1. Introduction

2. How to install Proteous Professional

3. How to Install MikroC Pro for PIC Programming

4. Introduction

5. Download and Install C Editor and Compiler

6. Write and Compile C Codes in your browser

7. Download and Install Visual Studio Code To run C programs

8. Write Your First C Code and Compile it

9. Comments in C

10. Strings and Escape Characters in C

11. Variables in C

12. Rules In Naming Variable in C

13. Printing Variables with Printf in C

14. Reading Input From User in C

15. Arithmetic Operators in C

16. Uni Arithmetic Operators In C

17. Bitwise Operators In C

18. Bitwise Shift Operators in C

19. Assignment Operators

20. Logical and Relational Operators

21. Conditional Statement if in C

22. Conditional Statement Else if and Else in C

23. Local Variables And Global Variables

24. General Rules Regarding If Statement

25. Switch Statement in C

26. For loop in C

27. While loop in C

28. Do while loop in C

29. Break And continue in C

30. Functions in C

31. Void Keyword in C

32. Divide C project into multiple files in C

33. How to create a library in C

34. Arrays in C

35. Arrays in C example

36. First Project In Proteus

37. First Project In MikroC

38. How to deal with PIC Ports + First Code

40. Simple LED example to get things on the right track

41. Flasher circuit PIC Microcontroller

42. Lighting Led Follower Example

43. Control Led using Push Button

44. Controlling seven segment using BCD Counter PIC Microcontroller

45. Controlling LCD using Pic Microcontroller

46. Display and Move Text on LCD

47. Stepper Motor Control

48. Dot Matrix Control

49. Keypad Interface and Control with PIC Microcontroller

50. PIC Manufacture Microchip Company

51. Programming PIC And Circuit Prototyping

52. PIC Architecture and PIC Families

53. Harvard Architecture Vs Non Neuman Architecture

54. PIC16F84 Microcontrollers Explained

55. Single Word Instructions

56. Pin Description And Oscillator Types

57. System Reset

58. Ports

59. Ports And Registers

60. Status Register

61. Option Register

62. Banking Mechanism

63. SFRs and GPRs

64. Memory Organization

65. ADC Module in PIC16F877A

66. ADC Module Configuration Bits And Example

67. Interrupts And External Interrupt Source

68. PortB Line Change Interrupt Source

69. EEPROM Data Write Interrupt

70. Interrupt Handlers and INTCON Register

71. Option Register

72. Programming the External Interrupt RB0 Example

73. PORTB 4 7 Status Change Interrupt

74. RB0 and RB4-7 Interrupt Example

75. Serial Communication Introduction And Basics

76. Synchronous Serial Transmission And RS232

77. Essential Concepts In Serial Communication

78. PIC TO PIC And PIC TO PC Communication

79. Timers And Counters

80. Timer0 Interrupt

81. Delay Using Timer0

82. Timer0 Interrupt Programming Delay loops

83. Interrupt Driven Timers

84. Timers0 as a counter

85. Experiment 1 Introduction To SOftware Tools MikroC, PROTEUS and QL-2006

86. Experiment 2 Introduction to PIC16F84A

87. Experiment 4 Some logic functions design

88. Experiment 5 Delay loops applications flasher and counter and push buttons

89. Experiment 6 7 Segment Interface With PIC Microconroller And Counter Applica

90. Experiment 7 LCD Interface with PIC Microcontroller

91. Experiment 8 Keypad Interface with PIC

92. Experiment 9 Analog Digital Conversion

93. Experiment 10 Unipolar Stepper Motor Control

94. Experiment 11 Dot-Matrix display

95. Experiment 12 Serial Interface With PIC Microcontroller

96. Introduction

97. Voltage Current And Resistance

98. Types of Current

99. Types of Circuits

100. Volt Ohm Meter Basics

101. Measuring Voltage

102. Measuring Current

103. Measuring Currents - Lab Experiment Explained

104. Measuring Resistance

105. Circuit Diagram Basics and Basic Symbols

106. Introduction To Resistor and Color Band Coding

107. Power Dissipation and Parallel and series resistors

108. Ohms Law

109. Introduction to Capacitors

110. Capacitors Behaviour and series and parallel

111. Introduction to inductors

112. Introduction to Diode Zener and LED

113. Introduction to Transistors