Sanyo P32746-00-M Schematic

Specifications

Power Rating . . . . . . . . . . . . . . . . . . . . . . . . 120VAC

155W (Avg), 2.7A (Max)

Antenna Input Impedance . . . . . . . . . . . . . . . . . 75Ω

UHF/VHF/CATV

Receiving Channel . . . . . . . . . . . . . . . . 2 - 13 (VHF),

14 - 69 (UHF),

01, 14-94, 95-125 (CATV)

Remote Ready . . . . . . . . . . 32 Key Remote Control

Sound Output . . . . . . . . . . . . . . . . . . . . . . 3.0 W/CH

Intermediate Frequency

Picture IF Carrier. . . . . . . . . . . . . . . . . . 45.75MHz

Sound IF Carrier . . . . . . . . . . . . . . . . . . 41.25MHz

Color Sub Carrier . . . . . . . . . . . . . . . . . 42.17MHz

LCD . . . . . . . . . . . . . . . . . . . . . . . . . . . T315XW01 V5

Cabinet Dimensions

Width. . . . . . . . . . . . . . . . . . . . . . . . . . . . . 812mm

Height . . . . . . . . . . . . . . . . . . . . . . . . . . . . 614mm

Depth including base . . . . . . . . . . . . . . . . 201mm

REFERENCE No. SM780112

DP32746, N3HE, PRODUCT CODE 111379904

Contents

Safety Instructions . . . . . . . . . . . . . . . . . . 2

Service Adjustments . . . . . . . . . . . . . . 3 - 5

Power Failure Circuit . . . . . . . . . . . . . . . . 6

Mechanical Disassemblies. . . . . . . . . 7 – 8

Chassis Electrical Parts List . . . . . . . 9 - 20

Cabinet Parts List . . . . . . . . . . . . . . . . . . 21

Component and Test Point

Locations . . . . . . . . . . . . . . . . . . . 22 – 25

Block Diagrams . . . . . . . . . . . . . . . . 26 – 31

Trouble Shooting Flow Charts . . . . 32 – 34

Control Port Functions. . . . . . . . . . . 35 – 36

Schematic Notes . . . . . . . . . . . . . . . . . . . 37

Pin Layouts. . . . . . . . . . . . . . . . . . . . . . . . 38

PC Board Connections and Locations . . 39

Capacitor and Resistor Codes . . . . . . . . 40

Schematic Diagrams . . . . . . . . . . . . 41 – 48

AS

FILE NO.

SERVICE MANUAL Remote Control Digital

Color Television

DP32746 (U.S.A.)

(CANADA)

ORIGINAL VERSION

Chassis No. P32746-00

NOTE: Match the Chassis No. on

the unit’s back cover with the Chassis No. in the Service Manual.

If the Original Version Service Manual Chassis No. does not match the unit’s, additional Service

Literature is required. You must refer to “Notices” to the Original Service Manual prior to servicing the unit.

A

S

POWER

CH

VOL

D

I G

I T

A

L

D O

L B

Y

with a double “Z” is a registered trademark

of Sanyo Manufacturing Corporation.

Servicing should be performed by only trained and qualified service personnel.

— 2 —

SAFETY PRECAUTIONS

WARNING: The chassis of this receiver has a floating ground with the potential of one half the AC line voltage in respect to earth ground. Service should not be attempted by anyone not familiar with the precautions necessary when working on this type of equipment.

The following precautions must be observed:

1. An isolation transformer must be connected in the power line between the receiver and the AC line before any service is performed on the receiver.

2. Comply with all caution and safety-related notes provided on the side of the cabinet, inside the cabinet, and on the chassis.

3. When replacing a chassis in the cabinet, always be certain that all the protective devices are installed properly, such as control knobs, adjustment covers, shields and barriers.

4. Before replacing the back cover of the set, thoroughly inspect the inside of the cabinet to see that no stray parts or tools have been left inside.

Before returning any television to the customer, the service technician must perform the following safety checks to be sure that the unit is completely safe to operate without danger of electrical shock.

ANTENNA COLD CHECK

Remove AC plug from the 120 VAC outlet and place a jumper across the two blades. Connect one lead of an ohmmeter to the jumpered AC plug, and touch the other lead to each exposed antenna terminal (UHF and VHF antenna terminals). The resistance must measure between 1M ohm and 5.2M ohm. Any resistance value below or above this range indicates an abnormality which requires corrective action.

LEAKAGE CURRENT CHECK

Plug the AC line cord directly into a 120 VAC outlet. (Do not use an

isolation transformer for this check.) Use an AC voltmeter, that has 5000 ohms per volt or more sensitivity. Connect a 1500 ohm 10 watt resistor, paralleled by a 0.15 µF 150 VAC capacitor, between a known good earth ground (water pipe, conduit, etc.) and all exposed metal parts of the cabinet (antennas, handle bracket, metal cabinet, screw heads, metal overlays, control shafts, etc.). Measure the AC voltage across the 1500 ohm resistor. The AC voltage should not exceed 750 mV. A reading exceeding 750 mV indicates that a dangerous potential exists. The fault must be located and corrected. Repeat the above test with the receiver power plug reversed.

NEVER RETURN A RECEIVER TO THE CUSTOMER WITHOUT TAKING THE NECESSARY CORRECTIVE ACTION.

PRODUCT SAFETY NOTICE

When replacing components in a receiver, always keep in mind

the necessary product safety precautions. Pay special attention to the replacement of components marked with a star () in the parts list and in the schematic diagrams. To ensure safe product operation, it is necessary to replace those components with the exact same PARTS.

SERVICING ELECTROSTATICALLY SENSATIVE DEVICES

Semiconductors (solid-state devices) that can be damaged by static electricity are referred to as Electrostatically Sensitive (ES) devices. Examples of typical ES devices are: Integrated Circuits (IC), FieldEffect Transistors (FET), and “chip” components. The following techniques should be observed strictly, to reduce the occurrence of semiconductor damage due to electrostatic discharge.

1. Immediately prior to handling any semiconductor component or an assembly containing a semiconductor device or devices, discharge the electrostatic buildup on your body by touching a known earth ground. You may also obtain and wear a commercially available discharging wrist strap device. CAUTION: Be sure to remove the wrist strap before applying

power to any unit being serviced.

2. After removing an ES equipped assembly, place it on a conductive surface, such as, aluminum foil, to prevent buildup or exposure to static electricity.

3. Use only grounded-tip soldering irons to solder or unsolder ES devices.

4. Use only anti-static solder removal devices. Some suction-type devices can generate static electricity adequate to damage ES devices.

5. A replacement ES device will come packaged in protective material (conductive foam, aluminum foil, or some comparable conductive material). Do Not remove an ES device from its protective packaging unless you are prepared to install it immediately.

6. Precisely prior to removing an ES device from its protective packaging, touch the protective packaging to the chassis or assembly in which the device will be install

ed.

CAUTION: Be sure that no power is applied to the chassis or circuit assembly.

7. Incidental body movements, such as, lifting a foot from a carpeted floor or the rubbing of fabric together can generate static electricity sufficient to damage ES devices. Therefore, minimize all body movements while handling exposed (unpackaged) ES devices.

0.15 µF 150V AC

1500 ohm

10 watt

Good earth ground such as a water pipe, conduit, etc.

AC OUTLET

TELEVISION

RECEIVER

READING SHOULD NOT EXCEED 750 mV.

AC VOLTMETER

(5000 ohms per volt or more sensitivity)

To be touched to all of exposed metal parts.

Voltmeter Hook-up for Leakage Current Check.

SAFETY INSTRUCTIONS

GENERAL

This set has an On-screen Service Menu system included in the CPU that allows remote operation for most of the service adjustments.

ON-SCREEN SERVICE MENU SYSTEM

1. Enter the Service Menu:

•Turn off the receiver and disconnect the AC power

supply.

•While pressing the Volume (–) button on the televi-

sion, reconnect the AC power supply. The Service Menu will now appear. The remote can now be used to make adjustments. See Figure 1 below.

2. Service Adjustments:

•Press the Channel  or  key to select the desired

service menu item you want to adjust. See page 4 for the On-screen Service Menu.

•Use the Volume + or – key or number keys to adjust

the data. The + or – keys will increase or decrease the data sequentially. The number keys (0 ~ 7) toggle only their respective bits between 1 and 0 and are used to change the Sub-Address. For example to change bit 5 press the number 5 key. See below.

Note: Using the + or – is not recommended due to possi-

ble rapid changes.

3. Exit from the Service Menu:

•Press the MENU key to turn off the Service Menu

display.

— 3 —

SERVICE ADJUSTMENTS

(b7) (b6) (b5) (b4) (b3) (b2) (b1) (b0)

0 1 0 1 0 1 1 0

BINARY DATA (8 bit)

Menu:

Exit Service Menu

Volume + / –:

Adjust Service Menu

Numeric:

0, 1, 2, 3, 4, 5, 6, 7:

Change Binary Data

Volume – : Enter Service Menu

080 ATT 07 00000111

Figure 1. Service Menu Display

ITEM NO.

TITLE

BINARY DATA (8 bit)

HEX DATA

Channel  :

Select Item

POWER

VOL

CH

INPUT

POWER

1

2 3

4 5 6

7 809

INFO

RECALL

TUNER MUTE

MENU

SLEEP

ENTER

VOL

CH

CAPTION EXIT

CH

VOL

RESET AUDIO PIX SHAPE

— 4 —

ON-SCREEN SERVICE MENU

• All data except in gray box area is fixed. Do not change for correct operation.

• Data in gray box is initial. Can be set according to adjustment information.

Table 1. ON-SCREEN SERVICE MENU

When IC802 (EEPROM) is replaced, check the bus data to confirm they are the same as below. The shaded menu should be checked and be set up or readjusted according to the procedures described in the following pages. Initial Setup Data marked with an * should be changed from Initial Reference Data. See page 3 for On-Screen Service Menu access and adjustments.

PROGRAM CODES

The microprossesor used in this model is a multi-purpose type and is used in several different models. To ensure proper operation and the correct features for your particular model, the program codes must be correct.

Note 1. Option Data 1 (NO. 087 OPT) should be hexadecimal 09 (00001001 binary). See 087 above. If this program

code is wrong the TV will not operate properly.

Note 2. Option Data 2 (NO. 088 OP2) should be hexadecimal 00 (00000000 binary). See 088 above. If this program

code is wrong the TV will not operate properly.

No. TITLE

INITIAL REFERENCE INITIAL SETUP INITIAL SETUP

FUNCTION

DATA HEX DATA HEX DATA BINARY

080 ATT 07 07 00000111 Attenuation -MTS Input Level (3~0)

081 SPC 20 20 00100000 Spectral - High Separation (5~3)

082 WDB 20 20 00100000 Wide Band - Low Separation (5~0)

083 SCO 00 00 00000000 Sub Color (NOT AVAILABLE)

084 STI 00 00 00000000 Sub Tint (NOT AVAILABLE)

085 SB 00 00 00000000 Sub Bright (NOT AVAILABLE)

086 SSH 00 00 00000000 Sub Sharpness (NOT AVAILABLE)

087 OP1 09 09 00001001 b4:26=1, b3:W/HDMI=1, LCD b1,b0=0

088 OP2 00 00 00000000 b1:Aspect 16:9=1, 4:3=0 1C0 ↓↓↓00000000 Not Used 1FF ↓↓↓↓Not Used

200 1R01 00 00 00000000 ROM Correction Data

↓↓ ↓ ↓ ↓↓

298 2R48↓ 00 00 00000000 ROM Correcetion Data

— 5 —

SERVICE ADJUSTMENTS (Continued)

MULTI-SOUND SECTION ADJUSTMENTS

Note: Multi-Sound Section must be adjusted after

A101 (U/V Tuner), IC3401 (MTS Decoder), Digital Module or IC802 (EEPROM) is replaced.

INPUT LEVEL ADJUSTMENT

1. Connect a signal to the analog antenna terminal with audio of 1 KH

Z 100% modulation.

2. Turn off the receiver and disconnect the AC power cord (AC 120V line).

3. Connect voltmeter (RMS) to TP317 and ground on the Main PC board.

4. While pressing the VOLUME – key, reconnect the AC power cord. The Service Menu will now appear.

5. Select NO. 080 (ATT: MTS Input Level) with the

 or  key.

6. Adjust the + or – key for a voltmeter reading of 400 ± 20 mVrms at TP317.

Figure 2. Separation Adjustments

SEPARATION ADJUSTMENT

7. Turn off the receiver and disconnect the AC power cord (AC 120V line).

8. Connect oscilloscope CH1 to TP317 and CH2 to TP318 and ground.

9. Connect an MTS TV/Stereo generator to antenna terminal.

10. While pressing the VOLUME – key, reconnect the AC power cord. The Service Menu will now appear.

11. Select pilot, 300Hz audio frequency and Left modulating signal.

12. Select NO. 082 (WDB: Wide Band) with the  or  key.

13. Adjust the + or – key for minimum low frequencies at TP317. See Figure 2.

14. Select 4 KHz audio frequency and Right modulating signal.

15. Select NO.0 81 (SPC: Spectral) with the  or  key.

16. Adjust the + or – key for minimum high frequencies at TP318. See Figure 2.

Repeat adjustments (steps 11–16) until no further decreases in amplitude can be obtained. Press the MENU key to turn off the Service Menu display.

Minimize L leakage

TP317 (R)

300Hz

Minimize R leakage

TP318 (L)

4KHz

— 6 —

POWER FAILURE CIRCUIT

Check the following if the unit is turned off by the power failure detector.

1. Disconnect the AC power cord (120V AC line) for at least 10 seconds.

2. Connect a DC Voltmeter to the circuits shown below.

3. Press the Power key and check for the proper voltage supplies.

4. If any of these voltages is low, the power failure detector should turn the unit off within three seconds.

5. Check all circuits shown below.

Note: This unit is equipped with a Power Surge Protection

feature included in the CPU. If power failure occurs three times within 15 minutes, the CPU will stop functioning automatically to help prevent secondary damage. (TV will not turn on by pressing the power key.) To reset the operating programs within the CPU, disconnect the AC power cord for at least 10 seconds.

This unit is equipped with a Power Failure Detector function included in the CPU which checks for an abnormal condition in the chassis power supplies, including the power supply for the LVDS (LCD Panel).

If, while the power is on, a failure is caused by any of the following that results in a low voltage supply, the CPU will turn the unit off in 1.5 seconds to prevent further damage:

•

Failure within the power supply circuits.

•

A short circuit in the load side from the supply.

1. Power Failure: Detected voltage failure for main board

and digital board circuits. (Connected to IC801 pin 32.)

2. Power Failure (LVDS): Detected voltage failure for LCD

panel. (Connected to IC801 pin 36.)

(Normal: High; Failure: Low)

If, while the power is off, the power is switched on and any of these failures remains uncorrected, the CPU will shut off the power within three seconds.

Main

Power

Q602 Q1673

Q607

Q610

Q611

Power On

IC801 (CPU)

32

14

36

IC1621

5/12V LVDS

Power Fail

(LVDS)

2

Q803

D1603

D1673 D1612

D1683

D1641

D1682

D1652

D1602

2

4,5

2

IC1601

3.3VD

IC1611

1.8VD

K8R

24V

IC1641

9V

IC1631

5V

D1651

33V

PIN19 K6MA

DM

— 7 —

STAND REMOVAL

Note: Position TV face down on a padded or cush-

ioned surface to protect the screen and finish.

Remove 4 screws “A” to take the stand off.

MECHANICAL DISASSEMBLY

CABINET BACK REMOVAL

Remove 11 screws to take the cabinet back (C/B) off.

(B: 4X14 9pcs; B1: 3X8 1pc; B2: 4X8 1pc)

Note: The cabinet back can be removed without

removing the stand.

CAUTION: This LCD TV uses several different kinds of

screws. Using the correct screw is necessary to prevent damage. Lead wires must be redressed to their previous locations after servicing.

CHASSIS AND PARTS LOCATIONS

1. Digital Board

2. Main Board

3. Power Board

4. Key Switch Board

5. Speakers

6. Mounting stand (stand base)

B

C/B

B

B2

B B1

A

B

3

4

STD

1

Earth Plate

B

2

6

5

— 8 —

1: DIGITAL BOARD REMOVAL

1-1. Remove the tuner nuts from the analog and digital

tuners and remove earth plate connecting the tuners.

1-2. Remove 4 screws (3X6) to take off the digital board.

2: MAIN BOARD REMOVAL

2-1. Remove the tuner nuts from the analog and digital

tuners and remove earth plate connecting the tuners.

2-2. Remove 9 screws (3X6) to take off the main board.

3: POWER BOARD REMOVAL

3-1. Remove 6 screws (3X6) to take off the power board.

4: CONTROL BOARD REMOVAL

4-1. Remove 2 screws (4X14–special screw) to take off

the control board.

5: SPEAKER REMOVAL

5-1. Remove 4 screws (4X14–special screw) to take off

the speaker.

6: STAND BASE REMOVAL

6-1. Remove 5 screws to take off the stand base.

4X14–special screw 3 pcs 3X6 2 pcs.

LCD PANEL REMOVAL

1: STAND BASE REMOVAL

1-1. Remove 5 screws to take off the stand base.

See above.

2: LCD PANEL REMOVAL

2-1. Disconnect the lead wires from the LCD panel,

speakers, and control board.

2-2. Remove 4 screws (4X14–special screw) and take

off the mounting frames with the chassis plate, power board, main board, and digital board.

2-3. Lift the LCD panel from the front cabinet.

MECHANICAL DISASSEMBLY (CONT.)

3

1

Earth Plate

4

6

5

2

5

LCD Panel

Power

Digital

Main

Chassis Plate

Mounting Frame Mounting Frame

— 9 —

CHASSIS ELECTRICAL PARTS LIST

CAUTION: To Protect against electrical shock and for continued product safety, refer to SAFETY PRECAUTIONS,

and PRODUCT SAFETY NOTICE on Page 2.

PRODUCT SAFETY NOTICE

PRODUCT SAFETY SHOULD BE CONSIDERED WHEN A REPLACEMENT IS MADE IN ANY AREA OF A RECEIVER. COMPONENTS INDICATED BY A STAR () IN THIS PARTS LIST AND THE SCHEMATIC DIAGRAM DESIGNATE COMPONENTS IN WHICH SAFETY CAN BE OF SPECIAL SIGNIFICANCE. IT IS PARTICULARLY RECOMMENDED THAT ONLY PARTS DESIGNATED ON THE FOLLOWING PARTS LIST BE USED FOR COMPONENT REPLACEMENT DESIGNATED BY A STAR. NO DEVIATIONS FROM RESISTANCE, WATTAGE, AND VOLTAGE RATINGS MAY BE MADE FOR REPLACEMENT ITEMS DESIGNATED BY A STAR.

Schematic Location

Part No.

Description

Schematic Location

Part No.

Description

Note: Schematic part location numbers may not always match with the part descriptions.

The part descriptions are correct and should be used.

CAPACITORS

RESISTORS

NOTES: Read description of the Capacitor as follows:

(Example)

CERAMIC 100P K 50V

Rated Voltage

Tolerance Symbols: Less than 10pF

A : Not specified B : ±0.1pF C : ±0.25pF D : ±0.5pF E : +0 -1pF F : ±1PF G : ±2pF H : +0.1 -0pF L : +0 -0.1pF R : ±0.25 -0pF S : +0-0.25pF More than 10pF

A :Not specified B : ±0.1% C : ±0.25% D : ±0.5% F : ±1% G : ±2% H :±3% J :±5% K :±10% L :±15% M :±20% N :±30% P :+100-0% Q :+30-10% T :+50-10% U :+75-10% V :+20-10% W :+100-10% X :+40-20% Y :+150-10% Z : +80-20%

Rated value: P=pico farad, U=micro farad

Material:

CERAMIC........... Ceramic

MT-PAPER......... Metallized Paper

POLYESTER...... Polyester

MT-POLYEST.....Metallized Polyester

POLYPRO.......... Polypropylene

MT-POLYPRO.... Metallized Polypropylene

COMPO FILM..... Composite Film

MT-COMPO........ Metallized Composite

STYRENE........... Styrene

TA-SOLID........... Tantalum Solid

AL-SOLID........... Aluminium Solid

ELECT................ Electrolytic

NP-ELECT.......... Non-polarised Electrolytic

OS-SOLID.......... Aluminium Solid with Organic

Semiconductive Electrolytic

NOTES: Read description of the Resistor as follows:

(Example)

CARBON 4.7K J A 1/4W

Rated Wattage

Performance Symbols: A...General B...Non-flammable Z...Low noise Other... Temperature coefficient

Tolerance Symbols: A...0.05% B...0.1% C...25% D...0.5% F...1% G...2% J...5% K...10% M...20% P...+5 -15%

Rated Value, ohms: K...1,000 M...1,000,000

Material:

CARBON .............

MT-FILM ..............

OXIDE-MT ...........

SOLID ..................

MT-GLAZE ...........

WIRE WOUND .....

CERAMIC RES ....

FUSIBLE RES .....

Carbon Metal Film Oxide Metal Film Composition Metal Glaze Wire Wound Ceramic Fusible

— 10 —

Schematic Location

Part No.

Description

Schematic Location

Part No.

Description

MAIN PC BOARD

CAPACITORS

C002 CEXLB1E101WAN ELECT 100U M 25V C004 CK1H472KLZBNG CERAMIC 4700P K 50V C005 CPXLB1C100ZAN NP-ELECT 10U M 16V C007 CK1H472KLZBNG CERAMIC 4700P K 50V C008 CPXLB1C100ZAN NP-ELECT 10U M 16V C009 CEXLB1H4R7WAN ELECT 4.7U M 50V C012 CEXLB1V222WAN ELECT 2200U M 35V C013 CEXLB1E102WAN ELECT 1000U M 25V C014 CEXLB1E102WAN ELECT 1000U M 25V C101 CK1H103ZLZFNG CERAMIC 0.01U Z 50V C102 CK1H103ZLZFNG CERAMIC 0.01U Z 50V C105 CK1H103ZLZFNG CERAMIC 0.01U Z 50V C106 CEXLB1H470WAN ELECT 47U M 50V C107 CEXLB1A222WAN ELECT 2200U M 10V C805 CC1H220JLZCNG CERAMIC 22P J 50V C806 CC1H220JLZCNG CERAMIC 22P J 50V C807 CK1H103ZLZFNG CERAMIC 0.01U Z 50V C811 CK1H104ZLZFNG CERAMIC 0.1U Z 50V C813 CEXLB1A470WAN ELECT 47U M 10V C814 CK1H222KLZBNG CERAMIC 2200P K 50V C815 CC1H220JLZCNG CERAMIC 22P J 50V C816 CC1H220JLZCNG CERAMIC 22P J 50V C820 CK1H103ZLZFNG CERAMIC 0.01U Z 50V C825 CC1H330JLZCNG CERAMIC 33P J 50V C826 CK1H104ZLZFNG CERAMIC 0.1U Z 50V C827 CK1H104ZLZFNG CERAMIC 0.1U Z 50V C829 CK1H104ZLZFNG CERAMIC 0.1U Z 50V C834 CEXLB0J471WAN ELECT 470U M 6.3V C835 CK1H104ZLZFNG CERAMIC 0.1U Z 50V C836 CC1H120JLZCNG CERAMIC 12P J 50V C837 CC1H120JLZCNG CERAMIC 12P J 50V C838 CK1H104ZLZFNG CERAMIC 0.1U Z 50V C839 CK1H103ZLZFNG CERAMIC 0.01U Z 50V C840 CK1H333KLZBNG CERAMIC 0.033U K 50V C841 CEXLB1H2R2WAN ELECT 2.2U M 50V C842 CK1H104ZLZFNG CERAMIC 0.1U Z 50V C1001 CK1H104ZLZFNG CERAMIC 0.1U Z 50V C1002 CEXLB1C100WAN ELECT 10U M 16V C1003 CEXLB1C100WAN ELECT 10U M 16V C1004 CEXLB1H2R2WAN ELECT 2.2U M 50V C1005 CEXLB1H2R2WAN ELECT 2.2U M 50V C1021 CEXLB1C101WAN ELECT 100U M 16V C1022 CEXLB1C100WAN ELECT 10U M 16V C1023 CEXLB1C100WAN ELECT 10U M 16V C1024 CK1H104ZLZFNG CERAMIC 0.1U Z 50V C1025 CEXLB1C100WAN ELECT 10U M 16V C1026 CEXLB1H2R2WAN ELECT 2.2U M 50V C1027 CEXLB1H2R2WAN ELECT 2.2U M 50V C1061 CEXLB1C331WAN ELECT 330U M 16V C1062 CEXLB1C100WAN ELECT 10U M 16V

C1063 CEXLB1C100WAN ELECT 10U M 16V C1064 CK1H104ZLZFNG CERAMIC 0.1U Z 50V C1065 CEXLB1C100WAN ELECT 10U M 16V C1066 CEXLB1H2R2WAN ELECT 2.2U M 50V C1067 CEXLB1H2R2WAN ELECT 2.2U M 50V C1101 CEXLB1E4R7WAN ELECT 4.7U M 25V C1102 CEXLB1E4R7WAN ELECT 4.7U M 25V C1201 CEXLB1C101WAN ELECT 100U M 16V C1202 CK1H104ZLZFNG CERAMIC 0.1U Z 50V C1203 CEXLB1H100WAN ELECT 10U M 50V C1204 CK1H104ZLZFNG CERAMIC 0.1U Z 50V C1251 CK1H104ZLZFNG CERAMIC 0.1U Z 50V C1252 CK1H104ZLZFNG CERAMIC 0.1U Z 50V C1601 CEXLB1C102WAN ELECT 1000U M 16V C1602 CK1H104ZLZFNG CERAMIC 0.1U Z 50V C1604 CEXLB0J102WAN ELECT 1000U M 6.3V C1605 CH1H105JAGANN MT-COMPO 1U J 50V C1611 CEXLB1C102WAN ELECT 1000U M 16V C1612 CK1H104ZLZFNG CERAMIC 0.1U Z 50V C1614 CEXLB0J102WAN ELECT 1000U M 6.3V C1615 CH1H105JAGANN MT-COMPO 1U J 50V C1641 CEXLB1C102WAN ELECT 1000U M 16V C1642 CK1H104ZLZFNG CERAMIC 0.1U Z 50V C1643 CK1H104ZLZFNG CERAMIC 0.1U Z 50V C1644 CEXLB1C102WAN ELECT 1000U M 16V C1651 CEXLB1C101WAN ELECT 100U M 16V C1652 CK1H104ZLZFNG CERAMIC 0.1U Z 50V C1653 CEXLB1E4R7WAN ELECT 4.7U M 25V C1654 CEXLB1H101WAN ELECT 100U M 50V C1655 CK1H104ZLZFNG CERAMIC 0.1U Z 50V C1656 CK1H102KLZBNG CERAMIC 1000P K 50V C1657 CK1H104ZLZFNG CERAMIC 0.1U Z 50V C1661 CK1H104ZLZFNG CERAMIC 0.1U Z 50V C1662 CK1H103ZLZFNG CERAMIC 0.01U Z 50V C1663 CK1H102KLZBNG CERAMIC 1000P K 50V C1664 CK1H103ZLZFNG CERAMIC 0.01U Z 50V C1665 CK1H104ZLZFNG CERAMIC 0.1U Z 50V C1666 CK1H104ZLZFNG CERAMIC 0.1U Z 50V C1681 CEXLB1C102WAN ELECT 1000U M 16V C1682 CK1H104ZLZFNG CERAMIC 0.1U Z 50V C1684 CEXLB1A102WAN ELECT 1000U M 10V C1685 CH1H105JAGANN MT-COMPO 1U J 50V C1691 CEXLB1V102WAN ELECT 1000U M 35V C1694 CEXLB1V471WAN ELECT 470U M 35V C1695 CH1H105JAGANN MT-COMPO 1U J 50V C1696 CEXLB1C100WAN ELECT 10U M 16V C1697 CK1H104ZLZFNG CERAMIC 0.1U Z 50V C1801 CK1H104ZLZFNG CERAMIC 0.1U Z 50V C1851 CK1H104ZLZFNG CERAMIC 0.1U Z 50V C1852 CK1H104ZLZFNG CERAMIC 0.1U Z 50V C1853 CK1H104ZLZFNG CERAMIC 0.1U Z 50V C1854 CK1H104ZLZFNG CERAMIC 0.1U Z 50V C1855 CK1H104ZLZFNG CERAMIC 0.1U Z 50V C3401 CPXLB1H4R7ZAN NP-ELECT 4.7U M 50V

— 11 —

Schematic Location

Part No.

Description

Schematic Location

Part No.

Description

C3402 CEXLB1HR10WAN ELECT 0.1U M 50V C3403 CPXLB1H4R7ZAN NP-ELECT 4.7U M 50V C3404 CK1H562KLZBNG CERAMIC 5600P K 50V C3405 CK1H123KLZBNG CERAMIC 0.012U K 50V C3406 CEXLB1H1R0WAN ELECT 1U M 50V C3407 CEXLB1HR47WAN ELECT 0.47U M 50V C3408 CEXLB1C470WAN ELECT 47U M 16V C3409 CEXLB1E4R7WAN ELECT 4.7U M 25V C3410 CK1H104ZLZFNG CERAMIC 0.1U Z 50V C3411 CPXLB1H4R7ZAN NP-ELECT 4.7U M 50V C3412 CEXLB1E4R7WAN ELECT 4.7U M 25V C3413 CEXLB1C102WAN ELECT 1000U M 16V C3414 CPXLB1H4R7ZAN NP-ELECT 4.7U M 50V C3415 CK1H272KLZBNG CERAMIC 2700P K 50V C3416 CK1H473KLZBNG CERAMIC 0.047U K 50V C3417 CT1A3R3KDRANG TA-SOLID 3.3U K 10V C3418 CPXLB1H4R7ZAN NP-ELECT 4.7U M 50V C3419 CT1A100KDRANG TA-SOLID 10U K 10V C3420 CEXLB1H1R0WAN ELECT 1U M 50V C3421 CEXLB1H1R0WAN ELECT 1U M 50V C3422 CEXLB1H1R0WAN ELECT 1U M 50V C3423 CEXLB1H1R0WAN ELECT 1U M 50V C3424 CEXLB1H1R0WAN ELECT 1U M 50V C3425 CK1H223KLZBNG CERAMIC 0.022U K 50V C3426 CK1H472KLZBNG CERAMIC 4700P K 50V C3427 CPXLB1H4R7ZAN NP-ELECT 4.7U M 50V C3428 CEXLB1HR10WAN ELECT 0.1U M 50V C3429 CK1H472KLZBNG CERAMIC 4700P K 50V C3430 CEXLB1C471WAN ELECT 470U M 16V

DIODES

D002 DDRM11C-----N DIODE RM11C D801 DD1SS355----G DIODE 1SS355 TE-17 D802 DZUDZS6.2B--G ZENER DIODE UDZS6.2B TE-17 D803 DD1SS355----G DIODE 1SS355 TE-17 D810 DD1SS355----G DIODE 1SS355 TE-17 D811 DD1SS355----G DIODE 1SS355 TE-17 D1601 DDYG812S04R-N DIODE YG812S04R D1602 DZUDZS3.0B--G ZD UDZS3.0B-TE-17 D1603 DD1SS355----G DIODE 1SS355 TE-17 D1611 DDYG812S04R-N DIODE YG812S04R D1612 DZUDZS3.6B--G ZD UDZS-TE-173.6B D1641 DD1SS355----G DIODE 1SS355 TE-17 D1651 DDRB500V-40-G DIODE RB500V-40-TE-17 D1652 DD1SS355----G DIODE 1SS355 TE-17 D1673 DD1SS355----G DIODE 1SS355 TE-17 D1681 DDRK46-304--N DIODE RK46 015-304 D1682 DD1SS355----G DIODE 1SS355 TE-17 D1683 DD1SS355----G DIODE 1SS355 TE-17 D1691 DDYG812S04R-N DIODE YG812S04R D1692 DD1SS355----G DIODE 1SS355 TE-17 D1693 DD1SS355----G DIODE 1SS355 TE-17 D3401 DDSB07-03C--P DIODE SB07-03C-TB

INTEGRATED CIRCUITS

IC001 QLA42052-E--N IC LA42052-E IC801 QXXAAJQ0724-- IC LC87F4164AU-LCD001 IC801 QXXAVC755---M IC LC8741XXXA IC802 Q24LC08BT/SNP IC 24LC08BT/SN IC803 QMN1381-Q---N IC MN1381-Q IC805 QTC7SH08F---P IC TC7SH08F(TE85L, F) IC806 QTC7SET08F--P IC TC7SET08F-TE85L IC1201 QCD4052BNSR-P IC CD4052BNSR

QTC4052BF---P IC TC4052BF-EL

IC1251 QCD4052BNSR-P IC CD4052BNSR

QTC4052BF---P IC TC4052BF-EL IC1601 QLA5774-E---N IC QLA5774-E---M IC1611 QLA5774-E---N IC QLA5774-E---M IC1621 QLA5774-E---N IC QLA5774-E---M IC1631 QLA5774-E---N IC QLA5774-E---M IC1641 QXXAVB833---N IC SI-3090FA LF1113 IC1651 QFA7700V----G IC FA7700V-TE1 IC3401 QCXA2234Q---P IC CXA2234Q-T6

COILS

L001 1AV4L26B2770G INDUCTOR, 220 OHM L003 RGFR000ZTAANL MT-GLAZE0.000 ZA 1/10W L005 RGFR000ZTAANL MT-GLAZE0.000 ZA 1/10W L006 RGFR000ZTAANL MT-GLAZE0.000 ZA 1/10W L007 RGFR000ZTAANL MT-GLAZE0.000 ZA 1/10W L100 1AV4L2FB150MG INDUCTOR, 15U M L101 1AV4L2FB150MG INDUCTOR, 15U M L102 1AV4L2FB3R3MG INDUCTOR, 3.3U M L103 RGFR000ZTAANL MT-GLAZE0.000 ZA 1/10W L104 RGFR000ZTAANL MT-GLAZE0.000 ZA 1/10W L105 RGFR000ZTAANL MT-GLAZE0.000 ZA 1/10W L106 RGFR000ZTAANL MT-GLAZE0.000 ZA 1/10W L107 RGFR000ZTAANL MT-GLAZE0.000 ZA 1/10W L108 RGFR000ZTAANL MT-GLAZE0.000 ZA 1/10W L801 1AV4L26B2770G INDUCTOR, 220 OHM L802 1AV4L26B2770G INDUCTOR, 220 OHM L803 1AV4L2FB3R3MG INDUCTOR, 3.3U M L804 1AV4L2FB3R3MG INDUCTOR, 3.3U M L805 1AV4L26B2770G INDUCTOR, 220 OHM L806 1AV4L26B2770G INDUCTOR, 220 OHM L1001 RGFR000ZTAANL MT-GLAZE0.000 ZA 1/10W L1021 1AV4L2FB150MG INDUCTOR, 15U M L1101 RGFR000ZTAANL MT-GLAZE0.000 ZA 1/10W L1201 1AV4L2FB3R3MG INDUCTOR, 3.3U M L1251 RGFR000ZTAANL MT-GLAZE0.000 ZA 1/10W L1601 1AV4L26B2770G INDUCTOR, 220 OHM L1602 1AV4L26B2770G INDUCTOR, 220 OHM L1603 1AV4L2JJ470KN INDUCTOR, 47U K L1604 RGFR000ZTAANL MT-GLAZE0.000 ZA 1/10W L1605 RGFR000ZTAANL MT-GLAZE0.000 ZA 1/10W L1606 RGFR000ZTAANL MT-GLAZE0.000 ZA 1/10W L1607 RGFR000ZTAANL MT-GLAZE0.000 ZA 1/10W

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Schematic Location

Part No.

Description

Schematic Location

Part No.

Description

L1608 RGFR000ZTAANL MT-GLAZE0.000 ZA 1/10W L1609 RGFR000ZTAANL MT-GLAZE0.000 ZA 1/10W L1610 RGFR000ZTAANL MT-GLAZE0.000 ZA 1/10W L1611 1AV4L26B2770G INDUCTOR, 220 OHM L1612 1AV4L26B2770G INDUCTOR, 220 OHM L1613 1AV4L2JJ330MN INDUCTOR, 33U M L1621 1AV4L26B2770G INDUCTOR, 220 OHM L1624 RGFR000ZTAANL MT-GLAZE0.000 ZA 1/10W L1625 RGFR000ZTAANL MT-GLAZE0.000 ZA 1/10W L1626 RGFR000ZTAANL MT-GLAZE0.000 ZA 1/10W L1627 RGFR000ZTAANL MT-GLAZE0.000 ZA 1/10W L1628 RGFR000ZTAANL MT-GLAZE0.000 ZA 1/10W L1630 RGFR000ZTAANL MT-GLAZE0.000 ZA 1/10W L1631 RGFR000ZTAANL MT-GLAZE0.000 ZA 1/10W L1632 1AV4L2JJ470KN INDUCTOR, 47U K L1635 RGFR000ZTAANL MT-GLAZE0.000 ZA 1/10W L1641 RGFR000ZTAANL MT-GLAZE0.000 ZA 1/10W L1642 RGFR000ZTAANL MT-GLAZE0.000 ZA 1/10W L1643 RGFR000ZTAANL MT-GLAZE0.000 ZA 1/10W L1644 RGFR000ZTAANL MT-GLAZE0.000 ZA 1/10W L1651 RGFR000ZTAANL MT-GLAZE0.000 ZA 1/10W L1652 1AV4L2PX222JG INDUCTOR, 2.2M J L1658 RGFR000ZTAANL MT-GLAZE0.000 ZA 1/10W L1659 RGFR000ZTAANL MT-GLAZE0.000 ZA 1/10W L1661 RGFR000ZTAANL MT-GLAZE0.000 ZA 1/10W L1663 RGFR000ZTAANL MT-GLAZE0.000 ZA 1/10W L1664 RGFR000ZTAANL MT-GLAZE0.000 ZA 1/10W L1665 RGFR000ZTAANL MT-GLAZE0.000 ZA 1/10W L1666 RGFR000ZTAANL MT-GLAZE0.000 ZA 1/10W L1667 RGFR000ZTAANL MT-GLAZE0.000 ZA 1/10W L1668 RGFR000ZTAANL MT-GLAZE0.000 ZA 1/10W L1669 RGFR000ZTAANL MT-GLAZE0.000 ZA 1/10W L1670 1AV4L26B2770G INDUCTOR, 220 OHM L1671 RGFR000ZTAANL MT-GLAZE0.000 ZA 1/10W L1673 RGFR000ZTAANL MT-GLAZE0.000 ZA 1/10W L1674 1AV4L26B2770G INDUCTOR, 220 OHM L1675 1AV4L26B2770G INDUCTOR, 220 OHM L1676 1AV4L26B2770G INDUCTOR, 220 OHM L1677 1AV4L26B2770G INDUCTOR, 220 OHM L1678 1AV4L26B2770G INDUCTOR, 220 OHM L1679 1AV4L26B2770G INDUCTOR, 220 OHM L1682 1AV4L26B2770G INDUCTOR, 220 OHM L1683 1AV4L2JJ330MN INDUCTOR, 33U M L1684 RGFR000ZTAANL MT-GLAZE0.000 ZA 1/10W L1685 RGFR000ZTAANL MT-GLAZE0.000 ZA 1/10W L1687 RGFR000ZTAANL MT-GLAZE0.000 ZA 1/10W L1801 1AV4L26B2770G INDUCTOR, 220 OHM L2803 RGFR000ZTAANL MT-GLAZE0.000 ZA 1/10W L3401 1AV4L2FB3R3MG INDUCTOR, 3.3U M

TRANSISTORS

Q001 T2SC2412K-R-P TR 2SC2412K-T-96-R

T2SC2412K-S-P TR 2SC2412K-T-96-S T2SC2812-L6-P TR 2SC2812-L6-TB T2SC2812-L7-P TR 2SC2812-L7-TB T2SC2812N-L6P TR 2SC2812N-L6-TB T2SC2812N-L7P TR 2SC2812N-L7-TB T2SC3928A1R-P TR 2SC3928A1R T2SC3928A1S-P TR 2SC3928A1S

Q101 T2SC2412K-R-P TR 2SC2412K-T-96-R

T2SC2412K-S-P TR 2SC2412K-T-96-S T2SC2812-L6-P TR 2SC2812-L6-TB T2SC2812-L7-P TR 2SC2812-L7-TB T2SC2812N-L6P TR 2SC2812N-L6-TB T2SC2812N-L7P TR 2SC2812N-L7-TB T2SC3928A1R-P TR 2SC3928A1R T2SC3928A1S-P TR 2SC3928A1S

Q801 T2SC2412K-R-P TR 2SC2412K-T-96-R

T2SC2412K-S-P TR 2SC2412K-T-96-S T2SC2812-L6-P TR 2SC2812-L6-TB T2SC2812-L7-P TR 2SC2812-L7-TB T2SC2812N-L6P TR 2SC2812N-L6-TB T2SC2812N-L7P TR 2SC2812N-L7-TB T2SC3928A1R-P TR 2SC3928A1R T2SC3928A1S-P TR 2SC3928A1S

Q803 T2SC2412K-R-P TR 2SC2412K-T-96-R

T2SC2412K-S-P TR 2SC2412K-T-96-S T2SC2812-L6-P TR 2SC2812-L6-TB T2SC2812-L7-P TR 2SC2812-L7-TB T2SC2812N-L6P TR 2SC2812N-L6-TB T2SC2812N-L7P TR 2SC2812N-L7-TB T2SC3928A1R-P TR 2SC3928A1R T2SC3928A1S-P TR 2SC3928A1S

Q804 T2SA1037AK-RP TR 2SA1037AK T146 R

T2SA1037AK-SP TR 2SA1037AK T146 S T2SA1037K-R-P TR 2SA1037K-T-96-R T2SA1037K-S-P TR 2SA1037K-T-96-S T2SA1179-M6-P TR 2SA1179-M6 T2SA1179-M7-P TR 2SA1179-M7-TB T2SA1179N-M6P TR 2SA1179N-M6-TB T2SA1179N-M7P TR 2SA1179N-M7-TB T2SA1235A1E-P TR 2SA1235A1E T2SA1235A1F-P TR 2SA1235A1F

Q805 T2SC2412K-R-P TR 2SC2412K-T-96-R

T2SC2412K-S-P TR 2SC2412K-T-96-S T2SC2812-L6-P TR 2SC2812-L6-TB T2SC2812-L7-P TR 2SC2812-L7-TB T2SC2812N-L6P TR 2SC2812N-L6-TB T2SC2812N-L7P TR 2SC2812N-L7-TB T2SC3928A1R-P TR 2SC3928A1R T2SC3928A1S-P TR 2SC3928A1S

— 13 —

Schematic Location

Part No.

Description

Schematic Location

Part No.

Description

Q810 T2SC2412K-R-P TR 2SC2412K-T-96-R

T2SC2412K-S-P TR 2SC2412K-T-96-S T2SC2812-L6-P TR 2SC2812-L6-TB T2SC2812-L7-P TR 2SC2812-L7-TB T2SC2812N-L6P TR 2SC2812N-L6-TB T2SC2812N-L7P TR 2SC2812N-L7-TB T2SC3928A1R-P TR 2SC3928A1R

T2SC3928A1S-P TR 2SC3928A1S Q811 T2SC2411K-Q-P TR 2SC2411K-T146-Q Q1021 T2SA1037AK-RP TR 2SA1037AK T146 R

T2SA1037AK-SP TR 2SA1037AK T146 S

T2SA1037K-R-P TR 2SA1037K-T-96-R

T2SA1037K-S-P TR 2SA1037K-T-96-S

T2SA1179-M6-P TR 2SA1179-M6

T2SA1179-M7-P TR 2SA1179-M7-TB

T2SA1179N-M6P TR 2SA1179N-M6-TB

T2SA1179N-M7P TR 2SA1179N-M7-TB

T2SA1235A1E-P TR 2SA1235A1E

T2SA1235A1F-P TR 2SA1235A1F Q1022 T2SA1037AK-RP TR 2SA1037AK T146 R

T2SA1037AK-SP TR 2SA1037AK T146 S

T2SA1037K-R-P TR 2SA1037K-T-96-R

T2SA1037K-S-P TR 2SA1037K-T-96-S

T2SA1179-M6-P TR 2SA1179-M6

T2SA1179-M7-P TR 2SA1179-M7-TB

T2SA1179N-M6P TR 2SA1179N-M6-TB

T2SA1179N-M7P TR 2SA1179N-M7-TB

T2SA1235A1E-P TR 2SA1235A1E

T2SA1235A1F-P TR 2SA1235A1F Q1023 T2SA1037AK-RP TR 2SA1037AK T146 R

T2SA1037AK-SP TR 2SA1037AK T146 S

T2SA1037K-R-P TR 2SA1037K-T-96-R

T2SA1037K-S-P TR 2SA1037K-T-96-S

T2SA1179-M6-P TR 2SA1179-M6

T2SA1179-M7-P TR 2SA1179-M7-TB

T2SA1179N-M6P TR 2SA1179N-M6-TB

T2SA1179N-M7P TR 2SA1179N-M7-TB

T2SA1235A1E-P TR 2SA1235A1E

T2SA1235A1F-P TR 2SA1235A1F Q1061 T2SA1037AK-RP TR 2SA1037AK T146 R

T2SA1037AK-SP TR 2SA1037AK T146 S

T2SA1037K-R-P TR 2SA1037K-T-96-R

T2SA1037K-S-P TR 2SA1037K-T-96-S

T2SA1179-M6-P TR 2SA1179-M6

T2SA1179-M7-P TR 2SA1179-M7-TB

T2SA1179N-M6P TR 2SA1179N-M6-TB

T2SA1179N-M7P TR 2SA1179N-M7-TB

T2SA1235A1E-P TR 2SA1235A1E

T2SA1235A1F-P TR 2SA1235A1F Q1062 T2SA1037AK-RP TR 2SA1037AK T146 R

T2SA1037AK-SP TR 2SA1037AK T146 S

T2SA1037K-R-P TR 2SA1037K-T-96-R

T2SA1037K-S-P TR 2SA1037K-T-96-S

T2SA1179-M6-P TR 2SA1179-M6

T2SA1179-M7-P TR 2SA1179-M7-TB T2SA1179N-M6P TR 2SA1179N-M6-TB T2SA1179N-M7P TR 2SA1179N-M7-TB T2SA1235A1E-P TR 2SA1235A1E T2SA1235A1F-P TR 2SA1235A1F

Q1063 T2SA1037AK-RP TR 2SA1037AK T146 R

T2SA1037AK-SP TR 2SA1037AK T146 S T2SA1037K-R-P TR 2SA1037K-T-96-R T2SA1037K-S-P TR 2SA1037K-T-96-S T2SA1179-M6-P TR 2SA1179-M6 T2SA1179-M7-P TR 2SA1179-M7-TB T2SA1179N-M6P TR 2SA1179N-M6-TB T2SA1179N-M7P TR 2SA1179N-M7-TB T2SA1235A1E-P TR 2SA1235A1E T2SA1235A1F-P TR 2SA1235A1F

Q1101 T2SC2412K-R-P TR 2SC2412K-T-96-R

T2SC2412K-S-P TR 2SC2412K-T-96-S T2SC2812-L6-P TR 2SC2812-L6-TB T2SC2812-L7-P TR 2SC2812-L7-TB T2SC2812N-L6P TR 2SC2812N-L6-TB T2SC2812N-L7P TR 2SC2812N-L7-TB T2SC3928A1R-P TR 2SC3928A1R T2SC3928A1S-P TR 2SC3928A1S

Q1102 T2SC2412K-R-P TR 2SC2412K-T-96-R

T2SC2412K-S-P TR 2SC2412K-T-96-S T2SC2812-L6-P TR 2SC2812-L6-TB T2SC2812-L7-P TR 2SC2812-L7-TB T2SC2812N-L6P TR 2SC2812N-L6-TB T2SC2812N-L7P TR 2SC2812N-L7-TB T2SC3928A1R-P TR 2SC3928A1R T2SC3928A1S-P TR 2SC3928A1S

Q1201 T2SC2412K-R-P TR 2SC2412K-T-96-R

T2SC2412K-S-P TR 2SC2412K-T-96-S T2SC2812-L6-P TR 2SC2812-L6-TB T2SC2812-L7-P TR 2SC2812-L7-TB T2SC2812N-L6P TR 2SC2812N-L6-TB T2SC2812N-L7P TR 2SC2812N-L7-TB T2SC3928A1R-P TR 2SC3928A1R T2SC3928A1S-P TR 2SC3928A1S

Q1202 T2SC2412K-R-P TR 2SC2412K-T-96-R

T2SC2412K-S-P TR 2SC2412K-T-96-S T2SC2812-L6-P TR 2SC2812-L6-TB T2SC2812-L7-P TR 2SC2812-L7-TB T2SC2812N-L6P TR 2SC2812N-L6-TB T2SC2812N-L7P TR 2SC2812N-L7-TB T2SC3928A1R-P TR 2SC3928A1R T2SC3928A1S-P TR 2SC3928A1S

Q1251 T2SC2412K-R-P TR 2SC2412K-T-96-R

T2SC2412K-S-P TR 2SC2412K-T-96-S T2SC2812-L6-P TR 2SC2812-L6-TB T2SC2812-L7-P TR 2SC2812-L7-TB T2SC2812N-L6P TR 2SC2812N-L6-TB T2SC2812N-L7P TR 2SC2812N-L7-TB T2SC3928A1R-P TR 2SC3928A1R