH 0893027R M CAP 2125 CHIP 100000PF-K B 25V TAPE

C007 9GH 0893027R M CAP 2125 CHIP 100000PF-K B 25V TAPE C064 9GH 0800317R M CAP.-ELECTRO. 47UF-M(SMG) 16V

C008 9GH 0800326R M CAP.-ELECTRO. 100UF-M 16V C065 9GH 0893031R M CAP 2125CHIP 1000PFKB 50V TAPE

C009 9GH 0800291R M CAP.-ELECTRO. 10UF-M(SMG) 16V C068 9GH 0800326R M CAP.-ELECTRO. 100UF-M 16V

C010 9GH 0893027R M CAP 2125 CHIP 100000PF-K B 25V TAPE C069 9GH 0800326R M CAP.-ELECTRO. 100UF-M 16V

C011 9GH 0893027R M CAP 2125 CHIP 100000PF-K B 25V TAPE C070 9GH 0800326R M CAP.-ELECTRO. 100UF-M 16V

C012 9GH 0800359R M CAP.-ELECTRO. 1000UF-M 10V C072 9GH 0893027R M CAP 2125 CHIP 100000PF-K B 25V TAPE

C013 9GH 0893027R M CAP 2125 CHIP 100000PF-K B 25V TAPE C074 9GH 0800326R M CAP.-ELECTRO. 100UF-M 16V

C014 9GH 0800326R M CAP.-ELECTRO. 100UF-M 16V C075 9GH 0800291R M CAP.-ELECTRO. 10UF-M(SMG) 16V

C015 9GH 0800317R M CAP.-ELECTRO. 47UF-M(SMG) 16V C076 9GH 0800317R M CAP.-ELECTRO. 47UF-M(SMG) 16V

C016 9GH 0800326R M CAP.-ELECTRO. 100UF-M 16V C079 9GH 0893027R M CAP 2125 CHIP 100000PF-K B 25V TAPE

C017 9GH 0800325R M CAP.-ELECTRO. 100UF-M 10V C080 9GH 0893027R M CAP 2125 CHIP 100000PF-K B 25V TAPE

C018 9GH 0800315R M CAP.-ELECTRO. 47UF-M(SMG) 6.3V C081 9GH 0800326R M CAP.-ELECTRO. 100UF-M 16V

C019 9GH 0800324R M CAP.-ELECTRO. 100UF-M(SMG) 6.3V C082 9GH 0893027R M CAP 2125 CHIP 100000PF-K B 25V TAPE

C020 9GH 0800324R M CAP.-ELECTRO. 100UF-M(SMG) 6.3V C083 9GH 0800324R M CAP.-ELECTRO. 100UF-M(SMG) 6.3V

C021 9GH 0893027R M CAP 2125 CHIP 100000PF-K B 25V TAPE C084 9GH 0893027R M CAP 2125 CHIP 100000PF-K B 25V TAPE

C022 9GH 0800324R M CAP.-ELECTRO. 100UF-M(SMG) 6.3V C085 9GH 0800317R M CAP.-ELECTRO. 47UF-M(SMG) 16V

C023 9GH 0800324R M CAP.-ELECTRO. 100UF-M(SMG) 6.3V C092 9GH 0800279R M CAP.-ELECTORO. 1.0UF-M(SMG) 50V

C024 9GH 0800324R M CAP.-ELECTRO. 100UF-M(SMG) 6.3V C093 9GH 0800351R M CAP.-ELECTRO. 470UF-M 6.3V

C025 9GH 0800324R M CAP.-ELECTRO. 100UF-M(SMG) 6.3V C094 9GH 0893027R M CAP 2125 CHIP 100000PF-K B 25V TAPE

C026 9GH 0893044R M CAP2125CHIP 10000PFKB 50V TAPE C095 9GH 0284623R M CAP.-ELECTRO. 1UF-SME(BP) 50V

C027 9GH 0228770R M CAPACITOR MINI-CHIP 470PF-J SL 50V TAPE C096 9GH 0284623R M CAP.-ELECTRO. 1UF-SME(BP) 50V

C028 9GH 0228054R M CAP 2125 CHIP 100PF-J CH 50V TAPE C097 9GH 0893027R M CAP 2125 CHIP 100000PF-K B 25V TAPE

C029 9GH 0228058R M CAP 2125 CHIP 150PF-J CH 50V TAPE C098 9GH 0893027R M CAP 2125 CHIP 100000PF-K B 25V TAPE

C030 9GH 0228070R M CAP 2125 CHIP 470PF-J CH 50V TAPE C099 9GH 0893027R M CAP 2125 CHIP 100000PF-K B 25V TAPE

C031 9GH 0893035R M CAP2125CHIP 2200PFKB 50V TAPE C101 9GH 0228772R M CAP2125CHIP 560PFJSL 50V TAPE

C032 9GH 0800291R M CAP.-ELECTRO. 10UF-M(SMG) 16V C102 9GH 0228772R M CAP2125CHIP 560PFJSL 50V TAPE

C033 9GH 0893027R M CAP 2125 CHIP 100000PF-K B 25V TAPE C103 9GH 0890082R M CAP.-CERAMIC 390PF-K 50V

C034 9GH 0800324R M CAP.-ELECTRO. 100UF-M(SMG) 6.3V C104 9GH 0890082R M CAP.-CERAMIC 390PF-K 50V

C035 9GH 0228042R M CAP 2125CHIP 33PFJCH 50V TAPE C105 9GH 0890082R M CAP.-CERAMIC 390PF-K 50V

C036 9GH 0228042R M CAP 2125CHIP 33PFJCH 50V TAPE C202 9GH 0893027R M CAP 2125 CHIP 100000PF-K B 25V TAPE

C037 9GH 0228042R M CAP 2125CHIP 33PFJCH 50V TAPE C203 9GH 0800317R M CAP.-ELECTRO. 47UF-M(SMG) 16V

C038 9GH 0228042R M CAP 2125CHIP 33PFJCH 50V TAPE C205 9GH 0893027R M CAP 2125 CHIP 100000PF-K B 25V TAPE

C039 9GH 0893038R M CAP 2125CHIP 3900PFKB 50V TAPE C206 9GH 0800361N M CAP.-ELECTRO 1000UF 16V

C040 9GH 0893044R M CAP2125CHIP 10000PFKB 50V TAPE C207 9GH 0893053R M CAP2125CHIP 47000PFKB 50V TAPE

C041 9GH 0800279R M CAP.-ELECTORO. 1.0UF-M(SMG) 50V

AB C208 9GH 0800361N M CAP.-ELECTRO 1000UF 16V

C043 9GH 0893031R M CAP 2125CHIP 1000PFKB 50V TAPE C209 9GH 0800291R M CAP.-ELECTRO. 10UF-M(SMG) 16V

C044 9GH 0800315R M CAP.-ELECTRO. 47UF-M(SMG) 6.3V C211 9GH 0800317R M CAP.-ELECTRO. 47UF-M(SMG) 16V

C045 9GH 0800279R M CAP.-ELECTORO. 1.0UF-M(SMG) 50V

AB C214 9GH 0800361N M CAP.-ELECTRO 1000UF 16V

C046 9GH 0800279R M CAP.-ELECTORO. 1.0UF-M(SMG) 50V

AB C215 9GH 0893053R M CAP2125CHIP 47000PFKB 50V TAPE

C047 9GH 0800279R M CAP.-ELECTORO. 1.0UF-M(SMG) 50V

AB C216 9GH 0800358R M CAP.-ELECTRO. 1000UF-M 6.3V

C048 9GH 0800279R M CAP.-ELECTORO. 1.0UF-M(SMG) 50V

AB C217 9GH 0800358R M CAP.-ELECTRO. 1000UF-M 6.3V

C049 9GH 0893035R M CAP2125CHIP 2200PFKB 50V TAPE C219 9GH 0893027R M CAP 2125 CHIP 100000PF-K B 25V TAPE

C04A 9GH 0800279R M CAP.-ELECTORO. 1.0UF-M(SMG) 50V

AB C220 9GH 0800326R M CAP.-ELECTRO. 100UF-M 16V

C050 9GH 0893035R M CAP2125CHIP 2200PFKB 50V TAPE C221 9GH AA00931R M CERAMIC CAPACITOR(1UF 10V)

C051 9GH 0893027R M CAP 2125 CHIP 100000PF-K B 25V TAPE C222 9GH 0800279R M CAP.-ELECTORO. 1.0UF-M(SMG) 50V

C052 9GH 0893044R M CAP2125CHIP 10000PFKB 50V TAPE C223 9GH 0800279R M CAP.-ELECTORO. 1.0UF-M(SMG) 50V AB

C053 9GH 0893044R M CAP2125CHIP 10000PFKB 50V TAPE C224 9GH AA00931R M CERAMIC CAPACITOR(1UF 10V)

C054 9GH 0893027R M CAP 2125 CHIP 100000PF-K B 25V TAPE C225 9GH AA00931R M CERAMIC CAPACITOR(1UF 10V)

C055 9GH 0893053R M CAP2125CHIP 47000PFKB 50V TAPE C226 9GH 0800326R M CAP.-ELECTRO. 100UF-M 16V

REFERENCE PART DELIVERY PRICE REFERENCE PART DELIVERY PRICE

NO. NO. SECTION DESCRIPTION CODE NO. NO. SECTION DESCRIPTION CODE

C227 9GH 0893044R M CAP2125CHIP 10000PFKB 50V TAPE C408 9GH 0893027R M CAP 2125 CHIP 100000PF-K B 25V TAPE

C228 9GH 0228048R M CAP 2125 CHIP 56PF-J CH 50V TAPE C409 9GH 0893044R M CAP2125CHIP 10000PFKB 50V TAPE

C229 9GH 0893044R M CAP2125CHIP 10000PFKB 50V TAPE C410 9GH 0893027R M CAP 2125 CHIP 100000PF-K B 25V TAPE

C231 9GH 0893039R M CAP 2125CHIP 4700PFKB 50V TAPE C411 9GH 0893027R M CAP 2125 CHIP 100000PF-K B 25V TAPE

C232 9GH 0800282R M CAP.-ELECTORO. 2.2UF-M(SMG) 50V C412 9GH 0800291R M CAP.-ELECTRO. 10UF-M(SMG) 16V

C233 9GH 0893027R M CAP 2125 CHIP 100000PF-K B 25V TAPE C413 9GH AA00931R M CERAMIC CAPACITOR(1UF 10V)

C234 9GH 0800282R M CAP.-ELECTORO. 2.2UF-M(SMG) 50V C414 9GH 0893062R M CAP2125CHIP 1000000PFZF16V TAPE

C235 9GH 0893044R M CAP2125CHIP 10000PFKB 50V TAPE C415 9GH 0893062R M CAP2125CHIP 1000000PFZF16V TAPE

C236 9GH 0893035R M CAP2125CHIP 2200PFKB 50V TAPE C416 9GH AA00931R M CERAMIC CAPACITOR(1UF 10V)

C237 9GH 0800273R M CAP.-ELECTRO 0.22UF-M 50V C419 9GH AA00931R M CERAMIC CAPACITOR(1UF 10V)

C238 9GH 0228032R M CAP 2125CHIP 12PFJCH 50V TAPE C420 9GH 0893062R M CAP2125CHIP 1000000PFZF16V TAPE

C239 9GH 0800316R M CAP.-ELECTRO. 47UF-M(SMG) 10V C421 9GH 0893062R M CAP2125CHIP 1000000PFZF16V TAPE

C240 9GH 0893027R M CAP 2125 CHIP 100000PF-K B 25V TAPE C422 9GH AA00931R M CERAMIC CAPACITOR(1UF 10V)

C241 9GH 0893027R M CAP 2125 CHIP 100000PF-K B 25V TAPE C423 9GH 0893027R M CAP 2125 CHIP 100000PF-K B 25V TAPE

C242 9GH 0893027R M CAP 2125 CHIP 100000PF-K B 25V TAPE C424 9GH AA00931R M CERAMIC CAPACITOR(1UF 10V)

C243 9GH 0800326R M CAP.-ELECTRO. 100UF-M 16V C425 9GH 0893062R M CAP2125CHIP 1000000PFZF16V TAPE

C244 9GH 0800325R M CAP.-ELECTRO. 100UF-M 10V C426 9GH 0893062R M CAP2125CHIP 1000000PFZF16V TAPE

C245 9GH 0893027R M CAP 2125 CHIP 100000PF-K B 25V TAPE C427 9GH AA00931R M CERAMIC CAPACITOR(1UF 10V)

C246 9GH 0893027R M CAP 2125 CHIP 100000PF-K B 25V TAPE C428 9GH 0893027R M CAP 2125 CHIP 100000PF-K B 25V TAPE

C247 9GH 0893027R M CAP 2125 CHIP 100000PF-K B 25V TAPE C429 9GH 0800317R M CAP.-ELECTRO. 47UF-M(SMG) 16V

C251 9GH 0800326R M CAP.-ELECTRO. 100UF-M 16V C430 9GH 0893027R M CAP 2125 CHIP 100000PF-K B 25V TAPE

C252 9GH 0893027R M CAP 2125 CHIP 100000PF-K B 25V TAPE C431 9GH AA00931R M CERAMIC CAPACITOR(1UF 10V)

C261 9GH 0284665R M CAP.-ELECTRO. 47UF-MBPR(SME)6.3V C432 9GH 0893062R M CAP2125CHIP 1000000PFZF16V TAPE

C262 9GH 0284665R M CAP.-ELECTRO. 47UF-MBPR(SME)6.3V C433 9GH 0893062R M CAP2125CHIP 1000000PFZF16V TAPE

C263 9GH 0284665R M CAP.-ELECTRO. 47UF-MBPR(SME)6.3V C434 9GH AA00931R M CERAMIC CAPACITOR(1UF 10V)

C264 9GH 0284665R M CAP.-ELECTRO. 47UF-MBPR(SME)6.3V C435 9GH 0893027R M CAP 2125 CHIP 100000PF-K B 25V TAPE

C265 9GH 0284665R M CAP.-ELECTRO. 47UF-MBPR(SME)6.3V C436 9GH 0800352R M CAP.-ELECTRO.470UF 10V

C266 9GH 0284665R M CAP.-ELECTRO. 47UF-MBPR(SME)6.3V C437 9GH 0800291R M CAP.-ELECTRO. 10UF-M(SMG) 16V

C267 9GH 0228070R M CAP 2125 CHIP 470PF-J CH 50V TAPE C438 9GH 0800291R M CAP.-ELECTRO. 10UF-M(SMG) 16V

C268 9GH 0800317R M CAP.-ELECTRO. 47UF-M(SMG) 16V C439 9GH 0800352R M CAP.-ELECTRO.470UF 10V

C269 9GH 0893027R M CAP 2125 CHIP 100000PF-K B 25V TAPE C440 9GH 0893044R M CAP2125CHIP 10000PFKB 50V TAPE

C270 9GH 0800279R M CAP.-ELECTORO. 1.0UF-M(SMG) 50V

AB C441 9GH 0800317R M CAP.-ELECTRO. 47UF-M(SMG) 16V

C271 9GH 0800291R M CAP.-ELECTRO. 10UF-M(SMG) 16V C442 9GH AA00931R M CERAMIC CAPACITOR(1UF 10V)

C272 9GH 0893027R M CAP 2125 CHIP 100000PF-K B 25V TAPE C443 9GH AA00931R M CERAMIC CAPACITOR(1UF 10V)

C273 9GH 0800291R M CAP.-ELECTRO. 10UF-M(SMG) 16V C444 9GH 0800316R M CAP.-ELECTRO. 47UF-M(SMG) 10V

C274 9GH 0800291R M CAP.-ELECTRO. 10UF-M(SMG) 16V C445 9GH 0893027R M CAP 2125 CHIP 100000PF-K B 25V TAPE

C275 9GH 0893027R M CAP 2125 CHIP 100000PF-K B 25V TAPE C446 9GH 0228032R M CAP 2125CHIP 12PFJCH 50V TAPE

C277 9GH 0800324R M CAP.-ELECTRO. 100UF-M(SMG) 6.3V C447 9GH 0800273R M CAP.-ELECTRO 0.22UF-M 50V

C279 9GH 0893027R M CAP 2125 CHIP 100000PF-K B 25V TAPE C448 9GH 0893035R M CAP2125CHIP 2200PFKB 50V TAPE

C280 9GH 0893044R M CAP2125CHIP 10000PFKB 50V TAPE C449 9GH 0800282R M CAP.-ELECTORO. 2.2UF-M(SMG) 50V

C281 9GH 0893044R M CAP2125CHIP 10000PFKB 50V TAPE C450 9GH 0800282R M CAP.-ELECTORO. 2.2UF-M(SMG) 50V

C282 9GH 0893044R M CAP2125CHIP 10000PFKB 50V TAPE C451 9GH 0893039R M CAP 2125CHIP 4700PFKB 50V TAPE

C283 9GH 0800352R M CAP.-ELECTRO.470UF 10V C462 9GH 0800326R M CAP.-ELECTRO. 100UF-M 16V

C284 9GH 0893027R M CAP 2125 CHIP 100000PF-K B 25V TAPE C463 9GH 0800291R M CAP.-ELECTRO. 10UF-M(SMG) 16V

C285 9GH 0800352R M CAP.-ELECTRO.470UF 10V C464 9GH 0800291R M CAP.-ELECTRO. 10UF-M(SMG) 16V

C286 9GH 0893027R M CAP 2125 CHIP 100000PF-K B 25V TAPE C465 9GH 0800291R M CAP.-ELECTRO. 10UF-M(SMG) 16V

C288 9GH 0800291R M CAP.-ELECTRO. 10UF-M(SMG) 16V C466 9GH 0893027R M CAP 2125 CHIP 100000PF-K B 25V TAPE

C290 9GH 0228772R M CAP2125CHIP 560PFJSL 50V TAPE C468 9GH 0800317R M CAP.-ELECTRO. 47UF-M(SMG) 16V

C295 9GH 0890068R M CAP.-CERAMIC 39PF-J 50V C472 9GH AA00931R M CERAMIC CAPACITOR(1UF 10V)

C401 9GH 0893027R M CAP 2125 CHIP 100000PF-K B 25V TAPE C473 9GH 0893062R M CAP2125CHIP 1000000PFZF16V TAPE

C402 9GH 0800291R M CAP.-ELECTRO. 10UF-M(SMG) 16V C474 9GH 0893062R M CAP2125CHIP 1000000PFZF16V TAPE

C403 9GH 0893062R M CAP2125CHIP 1000000PFZF16V TAPE C475 9GH 0893062R M CAP2125CHIP 1000000PFZF16V TAPE

C404 9GH 0893027R M CAP 2125 CHIP 100000PF-K B 25V TAPE C476 9GH 0893062R M CAP2125CHIP 1000000PFZF16V TAPE

C405 9GH 0800317R M CAP.-ELECTRO. 47UF-M(SMG) 16V C477 9GH AA00931R M CERAMIC CAPACITOR(1UF 10V)

C406 9GH 0800326R M CAP.-ELECTRO. 100UF-M 16V C478 9GH 0800316R M CAP.-ELECTRO. 47UF-M(SMG) 10V

C407 9GH 0893027R M CAP 2125 CHIP 100000PF-K B 25V TAPE C479 9GH 0893027R M CAP 2125 CHIP 100000PF-K B 25V TAPE

REFERENCE PART DELIVERY PRICE REFERENCE PART DELIVERY PRICE

NO. NO. SECTION DESCRIPTION CODE NO. NO. SECTION DESCRIPTION CODE

C490 9GH 0893027R M CAP 2125 CHIP 100000PF-K B 25V TAPE C766 9GH 0244505R M CAP-CERAMIC 0.0022UF-K 500V

C493 9GH 0893027R M CAP 2125 CHIP 100000PF-K B 25V TAPE C767 9GH 0284677R M CAP.-ELECTORO. 100UF-M (BP) 16V

C494 9GH 0893027R M CAP 2125 CHIP 100000PF-K B 25V TAPE C768 9GH 0800294R M CAP.-ELECTRO. 10UF-M(SMG) 50V

C495 9GH 0800326R M CAP.-ELECTRO. 100UF-M 16V C769 9GH 0800323R M CAP.-ELECTRO. 47UF-M 100V

C496 9GH 0800291R M CAP.-ELECTRO. 10UF-M(SMG) 16V C773 9GH 0284634R M CAP.-ELECTRO 4.7UF-SME(BP) 50V

C497 9GH 0800291R M CAP.-ELECTRO. 10UF-M(SMG) 16V C778 9GH 0880194R M CAP.-POLYESTER 0.1UF-J 50V

C498 9GH 0800291R M CAP.-ELECTRO. 10UF-M(SMG) 16V C801 9GH 0890081R M CAP.-CERAMIC 330PF 50V

C499 9GH 0800291R M CAP.-ELECTRO. 10UF-M(SMG) 16V C802 9GH AN00624R M CAP.POLY 0.01UF 50V TAPE

C500 9GH 0800291R M CAP.-ELECTRO. 10UF-M(SMG) 16V C803 9GH 0800279R M CAP.-ELECTORO. 1.0UF-M(SMG) 50V

C501 9GH 0800291R M CAP.-ELECTRO. 10UF-M(SMG) 16V C804 9GH 0299622F M CAP.-POLYPP FILM 0.01UF-J 630V

C502 9GH 0893027R M CAP 2125 CHIP 100000PF-K B 25V TAPE C805 9GH AL00031R M CAP.-ELECTORO. 33UF-M 250V

C503 9GH 0893027R M CAP 2125 CHIP 100000PF-K B 25V TAPE C807 9GH 0800353R M CAP.-ELECTRO.470UF-M 16V

C505 9GH 0893044R M CAP2125CHIP 10000PFKB 50V TAPE C812 9GH AJ00559 M CAPACITOT CERAMIC 2200PF2KV

C506 9GH 0893044R M CAP2125CHIP 10000PFKB 50V TAPE C813 9GH AL00025R M CAP.ALMI 2.2UF250V

C507 9GH 0893044R M CAP2125CHIP 10000PFKB 50V TAPE C814 9GH 0880194R M CAP.-POLYESTER 0.1UF-J 50V

C562 9GH 0800291R M CAP.-ELECTRO. 10UF-M(SMG) 16V C816 9GH 0890087R M CAP.-CERAMIC 1000PF-K 50V

C601 9GH AN00618R M CAP.POLY 0.0039UF 50V TAPE C851 9GH 0890082R M CAP.-CERAMIC 390PF-K 50V

C613 9GH AL01162R M CAP.ELECTRO 10UF-M(YXF)50V C852 9GH AN00624R M CAP.POLY 0.01UF 50V TAPE

C614 9GH 0800329R M CAP.-ELECTRO. 100UF-M(SMG) 50V C853 9GH 0800279R M CAP.-ELECTORO. 1.0UF-M(SMG) 50V

C615 9GH AL01143S M CAP.ELECTROLYTIC 2200UF-M(YXF)25V C854 9GH AL00031R M CAP.-ELECTORO. 33UF-M 250V

C616 9GH AL01336R M ALUMINIUM ELECT. CAPACITOR PW(10UF 16V ) C857 9GH 0800353R M CAP.-ELECTRO.470UF-M 16V

C619 9GH 0800317R M CAP.-ELECTRO. 47UF-M(SMG) 16V C860 9GH 0800294R M CAP.-ELECTRO. 10UF-M(SMG) 50V

C620 9GH 0279692R M CAP.-POLYESTER 0.068UF 100V C862 9GH AJ00559 M CAPACITOT CERAMIC 2200PF2KV

C621 9GH 0880194R M CAP.-POLYESTER 0.1UF-J 50V C863 9GH AL00025R M CAP.ALMI 2.2UF250V

C622 9GH 0800347N M CAP.-ELECTRO. 330UF-M(SMG) 50V C864 9GH 0880194R M CAP.-POLYESTER 0.1UF-J 50V

C625 9GH 0880194R M CAP.-POLYESTER 0.1UF-J 50V C865 9GH 0800317R M CAP.-ELECTRO. 47UF-M(SMG) 16V

C651 9GH 0800326R M CAP.-ELECTRO. 100UF-M 16V C866 9GH 0890087R M CAP.-CERAMIC 1000PF-K 50V

C653 9GH AN00626R M CAP.POLYESTER 0.015UF 50V TAPE C8A1 9GH 0890079R M CAP.-CERAMIC 270PF-K 50V

C654 9GH AN00624R M CAP.POLY 0.01UF 50V TAPE C8A2 9GH AN00624R M CAP.POLY 0.01UF 50V TAPE

C655 9GH 0880198R M CAP.-PLOY. 0.22UF-J 50V C8A3 9GH 0800279R M CAP.-ELECTORO. 1.0UF-M(SMG) 50V

C656 9GH 0244501R M CAP.-CERAMIC 1000PF-K 500V C8A4 9GH AL00031R M CAP.-ELECTORO. 33UF-M 250V

C657 9GH 0244507R M CAP.-CERAMIC 3300PF-KB B 500V C8A7 9GH 0800353R M CAP.-ELECTRO.470UF-M 16V

C658 9GH 0299975F M CAPACITOR-POLYPROPYLENE 0.0033MF 630V

AC C8A8 9GH 0880194R M CAP.-POLYESTER 0.1UF-J 50V

C659 9GH 0299975F M CAPACITOR-POLYPROPYLENE 0.0033MF 630V

AC C8C0 9GH 0880194R M CAP.-POLYESTER 0.1UF-J 50V

C660 9GH 0299973F M CAP.-POLYPROPYLENE 0.0022UF 630V C8C1 9GH 0800279R M CAP.-ELECTORO. 1.0UF-M(SMG) 50V

C661 9GH 0259471 M CAP.-ELECTRO 6.8UF-M (BP) 50V C8C2 9GH AJ00559 M CAPACITOT CERAMIC 2200PF2KV

C662 9GH 0259471 M CAP.-ELECTRO 6.8UF-M (BP) 50V C8C3 9GH AL00025R M CAP.ALMI 2.2UF250V

C680 9GH 0800291R M CAP.-ELECTRO. 10UF-M(SMG) 16V C8C4 9GH 0890087R M CAP.-CERAMIC 1000PF-K 50V

C701 9GH 0800361N M CAP.-ELECTRO 1000UF 16V C901 9GH AN0144 5S M ACROSS CAPA 0.22UF 250V RE224

C702 9GH 0880194R M CAP.-POLYESTER 0.1UF-J 50V C902 9GH AN01443 S M ACROSS CAPA 0.1UF 250V RE104

C703 9GH 0800279R M CAP.-ELECTORO. 1.0UF-M(SMG) 50V

AB C903 9GH AJ00195F M CAPACITOR CERAMIC 4700P 250V F

C704 9GH AN00624R M CAP.POLY 0.01UF 50V TAPE C904 9GH AJ00195F M CAPACITOR CERAMIC 4700P 250V F

C706 9GH AN00624R M CAP.POLY 0.01UF 50V TAPE C905 9GH AL01741 M CAP.ALUMI.250V 220UF KMH(M)

C707 9GH 0890074R M CAP.-CERAMIC 100PF-J 50V C906 9GH AL01741 M CAP.ALUMI.250V 220UF KMH(M)

C708 9GH 0890074R M CAP.-CERAMIC 100PF-J 50V C907 9GH 0800345R M CAP.-ELECTRO. 330UF-M(SMG) 25V

C709 9GH 0880194R M CAP.-POLYESTER 0.1UF-J 50V C908 9GH 0800329R M CAP.-ELECTRO. 100UF-M(SMG) 50V

C752 9GH 0244505R M CAP-CERAMIC 0.0022UF-K 500V C909 9GH 0299616F M CAP.-PP FILM 0.0033UF-J 630V

C753 9GH 0243509R M CAP.-CERAMIC 470PF-K 500V C910 9GH 0800279R M CAP.-ELECTORO. 1.0UF-M(SMG) 50V

C754 9GH AL01724 M CAP.ALUMI.160V 390UF KMH(M) C911 9GH 0270425R M CAP.-POLY.1200PF 50V

C755 9GH 0880194R M CAP.-POLYESTER 0.1UF-J 50V C913 9GH AJ00184F M CAP.CERA.CC-222M401E-DF10F11

C756 9GH 0890081R M CAP.-CERAMIC 330PF 50V C914 9GH AJ00182F M CAP. CERAMIC CC-102M401E-DF10F8.5

C758 9GH AN01131F M METALLIZ PP FILM CAPACITOR0.0056UF

AE C915 9GH 0243511R M CAP.-CERAMIC 680PF-K 500V TAPE

C759 9GH AN01133F M CAP.META.POLY FILM 0068UF C918 9GH AL01171S M CAP.ELECTR.1000UF-M(YXF)50V

C762 9GH AN01176F M CAP, 0.39UF 250V METALLIZ PP C919 9GH 0880062R M CAP.-POLYESTER 0.22UF-KEB 50V

C763 9GH AN01178F M CAP. 0.47UF 250V METALLIZ PP C921 9GH 0244105R M CAP.-CERAMIC 2200PF-K 50V TAPE

C765 9GH 0244505R M CAP-CERAMIC 0.0022UF-K 500V C922 9GH 0880009R M CAP.-POLYESTER 0.01UF-K 50V

REFERENCE PART DELIVERY PRICE REFERENCE PART DELIVERY PRICE

NO. NO. SECTION DESCRIPTION CODE NO. NO. SECTION DESCRIPTION CODE

C923 9GH 0243511R M CAP.-CERAMIC 680PF-K 500V TAPE CA52 9GH 0893053R M CAP2125CHIP 47000PFKB 50V TAPE

C924 9GH 0800338R M CAP.ELECTRO.220UF-M 50V(SMG) CA53 9GH 0800291R M CAP.-ELECTRO. 10UF-M(SMG) 16V

C927 9GH 0243511R M CAP.-CERAMIC 680PF-K 500V TAPE CA54 9GH 0284638R M CAP.-ELECTRO. 10UF-SME(BP) 16V

C928 9GH AL01171S M CAP.ELECTR.1000UF-M(YXF)50V CA55 9GH 0893025R M CAP 2125CHIP 68000PFKB 25V TAPE

C931 9GH 0800346R M CAP.-ELECTRO 330UF 35V CA56 9GH 0893031R M CAP 2125CHIP 1000PFKB 50V TAPE

C932 9GH AL01117S M CAP.ELECTR.1000UF-M(YXF)10V CA57 9GH 0893027R M CAP 2125 CHIP 100000PF-K B 25V TAPE

C933 9GH 0284393F M CAP.ELECTR.1000UF-M(KMF)10V CA58 9GH 0800286R M CAP.-ELECTRO. 4.7UF-M(SMG) 25V

C934 9GH 0800346R M CAP.-ELECTRO 330UF 35V CA59 9GH 0284638R M CAP.-ELECTRO. 10UF-SME(BP) 16V

C935 9GH 0284408F M CAP.-ELECTRO 1000UF 16V CA60 9GH 0893025R M CAP 2125CHIP 68000PFKB 25V TAPE

C936 9GH 0284408F M CAP.-ELECTRO 1000UF 16V CA61 9GH 0893031R M CAP 2125CHIP 1000PFKB 50V TAPE

C937 9GH 0800346R M CAP.-ELECTRO 330UF 35V CA62 9GH 0800291R M CAP.-ELECTRO. 10UF-M(SMG) 16V

C938 9GH AL01106S M CAP.ELECTR.2200UF-M(YXF)6.3V CA63 9GH 0800286R M CAP.-ELECTRO. 4.7UF-M(SMG) 25V

C939 9GH 0284377F M CAP.ELECTR.1000UF-M(KMF)6.3V CA64 9GH 0800286R M CAP.-ELECTRO. 4.7UF-M(SMG) 25V

C940 9GH 0800346R M CAP.-ELECTRO 330UF 35V CA65 9GH 0800286R M CAP.-ELECTRO. 4.7UF-M(SMG) 25V

C941 9GH AL01128R M CAP.ELECTR.470UF-M(YXF)16V CA66 9GH 0800286R M CAP.-ELECTRO. 4.7UF-M(SMG) 25V

C942 9GH 0800353R M CAP.-ELECTRO.470UF-M 16V CA83 9GH 0284638R M CAP.-ELECTRO. 10UF-SME(BP) 16V

C947 9GH 0800279R M CAP.-ELECTORO. 1.0UF-M(SMG) 50V

AB CA84 9GH 0800291R M CAP.-ELECTRO. 10UF-M(SMG) 16V

C948 9GH 0800319R M CAP.-ELECTRO. 47UF-M 35V CA85 9GH 0800291R M CAP.-ELECTRO. 10UF-M(SMG) 16V

C949 9GH 0800291R M CAP.-ELECTRO. 10UF-M(SMG) 16V CA86 9GH 0284638R M CAP.-ELECTRO. 10UF-SME(BP) 16V

C950 9GH 0244505R M CAP-CERAMIC 0.0022UF-K 500V CA87 9GH 0800291R M CAP.-ELECTRO. 10UF-M(SMG) 16V

C951 9GH 0890087R M CAP.-CERAMIC 1000PF-K 50V CA88 9GH 0800291R M CAP.-ELECTRO. 10UF-M(SMG) 16V

C952 9GH 0244505R M CAP-CERAMIC 0.0022UF-K 500V CA89 9GH 0800326R M CAP.-ELECTRO. 100UF-M 16V

C953 9GH 0890087R M CAP.-CERAMIC 1000PF-K 50V CC01 9GH 0800279R M CAP.-ELECTORO. 1.0UF-M(SMG) 50V

C955 9GH 0880198R M CAP.-PLOY. 0.22UF-J 50V CC02 9GH 0800279R M CAP.-ELECTORO. 1.0UF-M(SMG) 50V AB C956 9GH 0800291R M CAP.-ELECTRO. 10UF-M(SMG) 16V CC03 9GH 0800279R M CAP.-ELECTORO. 1.0UF-M(SMG) 50V AB CA01 9GH 0800335R M CAP.-ELECTRO. 220UF-M(SMG) 16V CC04 9GH 0800279R M CAP.-ELECTORO. 1.0UF-M(SMG) 50V AB

CA02 9GH 0893027R M CAP 2125 CHIP 100000PF-K B 25V TAPE CC05 9GH 0893031R M CAP 2125CHIP 1000PFKB 50V TAPE

CA03 9GH 0893027R M CAP 2125 CHIP 100000PF-K B 25V TAPE CC06 9GH 0893031R M CAP 2125CHIP 1000PFKB 50V TAPE

CA04 9GH 0800324R M CAP.-ELECTRO. 100UF-M(SMG) 6.3V CC07 9GH 0800317R M CAP.-ELECTRO. 47UF-M(SMG) 16V

CA05 9GH 0800291R M CAP.-ELECTRO. 10UF-M(SMG) 16V CC08 9GH 0800279R M CAP.-ELECTORO. 1.0UF-M(SMG) 50V

CA08 9GH 0284634R M CAP.-ELECTRO 4.7UF-SME(BP) 50V CC09 9GH 0800279R M CAP.-ELECTORO. 1.0UF-M(SMG) 50V AB

CA09 9GH 0800288R M CAP.-ELECTRO. 4.7UF-M(SMG) 50V CC10 9GH 0800318R M CAP.-ELECTRO. 47UF-M 25V

CA10 9GH 0800326R M CAP.-ELECTRO. 100UF-M 16V CC10A 9GH 0800318R M CAP.-ELECTRO. 47UF-M 25V

CA11 9GH 0800291R M CAP.-ELECTRO. 10UF-M(SMG) 16V CC11 9GH 0800318R M CAP.-ELECTRO. 47UF-M 25V

CA12 9GH 0800291R M CAP.-ELECTRO. 10UF-M(SMG) 16V CC11A 9GH 0800318R M CAP.-ELECTRO. 47UF-M 25V

CA13 9GH 0284634R M CAP.-ELECTRO 4.7UF-SME(BP) 50V CC12 9GH 0800327R M CAP.-ELECTRO. 100UF-M 25V

CA14 9GH 0800291R M CAP.-ELECTRO. 10UF-M(SMG) 16V CC13 9GH 0800327R M CAP.-ELECTRO. 100UF-M 25V

CA15 9GH 0800291R M CAP.-ELECTRO. 10UF-M(SMG) 16V CC14 9GH 0800317R M CAP.-ELECTRO. 47UF-M(SMG) 16V

CA16 9GH 0893051R M CAP2125CHIP 33000PFKB 50V TAPE CC15 9GH 0893027R M CAP 2125 CHIP 100000PF-K B 25V TAPE

CA17 9GH 0893044R M CAP2125CHIP 10000PFKB 50V TAPE CC16 9GH 0893027R M CAP 2125 CHIP 100000PF-K B 25V TAPE

CA18 9GH 0893095R M CAP.CHIP-CERAMIC 330000PF 16V TAPE CC17 9GH 0284824F M CAP.-ELECTRO. 2200UF 35V

CA19 9GH 0880203R M CAP.-POLYESTER 0.47UF-J 50V CC18 9GH 0893027R M CAP 2125 CHIP 100000PF-K B 25V TAPE

CA20 9GH 0800291R M CAP.-ELECTRO. 10UF-M(SMG) 16V CC19 9GH 0893027R M CAP 2125 CHIP 100000PF-K B 25V TAPE

CA21 9GH 0800291R M CAP.-ELECTRO. 10UF-M(SMG) 16V CC20 9GH 0284824F M CAP.-ELECTRO. 2200UF 35V

CA22 9GH 0800279R M CAP.-ELECTORO. 1.0UF-M(SMG) 50V

AB CC21 9GH 0284824F M CAP.-ELECTRO. 2200UF 35V

CA23 9GH 0800326R M CAP.-ELECTRO. 100UF-M 16V CC22 9GH AN00637R M CAP.POLYESTER 0.1UF 50V TAPE

CA24 9GH 0800326R M CAP.-ELECTRO. 100UF-M 16V CC25 9GH 0284625R M CAP.-ELECTRO. 2.2UF-SME(BP)50V

CA25 9GH 0893027R M CAP 2125 CHIP 100000PF-K B 25V TAPE CC26 9GH 0284625R M CAP.-ELECTRO. 2.2UF-SME(BP)50V

CA26 9GH 0893027R M CAP 2125 CHIP 100000PF-K B 25V TAPE CC27 9GH AN00637R M CAP.POLYESTER 0.1UF 50V TAPE

CA27 9GH 0893044R M CAP2125CHIP 10000PFKB 50V TAPE CC28 9GH AN00637R M CAP.POLYESTER 0.1UF 50V TAPE AB

CA28 9GH 0893013R M CAP 2125 CHIP 220000PF-KB 16V TAPE CE01 9GH AN00624R M CAP.POLY 0.01UF 50V TAPE

CA29 9GH 0893039R M CAP 2125CHIP 4700PFKB 50V TAPE CE02 9GH 0800321R M CAP.-ELECTRO. 47UF-M 50V

CA30 9GH 0893027R M CAP 2125 CHIP 100000PF-K B 25V TAPE CE03 9GH 0880194R M CAP.-POLYESTER 0.1UF-J 50V

CA31 9GH 0800291R M CAP.-ELECTRO. 10UF-M(SMG) 16V CE04 9GH 0890066R M CAP.CERAMIC 27PF-J 50V

CA32 9GH 0800291R M CAP.-ELECTRO. 10UF-M(SMG) 16V CE05 9GH 0800291R M CAP.-ELECTRO. 10UF-M(SMG) 16V

CA51 9GH 0800326R M CAP.-ELECTRO. 100UF-M 16V CE06 9GH AN00624R M CAP.POLY 0.01UF 50V TAPE

REFERENCE PART DELIVERY PRICE REFERENCE PART DELIVERY PRICE

NO. NO. SECTION DESCRIPTION CODE NO. NO. SECTION DESCRIPTION CODE

CE07 9GH 0890061R M CAP.-CERAMIC 10PF- 50V CK13 9GH 0880194R M CAP.-POLYESTER 0.1UF-J 50V

CE09 9GH 0880194R M CAP.-POLYESTER 0.1UF-J 50V CK14 9GH 0880194R M CAP.-POLYESTER 0.1UF-J 50V

CE10 9GH 0800321R M CAP.-ELECTRO. 47UF-M 50V CK15 9GH AN00611R M CAP.POLYSTYLENE 0.001UF 50V TAPE

CE13 9GH 0244541F M CAPACITOR-CERAMIC 0.01MF-K B 500V CK18 9GH AN00624R M CAP.POLY 0.01UF 50V TAPE

CE14 9GH 0244541F M CAPACITOR-CERAMIC 0.01MF-K B 500V CK19 9GH AN00624R M CAP.POLY 0.01UF 50V TAPE

CE15 9GH AN00619R M CAP.POLYESTER 0.0047UF 50V TAPE CK20 9GH 0890076R M CAP.CERAMIC 150PF-K 50V

CE16 9GH 0800294R M CAP.-ELECTRO. 10UF-M(SMG) 50V CK21 9GH 0890076R M CAP.CERAMIC 150PF-K 50V

CE24 9GH 0800294R M CAP.-ELECTRO. 10UF-M(SMG) 50V CK22 9GH 0890083R M CAP.-CERAMIC 470PF-K 50V

CE25 9GH AL00027R M CAP.-ELECTORO. 4.7UF-M 250V CK23 9GH 0890076R M CAP.CERAMIC 150PF-K 50V

CE26 9GH 0284455R M CEL-ELECTORO. 100UF-M 50V CK24 9GH 0890076R M CAP.CERAMIC 150PF-K 50V

CE27 9GH 0284455R M CEL-ELECTORO. 100UF-M 50V CK25 9GH 0890076R M CAP.CERAMIC 150PF-K 50V

CE28 9GH 0800303R M CAP.-ELECTRO. 22UF-M 50V CK27 9GH 0800356N M CAP.-ELECTRO. 470UF-M 50V

CE29 9GH 0800303R M CAP.-ELECTRO. 22UF-M 50V CK28 9GH 0800356N M CAP.-ELECTRO. 470UF-M 50V

CE30 9GH 0247848R M CAP.-CERAMIC 56PF-J SL 500V CK29 9GH 0890076R M CAP.CERAMIC 150PF-K 50V

CE31 9GH 0247848R M CAP.-CERAMIC 56PF-J SL 500V CK30 9GH 0890076R M CAP.CERAMIC 150PF-K 50V

CE32 9GH AL00032R M CAP.-ELECTORO. 47UF-M 250V CK31 9GH 0890076R M CAP.CERAMIC 150PF-K 50V

CE33 9GH 0244541F M CAPACITOR-CERAMIC 0.01MF-K B 500V CK32 9GH 0890076R M CAP.CERAMIC 150PF-K 50V

CF01 9GH 0800326R M CAP.-ELECTRO. 100UF-M 16V CK33 9GH 0890076R M CAP.CERAMIC 150PF-K 50V

CF02 9GH 0880196R M CAP.-POLYESTER 0.15UF 50V HFT CK34 9GH 0890076R M CAP.CERAMIC 150PF-K 50V

CF03 9GH AN00631R M CAP.POLYESTER 0.033UF 50V TAPE CK38 9GH 0880194R M CAP.-POLYESTER 0.1UF-J 50V

CF04 9GH 0880196R M CAP.-POLYESTER 0.15UF 50V HFT CK39 9GH 0880194R M CAP.-POLYESTER 0.1UF-J 50V

CF05 9GH 0800291R M CAP.-ELECTRO. 10UF-M(SMG) 16V CK43 9GH AN00624R M CAP.POLY 0.01UF 50V TAPE

CF08 9GH AN00614R M CAP.POLYESTER 0.0018UF 50V TAPE CK71 9GH 0800294R M CAP.-ELECTRO. 10UF-M(SMG) 50V

CF09 9GH 0245156 M CAPACITOT CERAMIC 22PF/2KV CM01 9GH 0800299R M CAP.-ELECTRO. 22UF-M(SMG) 16V

CF10 9GH AN01111F M METALLIZ PP FILM CAPACITOR0.001UF CM02 9GH AN00624R M CAP.POLY 0.01UF 50V TAPE

CF11 9GH 0255520R M CAP.-ELECTRO 0.47UF 250V(KME) CM03 9GH 0800279R M CAP.-ELECTORO. 1.0UF-M(SMG) 50V

CF12 9GH 0800291R M CAP.-ELECTRO. 10UF-M(SMG) 16V CM04 9GH AN00624R M CAP.POLY 0.01UF 50V TAPE

CF13 9GH 0245158 M CAPACITOT CERAMIC 68PF/2KV CM05 9GH AN00624R M CAP.POLY 0.01UF 50V TAPE

CF14 9GH 0800291R M CAP.-ELECTRO. 10UF-M(SMG) 16V CM06 9GH AN00637R M CAP.POLYESTER 0.1UF 50V TAPE

CF18 9GH AN01137F M CAP. METALLIZ FILM 0.01UF-J 1.8KV CM09 9GH AN00624R M CAP.POLY 0.01UF 50V TAPE

CH07 9GH 0890083R M CAP.-CERAMIC 470PF-K 50V CM10 9GH 0800291R M CAP.-ELECTRO. 10UF-M(SMG) 16V

CH15 9GH AN01119F M METALLIZ PP FILM CAP.0.0022UF

AD CM11 9GH 0800291R M CAP.-ELECTRO. 10UF-M(SMG) 16V

CH17 9GH AL01724 M CAP.ALUMI.160V 390UF KMH(M) CM12 9GH 0800317R M CAP.-ELECTRO. 47UF-M(SMG) 16V

CH25 9GH 0279693R M CAP.-POLYESTER FLM 0.1UF CM14 9GH AN00637R M CAP.POLYESTER 0.1UF 50V TAPE

CH29 9GH 0800352R M CAP.-ELECTRO.470UF 10V CM15 9GH AN00637R M CAP.POLYESTER 0.1UF 50V TAPE AB CH30 9GH 0800279R M CAP.-ELECTORO. 1.0UF-M(SMG) 50V AB CM16 9GH AN00637R M CAP.POLYESTER 0.1UF 50V TAPE AB CH37 9GH AN00618R M CAP.POLY 0.0039UF 50V TAPE CN01 9GH 0800279R M CAP.-ELECTORO. 1.0UF-M(SMG) 50V AB

CH43 9GH 0800326R M CAP.-ELECTRO. 100UF-M 16V CN02 9GH 0800288R M CAP.-ELECTRO. 4.7UF-M(SMG) 50V

CH44 9GH 0890074R M CAP.-CERAMIC 100PF-J 50V CN03 9GH AN00631R M CAP.POLYESTER 0.033UF 50V TAPE

CH45 9GH AN00624R M CAP.POLY 0.01UF 50V TAPE CN04 9GH 0890084R M CAP.-CERAMIC 560PF-K 50V

CH46 9GH 0800291R M CAP.-ELECTRO. 10UF-M(SMG) 16V CN09 9GH AN00615R M CAP.POLYESTER 0.0022UF 50V TAPE

CH47 9GH AN00613R M CAP.POLYESTER 0.0015UF 50V TAPE CP01 9GH AJ00195F M CAPACITOR CERAMIC 4700P 250V F

CH48 9GH 0800326R M CAP.-ELECTRO. 100UF-M 16V CP02 9GH AJ00195F M CAPACITOR CERAMIC 4700P 250V F

CH49 9GH 0800279R M CAP.-ELECTORO. 1.0UF-M(SMG) 50V

AB CP03 9GH AL01746 M CAP.ALUMI.250V 560UF KMH(M)

CK01 9GH 0800326R M CAP.-ELECTRO. 100UF-M 16V CP04 9GH AL01746 M CAP.ALUMI.250V 560UF KMH(M)

CK02 9GH 0800326R M CAP.-ELECTRO. 100UF-M 16V CP05 9GH 0800346R M CAP.-ELECTRO 330UF 35V

CK03 9GH 0800326R M CAP.-ELECTRO. 100UF-M 16V CP06 9GH 0880194R M CAP.-POLYESTER 0.1UF-J 50V

CK04 9GH 0880194R M CAP.-POLYESTER 0.1UF-J 50V CP07 9GH 0890085R M CAP.-CERAMIC 680PF-K 50V

CK05 9GH 0800326R M CAP.-ELECTRO. 100UF-M 16V CP09 9GH 0299616F M CAP.-POLYPROPYLENE FILM 0.0033UF-J 630V

CK06 9GH 0880194R M CAP.-POLYESTER 0.1UF-J 50V CP10 9GH AJ00182F M CAPACITOT CERAMIC CC-102M401E-DF10F8.5

CK07 9GH 0800326R M CAP.-ELECTRO. 100UF-M 16V CP12 9GH 0244202R M CAP.-CERAMIC 470PF-K 2KV

CK08 9GH 0880194R M CAP.-POLYESTER 0.1UF-J 50V CP13 9GH 0243511R M CAP.-CERAMIC 680PF-K 500V TAPE

CK09 9GH 0880194R M CAP.-POLYESTER 0.1UF-J 50V CP14 9GH 0243511R M CAP.-CERAMIC 680PF-K 500V TAPE

CK10 9GH 0800326R M CAP.-ELECTRO. 100UF-M 16V CP15 9GH 0244202R M CAP.-CERAMIC 470PF-K 2KV

CK11 9GH AN00615R M CAP.POLYESTER 0.0022UF 50V TAPE CP16 9GH 0243511R M CAP.-CERAMIC 680PF-K 500V TAPE

CK12 9GH 0890076R M CAP.CERAMIC 150PF-K 50V CP17 9GH AL01153S M CAP.ELECTR. 1000UF-M 35V

REFERENCE PART DELIVERY PRICE REFERENCE PART DELIVERY PRICE

NO. NO. SECTION DESCRIPTION CODE NO. NO. SECTION DESCRIPTION CODE

CP18 9GH AL01153S M CAP.ELECTR. 1000UF-M 35V CX34 9GH 0284634R M CAP.-ELECTRO 4.7UF-SME(BP) 50V

CP19 9GH 0243511R M CAP.-CERAMIC 680PF-K 500V TAPE CX35 9GH 0800324R M CAP.-ELECTRO. 100UF-M(SMG) 6.3V

CP20 9GH 0880194R M CAP.-POLYESTER 0.1UF-J 50V CX36 9GH 0893027R M CAP 2125 CHIP 100000PF-K B 25V TAPE

CP21 9GH 0800279R M CAP.-ELECTORO. 1.0UF-M(SMG) 50V

AB CX37 9GH 0893044R M CAP2125CHIP 10000PFKB 50V TAPE

CP22 9GH 0800279R M CAP.-ELECTORO. 1.0UF-M(SMG) 50V

AB CX38 9GH 0893044R M CAP2125CHIP 10000PFKB 50V TAPE

CP23 9GH AL01749 M 120UF 250V KMH(M)ALUMINIUM ELEC. CAPA CX39 9GH 0893027R M CAP 2125 CHIP 100000PF-K B 25V TAPE

CP24 9GH 0299610F M CAP.-POLYPRO.FILM 0.001UF 630V CX40 9GH 0800326R M CAP.-ELECTRO. 100UF-M 16V

CP25 9GH 0880194R M CAP.-POLYESTER 0.1UF-J 50V CX43 9GH 0800326R M CAP.-ELECTRO. 100UF-M 16V

CP26 9GH 0800352R M CAP.-ELECTRO.470UF 10V CX44 9GH 0893027R M CAP 2125 CHIP 100000PF-K B 25V TAPE

CP27 9GH 0880194R M CAP.-POLYESTER 0.1UF-J 50V CX45 9GH 0284638R M CAP.-ELECTRO. 10UF-SME(BP) 16V

CP28 9GH 0800328R M CAP. ELECTRO. 100UF-M 35V CX47 9GH 0284638R M CAP.-ELECTRO. 10UF-SME(BP) 16V

CP29 9GH AL01129S M CAP.ELECTROLYTIC 1000UF-M(YXF)16V CX49 9GH 0284638R M CAP.-ELECTRO. 10UF-SME(BP) 16V

CP30 9GH 0284405R M CAP.-ELECTRO. 220UF-M 16V CX51 9GH 0284638R M CAP.-ELECTRO. 10UF-SME(BP) 16V

CP31 9GH 0800353R M CAP.-ELECTRO.470UF-M 16V CX53 9GH 0893027R M CAP 2125 CHIP 100000PF-K B 25V TAPE

CP32 9GH 0800353R M CAP.-ELECTRO.470UF-M 16V CX57 9GH 0893027R M CAP 2125 CHIP 100000PF-K B 25V TAPE

CP33 9GH AL01723 M CAP.ALUMI.160V 330UF KMH(M) CX59 9GH 0893062R M CAP2125CHIP 1000000PFZF16V TAPE

CP34 9GH 0800317R M CAP.-ELECTRO. 47UF-M(SMG) 16V CX60 9GH 0893062R M CAP2125CHIP 1000000PFZF16V TAPE

CP35 9GH 0800303R M CAP.-ELECTRO. 22UF-M 50V CX61 9GH 0893062R M CAP2125CHIP 1000000PFZF16V TAPE

CP36 9GH 0880198R M CAP.-PLOY. 0.22UF-J 50V CX62 9GH 0893062R M CAP2125CHIP 1000000PFZF16V TAPE

CP37 9GH 0880198R M CAP.-PLOY. 0.22UF-J 50V CX63 9GH 0800326R M CAP.-ELECTRO. 100UF-M 16V

CP38 9GH 0800355N M CAP.ELECTRO. 470UF-M 35V CX64 9GH 0893027R M CAP 2125 CHIP 100000PF-K B 25V TAPE

CP39 9GH 0800355N M CAP.ELECTRO. 470UF-M 35V CX65 9GH 0800317R M CAP.-ELECTRO. 47UF-M(SMG) 16V

CP40 9GH 0284438F M CAP.-ELECTRO. 330UF-M 35V CX66 9GH 0893027R M CAP 2125 CHIP 100000PF-K B 25V TAPE

CP41 9GH 0284438F M CAP.-ELECTRO. 330UF-M 35V CX69 9GH 0893027R M CAP 2125 CHIP 100000PF-K B 25V TAPE

CP42 9GH 0800335R M CAP.-ELECTRO. 220UF-M(SMG) 16V CX70 9GH 0893027R M CAP 2125 CHIP 100000PF-K B 25V TAPE

CP43 9GH 0800335R M CAP.-ELECTRO. 220UF-M(SMG) 16V CX73 9GH 0893027R M CAP 2125 CHIP 100000PF-K B 25V TAPE

CP44 9GH 0800326R M CAP.-ELECTRO. 100UF-M 16V CX74 9GH 0893027R M CAP 2125 CHIP 100000PF-K B 25V TAPE

CP45 9GH 0800361N M CAP.-ELECTRO 1000UF 16V CX78 9GH 0893027R M CAP 2125 CHIP 100000PF-K B 25V TAPE

CP47 9GH 0244501R M CAP.-CERAMIC 1000PF-K 500V CX79 9GH 0893027R M CAP 2125 CHIP 100000PF-K B 25V TAPE

CP48 9GH 0244501R M CAP.-CERAMIC 1000PF-K 500V CX80 9GH 0800317R M CAP.-ELECTRO. 47UF-M(SMG) 16V

CP49 9GH 0244501R M CAP.-CERAMIC 1000PF-K 500V CX81 9GH 0893027R M CAP 2125 CHIP 100000PF-K B 25V TAPE

CX01 9GH 0800317R M CAP.-ELECTRO. 47UF-M(SMG) 16V CX85 9GH 0893027R M CAP 2125 CHIP 100000PF-K B 25V TAPE

CX03 9GH 0893027R M CAP 2125 CHIP 100000PF-K B 25V TAPE CX05 9GH 0893027R M CAP 2125 CHIP 100000PF-K B 25V TAPE DIODES

CX06 9GH 0893027R M CAP 2125 CHIP 100000PF-K B 25V TAPE D001 9GH 2331849M M ZENER HZ12C3 (TA) SI 500MW

CX07 9GH 0893027R M CAP 2125 CHIP 100000PF-K B 25V TAPE D002 9GH 2331849M M ZENER HZ12C3 (TA) SI 500MW AB CX08 9GH 0893027R M CAP 2125 CHIP 100000PF-K B 25V TAPE D003 9GH 2331849M M ZENER HZ12C3 (TA) SI 500MW AB CX09 9GH 0893027R M CAP 2125 CHIP 100000PF-K B 25V TAPE D004 9GH 2331849M M ZENER HZ12C3 (TA) SI 500MW AB CX10 9GH 0893027R M CAP 2125 CHIP 100000PF-K B 25V TAPE D005 9GH 2331849M M ZENER HZ12C3 (TA) SI 500MW AB CX11 9GH 0893027R M CAP 2125 CHIP 100000PF-K B 25V TAPE D007 9GH CH02001M M DIODE 1SR139-400 AB CX12 9GH 0893027R M CAP 2125 CHIP 100000PF-K B 25V TAPE D008 9GH 2344041M M DIODE 1SS254TA/1SS270TA AB CX13 9GH 0893027R M CAP 2125 CHIP 100000PF-K B 25V TAPE D009 9GH 2344041M M DIODE 1SS254TA/1SS270TA AB CX14 9GH 0800282R M CAP.-ELECTORO. 2.2UF-M(SMG) 50V D010 9GH 2331849M M ZENER HZ12C3 (TA) SI 500MW AB CX15 9GH 0893027R M CAP 2125 CHIP 100000PF-K B 25V TAPE D012 9GH 2344041M M DIODE 1SS254TA/1SS270TA AB CX17 9GH 0800282R M CAP.-ELECTORO. 2.2UF-M(SMG) 50V D014 9GH CH02001M M DIODE 1SR139-400 AB CX18 9GH 0800279R M CAP.-ELECTORO. 1.0UF-M(SMG) 50V AB D015 9GH CH02001M M DIODE 1SR139-400 AB CX19 9GH 0893044R M CAP2125CHIP 10000PFKB 50V TAPE D016 9GH CH02001M M DIODE 1SR139-400 AB CX20 9GH 0800326R M CAP.-ELECTRO. 100UF-M 16V D017 9GH 2331827M M ZENER DIODE HZ-9 TAPE (C1) SI 500MW 9.3V AB CX21 9GH 0893027R M CAP 2125 CHIP 100000PF-K B 25V TAPE D018 9GH 2331827M M ZENER DIODE HZ-9 TAPE (C1) SI 500MW 9.3V AB CX22 9GH 0893027R M CAP 2125 CHIP 100000PF-K B 25V TAPE D020 9GH 2344041M M DIODE 1SS254TA/1SS270TA AB CX23 9GH 0800326R M CAP.-ELECTRO. 100UF-M 16V D021 9GH 2344041M M DIODE 1SS254TA/1SS270TA AB CX25 9GH 0893027R M CAP 2125 CHIP 100000PF-K B 25V TAPE D023 9GH 2344041M M DIODE 1SS254TA/1SS270TA AB CX27 9GH 0893027R M CAP 2125 CHIP 100000PF-K B 25V TAPE D024 9GH 2344041M M DIODE 1SS254TA/1SS270TA AB CX31 9GH 0800291R M CAP.-ELECTRO. 10UF-M(SMG) 16V D025 9GH 2344041M M DIODE 1SS254TA/1SS270TA AB CX32 9GH 0800288R M CAP.-ELECTRO. 4.7UF-M(SMG) 50V D027 9GH 2344041M M DIODE 1SS254TA/1SS270TA AB CX33 9GH 0893027R M CAP 2125 CHIP 100000PF-K B 25V TAPE D028 9GH 2344041M M DIODE 1SS254TA/1SS270TA AB

REFERENCE PART DELIVERY PRICE REFERENCE PART DELIVERY PRICE

NO. NO. SECTION DESCRIPTION CODE NO. NO. SECTION DESCRIPTION CODE

D029 9GH 2344041M M DIODE 1SS254TA/1SS270TA AB D816 9GH 2348432M M DIODE RMPG06G

D030 9GH 2344041M M DIODE 1SS254TA/1SS270TA

AB D851 9GH 2331849M M ZENER HZ12C3 (TA) SI 500MW AB

D031 9GH 2344041M M DIODE 1SS254TA/1SS270TA AB D852 9GH 2344041M M DIODE 1SS254TA/1SS270TA AB D032 9GH CH02001M M DIODE 1SR139-400 AB D853 9GH 2344041M M DIODE 1SS254TA/1SS270TA AB D034 9GH 2344041M M DIODE 1SS254TA/1SS270TA AB D854 9GH 2344041M M DIODE 1SS254TA/1SS270TA AB D035 9GH 2331779M M ZENER DIODE HZ3C3 AB D856 9GH 2344041M M DIODE 1SS254TA/1SS270TA AB D036 9GH 2331849M M ZENER HZ12C3 (TA) SI 500MW D858 9GH 2344041M M DIODE 1SS254TA/1SS270TA AB

D037 9GH 2331809M M ZENER DIODE HZ-6 TAPE (C3) SI 500MW D863 9GH 2348432M M DIODE RMPG06G

D038 9GH 2344041M M DIODE 1SS254TA/1SS270TA

AB D864 9GH 2348432M M DIODE RMPG06G

D201 9GH 2335991M M ZENER HZ-T33 (02 TP)

AD D865 9GH 2348432M M DIODE RMPG06G

D202 9GH 2335991M M ZENER HZ-T33 (02 TP)

AD D866 9GH 2348432M M DIODE RMPG06G

D203 9GH 2331849M M ZENER HZ12C3 (TA) SI 500MW

AB D8A1 9GH 2331849M M ZENER HZ12C3 (TA) SI 500MW AB

D205 9GH 2344041M M DIODE 1SS254TA/1SS270TA AB D8A2 9GH 2344041M M DIODE 1SS254TA/1SS270TA AB D206 9GH 2344041M M DIODE 1SS254TA/1SS270TA AB D8A3 9GH 2344041M M DIODE 1SS254TA/1SS270TA AB D601 9GH 2344041M M DIODE 1SS254TA/1SS270TA AB D8A4 9GH 2344041M M DIODE 1SS254TA/1SS270TA AB D609 9GH CH02001M M DIODE 1SR139-400 AB D8A5 9GH 2344041M M DIODE 1SS254TA/1SS270TA AB D610 9GH CH02001M M DIODE 1SR139-400 AB D8A6 9GH 2344041M M DIODE 1SS254TA/1SS270TA AB D611 9GH CH02001M M DIODE 1SR139-400 AB D8C3 9GH 2348432M M DIODE RMPG06G

D612 9GH 2331154M M ZENER HZ-12 (A1-3 B1-3.TA) SI 200MA 14.3V

AB D8C4 9GH 2348432M M DIODE RMPG06G

D614 9GH CH02011M M DIODE 1SR153-400 D8C5 9GH 2348432M M DIODE RMPG06G

D615 9GH 2344041M M DIODE 1SS254TA/1SS270TA

AB D8C6 9GH 2348432M M DIODE RMPG06G

D616 9GH 2334305M M ZENER RD30E (B4 T2/TP/TA) SI 5MA 30.51V

AB D901 9GH 2338313 M DIODE RBV-406M (60V) SI 0.1USEC AL

D651 9GH 2344041M M DIODE 1SS254TA/1SS270TA AB D902 9GH CH02001M M DIODE 1SR139-400 AB D652 9GH 2344041M M DIODE 1SS254TA/1SS270TA AB D903 9GH CH00183R M LIGHT EMITTING DIODE (SLZ-981C-06-T1) AC D653 9GH 2344041M M DIODE 1SS254TA/1SS270TA AB D904 9GH 2334304M M ZENER RD30E (B3 T2/TP/TA) SI 5MA 30.51V

D654 9GH CH02011M M DIODE 1SR153-400 D905 9GH CH02011M M DIODE 1SR153-400

D655 9GH CH02011M M DIODE 1SR153-400 D906 9GH 2344041M M DIODE 1SS254TA/1SS270TA

D656 9GH 2349861 M DIODE FMU-G16S AH D908 9GH 2331795M M ZENER HZ-5 (B2 TAPE) SI 200MA 4.9V

D657 9GH 2349861 M DIODE FMU-G16S

AH D909 9GH CH02001M M DIODE 1SR139-400 AB

D661 9GH CH02011M M DIODE 1SR153-400 D910 9GH 2337952S M DIODE RU4YX(LF015-302) AG D662 9GH 2334315M M ZENER DIODE RD33E TAPE (B4) AB D912 9GH CH00182R M LIGHT EMITTING DIODE (SLZ-381C-06-T1) AC D663 9GH 2339839M M ZENER HZS5C3 TAPE AB D914 9GH CH02001M M DIODE 1SR139-400 AB D664 9GH 2334243M M ZENER RD16E (B2 T2/TP/TA) SI 10MA 16.51V AB D915 9GH 2338532M M DIODE EG01A (V1)

D666 9GH 2334243M M ZENER RD16E (B2 T2/TP/TA) SI 10MA 16.51V

AB D917 9GH CH02001M M DIODE 1SR139-400 AB

D702 9GH 2339882M M ZENER DIODE HZS-12(A2) TAPE AB D918 9GH 2337952S M DIODE RU4YX(LF015-302) AG D703 9GH 2331807M M ZENER DIODE HZ-6 TAPE (C1) SI 500MW 6.1V D921 9GH 2339882M M ZENER DIODE HZS-12(A2) TAPE AB D704 9GH 2331807M M ZENER DIODE HZ-6 TAPE (C1) SI 500MW 6.1V D922 9GH CH02001M M DIODE 1SR139-400 AB D705 9GH 2339855M M ZENER DIODE HZS-7 (B2) TAPE SI 7V AB D923 9GH 2339846M M ZENER HZS6B3 TA

D751 9GH 2344041M M DIODE 1SS254TA/1SS270TA

AB D926 9GH CH01042M M DIODE RK34 (40V)

D752 9GH CH02161 M DIODE FMQ-G2FLS (1500V)

AK D927 9GH CH00182R M LIGHT EMITTING DIODE (SLZ-381C-06-T1) AC

D753 9GH 2344041M M DIODE 1SS254TA/1SS270TA AB D928 9GH 2344041M M DIODE 1SS254TA/1SS270TA AB D754 9GH 2339952M M ZENER DIODE HZS27.2 TA AB D929 9GH CH01042M M DIODE RK34 (40V)

D755 9GH 2339826M M ZENER HZS4B3 TAPE

AB D930A 9GH CH01042M M DIODE RK34 (40V)

D756 9GH 2344041M M DIODE 1SS254TA/1SS270TA

AB D931 9GH CH00182R M LIGHT EMITTING DIODE (SLZ-381C-06-T1) AC

D759 9GH CH02001M M DIODE 1SR139-400 AB D932 9GH 2339852M M ZENER HZS7-A2 TA

D760 9GH CH02011M M DIODE 1SR153-400

AB D933 9GH 2344041M M DIODE 1SS254TA/1SS270TA AB

D762 9GH 2339882M M ZENER DIODE HZS-12(A2) TAPE AB D934 9GH CH01042M M DIODE RK34 (40V)

D801 9GH 2331849M M ZENER HZ12C3 (TA) SI 500MW

AB D935 9GH 2339892M M DIODE (HZS15-2TA)

D802 9GH 2344041M M DIODE 1SS254TA/1SS270TA

AB D936 9GH 2344041M M DIODE 1SS254TA/1SS270TA AB

D803 9GH 2344041M M DIODE 1SS254TA/1SS270TA AB D938 9GH 2339875M M ZENER HZS11B2 TA

D804 9GH 2344041M M DIODE 1SS254TA/1SS270TA

AB D941 9GH 2339892M M DIODE (HZS15-2TA)

D806 9GH 2344041M M DIODE 1SS254TA/1SS270TA

AB D942 9GH 2339836M M ZENER HZS-5 B3 AB

D808 9GH 2344041M M DIODE 1SS254TA/1SS270TA AB D943 9GH CH02001M M DIODE 1SR139-400 AB D813 9GH 2348432M M DIODE RMPG06G D944 9GH CH02001M M DIODE 1SR139-400 AB D814 9GH 2348432M M DIODE RMPG06G D945 9GH 2344041M M DIODE 1SS254TA/1SS270TA AB D815 9GH 2348432M M DIODE RMPG06G D946 9GH 2344041M M DIODE 1SS254TA/1SS270TA AB

REFERENCE PART DELIVERY PRICE REFERENCE PART DELIVERY PRICE

NO. NO. SECTION DESCRIPTION CODE NO. NO. SECTION DESCRIPTION CODE

D947 9GH 2339861M M ZENER HZS-9 A1 DH28 9GH 2339831M M ZENER HZS5 A1 TA SI 400MW 5V AB D948 9GH 2344041M M DIODE 1SS254TA/1SS270TA AB DH30 9GH 2344041M M DIODE 1SS254TA/1SS270TA

D949 9GH CH00182R M LIGHT EMITTING DIODE (SLZ-381C-06-T1)

AC DH31 9GH 2335042M M ZENER HZ-22 (2L TP) SI 200MA 400MW AB

D950 9GH 2339836M M ZENER HZS-5 B3 AB DH33 9GH 2334305M M ZENER RD30E (B4 T2/TP/TA) SI 5MA 30.51V AB D951 9GH 2344041M M DIODE 1SS254TA/1SS270TA AB DH40 9GH 2344041M M DIODE 1SS254TA/1SS270TA

D952 9GH 2344041M M DIODE 1SS254TA/1SS270TA

AB DH41 9GH 2334243M M ZENER RD16E (B2 T2/TP/TA) SI 10MA 16.51V AB

D953 9GH 2344041M M DIODE 1SS254TA/1SS270TA AB DH42 9GH 2334315M M ZENER DIODE RD33E TAPE (B4) AB D954 9GH 2344041M M DIODE 1SS254TA/1SS270TA AB DH43 9GH 2339802M M ZENER DIODE HZS2B2 TAPE AB D955 9GH 2344041M M DIODE 1SS254TA/1SS270TA AB DH44 9GH 2339839M M ZENER HZS5C3 TAPE AB D956 9GH 2339836M M ZENER HZS-5 B3 AB DH47 9GH 2344041M M DIODE 1SS254TA/1SS270TA AB D957 9GH 2344041M M DIODE 1SS254TA/1SS270TA AB DH80 9GH 2344041M M DIODE 1SS254TA/1SS270TA AB D958 9GH 2339821M M ZENER HZS4A1 TA DK01 9GH 2339551M M DIODE ED14(V1) SI 5MA 45V AE D959 9GH 2344041M M DIODE 1SS254TA/1SS270TA AB DK04 9GH CH02011M M DIODE 1SR153-400

D960 9GH 2339817M M ZENER HZS3C1 TA DK05 9GH CH02011M M DIODE 1SR153-400

DA03 9GH CH00151M M DIODE DSM1SD2(200V)TAPE DK16 9GH 2334324M M ZENER DIODE RD36E TAPE (B3) SI 500MW 36V

DA04 9GH 2344041M M DIODE 1SS254TA/1SS270TA AB DK17 9GH 2334324M M ZENER DIODE RD36E TAPE (B3) SI 500MW 36V AB DA08 9GH 2344041M M DIODE 1SS254TA/1SS270TA AB DK18 9GH 2334324M M ZENER DIODE RD36E TAPE (B3) SI 500MW 36V AB DA15 9GH 2331771M M ZENER HZ-3A1 TAPE DK19 9GH 2334324M M ZENER DIODE RD36E TAPE (B3) SI 500MW 36V AB DA16 9GH 2331771M M ZENER HZ-3A1 TAPE DK20 9GH 2334324M M ZENER DIODE RD36E TAPE (B3) SI 500MW 36V AB DC01 9GH 2344041M M DIODE 1SS254TA/1SS270TA AB DK21 9GH 2334324M M ZENER DIODE RD36E TAPE (B3) SI 500MW 36V AB DC02 9GH 2344041M M DIODE 1SS254TA/1SS270TA AB DK22 9GH 2334324M M ZENER DIODE RD36E TAPE (B3) SI 500MW 36V AB DC03 9GH 2344041M M DIODE 1SS254TA/1SS270TA AB DK23 9GH 2334324M M ZENER DIODE RD36E TAPE (B3) SI 500MW 36V AB DC04 9GH 2344041M M DIODE 1SS254TA/1SS270TA AB DK24 9GH 2334324M M ZENER DIODE RD36E TAPE (B3) SI 500MW 36V AB DC05 9GH 2344041M M DIODE 1SS254TA/1SS270TA AB DK25 9GH 2334324M M ZENER DIODE RD36E TAPE (B3) SI 500MW 36V AB DC06 9GH 2344041M M DIODE 1SS254TA/1SS270TA AB DK26 9GH 2334324M M ZENER DIODE RD36E TAPE (B3) SI 500MW 36V AB DC07 9GH 2344041M M DIODE 1SS254TA/1SS270TA AB DK27 9GH 2334324M M ZENER DIODE RD36E TAPE (B3) SI 500MW 36V AB DC08 9GH 2344041M M DIODE 1SS254TA/1SS270TA AB DK39 9GH 2344041M M DIODE 1SS254TA/1SS270TA AB DC09 9GH 2344041M M DIODE 1SS254TA/1SS270TA AB DK41 9GH 2331806M M ZENER DIODE HZ-6 TAPE (B3) SI 500MW AB DC10 9GH 2344041M M DIODE 1SS254TA/1SS270TA AB DK42 9GH 2331815M M ZENER HZ7-B2 AB DE01 9GH 2331849M M ZENER HZ12C3 (TA) SI 500MW AB DK43 9GH 2331806M M ZENER DIODE HZ-6 TAPE (B3) SI 500MW AB DE02 9GH 2335183M M ZENER HZ-20 (2L TP) SI 200MA DK71 9GH 2344041M M DIODE 1SS254TA/1SS270TA AB DE03 9GH 2331913M M DIODE 1SS83 (TAPE) DK72 9GH 2344041M M DIODE 1SS254TA/1SS270TA AB DE04 9GH 2331913M M DIODE 1SS83 (TAPE) DM01 9GH 2344041M M DIODE 1SS254TA/1SS270TA AB DE05 9GH 2331913M M DIODE 1SS83 (TAPE) DM02 9GH 2344041M M DIODE 1SS254TA/1SS270TA AB

DE06 9GH 2331913M M DIODE 1SS83 (TAPE) DM03 9GH CH00231 M LED SLH-56VC3F

DE17 9GH 2344041M M DIODE 1SS254TA/1SS270TA

AB DM04 9GH 2331849M M ZENER HZ12C3 (TA) SI 500MW AB

DE18 9GH 2344041M M DIODE 1SS254TA/1SS270TA AB DM05 9GH 2331849M M ZENER HZ12C3 (TA) SI 500MW AB DF01 9GH 2344041M M DIODE 1SS254TA/1SS270TA AB DM07 9GH 2331849M M ZENER HZ12C3 (TA) SI 500MW AB DF02 9GH 2344041M M DIODE 1SS254TA/1SS270TA AB DM08 9GH 2331849M M ZENER HZ12C3 (TA) SI 500MW AB DF03 9GH 2344041M M DIODE 1SS254TA/1SS270TA AB DM09 9GH 2331849M M ZENER HZ12C3 (TA) SI 500MW AB DF04 9GH 2344041M M DIODE 1SS254TA/1SS270TA AB DM10 9GH 2331849M M ZENER HZ12C3 (TA) SI 500MW AB DF05 9GH 2338531M M DIODE EG-01C (V) SI 0.5A AD DM11 9GH 2331849M M ZENER HZ12C3 (TA) SI 500MW AB DF07 9GH CH00041M M DIODE ES1FV1 (1500V) AE DN01 9GH 2344041M M DIODE 1SS254TA/1SS270TA AB DF08 9GH CH00041M M DIODE ES1FV1 (1500V) AE DN02 9GH 2344041M M DIODE 1SS254TA/1SS270TA AB DH01 9GH 2339839M M ZENER HZS5C3 TAPE AB DN03 9GH 2344041M M DIODE 1SS254TA/1SS270TA AB DH08 9GH 2344041M M DIODE 1SS254TA/1SS270TA AB DN04 9GH 2344041M M DIODE 1SS254TA/1SS270TA AB DH09 9GH 2339551M M DIODE ED14(V1) SI 5MA 45V AE DN05 9GH 2339825M M ZENER DIODE HZS-4 TAPE (B2) SI 400MW 3.9V AB DH11 9GH 2337361F M DIODE RU4D LF-20 DN06 9GH 2344041M M DIODE 1SS254TA/1SS270TA AB DH15 9GH 2344041M M DIODE 1SS254TA/1SS270TA AB DN09 9GH 2331849M M ZENER HZ12C3 (TA) SI 500MW AB DH17 9GH CH02001M M DIODE 1SR139-400 AB DN11 9GH 2344041M M DIODE 1SS254TA/1SS270TA AB DH20 9GH CH02001M M DIODE 1SR139-400 AB DN12 9GH 2344041M M DIODE 1SS254TA/1SS270TA AB DH21 9GH 2344041M M DIODE 1SS254TA/1SS270TA AB DN13 9GH 2344041M M DIODE 1SS254TA/1SS270TA AB DH24 9GH CH00031M M DIODE AU02V1(280V) AC DN14 9GH 2344041M M DIODE 1SS254TA/1SS270TA AB DH25 9GH 2339862M M ZENER HZS-9A2 TA AB DN15 9GH 2339836M M ZENER HZS-5 B3 AB DH26 9GH 2339863M M ZENER HZS9A3 TA AB DP01 9GH 2338313 M DIODE RBV-406M (60V) SI 0.1USEC AL DH27 9GH 2344041M M DIODE 1SS254TA/1SS270TA AB DP02 9GH CH02001M M DIODE 1SR139-400 AB

SHARP 60NP4, 50NP4 Service Manual

Specifications and Main Features

Frequently Asked Questions

User Manual