Imran Ashraf LCD LED TV Repairing Book

2019 Book

Practical LCD LED TV Training Course Book By Imran Ashraf Khan 

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Book For Beginners And  for Professional Technicians Book Detail 1.290 Colour Pages With Clear Pictures And High Quality Printing on butter paper

2.Book Waight 1 kg 

3.Language English 

4.Book Price 1650 With Courier Charges

 Book Content Black Screen Problem Only Show Backlight , Water Damage and Burn Tracks Problems , Main Board Working Principle Chip On Film/Foil(COF) , COF Shortage Removing Method , Software Problem , EMMC Connection , OLED Panel Guide . Panel COFC Replacement guide 

Panel Dabble Image Problem , COF Substitution and much much more .

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Imran Ashraf 2018 Book Details

Details of the Book.

1: 130 Full Colour Pages With Large Colour Images Front and Back Printed.

2: Big Page Size 23×36

3: Book wight 400 Gram

4: English Language

5: Support With Colour Images

6: Professional Book

7: China Universal Card Installation 

8: LCD Screen Faults And Solutions

9: Bypassing Methods

10: Other Problems Guide

11. Chip On Film Data (COF)  

And lot more .

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4000 /= Pakistani Rupee

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SMD Resistor Coding Help Artical

SMD Resistors are usually coded with a numerical equivalent of the familiar three band colour code. In the same way as wire ended components, precision resistors (1% or better) may be marked with a four digit code.The first two (or 3) digits are the first two (or 3) digits of the resistance in ohms, and the third(or 4th) is the number of zeros to follow - the 'multiplier'.Resistances of less than 10 ohms have a 'R' to indicate the position of the decimal point but Butust to make life more interesting, a new coding system has appeared on1% types. This is known as the EIA-96 marking method. It consists of a three-character code. The first two digits signify the 3 significant digits of the resistor value, using the lookup table below. The third character - a letter - signifies the multiplier2 2A is a 165 ohm resistor, 68C is a 49900 ohm (49.9 k) and 43E a 2740000 (2.74 M). This marking scheme applies to 1% resistors only.

A similar scheme can be used for 2, 5 and 10% tolerance types. The multiplier letters are identical to the 1% ones, but occur before the number code. Just to make it even more fun, a different coding scheme is used. Here it is

So with this scheme, A55 is a 330 ohm, 10% tolerance resistor, C31 a 5%, 18000 ohm (18 kilohm) unit, and D18 510000 ohms (510 kohm) 2% tolerance

SMD resistor examples (EIA-96)
The following table lists all commonly used SMD resistors marked with the EIA-96 code from 1 ohm to 97.6 Mohms. See also the SMD resistor calculator and a short tutorial on how to read SMD resistors.

Code and  Value
01Y 1Ω 01X 10Ω 01A 100Ω 01B 1kΩ
02Y 1.02Ω 02X 10.2Ω 02A 102Ω 02B 1.02kΩ
03Y 1.05Ω 03X 10.5Ω 03A 105Ω 03B 1.05kΩ
04Y 1.07Ω 04X 10.7Ω 04A 107Ω 04B 1.07kΩ
05Y 1.1Ω 05X 11Ω 05A 110Ω 05B 1.1kΩ
06Y 1.13Ω 06X 11.3Ω 06A 113Ω 06B 1.13kΩ
07Y 1.15Ω 07X 11.5Ω 07A 115Ω 07B 1.15kΩ
08Y 1.18Ω 08X 11.8Ω 08A 118Ω 08B 1.18kΩ
09Y 1.21Ω 09X 12.1Ω 09A 121Ω 09B 1.21kΩ
10Y 1.24Ω 10X 12.4Ω 10A 124Ω 10B 1.24kΩ
11Y 1.27Ω 11X 12.7Ω 11A 127Ω 11B 1.27kΩ
12Y 1.3Ω 12X 13Ω 12A 130Ω 12B 1.3kΩ
13Y 1.33Ω 13X 13.3Ω 13A 133Ω 13B 1.33kΩ
14Y 1.37Ω 14X 13.7Ω 14A 137Ω 14B 1.37kΩ
15Y 1.4Ω 15X 14Ω 15A 140Ω 15B 1.4kΩ
16Y 1.43Ω 16X 14.3Ω 16A 143Ω 16B 1.43kΩ
17Y 1.47Ω 17X 14.7Ω 17A 147Ω 17B 1.47kΩ
18Y 1.5Ω 18X 15Ω 18A 150Ω 18B 1.5kΩ
19Y 1.54Ω 19X 15.4Ω 19A 154Ω 19B 1.54kΩ
20Y 1.58Ω 20X 15.8Ω 20A 158Ω 20B 1.58kΩ
21Y 1.62Ω 21X 16.2Ω 21A 162Ω 21B 1.62kΩ
22Y 1.65Ω 22X 16.5Ω 22A 165Ω 22B 1.65kΩ
23Y 1.69Ω 23X 16.9Ω 23A 169Ω 23B 1.69kΩ
24Y 1.74Ω 24X 17.4Ω 24A 174Ω 24B 1.74kΩ
25Y 1.78Ω 25X 17.8Ω 25A 178Ω 25B 1.78kΩ
26Y 1.82Ω 26X 18.2Ω 26A 182Ω 26B 1.82kΩ
27Y 1.87Ω 27X 18.7Ω 27A 187Ω 27B 1.87kΩ
28Y 1.91Ω 28X 19.1Ω 28A 191Ω 28B 1.91kΩ
29Y 1.96Ω 29X 19.6Ω 29A 196Ω 29B 1.96kΩ (
30Y 2Ω 30X 20Ω 30A 200Ω 30B 2kΩ
31Y 2.05Ω 31X 20.5Ω 31A 205Ω 31B 2.05kΩ
32Y 2.1Ω 32X 21Ω 32A 210Ω 32B 2.1kΩ
33Y 2.15Ω 33X 21.5Ω 33A 215Ω 33B 2.15kΩ
34Y 2.21Ω 34X 22.1Ω 34A 221Ω 34B 2.21kΩ
35Y 2.26Ω 35X 22.6Ω 35A 226Ω 35B 2.26kΩ
36Y 2.32Ω 36X 23.2Ω 36A 232Ω 36B 2.32kΩ
37Y 2.37Ω 37X 23.7Ω 37A 237Ω 37B 2.37kΩ
38Y 2.43Ω 38X 24.3Ω 38A 243Ω 38B 2.43kΩ
39Y 2.49Ω 39X 24.9Ω 39A 249Ω 39B 2.49kΩ
40Y 2.55Ω 40X 25.5Ω 40A 255Ω 40B 2.55kΩ
41Y 2.61Ω 41X 26.1Ω 41A 261Ω 41B 2.61kΩ
42Y 2.67Ω 42X 26.7Ω 42A 267Ω 42B 2.67kΩ
43Y 2.74Ω 43X 27.4Ω 43A 274Ω 43B 2.74kΩ
44Y 2.8Ω 44X 28Ω 44A 280Ω 44B 2.8kΩ
45Y 2.87Ω 45X 28.7Ω 45A 287Ω 45B 2.87kΩ
46Y 2.94Ω 46X 29.4Ω 46A 294Ω 46B 2.94kΩ
47Y 3.01Ω 47X 30.1Ω 47A 301Ω 47B 3.01kΩ
48Y 3.09Ω 48X 30.9Ω 48A 309Ω 48B 3.09kΩ
49Y 3.16Ω 49X 31.6Ω 49A 316Ω 49B 3.16kΩ
50Y 3.24Ω 50X 32.4Ω 50A 324Ω 50B 3.24kΩ
51Y 3.32Ω 51X 33.2Ω 51A 332Ω 51B 3.32kΩ
52Y 3.4Ω 52X 34Ω 52A 340Ω 52B 3.4kΩ
53Y 3.48Ω 53X 34.8Ω 53A 348Ω 53B 3.48kΩ
54Y 3.57Ω 54X 35.7Ω 54A 357Ω 54B 3.57kΩ
55Y 3.65Ω 55X 36.5Ω 55A 365Ω 55B 3.65kΩ
56Y 3.74Ω 56X 37.4Ω 56A 374Ω 56B 3.74kΩ
57Y 3.83Ω 57X 38.3Ω 57A 383Ω 57B 3.83kΩ
58Y 3.92Ω 58X 39.2Ω 58A 392Ω 58B 3.92kΩ
59Y 4.02Ω 59X 40.2Ω 59A 402Ω 59B 4.02kΩ
60Y 4.12Ω 60X 41.2Ω 60A 412Ω 60B 4.12kΩ
61Y 4.22Ω 61X 42.2Ω 61A 422Ω 61B 4.22kΩ
62Y 4.32Ω 62X 43.2Ω 62A 432Ω 62B 4.32kΩ
63Y 4.42Ω 63X 44.2Ω 63A 442Ω 63B 4.42kΩ

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Imran Ashraf Khan