Online Desktop Motherboard Chip Level Repairing Course

Course Code: OLDMCT


Eligibility: Complete Hardware/Software/Mobile Repairing Knowledge and Interest in Electronics.


Course Duration: 3 Month


Timing: Daily 1 Video Link Share from Monday to Saturday


Course Fee: Rs. 10000/-


Installment: Rs. 5,000 at the time of admission and rest after 20 Days.


Note: This Course includes 3 Module. Module 1: Basic Electronics, Module 2: Circuit Tracing and Repairing of Desktop Motherboard, Module 3: Soldering Desoldering.


Note: 50 Desktop Schematic Diagram, 800 MB Desktop Bios File, Electronics E-book, Data Sheet Collection free with this Course.

Syllabus:

Module 1: Basic Electronics


Video No.

Chapter No.

Part No.

Title

Type

Duration (M)

1

1

1

Basic Electronics Overview

Theory

26

2

2

1

Resistor

Theory

25

3

2

Testing of Resistor

Practical

5

4

3

1

Capacitor

Theory

35

5

2

Testing of Capacitor

Practical

6

6

4

1

Coil

Theory

15

7

2

Testing of Coil

Practical

2

8

5

1

Diode

Theory

22

9

2

Testing of Diode

Practical

4

10

6

1

Mosfet

Theory

21

11

2

Testing of Mosfet

Practical

4

11

7

1

Mosfet Switching Concept

Theory

15

12

8

1

Crystal

Theory

13

13

9

1

Transistor

Theory-Practical

27

14

10

1

Fuse

Theory

7

15

11

1

IC

Theory

10

16

12

1

Transformer

Theory

11

17

13

1

Component Testing by SMD Smart Tester

Practical

8

Module 2: Circuit Tracing and Repairing of Desktop Motherboard


Video No.

Chapter No.

Part No.

Title

Type

Duration (M)

18

1

1

Block Diagram of Motherboard

Theory

29

19

2 (VRM Circuit)

1

VRM Circuit Overview

Theory

26

20

2

Practical Tracing

Practical

7

21

3

Practical Tracing

Practical

8

22

4

Shorting Problem

Theory-Practical

21

23

5

Troubleshooting

Theory

31

24

6

Voltage Testing

Practical

8

25

7

CPU VID & VTT Voltage Concept

Theory

15

26

8

CPU VID & VTT Voltage Practical Tracing

Practical

10

27

3 (RAM Supply Circuit)

1

RAM Supply Circuit Overview

Theory

27

28

2

RAM Supply Circuit Possibility

Theory

17

29

3

Practical Tracing

Practical

10

30

4

Voltage Testing

Practical

5

31

5

Troubleshooting

Theory

15

32

6

RAM VTT Tracing

Practical

9

33

4 (USB Port)

1

Overview and Practical

Theory-Practical

30

34

2

USB Data Path

Theory

6

36

6 (Clock Generator )

1

Clock Generator Circuit Overview

Theory

25

37

2

Clock Generator Circuit Practical

Practical

17

38

7 (North Bridge Circuit)

1

North Bridge Supply Circuit Possibility

Theory

14

39

2

Practical Tracing

Practical

17

40

3

Voltage Testing

Practical

5

41

8 (PCI Slot)

1

PCI Slot Pin Details and Counting

Theory

4

42

9 (PS 2 Port)

1

PS 2 Port Details

Theory

17

43

2

Practical

Practical

13

44

10 (Standby Circuit)

1

Standby Circuit Possibility

Theory

7

45

2

Practical Tracing

Practical

Practical

7

46

3

Voltage Testing

Practical

6

47

11 (BIOS)

1

Bios Overview

Theory

18

48

2

BIOS Downloading form Internet

Practical

11

49

3

Desktop Bios Downloading

Practical

10

50

4

BIOS Programming by Mini Bios Programmer

Practical

14

51

5

ROM Bios Real Shape and physical installation with Bios Programmer

Practical

19

52

6

BIOS Programming by Universal BIOS Programmer Xeltech 610P

Practical

26

53

7

Bios Programming by Mini Pro TL866

Practical

10

54

12 (Troubleshooting)

1

Diagnostic Card Coding Concept

Theory

12

55

2

Troubleshooting by Diagnostic Card

Practical

14

56

3

Essential Tips for Motherboard Repairing

Theory

17

57

4

Voltage Variation concept of Data

Theory

12

58

5

Testing of Data Reset by Multi Meter

Practical

14

59

6

Troubleshooting by Analog CRO

Practical

22

60

7

Troubleshooting by Multi Meter

Practical

26

61

8

Testing of PLCC 32 Rom Supply, Reset, Data

Practical

13

62

9

SOP-8 ROM Bios Voltage and Data Testing

Practical

12

63

10

RAM Slot Voltage Testing

Practical

13

65

13 (South Bridge)

1

South Bridge Damage Confirmation Overview

Theory

8

66

2

South Bridge Damage Confirmation Practical

Practical

19

67

14 (Power Sequence)

1

Power Sequence-1

Theory

25

68

2

Power Sequence-2

Theory

23

69

3

IO Data Sheet Details for Power Sequence

Theory

21

70

4

Power Sequence Practical

Practical

16

71

15 (PCH Motherboard)

1

PCH Motherboard Overview

Theory

33

72

2

PCH Supply Possibility

Theory

7

73

3

Identification of PCH Motherboard

Practical

4

74

4

PCH Chip Supply Practical Tracing-1

Practical

8

75

5

PCH Chip Supply Practical Tracing-2

Practical

7

76

6

PCH Motherboard CPU Supply Details

Theory

19

77

7

CPU Supply Practical -1

Practical

8

78

8

CPU Supply Practical -2

Practical

4

79

9

CPU Supply Practical -3

Practical

5

80

10

CPU Supply Practical -4

Practical

4

81

11

CPU PLL Voltage Practical -1

Practical

4

82

12

CPU PLL Voltage Practical -2

Practical

3

83

13

PCH Motherboard Repair Process and Analysis-1

Theory

21

84

14

PCH Motherboard Repair Process and Analysis-2

Theory

22

Module 3: Soldering Desoldering


Video No.

Chapter No.

Part No.

Title

Type

Duration (M)

85

1

Using Soldering Iron and Deslodering Pump

Practical

5

86

2

Solid Desoldering of Solid Type Components

Practical

5

87

3

Solid Desoldering of SMD Type Components

Practical

10

88

4

Solid Desoldering of Tiny SMD Type Components

Practical

2

89

5

Solid Desoldering of Network Resistor

Practical

3

90

6

3 and 8 Leg Mosfet

Practical

12

91

7

PLCC Type IC

Practical

7

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