TCL nx56e, 21m62us, tda11145ps, ncp1337, stv8172a Diagram

Download

TCL

SERVICE MANUAL

21M62US NX56E-LA

1. Caution…………………………………………………………………………2

2. specification……………………………………………………………………6

3. Alignment Procedure…………………………………………………………13

4. Block Diagram ……………………………………………………………… 28

5. Signal Processing Introduction………………………………………………29 6． PCB Layout ……………………………………………………………………34

7. Scheme Diagram………………………………………………………………36

8. Specification of Main IC………………………………………………………40 9．Trouble Shooting ………………………………………………………………61

10. BOM List……………………………………………………………………64 11．Explode Diagram………………………………………………………………76

This manual is the latest at the time of printing, and does not include the modification which may be made after the printing, by the constant improvement of product

CAUTION:

RISK OF

ELECTRIC

SHOCK

NOT

OPEN.

Use of controls, adjustments or procedures other than those specified herein may result in hazardous radiation exposure.

CAUTION: TO REDUCE THE RISK OF

CAUTION

RISK

ELECTRI

SHOCK

NOT

OPEN.

The lighting flash with arrowhead symbol, with an equilateral triangle is intended to alert the user to the presence of uninsulated voltage within the products enclosure that may be of sufficient magnitude to constitute a risk of electric shock to the person.

The exclamation point within an equilateral triangle is intended to alert the user to the presence of importa nt operating and maintenance (servicing) instructions in the literature accompanying the appliance.

ELECTRICAL SHOCK, DO NOT REMOVE COVER (OR BACK). NO USER SERVICEABLE PARTS INSIDE. REFER SER VICING TO QUALIFIED SERVICE PERSONNEL.

dangerous

WARNING: TO REDUCE RISK OF FIRE OR ELECTRIC SHOCK, DO NOT

EXPOSE THIS APPLIANCE TO RAIN OR MOISTURE.

IMPORTANT SAFETY INSTRUCTIONS

CAUTION:

Read all of these instructions. Save these instructions for later use. Follow all Warnings and Instructions marked on the audio equipment.

1. Read Instructions- All the safety and operating instructions should be read before the product is operated.

2. Retain Instructions- The safety and operating instructions should be retained for future reference.

3. Heed Warnings- All warnings on the product and in the operating instructions should be adhered to.

4. Follow Instructions- All operating and use instructions should be followed.

FOR YOUR PERSONAL SAFETY

1. When the power cord or plug is damaged or frayed, unplug this television set from the wall outlet and refer servicing to qualified service personnel.

2. Do not overload wall outlets and extension cords as this can result in fire or electric shock.

3. Do not allow anything to rest on or roll over the power cord, and do not place the TV where power cord is subject to traffic or abuse. This may result in a shock or fire hazard.

4. Do not attempt to service this television set yourself as opening or removing covers may expose you to dangerous voltage or other hazards. Refer all servicing to qualified service personnel.

5. Never push objects of any kind into this television set through cabinet slots as they may touch dangerous voltage points or short out parts that could result in a fire or electric shock. Never spill liquid of any kind on the television set.

6. If the television set has been dropped or the cabinet has been damaged, unplug this television set from the wall outlet and refer servicing to qualified service personnel.

7. If liquid has been spilled into the television set, unplug this television set from the wall outlet and refer servicing to qualified service personnel.

8. Do not subject your television set to impact of any kind. Be particularly careful not to damage the picture tube surface.

9. Unplug this television set from the wall outlet before cleaning. Do not use liquid cleaners or aerosol cleaners. Use a damp cloth for cleaning.

10.1. Do not place this television set on an unstable cart, stand, or table. The television set may fall, causing serious injury to a child or an adult, and serious damage to the appliance. Use only with a car t or stand recommended by the manufacturer, or sold with the television set. Wall or shelf mounting should follow the manufacturer s instructions, and should use a mounting kit approved by the manufacturer.

10.2. An appliance and cart combination should be moved with care. Quick stops, excessive force, and uneven surfaces may cause the appliance and cart combination to overturn.

PROTECTION AND LOCATION OF YOUR SET

11. Do not use this television set near water ... for example, near a bathtub, washbowl, kitchen sink, or laundry tub, in a

wet basement, or near a swimming pool, etc. Never expose the set to rain or water. If the set has been exposed to rain or water, unplug the set from the wall outlet and refer servicing to qualified service personnel.

12. Choose a place where light (ar tificial or sunlight) does not shine directly on the screen.

13. Avoid dusty places, since piling up of dust inside TV chassis may cause failure of the set when high humidity persists.

14. The set has slots, or openings in the cabinet for ventilation purposes, to provide reliable operation of the receiver, to protect it from overheating. These openings must not be blocked or covered.

Never cover the slots or openings with cloth or other material. Never block the bottom ventilation slots of the set by placing it on a bed, sofa, rug, etc. Never place the set near or over a radiator or heat register. Never place the set in enclosure, unless proper ventilation is provided.

a built-in

PROTECTION AND LOCATION OF YOUR SET

15.1. If an outside antenna is connected to the television set, be sure the antenna system is grounded so as to provide some

protection against voltage surges and built up static charges, Section 810 of the National Electrical Code, NFPA No. 70-1975, provides information with respect to proper grounding of the mast and supporting structure, grounding of the lead-in wire to an antenna discharge unit, size of grounding conductors, location of antenna discharge unit, connection to grounding electrode, and requirements for the grounding electrode.

EXAMPLE OF ANTENNA GROUNDING AS PER NATIONAL ELECTRICAL CODE INSTRUCTIONS

EXAMPLE OF ANTENNA GROUNDING AS PER

NATIONALELECTRICAL CODE

ANTENNA LEAD- IN WIRE

GROUND CLAMP

ELECTRIC SERVICE

EQUIPMENT

NEC-NATIONALELECTRICAL CODE

ANTENNA DISCHARGE UNIT (NEC SECTION 810-20)

GROUNDING CONDUCTORS (NECSECTION 810-21)

GROUND CLAMPS

POWER SER VICE GROUNDING ELECTRODE SYSTEM (NEC ART 250. PART H)

15.2. Note to CATV system installer : (Only for the television set with CATV reception)

This reminder is provided to call the CATV system attention to Article 820-40 of the NEC that provides

installer s guidelines for proper grounding and, in particular, specifies that the cable ground shall be connected to the grounding system of the building, as close to the point of cable entry as practical.

16. An outside antenna system should not be located in the vicinity of overhead power lines or other electric lights or power circuits, or where it can fall into such power lines or circuits. When installing an outside antenna system, extreme care should be taken to keep from touching such power lines or circuits as contact with them might be fatal.

17. For added protection for this television set during a lightning storm, or when it is left unattended and unused for long periods of time, unplug it from the wall outlet and disconnect the antenna. This will prevent damage due to lightning and power-line surges.

OPERATION OF YOUR SET

18.

This television set should be operated only from the type of power source indicated on the marking label. If you are not sure of the type of power supply at your home, consult your television dealer or local power company. For television sets designed to operate from battery power, refer to the operating instructions.

19. If the television set does not operate normally by following the operating instructions, unplug this television set from the wall outlet and refer servicing to qualified service personnel. Adjust only those controls that are covered in the operating instructions as improper adjustment of other controls may result in damage and will often require extensive work by a qualified technician to restore the television set to normal operation.

20. When going on a holiday : If your television set is to remain unused for a period of time, for instance, when you go on a holiday, turn the television set and unplug the television set from the wall outlet.

off

IF THE SET DOES NOT OPERATE PROPERLY

21. If you are unable to restore normal operation by following the detailed procedure in your operating instructions, do not attempt any further adjustment. Unplug the set and call your dealer or service technician.

22. Whenever the television set is damaged or fails, or a distinct change in performance indicates a need for service, unplug the set and have it checked by a professional service technician.

23. It is normal for some TV sets to make occasional snapping or popping sounds, particularly when being turned on or off. If the snapping or popping is continuous or frequent, unplug the set and consult your dealer or service technician.

FOR SERVICE AND MODIFICATION

24. Do not use attachments not recommended by the television set manufacturer as they may cause hazards.

25. When replacement parts are required, be sure the service technician has used replacement parts specified by the manufacturer that have the same characteristics as the original part. Unauthorized substitutions may result in fire, electric shock, or other hazards.

26. Upon completion of any service or repairs to the television set, ask the service technician to perform routine safety checks to determine that the television is in safe operating condition.

TCL-Thomson Electronics R&D Center (Shen’Zhen Lab)

Product Functional Specification

Chassis Name Serial No.

Issued On Page

Updated On Version

NX56-LA

2008-5-19 1 of 7

1.0

TTE Corporation R&D Center (Shen’Zhen Lab)

Disclosure

Proprietary Information: These drawings and specifications are the property of TCL-Thomson Electronics and shall not be reproduced or copied or used as the basis for the manufacture or sale of apparatus or devices without the written permission of TCL-Thomson Electronics.

Version Information: Version states by two Arabic Numbers, which is separated by one dot, e.g. 1.2. The first number “1” means the version of approved file, the second one ”2” means the version of draft.

Chassis Name

Issued On

Updated On

NX56-LA Serial No.

2008-5-19 2 of 7

Page

Version

1.0

TTE Corporation R&D Center (Shen’Zhen Lab)

Revision History

Model No. Date

Prepared by



086

Checked by

Released by:

Prepared by

Checked by

Released by:

Revised by

Checked by

Released by:

Revised by

Checked by

Status Comment

OLSHQJ 

9 %6$(6&

9 '06$(6&6

Released by:

Chassis Name

Issued On

Updated On

NX56-LA

2008-5-19

Serial No.

Page

Version 1.0

3 of 7

77(&RUSRUDWLRQ5'&HQWHU6KHQÿ=KHQ/DE

Model

Item

Master Data

-Version

-Customer ID

-Destination

-Brand

-BOM NO.

-Chassis

Reception

-Tuning [Channels Amt.]

-Tuning [Technology]

-Tuning [Indication]

-Frequency Bands

-IF Frequency

-TV Systems (Color+ Sound)

-AV Systems

Picture-Processing

-SCAN

-Wide Screen Switching

-Comb filter

-Picture Enhancement

LTI / CTI

Black Stretch

Dynamic Skin

Others

-Picture Control [General]

Brightness

Sharpness

Contrast

Tint

Color

-Picture Control [Special]

Smart Pictures * modes

Color Temperature

Others

-Picture Noise Reduction

Picture – Display

-CRT Type Normal Flat

Pure Flat

Super Flat

-Deflection system

1Fh

2Fh

-Tube Technology

Iron

Black Matrix

Others

-CRT Deflection ( * Deg.)

-CRT Magnetic Field

-Screen Type

-Screen Size / Vis. Size

Sound

-Audio Power Consumption

-Surround Sound

03-B185SAE-SC31 03-DM63SAE-SC31S

Antenna AND Cable Antenna AND Cable

PAL M/N NTSC M PAL M/N NTSC M

NTSC PAL NTSC PAL

NX56-LA

29185

NX56-LA

21M5US

11 EM EM EM EM

181 181 PLL PLL

Channel Channel

45.7MHz 45.7MHz

Standard Standard

4 modes 4 modes

3 modes 3 modes

110 120

4:3 4:3

29' 21' Super Slim

5W+5W 4W+4W

&KDVVLV1;/$

Version: 1.0

77(&RUSRUDWLRQ5'&HQWHU6KHQÿ=KHQ/DE

Model

Item

-Nicam

-America Stereo (MTS,BTSC,MPS)

-America SAP

-Korea Stereo

-Thai Bilingual

-Super Woofer

-AVL

-Sound Control [General] Volume

Mute

-Sound Control [Special]

Treble

Bass

Balance

Equalizer

Smart Sound * modes

Others

-Speakers Quantity

User Interface

-Menu Language

-Features [General]

Biological Clock

Calendar

Clock

Channel Swap

Channel Naming

Child Lock

Favorite Channel

Game

Hotel Mode

High Sensitive

Notebook

On/Off Timer

Preset

Recall

Rotation

Sleep

AVC

-Features [Special]

V-chip / CCD

Teletext *Pages Others New Features Smart signal

Voltage display

⦃๗ܝẔ⌟ (DV\VHDUFK

English/Portugal/Espanol English/Portugal/Espanol

NX56-LA

29185

NX56-LA

21F5US

2X1 2X1

Tuning Features

-Auto Channel Program

-Auto/Manual Tuning

-Auto/Manual Store

-Fine Tuning

-Factory Mode

-Service Mode

Cabinet

-Cabinet Name

&KDVVLV1;/$

Version: 1.0

77(&RUSRUDWLRQ5'&HQWHU6KHQÿ=KHQ/DE

Model

Item

-Front Cabinet Color

-Middle Cabinet Color

-Rear Cabinet Color

-Local Controls Front

Mains Switch

CH+ CH- VOL+ VOL-

TV/AV

Auto Search

-Local Controls Top

CH+ CH- VOL+ VOL-

TV/AV

Auto Search

-Indicator

RC Received LED

Standby LED

NX56-LA

29185

NX56-LA

21F5US

Remote Controller

-Type

-Batteries

Connectors Rear

-SCART Full w/o Y/C

-SCART Full with Y/C

-SCART Single (CVBS)

-Component In (YPbPr) Cinch for 50Hz

-In Y/C+Cinch(CVBS+ Stereo)

-In Y/C+Cinch (CVBS+ Mono)

-In Cinch(CVBS+ Stereo)

-In Cinch (CVBS+ Mono)

-Out Cinch(CVBS+ Stereo)

-Out Cinch(CVBS+ Mono)

- Y,Cb,Cr input

-Super Woofer

-Digital Audio Out

-Loudspeakers

-Control Busses

-Feature Slot

-ITV Smart Port

- Antenna in 75 Ohms (F Type)

Connectors Front/Side

-In Y/C+Cinch(CVBS+ Stereo)

-In Y/C+Cinch (CVBS+ Mono)

-In Cinch(CVBS+ Stereo)

-In Cinch (CVBS+ Mono)

-Out Headphone Mini-Jack 3.5mm

Final Equipment

-Packing –Methods 2 Color Printing Carton Color

-Documents and Manuals Instruction Book

Screen Sticker Plastic Bag Warranty Card

RC166 RC166

1 + 1 1 + 2

1(follow TV) 1(follow TV)

&KDVVLV1;/$

Version: 1.0

77(&RUSRUDWLRQ5'&HQWHU6KHQÿ=KHQ/DE

Model

Item

Guarantee Doc. Warning Label Approbation Label Others

-Languages DFU

-Indication on BACKOVER Made-in in family sheet FCC/Elect Shock Caution Label CE/Elect Shock Caution Label Warning Label Others

Approbation

Miscellaneous

-Mains Voltage

-Mains Frequency

-Type Mains Cord

-Power Consumption TV in ON

-Power Consumption TV in Standby

100-240V 100-240V

NX56-LA

29185

NX56-LA

21F5US

IEC65 IEC65

50/60Hz 50/60Hz

75W 75W <3W <3W

&KDVVLV1;/$

Version: 1.0

TCL-THOMSON Electronics R&D Center (Shen’Zhen Lab)

NX56-LA Chassis

Alignment Procedure

Chassis Name

Issued on

Updated on

NX56-LA

2008-05-19

2010-01-27

Serial No.

Page

Version

Page 1 of 15

2.2

TCL-THOMSON Electronics R&D Center (Shen’Zhen Lab)

Disclosure

 Proprietary Information: These drawings and specifications are the

property of TCL-Thomson Electronics and shall not be reproduced or copied or used as the basis for the manufacture or sale of apparatus or devices without the written permission of TCL-Thomson Electronics.

 Version Information: Version states by two Arabic Numbers, which is

separated by one dot, e.g. 1.2. The first number “1” means the version of approved file, the second one ”2” means the version of draft.

Chassis Name

Issued on

Updated on

NX56-LA

2008-05-19

2010-01-27

Serial No.

Page

Version

Page 2 of 15

2.2

TCL-THOMSON Electronics R&D Center (Shen’Zhen Lab)

Revision History

Model No. Status Date Comment

29185

21M63US

Prepared by LIPENG 2008-05-15

Checked by

Released by

Prepared by LIPENG 2008-05-15

Checked by

Released by

03-B185SAE-SC31 ˄29185/NX56-LA˅

03-DM62SAE-SC31S ˄21M63US/NX56-LA˅

21M83S

ll NX56-LA

chassis

14N23

ll NX56-LA

chassis

Prepared by LIPENG 2008-07-4

Checked by

Released by

Prepared by LIPENG 2009-02-23

Prepared by LIPENG 2009-04-10

Checked by

Released by

Prepared by

Checked by

Released by

LIPENG 2010-01-27

03-DM83SAE-SC31S

˄21M83S/NX56-LA˅

Ver2.0

Updated the description

accord with the software

changing.TO NX56B

Ver2.1

Add AKB adjust method

Ver2.2

Add background color set

dd Software eliminate bright

Spot when turn off switch

Chassis Name

Issued on

Updated on

NX56-LA

2008-05-19

2010-01-27

Serial No.

Page

Version

Page 3 of 15

2.2

TCL-THOMSON Electronics R&D Center (Shen’Zhen Lab)

1.1. The way to enter P-Mode

a) Method one

A) Switch on the TV set.

B) Press the “MENU” key on RC to show the “PICTURE” OSD menu.

C) Move the cursor to “Contrast” item then press the “9”, “7”, “3”, “5” key

continuously on RC within 3 seconds then enter P-Mode. The “P” letter will

appear on the left low corner of the screen when enter P-Mode. Also the

“FACTORY HOTKEY” will be set to “ON ( = 1 )”.

b) Another method

Press the “RECALL” key on RC to enter P-mode directly.

*Notes:

1. This will be active only when the “FACTORY HOTKEY” had set to “ON ( = 1 )”.

2. When the power on with “FACTORY HOTKEY” had set to “ON ( = 1 )”, the set

will enter the P-Mode automatically.

1.2. Exit the P-Mode

Press the “RECALL” or “MENU” key on RC to exit the P-Mode.

1.3. Keys’ function on RC at the P-Mode

Use the RC to navigate in P-Mode:

Press “0” to “9” key to select factory adjustment page.

Press “” key to select option.

Press “” key to adjust or select option.

Press “DISPLAY” key to display software version.

Press “MENU” key to exit the P-Mode.

Press “RECALL” key to enter or exit the P-Mode.

All change in P-Mode will be saved in EEPROM automatically

1.4. The adjustment page list on P-Mode:

RC key Item Description

0 Screen voltage adjustment

1 Picture Geometric adjustment 1 Vertical geometry

2 Picture Geometric adjustment 2 Horizontal geometry

3 White Balance Adjustment

4 Setup 1

5 Setup 2

6 Setup 3

7 Setup 4

8 Setup 5

Chassis Name

Issued on

Updated on

NX56-LA

2008-05-19

2010-01-27

Serial No.

Page

Version

Page 4 of 15

2.2

TCL-THOMSON Electronics R&D Center (Shen’Zhen Lab)

9 I2C Bus OFF

Press this key to enter or exit BUS

OFF mode

AT DISPLAY STATE SCREEN

DISPLAY Display software version

2. Flowchart of alignment procedure

B+ adjustment Electrical

properties

checking for

chassis

Parameter setup White balance

Adjustment

PAL geometry

adjustment

NTSC

geometry

adjustment

Aging Adjustment of

focus voltage

Set shopping

QC checking

status

RF AGC

adjustment

Adjustment of

screen voltaget

1) B+ Adjustment

2) RF AGC Adjustment

3) Screen & Focus adjustment

4) White balance adjustment

5) Producing parameter setup and option

6) Picture Geometry adjustment ( Vertical first)

7) Set Shopping status

8) QC

Chassis Name

Issued on

Updated on

NX56-LA

2008-05-19

2010-01-27

Serial No.

Page

Version

Page 5 of 15

2.2

TCL-THOMSON Electronics R&D Center (Shen’Zhen Lab)

3. Adjustment description

*Notes: Alignment should be done after 3 minutes warm up of TV.

3.1 B+ Voltages

1. All relevant connectors and modules must be connected and inserted.

2. Main voltage is at 220VAC, 50Hz.˄voltage range:110VAC~240VAC,50Hz˅

3. Connect a voltmeter to B+ (Cathode of D808) and switch on the set.

4. Input Philips test pattern signal and standard mode.

5. Adjust VR801, it should as the value in below form B+ Voltage.

Table 3.1.1: The B+ value for vary tubes

CRT type (Part Number) B+ Voltage

A68ERF185X013/MS (44-29RFLT-HFCA)

A51QGT420X34(44-21RFLS-LGDA)

A51ERS357X440(44-21RFLE-HF4A)

A51ALQ13X04(44-21RFLM-CHDA

37SX110Y22-DC05( 44-14OFLN-IR6A)

99

99

99

99

99

Chassis Name

Issued on

Updated on

NX56-LA

2008-05-19

2010-01-27

Serial No.

Page

Version

Page 6 of 15

2.2

TCL-THOMSON Electronics R&D Center (Shen’Zhen Lab)

PHWKRGZLWK$.%2))

1RWH

PHWKRGZLWK$.%21

3.2 RF AGC alignment

3.2.1 Method 1

A. Connect the detector as shown below (Picture 3.2) to collector of Q101.

B. Receive a grey scale signal with 70dBV amplitude.

C. Enter P-Mode, press “6” key on RC to select “AGCT”.

D. Adjust AGCT item until the output of the detector becomes 0.8Vpp

Collector

101

Picture 3.2

3.2.2 Method 2

A. Receive a grey scale signal with 60dBV amplitude.

B. Enter P-Mode, press “6” key on RC to select “AGCT”.

C. Adjust the “AGCT” value until the hint display “AGC” just change between “0” and “1”.

3.3 Screen & Focus adjustment

*Notes: Alignment below should be done after 15 minutes warm up of TV.

1. Input cross hatch pattern signal to RF input.

2. Enter P-Mode.

3. Press “0” key on the RC and the screen will become a horizontal line.

4. Adjust the “SCREEN” VR of the FBT until the horizontal line can just be seen barely

(minimum visible intensity).

Adjust the “SCREEN” VR

3XWWKH79LQ$9VRXUFHZLWKRXWLQSXWVLJQDO (QWHU30RGHSUHVV5&NH\$7 $GMXVWWKH6&5((195RIWKH)%7XQWLO9*6WDWH/2:2.+,*+GLVSOD\2.

5. Press “0” key again on the RC to exit the screen voltage adjustment mode.

5. Adjust the “FCOUS” VR of the FBT until the vertical line and horizontal line becomes

clear, like picture 3.3.

Chassis Name

Issued on

Updated on

NX56-LA

2008-05-19

2010-01-27

Serial No.

Page

Version

Page 7 of 15

2.2

TCL-THOMSON Electronics R&D Center (Shen’Zhen Lab)

Picture 3.3

3.4 White Balance Adjustment

1. Input a black and white pattern to RF input.

2. Enter P-Mode, press key “3 ” to select white balance adjustment menu.

3. Use the color analyzer to measure the black side of the screen. Adjust the value of

“RC”,”GC” and “BC” to set the reading of the color analyzer to x=274, y=280. (11500 K).

4. Then measure the white side of the screen. Adjust the value of “RD”, “GD” and “BD” to

set the reading of the color analyzer to x=274, y=280. (11500 K).

5. Repeat step 3&4 until you can get the correct reading for both black and white sides.

*Notes:

A. The “SUBB” and “SubCON” items are used to assistant the white balance adjustment.

It is the same function as the user OSD menu “Brightness” and “Contrast” items. You can

adjust these items to get the expect intensity when adjusting the white balance.

B. YUV white balance black level offset setup:

It is not need to adjust the white balance for YUV mode when production, but the

BLOR-Y, BLOG-Y and BLOB-Y items which locate in EEPROM address 0x0A, 0x0B and

0x0C need to write in the right values to set the YUV mode black level offset before

production. These offset values should be written by the PE engineer when making the

EEPROM copy for the new lot with difference tube.

Table 3.4.1: The White Balance adjustment setup and option page “3”

OSD menu Default Value Description Remark

RC 32 R cut-off setting(BLOR) Adjust to right value

GC 32 G cut-off setting(BLOG) Adjust to right value

BC 32 B cut-off setting(BLOB) Adjust to right value

RD 37 R drive setting(WPR) Adjust to right value

GD 32 G drive setting(WPG) Adjust to right value

BD 37 B drive setting(WPB) Adjust to right value

BLOC 8 Black level offset course(BLOC) Adjust to right valuege

Chassis Name

Issued on

Updated on

NX56-LA

2008-05-19

2010-01-27

Serial No.

Page

Version

Page 8 of 15

2.2

TCL-THOMSON Electronics R&D Center (Shen’Zhen Lab)

BriVSD 32 Brightness of horizontal line when

adjust G2

Screen background is black

with No signal

Adjust to right valuege

SUBB 32 Brightness

SubCON 32 Contrast

BLOR-Y 64 YUV R -OFFSET

BLOG-Y 62 YUV G-OFFSET

BLOB-Y 64 YUV B -OFFSET

Same as user “Brightness”

and “Contrast” adjust

64= offset value 0 63= offset

value -1 65= offset value

ˇ1 Adjust to right value

BRTC 32 BRIGHT CENTET Adjust to right value

3.5 Picture Geometry adjustment

3.5.1 Vertical geometry adjustment

1. Input a PAL crosshatch pattern signal to RF input.

2. Enter P-Mode, press key “1” to select vertical geometry adjustment. (The OSD menu

for this adjustment as below table 3.5.1. For NTSC signal, the “-50” will replace with “-60”.)

3. Adjust the value of the corresponding item to make the vertical geometry of the

pattern look good.

4. Apply NTSC signal to adjust these value for NTSC vertical geometry.

Table 3.5.1: The vertical geometry adjustment OSD menu setup and option page “1”

OSD menu Default Value Description Remark

VSLOPE-50 32 Vertical slope(VS) Adjust to right value

VCEN-50 32 Vertical shift (VSH) Adjust to right value

VSIZE-50 32 Vertical amplitude(VA) Adjust to right value

VZOOM-50 25 Vertical zoom(VX) Adjust to right value

VSC-50 32 S-correction(SC) Adjust to right value

VSCROLL-50 32

Vertical Scroll˄VCS˅

Adjust to right value

*Notes:

1. For NTSC signal, the “-50” will replace with “-60”.

2. For NTSC signal, only the “VCEN-60” and “VSIZE-60” items need the adjustment,

the other items use the same data as PAL signal.

3. On producing, please use the “AUTO OFFSET” (On page “2”) function to easy the

geometry adjustment of NTSC signal. When finished the PAL signal geometry adjustment,

press “2” key to enter page “2” to select “AUTO OFFSET” item, press “” key to active the

automatic offset function. Then the geometry adjustment of NTSC signal will finish

automated. If the geometry of NTSC signal is look good, you don’t need to adjust the

geometry of NTSC signal any more.

3.5.2 Horizontal geometry adjustment

1. Input a PAL crosshatch pattern signal to RF input.

Chassis Name

Issued on

Updated on

NX56-LA

2008-05-19

2010-01-27

Serial No.

Page

Version

Page 9 of 15

2.2

TCL-THOMSON Electronics R&D Center (Shen’Zhen Lab)

2. Enter P-Mode, press key “2” to select horizontal geometry adjustment. (The OSD

menu for this adjustment as below table 3.5.2. For NTSC signal, the “-50” will replace with

“-60”.)

3. Adjust the value of the corresponding item to make the horizontal geometry of the

pattern look good.

4. Apply NTSC signal to adjust these value for NTSC horizontal geometry.

Table 3.5.2: The horizontal geometry adjustment OSD menu setup and option page

“2”

OSD menu Default Value Description Remark

HCEN-50 32 Horizontal shift(HSH) Adjust to right value

HSIZE-50 32 EW width(EWW) Adjust to right value

HPARA-50 32 EW parabola width(PW) Adjust to right value

HTRAP-50 32 EW trapezium(TC) Adjust to right value

HCNRT-50 32 EW upper corner parabola(UCP) Adjust to right value

HCNRB-50 32 EW lower corner parabola(LCP) Adjust to right value

HBOW-50 32 Horizontal bow(HB) Adjust to right value

HPARALLEL 32 Horizontal parallelogram(HP) Adjust to right value

AUTO OFFSET 0 Automatic offset NTSC geometry See below description

*Notes:

1. For NTSC signal, the “-50” will replace with “-60”.

2. For NTSC signal, only the “HCEN-60” and “HSIZE-60” items need the adjustment,

the other items use the same data as PAL signal.

3. On producing, please use the “AUTO OFFSET” (On page “2”) function to easy the

geometry adjustment of NTSC signal. When finished the PAL signal geometry adjustment,

press “2” key to enter page “2” to select “AUTO OFFSET” item, press “” key to active the

automatic offset function. Then the geometry adjustment of NTSC signal will finish

automated. If now the geometry of NTSC signal is look good, it not needed to adjust the

geometry of NTSC signal any more.

3.6 Producing parameter setup and option

1. Enter P-Mode, press key “4” to select page “4”.Set the corresponding item to require

value. See below table 3.6.1 for detailed description.

Table 3.6.1: Producing parameter setup and option page “4”

OSD menu Default Value Description Remark

WARM UP STATUS 0 Set aging mode

SHOP INIT 0 Set the shopping status 0=>1= Set the shopping status

DCXO 2

Crystal oscillator

frequency adjustment

Adjust this value to get the max

FACTORY HOTKEY 1 Set factory hotkey

POWER ON MODE LAST Set the power on mode ON=On when power on

0=Aging mode off

1=Aging mode on

color synchronization range

0=”FACTORY HOTKEY” off

1=”FACTORY HOTKEY” on

Chassis Name

Issued on

Updated on

NX56-LA

2008-05-19

2010-01-27

Serial No.

Page

Version

Page 10 of 15

2.2

TCL-THOMSON Electronics R&D Center (Shen’Zhen Lab)

STB=Standby when power on

LAST=Last power off status

EEPROM INIT 0 EEPROM initial 0=>1=Active EEPROM initial

BRI CURVE >>>>>> Brightness curve Adjust this value

CONCURVE >>>>>> Contrast curve Adjust this value

COL CURVE >>>>>> Color curve Adjust this value

VOL CURVE >>>>>> Volume curve Adjust this value

AV STANDB 0

DEFALT

LANGUAGE

DEFALT TUNE

1 SET DEFALT TUNE

MODE

AV no signal within 10

minutes automatic

standby

SET DEFALT

LANGUAGE

MODE

1 =Enable 0=Disable

1=Enlishˈ2 =Portuguese

3= Spanish

DEFALT TUNE MODE

0 = cable

1 = antenna

AT ENABLE 1

VCHIP ENABLE 1

AT M ODE

ENABLE

VCHIP

ENABLE

1 =Enable 0=Disable

Description:

1). Set the shopping status

When trigger the “SHOP INIT” item form “0” to “1”, the TV will be put on selling status.

The TV status after shopping status:

A. “FACTORY HOTKEY” had set to “OFF”.

B. Picture set to “Standard” status. (Brightness=50, Contrast=50, Colour=50, White

tone

=Normal.)

Sound set normal.(Volume=30,Balance=50.)

2). Set the user picture and sound curve value

A. Brightness curve:

OSD menu Default Value Description Remark

BRI0 0 Set the minimal brightness when user Brightness=0

BRI50 32 Set the brightness when user Brightness=50

BRI100 63 Set the maximal brightness when user Brightness=0

B. C

ontrast curve:

Set the value as

practical

requirement

OSD menu Default Value Description Remark

CON0 0 Set the minimal contrast when user Contrast=0

CON50 32 Set the contrast when user Contrast=50

CON100 63 Set the maximal contrast when user Contrast=0

Set the value as

practical

requirement

Chassis Name

Issued on

Updated on

NX56-LA

2008-05-19

2010-01-27

Serial No.

Page

Version

Page 11 of 15

2.2

TCL-THOMSON Electronics R&D Center (Shen’Zhen Lab)

C. Colour curve:

OSD menu Default Value Description Remark

COL0 0 Set the minimal colour when user Colour=0

COL50 32 Set the colour when user Color=50

COL100 50 Set the maximal colour when user Colour=0

D. Volume

curve:

OSD menu Default Value Description Remark

VOL0 0 Set the minimal volume when user Volume=0

VOL10 38 Set the minimal volume when user Volume=10

VOL10 65 Set the minimal volume when user Volume=30

VOL50 71 Set the volume when user Volume=50

VOL80 77 Set the maximal volume when user Volume=80

VOL100 81 Set the maximal volume when user Volume=100

2. Enter P-Mode, press key “5” to select page “5”. Set the corresponding item to require

value. See below table 3.6.2 for detailed description.

Table 3.6.2: Producing parameter setup and option page “5”

OSD menu Default Value Description Remark

Track. Mode 0 EHT tracking mode

0=EHT tracking only on vertical

1=EHT tracking on vertical and EW

VX Normal 25 4:3 mode vertical zoom Don’t adjust, use default

VX Compr. 0 16:9 mode vertical zoom Don’t adjust, use default

HBL 1 blanking Switch 0 =OFF,1 =ON

WBF 5 Wide start Don’t adjust, use default

WBR 8 Wide blanking end Don’t adjust, use default

GET OFFSET 0 Get offset See below description

ColdRD 61

Cold color temperature R

ColdGD 56

and G drive offset

64= offset value 0 63= offset value

-1 65= offset value ˇ1 Adjust to

right value

ColdRC 61

Cold color temperature R

ColdGC 66

WarmRD 72

Warm color temperature R

WarmGD 71

and G cut-off offset t

and G drive offset

64= offset value 0 63= offset value

-1 65= offset value ˇ1 Adjust to

right value

64= offset value 0 63= offset value

-1 65= offset value ˇ1 Adjust to

right value

WarmRC 65

WarmGC 64

Warm color temperature R

and G cut-off offset

64= offset value 0 63= offset value

-1 65= offset value ˇ1 Adjust to

right value

Description for AUTO OFFSET and GET OFFSET:

The “GET OFFSET” can use to make the EEPROM copy by PE engineer. When the

PAL and NTSC geometry adjustment had finished, trigger the “GET OFFSET” from “0” to

“1” to store the geometry offset datum between PAL and NTSC in EEPROM.

Set the value as

practical

requirement

Set the value as

practical

requirement

Chassis Name

Issued on

Updated on

NX56-LA

2008-05-19

2010-01-27

Serial No.

Page

Version

Page 12 of 15

2.2

TCL-THOMSON Electronics R&D Center (Shen’Zhen Lab)

On producing, these geometry offset datum can use to easy the NTSC geometry

adjustment. When finished the PAL geometry adjustment, trigger the “AUTO OFFSET”

from “0” to “1”, then the geometry adjustment of NTSC signal will finish automated. If now

the geometry of NTSC signal is look good, it not needed to adjust the geometry of NTSC

signal any more.

3. Enter P-Mode, press key “6” to select page “6”. Set the corresponding item to require

value. See below table 3.6.3 for detailed description.

Table 3.6.3: Producing parameter setup and option page “6”

OSD menu Default

Value

AGCT 32 AGC take over point

OIF 32 IF demodulator offset Don’t adjust, use default

IF 45.7 IF frequency Select the IF frequency

AGCS 1 AGC speed Don’t adjust, use default

AGNE 3 Audio gain Don’t adjust, use default

Description Remark

See section “3.2

RF AGC alignment” for detailed.

WATCHDOG 8 Don’t adjust, use default

BLUE BLACK

OPT

0 No signal background

color set

0=BLUE

1=BLACK

4. Enter P-Mode, press key “7” to select page “7”. Set the corresponding item to require

value. See below table 3.6.4 for detailed description.

Table 3.6.4: Producing parameter setup and option page “7”

OSD menu Default

Description Remark

Value

EVG 0 Enable vertical guard(RGB blanking) 1= RGB blanking

DFL 0 Disable flash protection from defletion timer Don’t adjust, use default

XDT 0 X-ray detection

AKB 1 Black current stabilization

NBL 1 Black current loop application

Don’t adjust, use default

0 AKB ON

1 AKB OFF

Adjust to right value accord

CL 10 Set the cathode drive level

with the tube.

Recommended value= “12”

Don’t adjust

CC-LINE 21 CC’s line

BKS 1

BSD 0

AAS 0

Chassis Name

Issued on

Updated on

Black Stretch Switch

0 =OFF,1 =ON

Black Stretch depth

0ˉ15IRE,1-30IRE

Black area to switch off the black stretch

0-12%1-20%,2-6%,3-8%

NX56-LA

2008-05-19

2010-01-27

Serial No.

Page

Version

Don’t adjust, use default

Page 13 of 15

2.2

TCL-THOMSON Electronics R&D Center (Shen’Zhen Lab)

RPA 1

RPO 1

Vottage difference between soft clipping and pwl

SOC 2

0 -0% above pwl level 1-5% above pwl level

Ratio pre- and aftershoot

0-1:1, 1-1.5:1, 2-2:1

Ratio of positive and negative peaks

0-1:1 1-1:1.3, 2-1:1.7, 3-1:0.7

Don’t adjust, use default

2-10% above pwl level 3- soft pwl

Adjust to right value accord

PWL 8 Peak White Limiting

with the tube.

Recommended value= “8”

Don’t adjust, use default

COR 0

Video dependtent coring(peaking)

0-off 1-coring active 0 and 20IRE

2-coring active 0 and 40IRE

3-coring active 0 and 100IRE

5. Enter P-Mode, press key “8” to select page “8”. Set the corresponding item to require

value. See below table 3.6.5 for detailed description.

Table 3.6.5: Producing parameter setup and option page “8”

OSD menu Default Value Description Remark

HOTEL 0 HOTEL MODE

according to

1: open 0:close

BTSC 1 BTSC’s option

according to

1: open 0:close

SAP 0 SAP ’s option

1: open 0:close

BTSC AUTO 2 BTSC AUTO Select

2: AUTO 0:Manual

AV ALIGMENT 1 AV terminal align

When BTSC ON

advice SET 1

Recommended

value= 2

0=3 x 3

1=4 x 3

AV2 ENABLE 1 AV2 terminal enable

SHVS ENABLE 1 S-Video terminal enable

YUV ENABLE 1 YUV terminal enable

0=Disable

1=Enable

NO COMMAND ENABLE 0

No operation within 2 hours

automatic standby enable

LANGUAGE PORTUGA 1

ODF

LANGUAGE SPAISH 1

AVOUT Follow 0

Chassis Name

Issued on

Updated on

NX56-LA

2008-05-19

2010-01-27

Avout follow signal change

1=follow 0=only tv

Serial No.

Page

Version

Page 14 of 15

2.2

Recommended

value= 1

TCL-THOMSON Electronics R&D Center (Shen’Zhen Lab)

KEY DETECT 1

BLACK LIGHT 0

PRESS KEY fault detect

1 =detect 0= N0 detect

Software eliminate bright

Spot when turn off

TUNER TYPE 1 SET TUNER TYPE

Recommended

value= 1

0= off

1=on

0 = TCL

1 = XINFA

Chassis Name

Issued on

Updated on

NX56-LA

2008-05-19

2010-01-27

Serial No.

Page

Version

Page 15 of 15

2.2

RF Section

Tuner Tu101 receive the radio frequency signal, after inside circuit to do

signal receiving, and signal amplifying. The amplified high frequency

signal accompany with the high frequency oscillation voltage oscillated

by set oscillator input to the mixer. The IF picture signal and sound signal

formed in mixer and output from mixer, then send to picture IF

processing circuit.

VGA

(Fig. 1. Tuner section)

Small Signal Processing Section

Small signal processing section is the IF (intermediate frequency) signal across saw filter send in

the pin12 and pin13 of IC201. The VIFIN signal through built-in PLL DEMOD, sound trap, video

amplifier and synchronous detector processing, get the color video broadcast signal and 2

IF signal.

Video signal processing section is CVBS across video filter and delay line and horizontal &

vertical synchronous separation circuit processing and get H-drive (pin56 of IC201)and V-drive

signal (pin15/pin15 of IC201).

IF sound signal across the sound-down-mixer and AM demodulator processing, send out the AVL/

SSIF OUT signal. ( Refer to Fig2 and Fig 3.)

sound

(Fig 2. Small Signal Processing Section)

(Fig3. Block Diagram of IC201.)

Horizontal Scanning Section

The horizontal drive signal send out from pin 56 of IC201, Q401 is horizontal driving transistor,

coupled by horizontal driving transformer T402 , to control the horizontal output transistor

working in switch on and off situation, get good linearly and enough amplitude of saw-tooth wave

current to drive horizontal deflection yoke scanning. L456 is horizontal width coil and L458 is

horizontal linearly coil. D455 is damping diode, C453,C455,C457 are retrace capacitors. T401 is

FBT. Pin2 of T401 is B+ voltage input, Pin 10 of T401 get 200 Volt video amplifying voltage

supply for CRT board. Pin11 of T401 sends out heater voltage supply for CRT heater.

Vertical Scanning Section

Vertical scanning section adopted STV8172A vertical deflection booster, we use as

differential-output driver. The vertical raw-tooth wave signal sends out from pin14/15 of IC201

VDA/VDB. The two differential signal input pin 1 and 7 of STV8172A IC301. Pin2(+14v) and

Pin7(-14v) of IC301 is power supply which come from the main power transformer. Pin 6 is boost

voltage, rectified by D301. C309,C301 and R305 makes up a voltage feedback network, R306 is a

damping resistor. C306 is correction capacitor, R308 is current feedback resistor.

Fig 4. Vertical Scanning Processing Section

CRT Scanning Section

Q507,D501,D502 and D503 makes up a light eliminate circuit network. When the TV is playing

mode, +8V voltage across R533 charge for C512, Q507 is cut off. At the right of turn off the TV,

Q507 is turn-on, the current across D501, D502 and D503 send to R.G. B to discharge the

electronic quickly.

Audio Power Amplifying Section

Power Supply Section

AC supply 220V/110v through filtering network and rectifying circuit and get 300Vdc voltage.

LF801/LF801A and CX802 makes up a differential mode rejection, LF802 and CY801,CY802

makes up a common mode rejection network. D801-D804 is rectifying network. 300Vdc voltage

supply pin3 of T801, also through R804 send to pin8 of IC801 NCP1337. Pin5 of IC801 sends out

the PWM signal to control Q801 working in switch on and off situation. IC803 is optocoupler.

UOC-TOP-64 N1 series

Versatile signal processor for CRT TV applications

Rev. 0.11 — 25 January 2007 Product data sheet

1. General description

The UOC-TOP-64 series is a very flexible concept which offers attractive solutions for 1fH TV receivers with CRTs. This new concept offers a complete range of products with the right price level to cover TV receivers from basic mono 14 inch sets up to the best featured large and/or wide screen AV-stereo TV sets. The UOC-TOP-64 concept can also be used as front-end for 2f

The UOC-TOP-64 concept is mounted in a SDIP64 package and is split up in the following ranges:

• AV-110 (AV-stereo) concept. It contains a video processor with many features and it

has an analog audio control circuit with balance, treble, bass and loudness control. Two different micro processor are available for this concept, one with OSD and Closed Captioning or Teletext and Closed Captioning features (UOCTOP_1PTXT version), the other with (extended) OSD features (UOCTOP_OSD version). The block diagram is given in Figure 1

• AV-90 concept. This concept is nearly identical to the AV-110 concept. The only

difference that it does not contain an East-West and Scan Velocity Modulation (SVM) output. This concept is intended for 90× picture tubes.

• Mono-110 concept. The functional content of this concept is comparable with that of

the AV 110 concept, however, it has just stereo input switch and no audio control circuit. The block diagram is given in Figure 1

• Mono-90 concept. This concept is intended for 90× picture tubes. The circuit has an

audio switch for mono signals but the mono inputs can also be used as a stereo input. In this range most of the video and audio processing features have been omitted. Also this concept can be supplied with one of the two micro processors (UOCTOP_1PTXT or UOCTOP_OSD version). The block diagram is given in Figure 2

and LCD TV receivers.

The most important features of the complete IC series are given in the following feature lists.

All packages are according to the ROHS legislation, which also means that these packages are lead-free. The ICs have supply voltages of 8V, 5V and 3.3V.

UOC-TOP-64 is supported by a comprehensive Global TV Software Development kit to enable easy programming and fast time-to-market (see also Section 20.4 “

Licenses”).

NXP Semiconductors

2. Features

2.1 Analog Video Processing

2.1.1 Overview of available features (AV-110/90 and Mono-110 concept)

 Multi-standard vision IF circuit with alignment-free PLL demodulator  Internal (switchable) time-constant for the IF-AGC circuit  Switchable group delay correction and sound trap (with switchable centre frequency)

 Separate Second Sound IF output or FM demodulator output without de-emphasis

 Separate SSIF input available as input for the FM-PLL demodulator to demodulate

 AM demodulator without extra reference circuit  The mono intercarrier sound circuit has a selective FM-PLL demodulator which can be

 The FM-PLL demodulator can be set to centre frequencies of 4.72/5.74 MHz so that a

 Audio switch circuit with 2 stereo inputs (1 stereo input can also be switched into two

 Video switch with 3 external CVBS inputs. All CVBS inputs can be used as Y-input for

 1 CVBS output, this output can be used as monitor video output or as front-end video

 Automatic Y/C signal detector.  Integrated luminance delay line with adjustable delay time  Only one reference (24.576 MHz) crystal required for the m-Controller, Teletext- and

 Multi-standard color decoder with automatic search system and various “forced mode”

 Internal base-band delay line  Indication of the Signal-to-Noise ratio of the incoming CVBS signal  Linear RGB/YP  Scan Velocity Modulation output. The SVM circuit is active for all the incoming CVBS,

UOC-TOP-64 N1 series

Signal processor for CRT TV

for the demodulated CVBS signal

available, which can be used as input for an external BTSC decoder or as input for external sound band-pass filter for second language processing.

FM-radio with an IF frequency of 10.7 MHz, or as input from an external sound band-pass filter for second language processing.

switched to the different FM sound frequencies (4.5/5.5/6.0/6.5 MHz). The quality of this system is such that the external band-pass filters can be omitted.

second sound channel can be demodulated. In such an application it is necessary that an external bandpass filter is inserted.

mono sound inputs) and a stereo output which can be used for the drive of for audio power amplifiers (with volume and tone-control) or as SCART/CINCH output. The second stereo input is only available via the combined C2/C3/C4/AUDIOIN5R pin for the right channel and via the combined CVBS4/Y4/AUDIOIN5L pin for the left channel.

Y/C signals. However, only 1 Y/C source can be selected because the circuit has 1 chroma input. CVBS3/Y3 input available in combination with the G/Y-3 input pin.

output or as independent selectable video output.

the color decoder

possibilities

input.

BPR

Y/C and RGB/YP of the black current stabilisation circuit. By means of a small application adaptation both functions can be operational in parallel.

signals. The SVM output is combined with the black current input

BPR

Product data sheet Rev. 0.11 — 25 January 2007 2 of 230

NXP Semiconductors

 Picture improvement features with peaking (with switchable centre frequency,

 The effect of the various features can de demonstrated by means of a ‘split screen’

 Switchable DC transfer ratio for the luminance signal  Tint control for external RGB/YP  Contrast reduction possibility during mixed-mode of OSD and Text signals. Option to

 RGB control circuit with ‘Continuous Cathode Calibration’, white point and black level

 Adjustable ‘wide blanking’ of the RGB outputs  Horizontal synchronization with two control loops and alignment-free horizontal

 Vertical count-down circuit  Vertical driver optimized for DC-coupled vertical output stages  Horizontal and vertical geometry processing with horizontal parallelogram and bow

 The IC can be used as front-end for Progressive Scan or LCD TV receivers  Low-power start-up of the horizontal drive circuit

UOC-TOP-64 N1 series

Signal processor for CRT TV

depeaking, variable positive/negative peak ratio, variable pre-/overshoot ratio and video dependent coring), dynamic skin tone control, gamma control and blue- and black stretching. All features are available for CVBS, Y/C and RGB/YP

mode in which the features are activated in one half of the picture and switched off in the other half

signals

BPR

make a colored and in contrast reduced window.

off-set adjustment so that the color temperature of the dark and the light parts of the screen can be chosen independently. When this ‘Continuous Cathode Calibration’ is not used, simple alignment of the cutoff level is possible.

oscillator

correction and horizontal and vertical zoom

BPR

signals

2.1.2 Features of the AV-110/90 concept which are not available in the Mono-110 concept

 Analog audio tone control circuit with treble, bass and loudness controls

2.1.3 Features of the AV-110 and Mono-110 concept which are not available in the AV-90 concept

 Horizontal geometry processing and Scan Velocity Modulation output

2.1.4 Differences in feature list for the MONO-90 concept compared with AV-110/90 and Mono-110 concept

 Audio switch circuit with 1 stereo input, which can also be switched into two mono

sound inputs, a mono output for SCART/CINCH with the possibility to serve as front/monitor audio output.

 Stereo output (with volume and AVL) for audio power amplifiers. This stereo output

can also be switched to one mono loudspeaker output and one fixed mono sound output.

 CVBS output, this output can only be used as monitor video output or as front-end

video output.

 Only basic video processing. The remaining video features are peaking with coring,

black stretching and gamma control.

 No horizontal geometry processing and Scan Velocity Modulation output.

Product data sheet Rev. 0.11 — 25 January 2007 3 of 230

NXP Semiconductors

2.2 Micro-Controller

 80C51 m-controller core standard instruction set and timing  0.9766 ms machine cycle  maximum of 80 k x 8-bit late programmed ROM  maximum of 3 k x 8-bit Auxiliary RAM  I  Interrupt controller for individual enable/disable with two level priority  Two 16-bit Timer/Counter registers  One 24-bit Timer (16-bit timer with 8-bit Pre-scaler)  16-bit Data pointer  WatchDog timer  Auxiliary RAM page pointer  Stand-by, Idle and Power Down modes  Up to 13 general-purpose I/O pins  14 bits PWM for Voltage Synthesis Tuning  8-bit A/D converter with 4 multiplexed inputs  4 PWM (6-bits) outputs for analogue control functions

C byte level bus interface.

UOC-TOP-64 N1 series

Signal processor for CRT TV

2.3 Data Capture (Teletext and Closed Caption devices)

 Text memory for 1 page  Inventory of transmitted Teletext pages stored in the Transmitted Page Table (TPT)

and Subtitle Page Table (SPT)

 Data Capture for US Closed Caption  Data Capture for 525/625 line WST, VPS (PDC system A) and 625 line Wide Screen

Signalling (WSS) bit decoding

 Automatic selection between 525 WST/625 WST  Automatic selection between 625 WST/VPS on line 16 of VBI  Real-time capture and decoding for WST Teletext in Hardware, to enable optimized

m-processor throughput

 Automatic detection of FASTEXT transmission  Real-time packet 26 engine in Hardware for processing accented, G2 and G3

characters

 Signal quality detector for video and WST/VPS data types  Comprehensive teletext language coverage  Vertical Blanking Interval (VBI) data capture of WST data

Product data sheet Rev. 0.11 — 25 January 2007 4 of 230

NXP Semiconductors

2.4 Display

2.4.1 Features of the OSD-only devices

 Up to 4 character sets with 256 characters each (size 16 pixels x 18 lines)  Enhanced OSD modes  50Hz/60Hz display timing modes  Serial and Parallel Display Attributes  Single/Double Width and Height for characters  Scrolling of display region  Variable flash rate controlled by software  Enhanced display features including overlining, underlining and italics  Soft colors using CLUT with 4096 color palette  Global selectable matrix: (12/16)  By attribute selectable: 1.5x characters (18/24)  Globally selectable character spacing  Fringing (Shadow) selectable from N-S-E-W direction  Fringe color selectable  Contrast reduction of defined area with option of coloration  Programmable Cursor  Special Graphics Characters with two planes, allowing four colors per character

UOC-TOP-64 N1 series

Signal processor for CRT TV

2.4.2 Features of the Teletext and Closed Caption devices

 Four character sets  Up to 576 characters with a size of 12 pixels x 16 lines are supported  Teletext and Enhanced OSD modes  50Hz/60Hz display timing modes  Serial and Parallel Display Attributes  Scrolling of display region  Variable flash rate controlled by software  Soft colors using CLUT with 4096 color palette  Global selectable matrix: (12)  Features of level 1.5 WST and US Close Caption  Single/Double/Quadruple Width and Height for characters  64 software redefinable On-Screen display characters  G1 Mosaic graphics, Limited G3 Line drawing characters  WST Character sets and Closed Caption Character set in single device  Curtaining effect via software  Fringing (Shadow) selectable from N-S-E-W direction  Fringe color selectable  Contrast reduction of defined area with option of coloration  Programmable Cursor  Special Graphics Characters with two planes, allowing four colors per character

Product data sheet Rev. 0.11 — 25 January 2007 5 of 230

NXP Semiconductors

3. Quick reference data

UOC-TOP-64 N1 series

Signal processor for CRT TV

Table 1: Quick reference data

SYMBOL PA RAMETE R MIN. TYP. MAX. UNIT

Supply

DDA

PAu dio

tot

[1]

analogue supply voltage VSP 4.7 5.0 5.3 V

supply current (5.0 V)  160  mA

digital supply VSP / analogue supply periphery 3.0 3.3 3.6 V

supply current (3.3 V); Mono90 version  50  mA

supply current (3.3 V); AV110/90 and Mono110 versions  70  mA

audio supply voltage 4.7 8.0 8.4 V

supply current (5.0/8.0 V); mono-90 version  0.5  mA

supply current (8.0 V); AV-110/90 and mono-110 version  10  mA

total power dissipation  1.1 W

Input voltages

iVIFrms)

iSSIF(rms)

iAUDIO(rms)

iCVBS(p-p)

iCHROMA(p-p)

video IF amplifier sensitivity (RMS value)  75 150 PV

sound IF amplifier sensitivity (RMS value)  1.0  mV

external audio input (RMS value)  1.0 1.3 V

external CVBS/Y input (peak-to-peak value)  1.0 1.4 V

external chroma input voltage (burst amplitude) (peak-to-peak

 0.3 1.0 V

value)

iRGB(p-p)

iY(p-p)

iPB(p-p)

iPR(p-p)

RGB inputs (peak-to-peak value)  0.7 0.8 V

luminance input signal (peak-to-peak value)  1.0  V

PB input signal (peak-to-peak value)

PR input signal (peak-to-peak value)

[2]

 0.7  V

Output signals

o(IFVO)(p-p)

o(QSSO)(rms)

o(AMOUT)(rms)

o(AUDIO)(rms)

o(CVBSO)(p-p)

o(AGCOUT)

oRGB(p-p)

oHOUT

oVERT

oEWD

demodulated CVBS output (peak-to-peak value)  2.0  V

sound IF intercarrier output (RMS value)  100  mV

demodulated AM sound output (RMS value)  250  mV

[1]

non-controlled audio output signals (RMS value) 1.0 V

selected CVBS output (peak-to-peak value)  2.0  V

tuner AGC output current range 0  1mA

RGB output signal amplitudes (peak-to-peak value)  1.2  V

horizontal output current 10 mA

vertical output current (peak-to-peak value)  1  mA

EW drive output current  1.2 mA

[1] The supply voltage for the analogue audio part of the mono-90 version can be 5V or 8V. For a supply

voltage of 5V the maximum signal amplitudes at in and outputs are 1V maximum output signal amplitude is 2 V of 8 V.

[2] The YP

Product data sheet Rev. 0.11 — 25 January 2007 6 of 230

input signal amplitudes are based on a color bar signal with 100% saturation.

BPR

. The AV-110/90 and Mono-110 versions need a supply voltage

rms

. For a supply voltage of 8V the

rms

NXP Semiconductors

5. Block diagram

I/Os

UOC-TOP-64 N1 series

-PROCESSOR / TELETEXT DECODER / OSD

CSI

CLKO

TMSEL

SDA/SCL

CVBSREF

CVBS IN

H/VDISPI

IREFRGB

R/G/B

Signal processor for CRT TV

IREF

CORB

VDS

SCART/CINCH

-OUT

LS/SCART/CINCH

SECAM

AUDIO SELECT

CONTROL

VOLUME/TONE**)

LS AUDIO OUTPUT

SOUND PLL

DEEMPHASIS

CLKI

C-BUS

RESET

CLK GENERATION

AV L

DECODER

BASE-BAND

PAL/SECAM/NTSC

DELAY LINE

REF

PEAKING

SCAN VELOCITY

U/V TINT

SKIN TONE

SATURATION

SAT

MODULATION

RGB MATRIX

Y DELAY ADJ.

CSO

GAMMA CONTROL

BLUE/BLACK-STRETCH

///

H/VDISPO

///

INS.

RGB CONTROL

CONTR/BRIGHTN

OSD/TEXT INSERT

CON.

RGB/YP

SWITCH

VERTICAL

& EAST-WEST

CIRN

IREFO

WHITE-P. ADJ.

CCC/BLACK ADJ.

BRI

GEOMETRY

BCLIN

BLKIN/

RO/ GO/ BO/

SVM/

VGUARD

B3/

Y-3

G3/

R3/

EHTO

EWD/AVL

V-D R IV E

-3

CVBS3/

-3/

C2/C3/C4

AVL/SSIFOUT/FMDEMOUT

H/V

LOOP

H-SHIFT

PLL DEMOD.

VIDEO AMP.

SOUND TRAP

AM DEMODULATOR

SOUND-DOWN-

MIXER

IFVO/SVO/PIP

AGCOUT

VISION IF/AGC/AFC

GROUP DELAY

VIFIN

YSYNC

VIDEO IDENT.

VIDEO SWITCH

VIDEO FILTERS

C2/C3/C4/

AUDIOIN5R

CVBS2/Y2

CVBS4/Y4

H/V SYNC SEP.

AUDIOIN5L

H-DRIVE

H-OSC. + PLL

H-OUT

**) The mono-110 version has only volume control and no tone control functions

Fig 1. Block diagram of the “AV-110/90” and “MONO-110” TV processor

Product data sheet Rev. 0.11 — 25 January 2007 9 of 230

NXP Semiconductors

I/Os

UOC-TOP-64 N1 series

Signal processor for CRT TV

-PROCESSOR / TELETEXT DECODER / OSD

SCART/CINCH

-OUT

LS/SCART/CINCH

AVL

SECAM

AUDIO SELECT

LS AUDIO OUTPUT

CONTROL

VOLUME/AVL

CLKO

CLKI

CLK GENERATION

TMSEL

C-BUS

RESET

CVBS IN

SDA/SCL

///

CVBSREF

REF

CORING

PEAKING

RGB MATRIX

SATURATION

BLACK-STRETCH

SAT

CSI

GAMMA CONTROL

CSO

H/VDISPI

H/VDISPO

IREFRGB

R/G/B

VDS

///

INS.

RGB CONTROL

CCC/BLACK ADJ.

CONTR/BRIGHTN

OSD/TEXT INSERT

BRI

CON.

SWITCH

RGB/YP

CORB

CIRN

WHITE-P. ADJ.

IREF

IREFO

BCLIN

BLKIN/VGUAR

RO GO BO

B3/

G3/

Y-3

CVBS3/

-3/

R3/

EHTO

-3 P

C2/C3/C4

V- DR I VE

H-OUT

AVL/SSIFOUT/FMDEMOUT

SOUND PLL

DEEMPHASIS

AM DEMODULATOR

SOUND-DOWN-

MIXER

IFVO/SVO

DECODER

PAL/SECAM/NTSC

PLL DEMOD.

SOUND TRAP

VISION IF/AGC/AFC

VIFIN

AGCOUT

BASE-BAND

DELAY LINE

VIDEO AMP.

GROUP DELAY

YSYNC

Y DELAY ADJ.

VIDEO IDENT.

VIDEO SWITCH

CVBS2/Y2

C2/C3/C4/

VIDEO FILTERS

CVBS4/Y4

VERTICAL

H/V

LOOP

H-SHIFT

H-OSC. + PLL

H-DRIVE

H/V SYNC SEP.

Fig 2. Block diagram of the “MONO-90” TV processor

Product data sheet Rev. 0.11 — 25 January 2007 10 of 230

NXP Semiconductors

6. Pinning information

UOC-TOP-64 N1 series

Signal processor for CRT TV

Table 6: Pinning information

SYMBOL SDIP64 DESCRIPTION

AV-110

AV-90 Mono-90

Mono-110

IFVO/SVO/PIP IFVO/SVO VP2 2 2 2 2

[3]

11 IF video output / selected CVBS output / PIP output 1 IF video output / selected CVBS output

supply voltage TV processor (+5 V) VCC8V 3 3 3 8 Volt supply for audio switches PLLIF 4 4 4 IF-PLL loop filter GND2 5 5 5 ground 2 for TV processor DECSDEM 6 6 6 decoupling sound demodulator

[2]

AVL/SSIFOUT/SNDDEMOUT

7 7 7 AVL / Second sound IF output / sound demodulator output EHTO 8 8 8 EHT/overvoltage protection input AGCOUT 9 9 9 tuner AGC output IREF 10 10 10 reference current input VSC 11 11 11 vertical sawtooth capacitor VIFIN2 12 12 12 IF input 2 VIFIN1 13 13 13 IF input 1 VDRA 14 14 14 vertical drive A output VDRB 15 15 15 vertical drive B output EWD/AVL 16  East-West drive output / AVL capacitor AVL  16 16 AVL capacitor DECBG 17 17 17 bandgap decoupling SECPLL 18 18 18 SECAM PLL decoupling GND1 19 19 19 ground 1 for TV-processor PH1LF 20 20 20 phase-1 filter PH2LF 21 21 21 phase-2 filter

VP1 22 22 22 1

supply voltage TV-processor (+5 V) DECDIG 23 23 23 decoupling digital supply XTALOUT 24 24 24 crystal oscillator output XTALIN 25 25 25 crystal oscillator input P1.5 26 26 26 port 1.5 P3.3/ADC3/PWM3 27 27 27 port 3.3 or ADC3 input or PWM3 output P3.2/ADC2/PWM2 28 28 28 port 3.2 or ADC2 input or PWM2 output P3.1/ADC1/PWM1 29 29 29 port 3.1 or ADC1 input or PWM1 output P3.0/ADC0/PWM0 30 30 30 port 3.0 or ADC0 input or PWM0 output P2.1/PWM0 31 31 31 port 2.1 or PWM0 output P2.0/TPWM 32 32 32 port 2.0 or Tuning PWM output VDDP(3.3V) 33 33 33 supply to periphery (3.3V)

P1.7/SDA 34 34 34 port 1.7 or I P1.6/SCL 35 35 35 port 1.6 or I

C-bus data line

C-bus clock line P1.3/T1 36 36 36 port 1.3 or Counter/Timer 1 input P1.1/T0 37 37 37 port 1.1 or Counter/Timer 0 input P1.0/INT1 38 38 38 port 1.0 or external interrupt 1 INT0/P0.5 39 39 39 external interrupt 0 or port 0.5 (4 mA current sinking capability for

direct drive of LEDs)

VDDC(3.3V) 40 40 40 supply

Product data sheet Rev. 0.11 — 25 January 2007 11 of 230

NXP Semiconductors

UOC-TOP-64 N1 series

Signal processor for CRT TV

Table 6: Pinning information

SYMBOL SDIP64 DESCRIPTION

AV-110 Mono-110

GND5 41 41 41 ground VPE 42 42 42 OTP Programming Voltage VDDA1(3.3V) 43 43 43 supply voltage BO/PBOUT 44 44  Blue output / P BO 44 Blue output GO/YOUT 45 45  Green output / Y output GO 45 Green output RO/PROUT 46 46  Red output / P RO 46 Red output BLKIN/VGUARD/SVM

BLKIN/VGUARD

[1][6]

47  black current input / vertical guard / scan velocity modulation

 47 47 black current input / vertical guard

BCLIN 48 48 48 beam current limiter input

34949493

B3/P

G3/Y3/CVBS3/Y3

3/C2/C3/C4

R3/P

[1]

50 50 50 3rd G input / Y input / CVBS input / Y input

51 51 51 3rd R input / PR input / C2/3/4 input YOUT 52 52 52 Y-output (for YUV interface) YSYNC 53 53 53 Y-input for sync separator VP3 54 54 54 supply voltage (5 V) GND3 55 55 55 ground connection HOUT 56 56 56 horizontal output FBISO/SANDCA 57 57 57 flyback input/sandcastle output AUDOUTSM2/LSR 58 58 58 audio output for audio power amplifier (right signal) or fixed audio

AUDOUTLSM1/LSL 59 59 59 audio output for audio power amplifier (left signal) or speaker

C2/C3/C4/AUDIOIN5R

[1]

60 60 - chroma-2/3/4 input / audio 5 right input C2/C3/C4 60 chroma-2/3/4 input AUDIOIN3/IN1R

[5]

61 61 61 audio 3 input / right stereo input CVBS2/Y2 62 62 62 CVBS2/Y2 input AUDIOIN2/IN1L/SSIF CVBS4/Y4/AUDIOIN5L

[4][5]

[1]

63 63 63 audio 2 input / left stereo input / sound IF input

64 64  CVBS4/Y4 input / audio 5 left input CVBS4/Y4 64 CVBS4/Y4 input

AV-90 Mono-90

output

B input / PB input

output for mono applications

[1] The function of these pins is dependent on some I2C-bus control bits. More details are given in Ta bl e 7 .

[2] The function of this pin is selected by means of the CMB2-0 bits

[3] The function of this pin is selected by means of the SVO1-0 bits

[4] The SSIF input is selected by means of the SSIFM bit

[5] The choice between two mono inputs or one stereo input is realized by means of the bits SAS3-0

[6] The black current input, vertical guard input and SVM output (AV-110/90 and Mono-110 versions) have

been combined on this pin. For a reliable operation of the protection system and the black current stabilization system or SVM system, the end of the vertical guard protection pulse during normal operation should not overlap the measuring pulses. Therefore this pulse must end before line 14.

Product data sheet Rev. 0.11 — 25 January 2007 12 of 230

STV8172A

Vertical Deflection Booster

for 3-A

TV/Monitor Applications with 75-V Flyback Generator

Main Features

■ Power Amplifier

■ Flyback Generator

■ Stand-by Control

■ Output Current up to 3 App

■ Thermal Protection

Description

The STV8172A is a vertical deflection booster designed for TV and monitor applications.

This device, supplied with up to 35 V, provides up to

2.5 App output current to drive the vertical deflection yoke.

The internal flyback generator delivers flyback voltages up to 75 V.

Tab connected

to pin 4

PRODUCT PREVIEW

HEPTAWATT

(Plastic Package)

ORDER CODE: STV8172A

7 6 5 4 3 2 1

Input (Non Inverting) Output Stage Supply Output Ground Or Negative Supply Flyback Generator Supply Voltage Input (Inverting)

In double-supply applications, a stand-by state will be reached by stopping the (+) supply alone.

Output Stage Supply

Supply

Non-Inverting

Input

Inverting

Input

Power

Amplifier

STV8172A

Flyback

Generator

Thermal

Protection

Flyback

Voltage

Output

Ground or Negative Supply

August 2003 Revision 1.0 ADCS No. 7564264 STMicroelectronics Confidential 1/14

This is preliminary information on a new product now in development. Details are subject to change without notice.

Absolute Maximum Ratings STV8172A

1 Absolute Maximum Ratings

Symbol Parameter Value Unit

Vol tag e

, V

Current

(1) Output Peak Current at f = 50 to 200 Hz, t £ 10μs - Note 4 ±5 A

(2) Output Peak Current non-repetitive - Note 5 ±2 A

Sink Sink Current, t<1ms - Note 3 2A

Source Source Current, t < 1ms 2 A

ESD Susceptibility

ESD1 Human body model (100 pF discharged through 1.5 kW)2kV

ESD2 EIAJ Standard (200 pF discharged through 0 W) 300 V

Temperature

Supply Voltage (pin 2) - Note 1 and Note 2 40 V

Flyback Peak Voltage - Note 2 70 V

Voltage at Pin 3 - Note 2, Note 3 and Note 6 -0.4 to (VS + 3) V

Amplifier Input Voltage - Note 2, Note 6 and Note 7 - 0.4 to (VS + 2) or +40 V

Flyback pulse current at f=50 to 200 Hz, t£10ms - Note 4 ±5 A

Storage Temperature -40 to 150 °C

Junction Temperature +150 °C

Note:1. Usually the flyback voltage is slightly more than 2 x VS. This must be taken into consideration when

setting

VS.

2. Versus pin 4

3. V3 is higher than V

during the first half of the flyback pulse.

4. Such repetitive output peak currents are usually observed just before and after the flyback pulse.

5. This non-repetitive output peak current can be observed, for example, during the Switch-On/SwitchOff phases. This peak current is acceptable providing the SOA is respected (Figure 8 and Figure 9).

6. All pins have a reverse diode towards pin 4, these diodes should never be forward-biased.

7. Input voltages must not exceed the lower value of either V

+ 2 or 40 volts.

2Thermal Data

Symbol Parameter Value Unit

thJC

Junction-to-Case Thermal Resistance 3 °C/W

Temperature for Thermal Shutdown 150 °C

Recommended Max. Junction Temperature 120 °C

2/14 STMicroelectronics Confidential

STV8172A Electrical Characteristics

3 Electrical Characteristics

(VS = 34 V, T

= 25°C, unless otherwise specified)

AMB

Symbol Parameter Test Conditions Min. Typ. Max. Unit Fig.

Supply

Input

Output

Stand-by

5STBY

Operating Supply Voltage Range (V2-V4) Note 8 10 35 V

Pin 2 Quiescent Current I3= 0, I5= 0 5 20 mA 1

Pin 6 Quiescent Current I3= 0, I5= 0, V6=35v 8 19 50 mA 1

Input Bias Current V1= 1 V, V7= 2.2 V - 0.6 -1.5 μA1

Input Bias Current V1= 2.2 V, V7= 1 V - 0.6 -1.5 μA

Operating Input Voltage Range 0 VS - 2 V

Offset Voltage 2mV

/dt Offset Drift versus Temperature 10 μV/°C

Operating Peak Output Current

Output Saturation Voltage to pin 4 I5 = 1.5 A 1 1.7 V 3

Output Saturation Voltage to pin 6 I5 = -1.5 A 1.8 2.3 V 2

Output Voltage in Stand-by

<Tcase<125oC

= V7 = VS = 0

See Note 9

±1.5

- 2

Miscellaneous

G Voltage Gain 80 dB

D5-6

D3-2

3SH

Diode Forward Voltage Between pins 5-6 I5 = 1.5 A 1.8 2.3 V

Diode Forward Voltage between pins 3-2 I3 = 1.5 A 1.6 2.2 V

Saturation Voltage on pin 3 I3 = 20 mA 0.4 1 V 3

3SL

Saturation Voltage to pin 2 (2nd part of flyback) I3 = -1.5 A 2.1 2.8 V

8. In normal applications, the peak flyback voltage is slightly greater than 2 x (V

- V4). Therefore, (V

- V4) = 35 V is not allowed without special circuitry.

9. Refer to Figure 4, Stand-by condition.

STMicroelectronics Confidential 3/14

Electrical Characteristics STV8172A

2.2V

(a): I2 and I6 measurement

(b): I1 measurement

Figure 1: Measurement of I1, I2 and I

+Vs

I2 I6

STV8172A

Figure 2: Measurement of V

+Vs

39kW

(a)

(b)

5.6kW

2.2V

STV8172A

Figure 3: Measurement of V3L and V

STV8172A

I3 or I5

(a)(b)

- I5

+Vs

(a): V

(b): V

4/14 STMicroelectronics Confidential

measurement

STV8172A Application Hints

4 Application Hints

The yoke can be coupled either in AC or DC.

4.1 DC-coupled Application

When DC coupled (see Figure 4), the display vertical position can be adjusted with input bias. On the other hand, 2 supply sources (V

A Stand-by state will be reached by switching OFF the positive supply alone. In this state, where both inputs are the same voltage as pin 2 or higher, the output will sink negligible current from the deviation coil.

Figure 4: DC-coupled Application

and -VEE) are required.

Vertical Position

Adjustment

470μF

Vref

0.1μF

Amplifier

-V

Power

470μF

(47 to 100μF)

Thermal

Safety

0.1μF

Flyback

Generator

+Vs

Voltage

Current

1.5W

0.22μF

Output

Rd(*)

Yo k e

(*) recommended:

4.1.1 Application Hints

For calculations, treat the IC as an op-amp, where the feedback loop maintains V1 = V7.

------------- R d 50m s

-------------<< 20ms

STMicroelectronics Confidential 5/14

Application Hints STV8172A

4.1.1.1 Centering

Display will be centered (null mean current in yoke) when voltage on pin 7 is (R

4.1.1.2 Peak Current

Example: for V

Choose R

From equation of peak current:

Then choose R

Finally, the bias voltage on pin 7 should be:

VMV

------------------------

-----------------------------

=2V, VM= 5 V and IP =1A

in the1 W range, for instance R1=1 W

or R3. For instance, if R2 = 10 kW, then R3= 15 kW

VMVm+

------------------------

VMV

–()

-------

-----------------

æö

´=

--------------------- -

ç÷

R2R

èø

´=

------------------R1xR

2IPR1´´

-----------------------------

VMV

–

´ 1.4V===

----

--------

-------+ R

2.5

is negligible):

-- -==

4.1.2 Ripple Rejection

When both ramp signal and bias are provided by the same driver IC, you can gain natural rejection of any ripple caused by a voltage drop in the ground (see Figure 5), if you manage to apply the same fraction of ripple voltage to both booster inputs. For that purpose, arrange an intermediate point in the bias resistor bridge, such that (R capacitor between the intermediate point and the local driver ground. Of course, R connected to the booster reference point, which is the ground side of R

Reference Voltage

/ R7) = (R3 / R2), and connect the bias filtering

should be

Figure 5: Ripple Rejection

Power

Amplifier

Generator

Thermal

Safety

Flyback

Yo k e

Ramp Signal

Driver Ground

6/14 STMicroelectronics Confidential

Source of Ripple

STV8172A Application Hints

4.2 AC-Coupled Applications

In AC-coupled applications (See Figure 6), only one supply (VS) is needed. The vertical position of the scanning cannot be adjusted with input bias (for that purpose, usually some current is injected or sunk with a resistor in the low side of the yoke).

Figure 6: AC-coupled Application

(*) recommended:

470μF

0.1μF

Amplifier

------------- R d 50ms

Power

-------------<< 20ms

(47 to 100μF)

Thermal

Safety

Flyback

Generator

+Vs

Output

Voltage

Output

Current

1.5W

Rd(*)

Yo k e

0.22μF

4.2.1 Application Hints

Gain is defined as in the previous case:

Choose R

then either R2 or R3. For good output centering, V7 must fulfill the following equation:

VMV

–

----------------------- -

--------V

–

---------------------R4R5+

-------+´ R

---------------------R4R5+

-------

--------------------------------------

´=

--------------------- -

R1R3´

VMVm+

------------------------–

æö

------------------------------

ç÷

2R4R5+()

èø

-------+= R

MVm

------------------------+ 2R

STMicroelectronics Confidential 7/14

Application Hints STV8172A

CS performs an integration of the parabolic signal on CL, therefore the amount of S correction is set by the combination of C

and Cs.

4.3 Application with Differential-output Drivers

Certain driver ICs provide the ramp signal in differential form, as two current sources i+ and i- with opposite variations.

Figure 7: Using a Differential-output Driver

Differential output

driver IC

-i

470μF

0.1μF

Power

+Vs

(47 to 100μF)

Flyback

Generator

Output

Voltage

Output

Current

Amplifier

Thermal

Safety

-V

470μF

0.1μF

1.5W

Rd(*)

Yo k e

0.22μF

(*) recommended:

--------------Rd 50m s

Let us set some definitions:

● i

is the common-mode current:

● at peak of signal, i

)=2ip, and the peak-peak differential signal, 4ip.

+=icm

The application is described in Figure 7 with DC yoke coupling. The calculations still rely on the fact that V

8/14 STMicroelectronics Confidential

remains equal to V7.

--------------<< 20m s

---i+i-+()= 2

+ip and i-=icm -ip, therefore the peak differential signal is ip-(-

Colour Television Chassis:

Figure 1 Fuse Blown

Fuse Blown

NX56

Is the drain of

Q801 shorted

to earth?

Ye s

Cheek /

Replace

Q801

Figure2 No Raster Abnormal +B

No raster

abnormal + B

Is D801~D804

OK?

Replace

D809~D812

Ye s

Check IC801 and

the peripheral

components.

Is the + B,

resistance to earth

ok ?

Check the load of

B+

Ye s

Check Q402 collector C

resistance to earth ok?

Ye s

Replace Q402

Colour Television Chassis:

Figure3 No Raster, +B OK

No raster +

B Voltage OK

NX56

Replace IC201 Replace Q402

Is the voltage

of Pin8

IC202 5v

Is the resistance

to earth of pin8

if IC201 ok

Figure 4 No Sound

No sound

Is the speaker OK ?

Is the H-out

Ye s

waveform at PIN

56 of IC201 OK?

Replace

IC201

Replace the speaker

Ye s

Check the waveform

at static working

point of Q402.

Apply the pointer of multimeter at

RX1K

GND, use another to touch P12, P4

of IC601, Is there interference noise

from the speaker.

Is the waveform

at P57 P58 of

IC201 ok?

Check the circuit between

IC601 and IC201

connect one probe to

Ye s

Replace IC201

Check power

supply of

IC601

Ye s

Is it mute at

Pin 7 of

IC601?

Ye s

Replace

IC601

Check/Replace

Q602,Q600.

Colour Television Chassis:

Figure 5 No Vertical Scanning

NX56

Ye s

Check/Replace IC301 Check signal at P14/P15 of

Is the signal at P1 of

IC301 ok?

Check/Replace IC201

Is both +14V and -14V ok?

Ye s

IC201

Check the circuit

between IC301 and

IC201

Figure 6 No Picture

TV&AV

haven’t

Picture

Check +8V,

+200V

Check RGB signal

Check P44,45 P46 of IC201

and the relative circuit

Check is there

RGB signal to

CRT BD forom

IC201

Check/Replace

D410, D411

Check CRT BD

Replace IC201

No Picture

TV has Picture. AV hasn’t Picture.

Check is there AV signal

to IC201 form AV input

Ye s

Check IC201

AV has Picture. TV hasn’t Picture.

Check tuner working

is ok?

Check tuner TU100

Ye s

Check Q101 and

SAW filter

Check AV Signal

input

Ye s

Check circuit between

SAW and IC201

parent child description BOM text 03-DM62SAK-BO12X T6-NR0002-ABS0X QLSASY T6-NR0002-ABS0X 06-NR0002-A000X RCT NX56C JY-T03203-004 03-DM62SAK-BO12X T8-21RFLE-HF5AK ASS'Y - MATCH TUBEKIT T8-21RFLE-HF5AK T8-0NX56B-CR1K 21"CRT BD 粗管颈EQU T8-0NX56B-CR1K 11-0BF422-0BX TRANSISTOR BF422 (NPN) 126 Q512 T8-0NX56B-CR1K 11-0BF422-0BX TRANSISTOR BF422 (NPN) 126 Q522 T8-0NX56B-CR1K 11-0BF422-0BX TRANSISTOR BF422 (NPN) 126 Q532 T8-0NX56B-CR1K 11-0BF423-0BX TRANSISTOR BF423 (PNP) 126 Q513 T8-0NX56B-CR1K 11-0BF423-0BX TRANSISTOR BF423 (PNP) 126 Q523 T8-0NX56B-CR1K 11-0BF423-0BX TRANSISTOR BF423 (PNP) 126 Q533 T8-0NX56B-CR1K 11-SC2482-0BX TRANSISTOR 2SC2482 Q531 T8-0NX56B-CR1K 11-SC2482-0BX TRANSISTOR 2SC2482 Q521 T8-0NX56B-CR1K 11-SC2482-0BX TRANSISTOR 2SC2482 Q511 T8-0NX56B-CR1K 18-CB0271-JNX RES. C.F. 270 OHM 1/6W +/-5% R513 T8-0NX56B-CR1K 18-CB0271-JNX RES. C.F. 270 OHM 1/6W +/-5% R523 T8-0NX56B-CR1K 18-CB0271-JNX RES. C.F. 270 OHM 1/6W +/-5% R533 T8-0NX56B-CR1K 18-CB0470-JNX RES. C.F. 47 OHM 1/6W +/-5% R511 T8-0NX56B-CR1K 18-CB0470-JNX RES. C.F. 47 OHM 1/6W +/-5% R521 T8-0NX56B-CR1K 18-CB0470-JNX RES. C.F. 47 OHM 1/6W +/-5% R531 T8-0NX56B-CR1K 18-CD0102-JNX RES. C.F. 1K OHM 1/4W +/-5% R541 T8-0NX56B-CR1K 18-CD0471-JNX RES. C.F. 470 OHM 1/4W +/-5% R538 T8-0NX56B-CR1K 18-CD0471-JNX RES. C.F. 470 OHM 1/4W +/-5% R536 T8-0NX56B-CR1K 18-CD0471-JNX RES. C.F. 470 OHM 1/4W +/-5% R528 T8-0NX56B-CR1K 18-CD0471-JNX RES. C.F. 470 OHM 1/4W +/-5% R526 T8-0NX56B-CR1K 18-CD0471-JNX RES. C.F. 470 OHM 1/4W +/-5% R518 T8-0NX56B-CR1K 18-CD0471-JNX RES. C.F. 470 OHM 1/4W +/-5% R516 T8-0NX56B-CR1K 18-CE0224-JNX RES. C.F. 220K OHM 1/2W +/-5% R506 T8-0NX56B-CR1K 18-FE0272-JNX RESISTOR METAL OXIDE FILM 2K7OHM 5% 1/2W R539 T8-0NX56B-CR1K 18-FE0272-JNX RESISTOR METAL OXIDE FILM 2K7OHM 5% 1/2W R529 T8-0NX56B-CR1K 18-FE0272-JNX RESISTOR METAL OXIDE FILM 2K7OHM 5% 1/2W R519 T8-0NX56B-CR1K 26-AMM102-KRX CAP.CER 1N0F 2KVV - C505 T8-0NX56B-CR1K 26-EBP391-JCS CAP. CER 390PF 50V +/-5% C521 T8-0NX56B-CR1K 26-EBP391-JCS CAP. CER 390PF 50V +/-5% C531 T8-0NX56B-CR1K 26-EBP391-JCS CAP. CER 390PF 50V +/-5% C511 T8-0NX56B-CR1K 41-WJ0065-B00 1 R=N D531 T8-0NX56B-CR1K 41-WJ0065-B00 1 R=N D521 T8-0NX56B-CR1K 41-WJ0065-B00 1 R=N D511 T8-0NX56B-CR1K 41-WJ0090-B00 WIREBAREJUMPER9MM J502 T8-0NX56B-CR1K 41-WJ0100-B00 WIREBAREJUMPER10MM J503 T8-0NX56B-CR1K 46-10967W-01XG SMD PIN BASE *1 TJC1-1A P503 T8-0NX56B-CR1K 46-33079W-06XG PIN BASE *6 TJC3-6A P501 T8-0NX56B-CR1K 46-35179W-04XG PIN BASE TJC3-4A P502 T8-0NX56B-CR1K 34-A470K2-1IX COIL CHOKE 47 UH +/-10% (5MM) L501 T8-0NX56B-CR1K 18-FG0153-JSX RMOF 15KOHM +/-5% 2W R=Y R515A T8-0NX56B-CR1K 18-FG0153-JSX RMOF 15KOHM +/-5% 2W R=Y R525A T8-0NX56B-CR1K 18-FG0153-JSX RMOF 15KOHM +/-5% 2W R=Y R535A T8-0NX56B-CR1K 41-WJ0075-B00 WIREBAREJUMPER7.5MM J504 T8-0NX56B-CR1K 41-WJ0050-B00 TCL41-WJ0050-B00= WIRE BARE JUMPER 5MM R J505 T8-0NX56B-CR1K 41-WJ0050-B00 TCL41-WJ0050-B00= WIRE BARE JUMPER 5MM R JP501 T8-0NX56B-CR1K 41-WJ0050-B00 TCL41-WJ0050-B00= WIRE BARE JUMPER 5MM R JP502 T8-0NX56B-CR1K 41-WJ0050-B00 TCL41-WJ0050-B00= WIRE BARE JUMPER 5MM R JP503 T8-0NX56B-CR1K 18-CB0222-JNX RES. C.F. 2.2K OHM 1/6W +/-5% R512 T8-0NX56B-CR1K 18-CB0222-JNX RES. C.F. 2.2K OHM 1/6W +/-5% R522 T8-0NX56B-CR1K 18-CB0222-JNX RES. C.F. 2.2K OHM 1/6W +/-5% R532 T8-0NX56B-CR1K 47-CRT022-NX0G CRT SOCKET GZS10-2-DD2 (DQ5) S501A T8-0NX56B-CR1K 26-EBP561-JCS CAP. CEP 560PF 50V +/-5% C541 T8-0NX56B-CR1K 40-0NX56B-CRE1XG TV PCB CR BD R=Y T8-21RFLE-HF5AK T8-21RFLE-FHF5AK ASS'Y - MATCH TUBE (F.CAB)KIT T8-21RFLE-FHF5AK 44-21RFLE-HF5A CRT 21INCH RF EQ A51ERU191X03/Q R=Y T8-21RFLE-FHF5AK 46-27688H-04XG HS 4P A/B 400/13 RBGW TJC1/4Y FOR DY TO M.BD P401

T8-21RFLE-HF5AK T8-21RFLE-MHF5AK ASS'Y - MATCH TUBE (MAIN BD)KIT T8-21RFLE-MHF5AK 18-CB0562-JNX RES. C.F. 5.6K OHM 1/6W +/-5% R416 T8-21RFLE-MHF5AK 18-CB0563-JNX RES. C.F. 56K OHM 1/6W +/-5% R459 T8-21RFLE-MHF5AK 18-CE0221-JNX TCL18-CE0221-JNX= RES. C.F. 220 OHM 1/2W R306 T8-21RFLE-MHF5AK 18-EF0122-JSX FR 1.2KOHM 1W 立式编带 5-25S Y RF10X-1W R455A T8-21RFLE-MHF5AK 18-FF0220-JSX RES.M.O.F 22 OHM 1W +/-5% R402 T8-21RFLE-MHF5AK 18-FG0109-JSX RMOF 1OHM +/-5% 2W R=Y R308A T8-21RFLE-MHF5AK 18-FG0189-JSX RMOF 2W +-5% 1.8Ω R320 T8-21RFLE-MHF5AK 18-FG0189-JSX RMOF 2W +-5% 1.8Ω R318 T8-21RFLE-MHF5AK 18-FG0189-JSX RMOF 2W +-5% 1.8Ω R317 T8-21RFLE-MHF5AK 18-FG0189-JSX RMOF 2W +-5% 1.8Ω R319 T8-21RFLE-MHF5AK 18-FG0399-JSX RMOF 3.9OHM +/-5% 2W R=Y R425A T8-21RFLE-MHF5AK 27-AHR364-JSX CAP. M.PP 0.36UF 400V +/-5% C456 T8-21RFLE-MHF5AK 27-ALR153-J0X CAP. M.PP 15 NF 1.6KV +/-5% C457 T8-21RFLE-MHF5AK 27-PBC222-J0X CAP. P.E 0.0022UF 63V +/-5% C406 T8-21RFLE-MHF5AK 36-LIN270-XX1 COIL LINEARITY 27 UH L458 T8-21RFLE-MHF5AK 37-NR0001-CAA7A FBT BSC25-0230Z NX56C BSC25-0230Z R=N T401 T8-21RFLE-MHF5AK 41-WJ0055-B00 WIREBAREJUMPER5.5MM R420 T8-21RFLE-MHF5AK 18-DB0472-FNX RES. M.F. 4.7K OHM 1/6W +/-1% R833 T8-21RFLE-MHF5AK 18-CB0271-JNX RES. C.F. 270 OHM 1/6W +/-5% J816 T8-21RFLE-MHF5AK 36-WID801-XX1 TCL36-WID801-XX1= COIL WIDTH 800 UH R=N L451 T8-21RFLE-MHF5AK 27-AHQ153-JSX CAP.M.PP 0.015UF 400V +/-5% C454 T8-21RFLE-MHF5AK 27-ALQ472-J0X TCL27-ALQ472-J0X= CAP. M.PP 4700PF 1.6KV C453 T8-21RFLE-MHF5AK 26-AIC270-JZX CC 27PF 500V Z C418 03-DM62SAK-BO12X T8-21M62AK-FC9 ASS'Y - FRONT CABINETASY T8-21M62AK-FC9 41-GND021-LX0T BEAIDED GROUND WIRE 770MM AL-MG R=Y T8-21M62AK-FC9 42-41208D-XX0G SPEAKER YDP412-1A SP602 T8-21M62AK-FC9 42-41208D-XX0G SPEAKER YDP412-1A SP601 T8-21M62AK-FC9 46-CT057T-02K01G WIRE CONNECT 570MM 2 TJC3 PH 2.5MM UL246 P602 TO R_SPK T8-21M62AK-FC9 46-CT035T-03HG HS 3PIN Y0606129.3 P603 TO L_SPK T8-21M62AK-FC9 54-113970-0U0 TV RAW INSULATOR SLEEVE AWG#5 -- 00 00 R FOR SPK HOUSING T8-21M62AK-FC9 54-114000-00X TV RAW FELT PAPER 150MMX19MMX0.3MM BK 01 T8-21M62AK-FC9 54-205140-000 SPACER CRT MOUNTING T=2MM MTG CRT TO F.CAB T8-21M62AK-FC9 57-10654X-00F TWIST TIE NY66 T8-21M62AK-FC9 62-454780-0HN TV RAW SUPPORT STOCK -- 00 00 R=N T8-21M62AK-FC9 62-450570-0UN TRACKING_L T8-21M62AK-FC9 63-B40100-AB4G SCREW-ST 4MM 10MM 53 R=Y MTG ARMOR PLATE&CHASSIN T8-21M62AK-FC9 63-B40150-AB4G SCREW-ST 4MM 15MM ISO 62 R=Y MTG CHASSIS & F.CAB T8-21M62AK-FC9 63-S30100-AB4G S/T SCREW S 3 X 10 AB MTG SPK & F.CAB T8-21M62AK-FC9 63-W30100-AB4G S/T SCREW W 3 X 10 AB MTG LENS & F.CAB T8-21M62AK-FC9 63-W30100-AB4G S/T SCREW W 3 X 10 AB MTG BUTTON & F.CAB T8-21M62AK-FC9 63-B30100-AB4G SCREW-ST 3MM 10MM JIS B 1122 53 0 0 R=Y MTG LENS PCB & F.CAB T8-21M62AK-FC9 63-Z60300-AB4G S/T SCREW HA 6X30 MTG CRT & F.CAB T8-21M62AK-FC9 67-455370-0E4 TV RAW SUPPORT STEEL BOARD -- 00 00 00 R T8-21M62AK-FC9 67-X12668-0E0 SPRING CRT 6MMX40MMX0.5MM T8-21M62AK-FC9 T8-21M62AK-FC9Z ASS'Y - FRONT CABINET(ART)ASY T8-21M62AK-FC9Z 55-DM62FC-1CL RAW FRONTPANEL 21M62 -- 01 00 00 R=N T8-21M62AK-FC9Z 56-DM62FB-0HA TV RAW KEY CLUSTER -- 00 00 00 R=N T8-21M62AK-FC9Z 56-DM62LE-0HC LENS T8-21M62AK-FC9Z 58-DM62FI-1UI TV RAW OVERLAY KEY CLUSTER -- 01 00 00 R T8-21M62AK-FC9 54-314740-0X0 CRT FIBRE SHEET (22MMX22MMX0.8MM) MTG CHASSIN&CRT T8-21M62AK-FC9 54-314740-0X0 CRT FIBRE SHEET (22MMX22MMX0.8MM) MTG CRT TO F. CAB T8-21M62AK-FC9 36-DEG210-AX0L DEGAUSSING COIL ALXC-54 03-DM62SAK-BO12X T8-21M62AK-RC6 ASS'Y - REAR CABINETASY T8-21M62AK-RC6 63-B40150-AB4G SCREW-ST 4MM 15MM ISO 62 R=Y MTG FBT T8-21M62AK-RC6 63-B40150-AB4G SCREW-ST 4MM 15MM ISO 62 R=Y MTG R.CAB & F.CAB T8-21M62AK-RC6 63-F30100-BT3G SCREW-ST 3MM 10MM ISO 65 0 0 R=Y MTG M.BD & R.CAB T8-21M62AK-RC6 T8-21M62AK-RC6Z ASS'Y - REAR CABINET(ART)ASY T8-21M62AK-RC6Z 55-DH73RC-2CL RAW BACKCOVER 21H73 -- 02 00 00 R=N T8-21M62AK-RC6Z 58-DM62MP-JKT TV PRI LABEL 21M62 -- R=Y 03-DM62SAK-BO12X T8-21M62AK-PA12 ASS'Y - PACKINGASY

T8-21M62AK-PA12 49-R03P80-BAT BATTERY 1.5V T8-21M62AK-PA12 75-455010-CC0 TV RAW POLYFOAM -- -- 01 00 R=N T8-21M62AK-PA12 75-455020-CC0 TV RAW POLYFOAM -- -- 02 00 R=N T8-21M62AK-PA12 75-455030-CC0 TV RAW POLYFOAM -- -- 03 00 R=N T8-21M62AK-PA12 75-455040-CC0 TV RAW POLYFOAM -- -- 04 00 R=N T8-21M62AK-PA12 T8-21M62AK-PA12Z ASS'Y - PACKING(ART)ASY T8-21M62AK-PA12Z 74-022032-6WE RAW BAG PE 220X320X0.06MM -- 00 00 R=N T8-21M62AK-PA12Z 74-120120-80HAA POLYBAG W/SUFFOCATION WARNING T8-21M62AK-PA12Z 76-455050-0AT TV RAW CARTON-BOX 21H73US 00 00 00 R=N T8-21M62AK-PA12Z 72-DM62AE-E321A TV IB 72-DM62AE-E321A PHILIPS R=N T8-21M62AK-PA12 47-ANT010-XX0 ANTENNA CYI-001B 03-DM62SAK-BO12X T8-21M63H-BSY ASS'Y - BASEASY T8-21M63H-BSY 54-420800-000 RUBBER PAD T8-21M63H-BSY T8-21M63H-BSYZ ASS'Y - BASE OF ARTASY T8-21M63H-BSYZ 62-445400-0CL TV RAW STAND BASE -- 00 00 00 R=N T8-21M63H-BSY 74-045035-50H PLASTIC BAG 03-DM62SAK-BO12X T8-DM62SAK-MA4SM ASS'Y - CHASSIS BDKIT T8-DM62SAK-MA4SM T8-21M62AK-IR1 ASS'Y - RECEIVE BDEQU T8-21M62AK-IR1 02-IRR001-XX1T IR RECEIVER 37.9KHZ 5V N HM338A IR011 T8-21M62AK-IR1 11-SC1815-YBX TR 50VV 150MA_A NPN 0.4W 80MHZ TO-92 2SC Q011 T8-21M62AK-IR1 14-LED03R-XX1 LED RED Φ3MM FO203 D011 T8-21M62AK-IR1 18-CB0100-JNX RES. C.F. 10 OHM 1/6W +/-5% R011 T8-21M62AK-IR1 18-CB0103-JNX RES. C.F. 10K OHM 1/6W +/-5% R013 T8-21M62AK-IR1 18-CB0471-JNX RES. C.F. 470 OHM 1/6W +/-5% R012 T8-21M62AK-IR1 25-BDB470-M1X CAP.ELE 5MM 47UF 25VV 5X11 85 / C012 T8-21M62AK-IR1 26-EBP104-ZFS CAP. CER 0.1UF 50V +80%/-20% C011 T8-21M62AK-IR1 40-N21M62-IRA1XG TV PCB IR BD R=Y T8-21M62AK-IR1 46-CD050T-04K01G WIRE 导线 500MM 04 TJC3 SCN 2.5MM UL#246 S011 T8-DM62SAK-MA4SM T8-21M62AK-KE1 ASS'Y - KEY BDEQU T8-21M62AK-KE1 18-CB0471-JNX RES. C.F. 470 OHM 1/6W +/-5% R1003 T8-21M62AK-KE1 18-CB0561-JNX RES. C.F. 560 OHM 1/6W +/-5% R1004 T8-21M62AK-KE1 18-CB0102-JNX RES. C.F. 1K OHM 1/6W +/-5% R1005 T8-21M62AK-KE1 18-CB0222-JNX RES. C.F. 2.2K OHM 1/6W +/-5% R1006 T8-21M62AK-KE1 18-CB0271-JNX RES. C.F. 270 OHM 1/6W +/-5% R1001 T8-21M62AK-KE1 18-CB0331-JNX RES. C.F. 330 OHM 1/6W +/-5% R1002 T8-21M62AK-KE1 40-21V18S-KED1XG TV PCB KE BD R=Y T8-21M62AK-KE1 46-CE040T-02K01G WIRE 400MM 02 TJC3 JC25 2.5MM UL2 P1001 TO M BD P204 T8-21M62AK-KE1 48-TAC002-XX0 TACT SWITCH K1001 T8-21M62AK-KE1 48-TAC002-XX0 TACT SWITCH K1002 T8-21M62AK-KE1 48-TAC002-XX0 TACT SWITCH K1007 T8-21M62AK-KE1 48-TAC002-XX0 TACT SWITCH K1006 T8-21M62AK-KE1 48-TAC002-XX0 TACT SWITCH K1005 T8-21M62AK-KE1 48-TAC002-XX0 TACT SWITCH K1004 T8-21M62AK-KE1 48-TAC002-XX0 TACT SWITCH K1003 T8-DM62SAK-MA4SM T8-DM62SAK-MA4HM ASS'Y - MAIN BDKIT T8-DM62SAK-MA4HM T8-21LAAK-MA2 ASS'Y - MAIN BDEQU T8-21LAAK-MA2 10-0FR104-FBX DIODE FR104 (FAST RECTIFIER) D404 T8-21LAAK-MA2 10-0FR104-FBX DIODE FR104 (FAST RECTIFIER) D401 T8-21LAAK-MA2 10-0FR104-FBX DIODE FR104 (FAST RECTIFIER) D301 T8-21LAAK-MA2 10-1N4148-ABX DIODE 1N4148 (SWITCHING) D601 T8-21LAAK-MA2 10-1N4148-ABX DIODE 1N4148 (SWITCHING) D406 T8-21LAAK-MA2 10-1N4148-ABX DIODE 1N4148 (SWITCHING) D316 T8-21LAAK-MA2 10-1N4148-ABX DIODE 1N4148 (SWITCHING) D315 T8-21LAAK-MA2 10-1N4148-ABX DIODE 1N4148 (SWITCHING) D204 T8-21LAAK-MA2 10-1N4148-ABX DIODE 1N4148 (SWITCHING) D210 T8-21LAAK-MA2 10-1N4148-ABX DIODE 1N4148 (SWITCHING) D313 T8-21LAAK-MA2 10-79C8V2-DBX D-ZENER BZX55C8V2 8.2V 500MI0W R=N D407 T8-21LAAK-MA2 10-79C33V-DBX DIODE ZENER 33V 1/2W 5% D101 T8-21LAAK-MA2 10-79C4V7-DBX D-PR /A /_V 4.7V BZX79C4V7 D314 T8-21LAAK-MA2 10-79C5V6-DBX DIODE ZENER 5V6 1/2W 5% D203 T8-21LAAK-MA2 10-79C5V6-DBX DIODE ZENER 5V6 1/2W 5% D202

T8-21LAAK-MA2 10-79C5V6-DBX DIODE ZENER 5V6 1/2W 5% D201 T8-21LAAK-MA2 10-79C5V6-DBX DIODE ZENER 5V6 1/2W 5% D251 T8-21LAAK-MA2 11-DD5024-0CX TR 600V 8_A NPN 35W 1.7MHZ TO-220F 3DD50 Q402A T8-21LAAK-MA2 11-KTD863-0BX TRANSISTOR KTD863 Q401 T8-21LAAK-MA2 11-SA1015-YBX TR 50VV 150MA_A PNP 0.4W 80MHZ TO-92 ST2 Q601 T8-21LAAK-MA2 11-SC1815-YBX TR 50VV 150MA_A NPN 0.4W 80MHZ TO-92 2SC Q602 T8-21LAAK-MA2 11-SC1815-YBX TR 50VV 150MA_A NPN 0.4W 80MHZ TO-92 2SC Q210 T8-21LAAK-MA2 11-SC1815-YBX TR 50VV 150MA_A NPN 0.4W 80MHZ TO-92 2SC Q904 T8-21LAAK-MA2 11-SC1815-YBX TR 50VV 150MA_A NPN 0.4W 80MHZ TO-92 2SC Q903 T8-21LAAK-MA2 13-00M24C-16P IC-EEPROM M24C16-WBN6 R=N IC202(CP) T8-21LAAK-MA2 13-DA7266-SAS TCL13-DA7266-SAS= IC TDA7266SA R=N IC601 T8-21LAAK-MA2 18-CB0100-JNX RES. C.F. 10 OHM 1/6W +/-5% R217 T8-21LAAK-MA2 18-CB0101-JNX RES. C.F. 100 OHM 1/6W +/-5% R272 T8-21LAAK-MA2 18-CB0101-JNX RES. C.F. 100 OHM 1/6W +/-5% R101 T8-21LAAK-MA2 18-CB0101-JNX RES. C.F. 100 OHM 1/6W +/-5% R250 T8-21LAAK-MA2 18-CB0101-JNX RES. C.F. 100 OHM 1/6W +/-5% R256 T8-21LAAK-MA2 18-CB0101-JNX RES. C.F. 100 OHM 1/6W +/-5% R214 T8-21LAAK-MA2 18-CB0101-JNX RES. C.F. 100 OHM 1/6W +/-5% R274 T8-21LAAK-MA2 18-CB0101-JNX RES. C.F. 100 OHM 1/6W +/-5% R246 T8-21LAAK-MA2 18-CB0101-JNX RES. C.F. 100 OHM 1/6W +/-5% R215 T8-21LAAK-MA2 18-CB0101-JNX RES. C.F. 100 OHM 1/6W +/-5% R239 T8-21LAAK-MA2 18-CB0101-JNX RES. C.F. 100 OHM 1/6W +/-5% R240 T8-21LAAK-MA2 18-CB0101-JNX RES. C.F. 100 OHM 1/6W +/-5% R241 T8-21LAAK-MA2 18-CB0101-JNX RES. C.F. 100 OHM 1/6W +/-5% R208 T8-21LAAK-MA2 18-CB0101-JNX RES. C.F. 100 OHM 1/6W +/-5% R275 T8-21LAAK-MA2 18-CB0101-JNX RES. C.F. 100 OHM 1/6W +/-5% R604A T8-21LAAK-MA2 18-CB0101-JNX RES. C.F. 100 OHM 1/6W +/-5% R603A T8-21LAAK-MA2 18-CB0101-JNX RES. C.F. 100 OHM 1/6W +/-5% R245 T8-21LAAK-MA2 18-CB0101-JNX RES. C.F. 100 OHM 1/6W +/-5% R247 T8-21LAAK-MA2 18-CB0101-JNX RES. C.F. 100 OHM 1/6W +/-5% R102 T8-21LAAK-MA2 18-CB0102-JNX RES. C.F. 1K OHM 1/6W +/-5% R302 T8-21LAAK-MA2 18-CB0102-JNX RES. C.F. 1K OHM 1/6W +/-5% R303 T8-21LAAK-MA2 18-CB0102-JNX RES. C.F. 1K OHM 1/6W +/-5% R415 T8-21LAAK-MA2 18-CB0102-JNX RES. C.F. 1K OHM 1/6W +/-5% R614 T8-21LAAK-MA2 18-CB0102-JNX RES. C.F. 1K OHM 1/6W +/-5% R228 T8-21LAAK-MA2 18-CB0102-JNX RES. C.F. 1K OHM 1/6W +/-5% R242 T8-21LAAK-MA2 18-CB0102-JNX RES. C.F. 1K OHM 1/6W +/-5% R271 T8-21LAAK-MA2 18-CB0102-JNX RES. C.F. 1K OHM 1/6W +/-5% R409 T8-21LAAK-MA2 18-CB0102-JNX RES. C.F. 1K OHM 1/6W +/-5% R253 T8-21LAAK-MA2 18-CB0102-JNX RES. C.F. 1K OHM 1/6W +/-5% R252 T8-21LAAK-MA2 18-CB0102-JNX RES. C.F. 1K OHM 1/6W +/-5% R927 T8-21LAAK-MA2 18-CB0102-JNX RES. C.F. 1K OHM 1/6W +/-5% R928 T8-21LAAK-MA2 18-CB0103-JNX RES. C.F. 10K OHM 1/6W +/-5% R613 T8-21LAAK-MA2 18-CB0102-JNX RES. C.F. 1K OHM 1/6W +/-5% R258 T8-21LAAK-MA2 18-CB0103-JNX RES. C.F. 10K OHM 1/6W +/-5% R612 T8-21LAAK-MA2 18-CB0102-JNX RES. C.F. 1K OHM 1/6W +/-5% R257 T8-21LAAK-MA2 18-CB0102-JNX RES. C.F. 1K OHM 1/6W +/-5% R255 T8-21LAAK-MA2 18-CB0102-JNX RES. C.F. 1K OHM 1/6W +/-5% R254 T8-21LAAK-MA2 18-CB0103-JNX RES. C.F. 10K OHM 1/6W +/-5% R238 T8-21LAAK-MA2 18-CB0103-JNX RES. C.F. 10K OHM 1/6W +/-5% R610 T8-21LAAK-MA2 18-CB0103-JNX RES. C.F. 10K OHM 1/6W +/-5% R315 T8-21LAAK-MA2 18-CB0104-JNX RES. C.F. 100K OHM 1/6W +/-5% R417 T8-21LAAK-MA2 18-CB0122-JNX RES. C.F. 1.2K OHM 1/6W +/-5% R251 T8-21LAAK-MA2 18-CB0123-JNX RES. C.F. 12K OHM 1/6W +/-5% R216 T8-21LAAK-MA2 18-CB0152-JNX RES. C.F. 1.5K OHM 1/6W +/-5% R311 T8-21LAAK-MA2 18-CB0153-JNX RES. C.F. 15K OHM 1/6W +/-5% R201 T8-21LAAK-MA2 18-CB0202-JNX RES. C.F. 2K OHM 1/6W +/-5% R407 T8-21LAAK-MA2 18-CB0222-JNX RES. C.F. 2.2K OHM 1/6W +/-5% R301 T8-21LAAK-MA2 18-CB0222-JNX RES. C.F. 2.2K OHM 1/6W +/-5% R304 T8-21LAAK-MA2 18-CB0223-JNX RES. C.F. 22K OHM 1/6W +/-5% R906 T8-21LAAK-MA2 18-CB0223-JNX RES. C.F. 22K OHM 1/6W +/-5% R903

T8-21LAAK-MA2 18-CB0223-JNX RES. C.F. 22K OHM 1/6W +/-5% R406 T8-21LAAK-MA2 18-CB0223-JNX RES. C.F. 22K OHM 1/6W +/-5% R249 T8-21LAAK-MA2 18-CB0223-JNX RES. C.F. 22K OHM 1/6W +/-5% R902 T8-21LAAK-MA2 18-CB0223-JNX RES. C.F. 22K OHM 1/6W +/-5% R611 T8-21LAAK-MA2 18-CB0223-JNX RES. C.F. 22K OHM 1/6W +/-5% R905 T8-21LAAK-MA2 18-CB0272-JNX RES. C.F. 2.7K OHM 1/6W +/-5% R211 T8-21LAAK-MA2 18-CB0274-JNX TCL18-CB0274-JNX= RES. C.F. 270K OHM 1/6 R410 T8-21LAAK-MA2 18-CB0331-JNX RES. C.F. 330 OHM 1/6W +/-5% R260 T8-21LAAK-MA2 18-CB0332-JNX RES. C.F. 3.3K OHM 1/6W +/-5% R221 T8-21LAAK-MA2 18-CB0332-JNX RES. C.F. 3.3K OHM 1/6W +/-5% R222 T8-21LAAK-MA2 18-CB0333-JNX RES. C.F. 33K OHM 1/6W +/-5% R209 T8-21LAAK-MA2 18-CB0333-JNX RES. C.F. 33K OHM 1/6W +/-5% R210 T8-21LAAK-MA2 18-CB0391-JNX RES. C.F. 390 OHM 1/6W +/-5% R204 T8-21LAAK-MA2 18-CB0393-JNX RES. C.F. 39K OHM 1/6W +/-5% R212 T8-21LAAK-MA2 18-CB0393-JNX RES. C.F. 39K OHM 1/6W +/-5% R608 T8-21LAAK-MA2 18-CB0470-JNX RES. C.F. 47 OHM 1/6W +/-5% R224 T8-21LAAK-MA2 18-CB0470-JNX RES. C.F. 47 OHM 1/6W +/-5% R220 T8-21LAAK-MA2 18-CB0470-JNX RES. C.F. 47 OHM 1/6W +/-5% R223 T8-21LAAK-MA2 18-CB0471-JNX RES. C.F. 470 OHM 1/6W +/-5% R202 T8-21LAAK-MA2 18-CB0471-JNX RES. C.F. 470 OHM 1/6W +/-5% R401 T8-21LAAK-MA2 18-CB0472-JNX CARBON RES. C.F. 4.7K OHM 1/6W +/-5% R219 T8-21LAAK-MA2 18-CB0472-JNX CARBON RES. C.F. 4.7K OHM 1/6W +/-5% R270 T8-21LAAK-MA2 18-CB0472-JNX CARBON RES. C.F. 4.7K OHM 1/6W +/-5% R229 T8-21LAAK-MA2 18-CB0473-JNX RES. C.F. 47K OHM 1/6W +/-5% R206 T8-21LAAK-MA2 18-CB0562-JNX RES. C.F. 5.6K OHM 1/6W +/-5% R605 T8-21LAAK-MA2 18-CB0562-JNX RES. C.F. 5.6K OHM 1/6W +/-5% R316 T8-21LAAK-MA2 18-CB0562-JNX RES. C.F. 5.6K OHM 1/6W +/-5% R606 T8-21LAAK-MA2 18-CB0563-JNX RES. C.F. 56K OHM 1/6W +/-5% R607 T8-21LAAK-MA2 18-CB0680-JNX RES. C.F. 68 OHM 1/6W +/-5% R203 T8-21LAAK-MA2 18-CB0681-JNX RES. C.F. 680 OHM 1/6W +/-5% R207 T8-21LAAK-MA2 18-CB0820-JNX RES. C.F. 82 OHM 1/6W +/-5% R901 T8-21LAAK-MA2 18-CB0820-JNX RES. C.F. 82 OHM 1/6W +/-5% R269 T8-21LAAK-MA2 18-CB0820-JNX RES. C.F. 82 OHM 1/6W +/-5% R278 T8-21LAAK-MA2 18-CB0820-JNX RES. C.F. 82 OHM 1/6W +/-5% R904 T8-21LAAK-MA2 18-CD0100-JNX RES. C.F. 10 OHM 1/4W +/-5% J410 T8-21LAAK-MA2 18-CD0121-JNX RES. C.F. 120 OHM 1/4W +/-5% R403 T8-21LAAK-MA2 18-CD0189-JNX RES. C.F 1.8 OHM 1/4W +/-5% R305 T8-21LAAK-MA2 18-FG0180-JSX RMOF 18OHM +/-5% 2W R=Y R262 T8-21LAAK-MA2 25-BCB101-M1X CAP.ELE 5MM 100UF 16VV 5X11 85 / C219 T8-21LAAK-MA2 25-BCB101-M1X CAP.ELE 5MM 100UF 16VV 5X11 85 / C243 T8-21LAAK-MA2 25-BCB101-M1X CAP.ELE 5MM 100UF 16VV 5X11 85 / C252 T8-21LAAK-MA2 25-BCB101-M1X CAP.ELE 5MM 100UF 16VV 5X11 85 / C253 T8-21LAAK-MA2 25-BDB102-M1X CAP.ELE 5MM 1000UF 25V 10*20 85 CD110 C305 T8-21LAAK-MA2 25-BDB102-M1X CAP.ELE 5MM 1000UF 25V 10*20 85 CD110 C303 T8-21LAAK-MA2 25-BDB470-M1X CAP.ELE 5MM 47UF 25VV 5X11 85 / C402 T8-21LAAK-MA2 25-BDB470-M1X CAP.ELE 5MM 47UF 25VV 5X11 85 / C605 T8-21LAAK-MA2 25-BDB470-M1X CAP.ELE 5MM 47UF 25VV 5X11 85 / C104 T8-21LAAK-MA2 25-BDB471-M1X CAP. ELEC 470 UF 25V +/-20% C601 T8-21LAAK-MA2 25-BEB101-M1X CAP. ELEC 100 UF 35V +/-20% C307 T8-21LAAK-MA2 25-BFB100-M1X CAP. ELEC 10 UF 50V +/-20% C101 T8-21LAAK-MA2 25-BFB100-M1X CAP. ELEC 10 UF 50V +/-20% C237 T8-21LAAK-MA2 25-BFB100-M1X CAP. ELEC 10 UF 50V +/-20% C221 T8-21LAAK-MA2 25-BFB100-M1X CAP. ELEC 10 UF 50V +/-20% C203 T8-21LAAK-MA2 25-BFB100-M1X CAP. ELEC 10 UF 50V +/-20% C211 T8-21LAAK-MA2 25-BFB100-M1X CAP. ELEC 10 UF 50V +/-20% C202 T8-21LAAK-MA2 25-BFB100-M1X CAP. ELEC 10 UF 50V +/-20% C230 T8-21LAAK-MA2 25-BFB109-M1X CAP. ELEC 1 UF 50V +/-20% C250 T8-21LAAK-MA2 25-BFB109-M1X CAP. ELEC 1 UF 50V +/-20% C246 T8-21LAAK-MA2 25-BFB109-M1X CAP. ELEC 1 UF 50V +/-20% C249 T8-21LAAK-MA2 25-BFB109-M1X CAP. ELEC 1 UF 50V +/-20% C251 T8-21LAAK-MA2 25-BFB109-M1X CAP. ELEC 1 UF 50V +/-20% C245

T8-21LAAK-MA2 25-BFB109-M1X CAP. ELEC 1 UF 50V +/-20% C248 T8-21LAAK-MA2 25-BFB109-M1X CAP. ELEC 1 UF 50V +/-20% C247 T8-21LAAK-MA2 25-BFB109-M1X CAP. ELEC 1 UF 50V +/-20% C216 T8-21LAAK-MA2 25-BFB109-M1X CAP. ELEC 1 UF 50V +/-20% C106 T8-21LAAK-MA2 25-BFB109-M1X CAP. ELEC 1 UF 50V +/-20% C226 T8-21LAAK-MA2 25-BFB109-M1X CAP. ELEC 1 UF 50V +/-20% C609 T8-21LAAK-MA2 25-BFB220-M1X CAP. ELEC 22 UF 50V +/-20% C319 T8-21LAAK-MA2 25-BFB220-M1X CAP. ELEC 22 UF 50V +/-20% C317 T8-21LAAK-MA2 25-BFB479-M1X CAP. ELEC 4.7 UF 50V +/-20% C205 T8-21LAAK-MA2 25-BFB479-M1X CAP. ELEC 4.7 UF 50V +/-20% C318 T8-21LAAK-MA2 25-BLB100-M1X CAP. ELEC 10 UF 250V +/-20% C413 T8-21LAAK-MA2 25-PJA470-M1X TCL25-PJA470-M1X= CAP.CELE 47UF/160V/+/- C419 T8-21LAAK-MA2 26-AIC391-KBX CAP. CER 390 PF 500V +/-10% B C412 T8-21LAAK-MA2 26-EBP102-KBS CAP.CER 1NF 50V - +/-10% B% C306 T8-21LAAK-MA2 26-EBP102-KBS CAP.CER 1NF 50V - +/-10% B% C213 T8-21LAAK-MA2 26-EBP102-KBS CAP.CER 1NF 50V - +/-10% B% C212 T8-21LAAK-MA2 26-EBP103-ZFS CAP.CER 10NF 50V +80% -20% C207 T8-21LAAK-MA2 26-EBP103-ZFS CAP.CER 10NF 50V +80% -20% C005 T8-21LAAK-MA2 26-EBP103-ZFS CAP.CER 10NF 50V +80% -20% C218 T8-21LAAK-MA2 26-EBP103-ZFS CAP.CER 10NF 50V +80% -20% C311 T8-21LAAK-MA2 26-EBP103-ZFS CAP.CER 10NF 50V +80% -20% C108 T8-21LAAK-MA2 26-EBP104-ZFS CAP. CER 0.1UF 50V +80%/-20% C244 T8-21LAAK-MA2 26-EBP104-ZFS CAP. CER 0.1UF 50V +80%/-20% C242 T8-21LAAK-MA2 26-EBP104-ZFS CAP. CER 0.1UF 50V +80%/-20% C241 T8-21LAAK-MA2 26-EBP104-ZFS CAP. CER 0.1UF 50V +80%/-20% C240 T8-21LAAK-MA2 26-EBP104-ZFS CAP. CER 0.1UF 50V +80%/-20% C239 T8-21LAAK-MA2 26-EBP104-ZFS CAP. CER 0.1UF 50V +80%/-20% C238 T8-21LAAK-MA2 26-EBP104-ZFS CAP. CER 0.1UF 50V +80%/-20% C217 T8-21LAAK-MA2 26-EBP104-ZFS CAP. CER 0.1UF 50V +80%/-20% C210 T8-21LAAK-MA2 26-EBP104-ZFS CAP. CER 0.1UF 50V +80%/-20% C608 T8-21LAAK-MA2 26-EBP104-ZFS CAP. CER 0.1UF 50V +80%/-20% C611 T8-21LAAK-MA2 26-EBP104-ZFS CAP. CER 0.1UF 50V +80%/-20% C220 T8-21LAAK-MA2 26-EBP223-ZFS CAP. CER 22NF 50V +80%/-20% C206 T8-21LAAK-MA2 26-EBP470-JCS CAP. CER 47 PF 50V +/-5% C103 T8-21LAAK-MA2 26-EBP470-JCS CAP. CER 47 PF 50V +/-5% C102 T8-21LAAK-MA2 26-EBP472-KBS CAP. CER 4700PF 50V +/-10% C301 T8-21LAAK-MA2 27-MBC224-J0X CAP. M.P.E 0.22UF 63V +/-5% C310 T8-21LAAK-MA2 27-MBC224-J0X CAP. M.P.E 0.22UF 63V +/-5% C602 T8-21LAAK-MA2 27-MBC224-J0X CAP. M.P.E 0.22UF 63V +/-5% C603 T8-21LAAK-MA2 27-PBC104-J0X CAP. P.E 0.1UF 63V +/-5% C204 T8-21LAAK-MA2 27-PBC104-J0X CAP. P.E 0.1UF 63V +/-5% C214 T8-21LAAK-MA2 27-PBC103-J0X CAP. P.E. 0.01UF 63V +/-5% C401 T8-21LAAK-MA2 27-PBC154-J0X CAP. P.E. 0.15 UF 63V +/-5% C208 T8-21LAAK-MA2 27-PBC222-J0X CAP. P.E 0.0022UF 63V +/-5% C309 T8-21LAAK-MA2 27-PBC563-J0X CAP. P.E 0.056 UF 63V +/-5% C420 T8-21LAAK-MA2 27-PBC563-J0X CAP. P.E 0.056 UF 63V +/-5% C414 T8-21LAAK-MA2 27-PBC682-J0X CAP. P.E 0.0068UF 63V +/-5% C215 T8-21LAAK-MA2 34-A100K2-1IX IND-F 10UH 50 265MA 1.4OHM 52MM AL0203-1 L204 T8-21LAAK-MA2 34-A100K2-1IX IND-F 10UH 50 265MA 1.4OHM 52MM AL0203-1 L203 T8-21LAAK-MA2 34-A100K2-1IX IND-F 10UH 50 265MA 1.4OHM 52MM AL0203-1 L202 T8-21LAAK-MA2 34-A100K2-1IX IND-F 10UH 50 265MA 1.4OHM 52MM AL0203-1 L101 T8-21LAAK-MA2 34-A100K2-1IX IND-F 10UH 50 265MA 1.4OHM 52MM AL0203-1 L201 T8-21LAAK-MA2 34-R100J2-0EX COIL PL - 10 UH +/-5% L206 T8-21LAAK-MA2 34-R100J2-0EX COIL PL - 10 UH +/-5% L205 T8-21LAAK-MA2 36-HDR020-XX0 TRANSFORMER HORIZ DRIVE BCT-1621 T402 T8-21LAAK-MA2 41-WJ0050-B00 TCL41-WJ0050-B00= WIRE BARE JUMPER 5MM R J415 T8-21LAAK-MA2 41-WJ0050-B00 TCL41-WJ0050-B00= WIRE BARE JUMPER 5MM R J416 T8-21LAAK-MA2 41-WJ0050-B00 TCL41-WJ0050-B00= WIRE BARE JUMPER 5MM R R418A T8-21LAAK-MA2 41-WJ0050-B00 TCL41-WJ0050-B00= WIRE BARE JUMPER 5MM R J412 T8-21LAAK-MA2 41-WJ0050-B00 TCL41-WJ0050-B00= WIRE BARE JUMPER 5MM R J417 T8-21LAAK-MA2 41-WJ0050-B00 TCL41-WJ0050-B00= WIRE BARE JUMPER 5MM R R408A

T8-21LAAK-MA2 41-WJ0050-B00 TCL41-WJ0050-B00= WIRE BARE JUMPER 5MM R JP202 T8-21LAAK-MA2 41-WJ0050-B00 TCL41-WJ0050-B00= WIRE BARE JUMPER 5MM R JP101 T8-21LAAK-MA2 41-WJ0050-B00 TCL41-WJ0050-B00= WIRE BARE JUMPER 5MM R J420 T8-21LAAK-MA2 41-WJ0055-B00 WIREBAREJUMPER5.5MM J425 T8-21LAAK-MA2 41-WJ0055-B00 WIREBAREJUMPER5.5MM JZ903 T8-21LAAK-MA2 41-WJ0055-B00 WIREBAREJUMPER5.5MM J232 T8-21LAAK-MA2 41-WJ0060-B00 WIRE-BARE J609 T8-21LAAK-MA2 41-WJ0060-B00 WIRE-BARE J202 T8-21LAAK-MA2 41-WJ0060-B00 WIRE-BARE J244 T8-21LAAK-MA2 41-WJ0065-B00 1 R=N J249 T8-21LAAK-MA2 41-WJ0065-B00 1 R=N J008 T8-21LAAK-MA2 41-WJ0075-B00 WIREBAREJUMPER7.5MM D207 T8-21LAAK-MA2 41-WJ0075-B00 WIREBAREJUMPER7.5MM D206 T8-21LAAK-MA2 41-WJ0075-B00 WIREBAREJUMPER7.5MM D205 T8-21LAAK-MA2 41-WJ0075-B00 WIREBAREJUMPER7.5MM J229 T8-21LAAK-MA2 41-WJ0075-B00 WIREBAREJUMPER7.5MM J208 T8-21LAAK-MA2 41-WJ0075-B00 WIREBAREJUMPER7.5MM J222 T8-21LAAK-MA2 41-WJ0075-B00 WIREBAREJUMPER7.5MM J107 T8-21LAAK-MA2 41-WJ0075-B00 WIREBAREJUMPER7.5MM J102 T8-21LAAK-MA2 41-WJ0075-B00 WIREBAREJUMPER7.5MM J411 T8-21LAAK-MA2 41-WJ0075-B00 WIREBAREJUMPER7.5MM J227 T8-21LAAK-MA2 41-WJ0075-B00 WIREBAREJUMPER7.5MM J231 T8-21LAAK-MA2 41-WJ0075-B00 WIREBAREJUMPER7.5MM J605 T8-21LAAK-MA2 41-WJ0075-B00 WIREBAREJUMPER7.5MM J301 T8-21LAAK-MA2 41-WJ0075-B00 WIREBAREJUMPER7.5MM J303 T8-21LAAK-MA2 41-WJ0075-B00 WIREBAREJUMPER7.5MM J307 T8-21LAAK-MA2 41-WJ0075-B00 WIREBAREJUMPER7.5MM J902 T8-21LAAK-MA2 41-WJ0075-B00 WIREBAREJUMPER7.5MM J610 T8-21LAAK-MA2 41-WJ0075-B00 WIREBAREJUMPER7.5MM J409 T8-21LAAK-MA2 41-WJ0075-B00 WIREBAREJUMPER7.5MM J223 T8-21LAAK-MA2 41-WJ0075-B00 WIREBAREJUMPER7.5MM J243 T8-21LAAK-MA2 41-WJ0075-B00 WIREBAREJUMPER7.5MM J242 T8-21LAAK-MA2 41-WJ0075-B00 WIREBAREJUMPER7.5MM J235 T8-21LAAK-MA2 41-WJ0075-B00 WIREBAREJUMPER7.5MM J311 T8-21LAAK-MA2 41-WJ0075-B00 WIREBAREJUMPER7.5MM J907 T8-21LAAK-MA2 41-WJ0075-B00 WIREBAREJUMPER7.5MM J245 T8-21LAAK-MA2 41-WJ0075-B00 WIREBAREJUMPER7.5MM D220 T8-21LAAK-MA2 41-WJ0075-B00 WIREBAREJUMPER7.5MM J426 T8-21LAAK-MA2 41-WJ0075-B00 WIREBAREJUMPER7.5MM J212 T8-21LAAK-MA2 41-WJ0080-B00 WIREBAREJUMPER8MM J007 T8-21LAAK-MA2 41-WJ0085-B00 WIREBAREJUMPER8.5MM J914 T8-21LAAK-MA2 41-WJ0085-B00 WIREBAREJUMPER8.5MM J915 T8-21LAAK-MA2 41-WJ0085-B00 WIREBAREJUMPER8.5MM J913 T8-21LAAK-MA2 41-WJ0085-B00 WIREBAREJUMPER8.5MM J904 T8-21LAAK-MA2 41-WJ0085-B00 WIREBAREJUMPER8.5MM J228 T8-21LAAK-MA2 41-WJ0085-B00 WIREBAREJUMPER8.5MM J309 T8-21LAAK-MA2 41-WJ0085-B00 WIREBAREJUMPER8.5MM J310 T8-21LAAK-MA2 41-WJ0085-B00 WIREBAREJUMPER8.5MM J214 T8-21LAAK-MA2 41-WJ0085-B00 WIREBAREJUMPER8.5MM J305 T8-21LAAK-MA2 41-WJ0085-B00 WIREBAREJUMPER8.5MM J602 T8-21LAAK-MA2 41-WJ0090-B00 WIREBAREJUMPER9MM J234 T8-21LAAK-MA2 41-WJ0090-B00 WIREBAREJUMPER9MM J221 T8-21LAAK-MA2 41-WJ0095-B00 WIREBAREJUMPER9.5MM J403 T8-21LAAK-MA2 41-WJ0100-B00 WIREBAREJUMPER10MM J601 T8-21LAAK-MA2 41-WJ0100-B00 WIREBAREJUMPER10MM J238 T8-21LAAK-MA2 41-WJ0100-B00 WIREBAREJUMPER10MM R004 T8-21LAAK-MA2 41-WJ0100-B00 WIREBAREJUMPER10MM J220 T8-21LAAK-MA2 41-WJ0100-B00 WIREBAREJUMPER10MM J225 T8-21LAAK-MA2 41-WJ0100-B00 WIREBAREJUMPER10MM J911 T8-21LAAK-MA2 41-WJ0100-B00 WIREBAREJUMPER10MM J110 T8-21LAAK-MA2 41-WJ0100-B00 WIREBAREJUMPER10MM J226

T8-21LAAK-MA2 41-WJ0100-B00 WIREBAREJUMPER10MM J248 T8-21LAAK-MA2 41-WJ0100-B00 WIREBAREJUMPER10MM J247 T8-21LAAK-MA2 41-WJ0100-B00 WIREBAREJUMPER10MM J207 T8-21LAAK-MA2 41-WJ0100-B00 WIREBAREJUMPER10MM J108 T8-21LAAK-MA2 41-WJ0100-B00 WIREBAREJUMPER10MM J002 T8-21LAAK-MA2 41-WJ0100-B00 WIREBAREJUMPER10MM J001 T8-21LAAK-MA2 41-WJ0100-B00 WIREBAREJUMPER10MM J246 T8-21LAAK-MA2 41-WJ0100-B00 WIREBAREJUMPER10MM J607 T8-21LAAK-MA2 41-WJ0100-B00 WIREBAREJUMPER10MM J205 T8-21LAAK-MA2 41-WJ0100-B00 WIREBAREJUMPER10MM J206 T8-21LAAK-MA2 41-WJ0100-B00 WIREBAREJUMPER10MM J308 T8-21LAAK-MA2 41-WJ0100-B00 WIREBAREJUMPER10MM J201 T8-21LAAK-MA2 41-WJ0100-B00 WIREBAREJUMPER10MM J101 T8-21LAAK-MA2 41-WJ0100-B00 WIREBAREJUMPER10MM J237 T8-21LAAK-MA2 41-WJ0100-B00 WIREBAREJUMPER10MM J230 T8-21LAAK-MA2 41-WJ0100-B00 WIREBAREJUMPER10MM J606 T8-21LAAK-MA2 41-WJ0105-B00 WIREBAREJUMPER10.5MM J413 T8-21LAAK-MA2 41-WJ0110-B00 WIREBAREJUMPER11MM J407 T8-21LAAK-MA2 41-WJ0110-B00 WIREBAREJUMPER11MM J908 T8-21LAAK-MA2 41-WJ0115-B00 WIREBAREJUMPER11.5MM J916 T8-21LAAK-MA2 41-WJ0115-B00 WIREBAREJUMPER11.5MM J215 T8-21LAAK-MA2 41-WJ0115-B00 WIREBAREJUMPER11.5MM J216 T8-21LAAK-MA2 41-WJ0115-B00 WIREBAREJUMPER11.5MM J217 T8-21LAAK-MA2 41-WJ0115-B00 WIREBAREJUMPER11.5MM J218 T8-21LAAK-MA2 41-WJ0115-B00 WIREBAREJUMPER11.5MM J219 T8-21LAAK-MA2 41-WJ0120-B00 WIREBAREJUMPER12MM J917 T8-21LAAK-MA2 41-WJ0125-B00 WIREBAREJUMPER12.5MM J608 T8-21LAAK-MA2 41-WJ0125-B00 WIREBAREJUMPER12.5MM J404 T8-21LAAK-MA2 41-WJ0125-B00 WIREBAREJUMPER12.5MM J204 T8-21LAAK-MA2 41-WJ0125-B00 WIREBAREJUMPER12.5MM J210 T8-21LAAK-MA2 41-WJ0125-B00 WIREBAREJUMPER12.5MM J304 T8-21LAAK-MA2 41-WJ0125-B00 WIREBAREJUMPER12.5MM J241 T8-21LAAK-MA2 41-WJ0125-B00 WIREBAREJUMPER12.5MM J240 T8-21LAAK-MA2 41-WJ0125-B00 WIREBAREJUMPER12.5MM J203 T8-21LAAK-MA2 41-WJ0125-B00 WIREBAREJUMPER12.5MM J811 T8-21LAAK-MA2 41-WJ0125-B00 WIREBAREJUMPER12.5MM J906 T8-21LAAK-MA2 41-WJ0150-B00 WIREBAREJUMPER15MM J006 T8-21LAAK-MA2 41-WJ0150-B00 WIREBAREJUMPER15MM J211 T8-21LAAK-MA2 41-WJ0150-B00 WIREBAREJUMPER15MM J224 T8-21LAAK-MA2 41-WJ0150-B00 WIREBAREJUMPER15MM J918 T8-21LAAK-MA2 41-WJ0170-B00 WIREBAREJUMPER17MM J905 T8-21LAAK-MA2 41-WJ0175-B00 WIREBAREJUMPER17.5MM J408 T8-21LAAK-MA2 41-WJ0175-B00 WIREBAREJUMPER17.5MM J406 T8-21LAAK-MA2 41-WJ0175-B00 WIREBAREJUMPER17.5MM J402 T8-21LAAK-MA2 41-WJ0185-B00 WIREBAREJUMPER18.5MM J213 T8-21LAAK-MA2 41-WJ0200-B00 WIREBAREJUMPER20MM J405 T8-21LAAK-MA2 45-OSC24M-5N6BR CRYSTAL 24.576MHZ 30PPM R=Y X201 T8-21LAAK-MA2 46-33079W-02XG PIN BASE *2 TJC3-2A P602 T8-21LAAK-MA2 46-33079W-03XG PIN BASE *3 TJC3-3A P603 T8-21LAAK-MA2 46-33079W-04XG PIN BASE *4 TJC3-4A P203 T8-21LAAK-MA2 46-39402W-04XG BASE P401 T8-21LAAK-MA2 62-227680-0UA TV RAW SUPPORT CABLE CHASSIS -- 00 00 00 T8-21LAAK-MA2 62-227680-1UA TV RAW SUPPORT CABLE FBT -- 01 00 00 R=N T8-21LAAK-MA2 63-B30080-BT4G S/T SCREW B 3 X 8 BT FOR Q402 T8-21LAAK-MA2 63-B30100-AB4G SCREW-ST 3MM 10MM JIS B 1122 53 0 0 R=Y FOR IC301 T8-21LAAK-MA2 64-P30080-104G M/C SCREW P 3 X 8 FOR Q451 T8-21LAAK-MA2 64-P30080-104G M/C SCREW P 3 X 8 FOR IC601 T8-21LAAK-MA2 66-343730-0B0 HOLLOW RIVET 1.6MMX3.0MMX3.2MM FOR Q402A T8-21LAAK-MA2 66-343730-0B0 HOLLOW RIVET 1.6MMX3.0MMX3.2MM FOR T401 T8-21LAAK-MA2 66-343730-0B0 HOLLOW RIVET 1.6MMX3.0MMX3.2MM FOR L451 T8-21LAAK-MA2 66-343740-0B0 HOLLOW RIVET (2.3MMX4.0MMX3.5MM) FOR P401

T8-21LAAK-MA2 67-H27292-2A0 HEAT SINK Y451 T8-21LAAK-MA2 67-H30752-GA0 RAW HEATSINK -- GA0 00 R=N Y402 T8-21LAAK-MA2 67-H82981-6A0 RAW HEATSINK -- 05 00 R=N Y601 T8-21LAAK-MA2 67-M40068-2E4 TV RAW SUPPORT -- -- 00 00 00 R=N Y301 T8-21LAAK-MA2 11-DA8050-CBS TR 25V 1.5_A NPN 1W 100MHZ TO-92C 3DA805 Q201 T8-21LAAK-MA2 11-DA8050-CBS TR 25V 1.5_A NPN 1W 100MHZ TO-92C 3DA805 Q202 T8-21LAAK-MA2 26-EBP221-JCS CAP. CER 220 PF 50V +/-5% C308 T8-21LAAK-MA2 66-343730-0B0 HOLLOW RIVET 1.6MMX3.0MMX3.2MM FOR L458 T8-21LAAK-MA2 10-0FR104-FBX DIODE FR104 (FAST RECTIFIER) D454 T8-21LAAK-MA2 10-GBY228-FPX D-FSR GBY228 1500V 2.5A R=Y D455 T8-21LAAK-MA2 11-RFS630-0CXB N-CHANNEL MOSFET IRFS630B Q451 T8-21LAAK-MA2 41-WJ0050-B00 TCL41-WJ0050-B00= WIRE BARE JUMPER 5MM R R460 T8-21LAAK-MA2 18-CB0102-JNX RES. C.F. 1K OHM 1/6W +/-5% R213 T8-21LAAK-MA2 25-DFA479-M1XR CAP.ELEC 4.7UF 50V +/-20% C452 T8-21LAAK-MA2 18-CB0471-JNX RES. C.F. 470 OHM 1/6W +/-5% R921 T8-21LAAK-MA2 18-CB0471-JNX RES. C.F. 470 OHM 1/6W +/-5% R922 T8-21LAAK-MA2 10-79C9V1-DBX D-PR /A /_V 9.1V BZX79C9V1 D250 T8-21LAAK-MA2 18-FG0180-JSX RMOF 18OHM +/-5% 2W R=Y R261 T8-21LAAK-MA2 18-CB0103-JNX RES. C.F. 10K OHM 1/6W +/-5% R205 T8-21LAAK-MA2 26-EBP221-JCS CAP. CER 220 PF 50V +/-5% C002 T8-21LAAK-MA2 26-EBP333-KBS CAP.CER 33NF 50V +/-10% C612 T8-21LAAK-MA2 26-EBP333-KBS CAP.CER 33NF 50V +/-10% C613 T8-21LAAK-MA2 18-CE0109-JNX RES. C.F. 1 OHM 1/2W +/-5% J233 T8-21LAAK-MA2 18-CB0221-JNX RES. C.F. 220 OHM 1/6W +/-5% R259 T8-21LAAK-MA2 40-00NX56-MAP1XG TV PCB MA BD R=Y T8-21LAAK-MA2 26-EBP103-ZFS CAP.CER 10NF 50V +80% -20% C451 T8-21LAAK-MA2 41-WJ0055-B00 WIREBAREJUMPER5.5MM J427 T8-DM62SAK-MA4HM T8-21LAAK-PW2 ASS'Y - POWER PARTASY T8-21LAAK-PW2 10-00RU3C-FPX D-PIN 2.5V 1.5_A 1000V 0.0001 0W DO-15 R D808 T8-21LAAK-PW2 10-0FR104-FBX DIODE FR104 (FAST RECTIFIER) D813 T8-21LAAK-PW2 10-0FR104-FBX DIODE FR104 (FAST RECTIFIER) D811 T8-21LAAK-PW2 10-0FR104-FBX DIODE FR104 (FAST RECTIFIER) D810 T8-21LAAK-PW2 10-0FR104-FBX DIODE FR104 (FAST RECTIFIER) D804 T8-21LAAK-PW2 10-0FR107-FBX D-PIN 1.3V 1_A 1000VV 500NS /W DO-15 FR1 D809 T8-21LAAK-PW2 10-0RL255-EBX D-PIN 1.1V 2_A 800V / /W DO-15 RL255 DB804 T8-21LAAK-PW2 10-0RL255-EBX D-PIN 1.1V 2_A 800V / /W DO-15 RL255 DB803 T8-21LAAK-PW2 10-0RL255-EBX D-PIN 1.1V 2_A 800V / /W DO-15 RL255 DB802 T8-21LAAK-PW2 10-0RL255-EBX D-PIN 1.1V 2_A 800V / /W DO-15 RL255 DB801 T8-21LAAK-PW2 10-0RU4YX-FPX D-FSR GRU4YX 100V 4A R=Y D812 T8-21LAAK-PW2 10-1N4007-EBX D-PIN 1.1V 1_A 1000V / /W DO-41 1N4007 D802 T8-21LAAK-PW2 10-1N4148-ABX DIODE 1N4148 (SWITCHING) D814 T8-21LAAK-PW2 10-79C3V9-DBX D-PR /A /_V 3.9V BZX79C3V9 ZD802 T8-21LAAK-PW2 10-79C3V9-DBX D-PR /A /_V 3.9V BZX79C3V9 ZD803 T8-21LAAK-PW2 10-79C4V7-DBX D-PR /A /_V 4.7V BZX79C4V7 ZD804 T8-21LAAK-PW2 10-79C8V2-DBX D-ZENER BZX55C8V2 8.2V 500MI0W R=N ZD805 T8-21LAAK-PW2 10-HER108-FBX DIODE HER108 D803 T8-21LAAK-PW2 11-2N5551-CBX TR 160V 0.6_A NPN 0.625W 100MHZ TO-92 2N Q802 T8-21LAAK-PW2 11-S7N60F-0CX MOSFET N 600V 7A 48W TO-220F JCS7N60F Q801 T8-21LAAK-PW2 11-TC144E-0BX TRANSISTOR DTC144ESA Q808 T8-21LAAK-PW2 13-NCP133-7PP OPTICOUP NCP1337P IC801 T8-21LAAK-PW2 13-PC123X-9YP TCL13-PC123X-9YP= PHOTOCOUPLER PC123X9YF IC803 T8-21LAAK-PW2 18-CB0103-JNX RES. C.F. 10K OHM 1/6W +/-5% R808 T8-21LAAK-PW2 18-CB0122-JNX RES. C.F. 1.2K OHM 1/6W +/-5% R805 T8-21LAAK-PW2 18-CB0153-JNX RES. C.F. 15K OHM 1/6W +/-5% R810 T8-21LAAK-PW2 18-CB0183-JNX RES. C.F. 18K OHM 1/6W +/-5% R831 T8-21LAAK-PW2 18-CB0222-JNX RES. C.F. 2.2K OHM 1/6W +/-5% R820 T8-21LAAK-PW2 18-CB0331-JNX RES. C.F. 330 OHM 1/6W +/-5% R819 T8-21LAAK-PW2 18-CB0470-JNX RES. C.F. 47 OHM 1/6W +/-5% R811 T8-21LAAK-PW2 18-CB0821-JNX RES. C.F. 820 OHM 1/6W +/-5% R818 T8-21LAAK-PW2 18-FE0100-JNX RESISTOR METAL OXIDE FILM 10R0OHM 5% 1/2 R842 T8-21LAAK-PW2 18-CD0470-JNX RES. C.F. 47 OHM 1/4W +/-5% R809

T8-21LAAK-PW2 18-CE0332-JNX RES. C.F. 3.3K OHM 1/2W +/-5% R841 T8-21LAAK-PW2 18-DB0223-FNX TCL18-DB0223-FNX= RES. M.F. 22K OHM 1/6W R803 T8-21LAAK-PW2 18-DD0184-FNX RES. M.F. 180K OHM 1/4W +/-1% R829 T8-21LAAK-PW2 18-FE0102-JNX RESISTOR METAL OXIDE FILM 1K0OHM 5% 1/2W R804 T8-21LAAK-PW2 18-FF0271-JSX RES.M.O.F 1.0W 270 OHM +/-5% R816A T8-21LAAK-PW2 18-FF0680-JSX RESISTOR 金属氧化膜 68OHM +/-5% 1W RS1FS R817 T8-21LAAK-PW2 18-FG0183-JSX RMOF 18KOHM +/-5% 2W R=Y R814 T8-21LAAK-PW2 18-FG0223-JSX RMOF 2W +-5%22KΩ R837 T8-21LAAK-PW2 18-FG0569-JSX RMOF 5.6OHM +/-5% 2W R=Y R846 T8-21LAAK-PW2 18-FH0473-JLX RESISTOR METAL OXIDE FILM 47K0OHM 5% 3WW R812 T8-21LAAK-PW2 18-KE0105-JNX RES. GLASS GLAZE 1M OHM 1/2W +/-5% R839 T8-21LAAK-PW2 18-KE0475-JNX RES. GLASS GLAZE 4.7M OHM 1/2W +/-5% R801 T8-21LAAK-PW2 18-KF0825-JH3 RES. H.VOLT.CC 8.2M OHM 1W +/-5% R838 T8-21LAAK-PW2 18-MJ0108-JDX RESISTOR CEMENTED 0R1OHM 5% 5WW - R806 T8-21LAAK-PW2 22-NTC509-XX2T NTC 5OHM 4.25_A RT802 T8-21LAAK-PW2 22-PTC909-3A5 PTC MZ73BHL-9Ω±20% RT801 T8-21LAAK-PW2 25-BCB101-M1X CAP.ELE 5MM 100UF 16VV 5X11 85 / C842 T8-21LAAK-PW2 25-BCB101-M1X CAP.ELE 5MM 100UF 16VV 5X11 85 / C844 T8-21LAAK-PW2 25-BDB102-M1X CAP.ELE 5MM 1000UF 25V 10*20 85 CD110 C832 T8-21LAAK-PW2 25-BDB102-M1X CAP.ELE 5MM 1000UF 25V 10*20 85 CD110 C827 T8-21LAAK-PW2 25-BDB102-M1X CAP.ELE 5MM 1000UF 25V 10*20 85 CD110 C829 T8-21LAAK-PW2 25-BDB470-M1X CAP.ELE 5MM 47UF 25VV 5X11 85 / C850 T8-21LAAK-PW2 25-BDB470-M1X CAP.ELE 5MM 47UF 25VV 5X11 85 / C812 T8-21LAAK-PW2 25-BDB470-M1X CAP.ELE 5MM 47UF 25VV 5X11 85 / C847 T8-21LAAK-PW2 25-BDB470-M1X CAP.ELE 5MM 47UF 25VV 5X11 85 / C843A T8-21LAAK-PW2 25-BFB100-M1X CAP. ELEC 10 UF 50V +/-20% C816 T8-21LAAK-PW2 25-BJG101-M1X CAP. ELEC 100 UF 160V +/-20% C824 T8-21LAAK-PW2 26-AIC221-KBX CAP.CER 220P0F 500VV - C820 T8-21LAAK-PW2 26-AIC221-KBX CAP.CER 220P0F 500VV - C822 T8-21LAAK-PW2 26-AIC221-KBX CAP.CER 220P0F 500VV - C819 T8-21LAAK-PW2 26-AKC152-KRX CAP. CER 1500 pF 1KV +/-10% C811A T8-21LAAK-PW2 26-AKC331-KBX CAP.CER 330P0F 1K0V - C817 T8-21LAAK-PW2 26-AKC471-KRX CAP.CER 470P0F 1KVV - C805 T8-21LAAK-PW2 26-AKC472-MEX CAP. CER 4700 pF 1KV +/-20% C810A T8-21LAAK-PW2 26-AKL103-MFX CAP. CER 10 NF 1KVDC +/-20% C809 T8-21LAAK-PW2 26-EBP102-KBS CAP.CER 1NF 50V - +/-10% B% C814 T8-21LAAK-PW2 26-EBP102-KBS CAP.CER 1NF 50V - +/-10% B% C838 T8-21LAAK-PW2 26-EBP104-ZFS CAP. CER 0.1UF 50V +80%/-20% C813 T8-21LAAK-PW2 26-EBP104-ZFS CAP. CER 0.1UF 50V +80%/-20% C839 T8-21LAAK-PW2 26-EBP104-ZFS CAP. CER 0.1UF 50V +80%/-20% C851 T8-21LAAK-PW2 26-EBP473-ZFS TCL26-EBP473-ZFS= CAP. CER 47NF 50V +80/ C806 T8-21LAAK-PW2 26-EBP561-JCS CAP. CEP 560PF 50V +/-5% C807 T8-21LAAK-PW2 36-LIF010-XX0 LINE FILTER LCL-2821A LF802 T8-21LAAK-PW2 41-WJ0050-B00 TCL41-WJ0050-B00= WIRE BARE JUMPER 5MM R J828 T8-21LAAK-PW2 41-WJ0050-B00 TCL41-WJ0050-B00= WIRE BARE JUMPER 5MM R J813 T8-21LAAK-PW2 41-WJ0050-B00 TCL41-WJ0050-B00= WIRE BARE JUMPER 5MM R J819 T8-21LAAK-PW2 41-WJ0050-B00 TCL41-WJ0050-B00= WIRE BARE JUMPER 5MM R J821 T8-21LAAK-PW2 41-WJ0050-B00 TCL41-WJ0050-B00= WIRE BARE JUMPER 5MM R J836 T8-21LAAK-PW2 41-WJ0050-B00 TCL41-WJ0050-B00= WIRE BARE JUMPER 5MM R J835 T8-21LAAK-PW2 41-WJ0050-B00 TCL41-WJ0050-B00= WIRE BARE JUMPER 5MM R J834 T8-21LAAK-PW2 41-WJ0050-B00 TCL41-WJ0050-B00= WIRE BARE JUMPER 5MM R J823 T8-21LAAK-PW2 41-WJ0050-B00 TCL41-WJ0050-B00= WIRE BARE JUMPER 5MM R J829 T8-21LAAK-PW2 41-WJ0050-B00 TCL41-WJ0050-B00= WIRE BARE JUMPER 5MM R J830 T8-21LAAK-PW2 41-WJ0050-B00 TCL41-WJ0050-B00= WIRE BARE JUMPER 5MM R J831 T8-21LAAK-PW2 35-392170-0IX FERR BEAD BF-I35050R-730 L802 T8-21LAAK-PW2 41-WJ0050-B00 TCL41-WJ0050-B00= WIRE BARE JUMPER 5MM R L804 T8-21LAAK-PW2 41-WJ0050-B00 TCL41-WJ0050-B00= WIRE BARE JUMPER 5MM R R845 T8-21LAAK-PW2 41-WJ0050-B00 TCL41-WJ0050-B00= WIRE BARE JUMPER 5MM R J832 T8-21LAAK-PW2 41-WJ0050-B00 TCL41-WJ0050-B00= WIRE BARE JUMPER 5MM R J833 T8-21LAAK-PW2 41-WJ0050-B00 TCL41-WJ0050-B00= WIRE BARE JUMPER 5MM R J840 T8-21LAAK-PW2 41-WJ0050-B00 TCL41-WJ0050-B00= WIRE BARE JUMPER 5MM R J839

T8-21LAAK-PW2 41-WJ0050-B00 TCL41-WJ0050-B00= WIRE BARE JUMPER 5MM R J844 T8-21LAAK-PW2 41-WJ0050-B00 TCL41-WJ0050-B00= WIRE BARE JUMPER 5MM R J841 T8-21LAAK-PW2 41-WJ0050-B00 TCL41-WJ0050-B00= WIRE BARE JUMPER 5MM R J842 T8-21LAAK-PW2 41-WJ0055-B00 WIREBAREJUMPER5.5MM J845 T8-21LAAK-PW2 41-WJ0075-B00 WIREBAREJUMPER7.5MM R830 T8-21LAAK-PW2 41-WJ0075-B00 WIREBAREJUMPER7.5MM J814 T8-21LAAK-PW2 41-WJ0075-B00 WIREBAREJUMPER7.5MM J803 T8-21LAAK-PW2 41-WJ0075-B00 WIREBAREJUMPER7.5MM J822 T8-21LAAK-PW2 41-WJ0085-B00 WIREBAREJUMPER8.5MM J837 T8-21LAAK-PW2 41-WJ0095-B00 WIREBAREJUMPER9.5MM J810 T8-21LAAK-PW2 41-WJ0095-B00 WIREBAREJUMPER9.5MM J809 T8-21LAAK-PW2 41-WJ0100-B00 WIREBAREJUMPER10MM J801 T8-21LAAK-PW2 41-WJ0100-B00 WIREBAREJUMPER10MM JP805 T8-21LAAK-PW2 41-WJ0100-B00 WIREBAREJUMPER10MM J802 T8-21LAAK-PW2 41-WJ0100-B00 WIREBAREJUMPER10MM JP810 T8-21LAAK-PW2 41-WJ0100-B00 WIREBAREJUMPER10MM JP807 T8-21LAAK-PW2 41-WJ0100-B00 WIREBAREJUMPER10MM JP808 T8-21LAAK-PW2 41-WJ0100-B00 WIREBAREJUMPER10MM JP809 T8-21LAAK-PW2 41-WJ0125-B00 WIREBAREJUMPER12.5MM J820 T8-21LAAK-PW2 46-10962W-02XG PIN BASE *2 TJC2-2A CN802 T8-21LAAK-PW2 50-04000D-1GS1G FUSE T4AL/250V F801 T8-21LAAK-PW2 64-P30080-104G M/C SCREW P 3 X 8 FOR Q801 T8-21LAAK-PW2 66-20517X-0B7 FUSE HOLDER FOR F801 T8-21LAAK-PW2 66-343730-0B0 HOLLOW RIVET 1.6MMX3.0MMX3.2MM FOR T801 T8-21LAAK-PW2 66-343730-0B0 HOLLOW RIVET 1.6MMX3.0MMX3.2MM FOR C824 T8-21LAAK-PW2 66-343740-0B0 HOLLOW RIVET (2.3MMX4.0MMX3.5MM) FOR C803 T8-21LAAK-PW2 67-H38013-2A0 RAW HEATSINK -- 02 00 R=Y Y801 T8-21LAAK-PW2 71-DYP000-WX1 LABEL FOR Y801 T8-21LAAK-PW2 26-EBP681-JCS CAP. CER 680 PF 50V +/-5% IC801 PIN5 TO PIN4 T8-21LAAK-PW2 18-DB0273-FNX RES. M.F. 27K OHM 1/6W +/-1% R832 T8-21LAAK-PW2 25-BDB470-M1X CAP.ELE 5MM 47UF 25VV 5X11 85 / C835 T8-21LAAK-PW2 11-DA8050-CBS TR 25V 1.5_A NPN 1W 100MHZ TO-92C 3DA805 Q804 T8-21LAAK-PW2 27-AQT224-MV3 FILM CAPACITOR 220N0F 22.5MMMM 250VACV - CX802 T8-21LAAK-PW2 10-79C18V-DBX D-PR /A /_V 18V BZX79C18 '-' TO C847'+','+' TO C847 '-' T8-21LAAK-PW2 25-BDB470-M1X CAP.ELE 5MM 47UF 25VV 5X11 85 / C826 T8-21LAAK-PW2 10-1N4001-EBX DIODE 1N4001 (RECTIFIER) D815 T8-21LAAK-PW2 25-BHB470-M1X CAP.ELE 5MM 47UF 100V 10*16 85 B41827系 C846 T8-21LAAK-PW2 25-GCB102-M1X CAP.ELE 5MM 1000UF 16V 10*20 105 ZT C833 T8-21LAAK-PW2 26-APL222-ME7 CAP.CER 2200PF 250V CT7-Y1-250V-10C-E-22 CY803 T8-21LAAK-PW2 13-AZ431A-ZAT IC AZ431AZ-ATRE1 IC802 T8-DM62SAK-MA4HM T8-NX56LA-AV2 ASS'Y - AV PARTSKIT T8-NX56LA-AV2 47-RCA254-XX0G SOCKET-RCA 1 RD-BU-GN-RD-WH-YW R P901 T8-NX56LA-AV2 41-WJ0050-B00 TCL41-WJ0050-B00= WIRE BARE JUMPER 5MM R JC901 T8-NX56LA-AV2 41-WJ0050-B00 TCL41-WJ0050-B00= WIRE BARE JUMPER 5MM R JC902 T8-NX56LA-AV2 41-WJ0050-B00 TCL41-WJ0050-B00= WIRE BARE JUMPER 5MM R JC904 T8-NX56LA-AV2 41-WJ0050-B00 TCL41-WJ0050-B00= WIRE BARE JUMPER 5MM R JC905 T8-NX56LA-AV2 41-WJ0075-B00 WIREBAREJUMPER7.5MM JC903 T8-NX56LA-AV2 41-WJ0075-B00 WIREBAREJUMPER7.5MM JC906 T8-DM62SAK-MA4HM T8-DM62SAK-OT4 ASS'Y - OTHER PARTSKIT T8-DM62SAK-OT4 07-457FF5-NF9T TUNER A% 散装 NTSC 45.75MHZ F CONNECTOR TU101 T8-DM62SAK-OT4 45-SAWD15-39C0D SAW FILTER 45.75MHZ D1539C Z201 T8-DM62SAK-OT4 70-271510-00A SERVICE CARD FOR PRODUCTION USE T8-DM62SAK-OT4 71-270870-0A9 LABEL T8-DM62SAK-OT4 90-0DSTG1-SR1U HEAT SINK DSTG-1 T8-DM62SAK-OT4 46-CD030T-04K01G WIRE 四芯灯丝排线 300MM 4 TJC3 SCN 2.5MM S402 T8-DM62SAK-OT4 46-CD035T-06K01G WIRE CRT RGB 6排线 350MM 6 TJC3 SCN 2.5M P201 T8-DM62SAK-OT4 25-BMJ221-M1S CAP.ELE 10MM 220UF 400V 30*30 85 \ C803 T8-DM62SAK-OT4 46-35063W-03XG PIN BASE *3 VH-3A CN803 T8-DM62SAK-OT4 66-343740-0B0 HOLLOW RIVET (2.3MMX4.0MMX3.5MM) FOR CN803 T8-DM62SAK-OT4 46-33079W-04XG PIN BASE *4 TJC3-4A P202(PIN1-PIN4) T8-DM62SAK-OT4 46-33079W-02XG PIN BASE *2 TJC3-2A P204

T8-DM62SAK-OT4 41-WJ0050-B00 TCL41-WJ0050-B00= WIRE BARE JUMPER 5MM R JB902

T8-DM62SAK-OT4 41-WJ0060-B00 WIRE-BARE JB901 T8-DM62SAK-OT4 51-DC0180-0CN0HG POWER CORD 1800MM Y DTIII-2P-03 T8-DM62SAK-OT4 67-H46157-0A0 RAW HEATSINK HEAT SINK 00 00 R=Y Y1;Y2 T8-DM62SAK-OT4 13-LA7814-10P IC LA78141 IC301 T8-DM62SAK-OT4 13-TDA111-45P IC MCU(WRITE) TDA11145PS/N3/3 IC201(CP) T8-DM62SAK-OT4 36-TRF326-BX4 TRANSFORMER SWITCHING TRANSFORMEN 12V 10 T801 03-DM62SAK-BO12X V8-NX56BLA-TM4V51

SOFTWARE SOFTWARE CODE FOR IC201

TCL nx56e, 21m62us, tda11145ps, ncp1337, stv8172a Diagram

Specifications and Main Features

Frequently Asked Questions

User Manual