CHAPTER 01 Semiconductors and pn junction diodes
SECTION 01 The Structure of the Atom
SECTION 02 Semiconductors
SECTION 03 N-type and P-type Semiconductors
SECTION 04 PN junction diode
Practice problems

CHAPTER 02 Diode Circuit
SECTION 01 Voltage-current characteristics of diodes
SECTION 02 Rectifier Circuit
SECTION 03 Limiting Circuit and Clamping Circuit
Practice problems

CHAPTER 03 Special Purpose Diodes
SECTION 01 Voltage-current characteristics of Zener diodes
SECTION 02 Applications of Zener Diodes
SECTION 03 Other Special Purpose Diodes
Practice problems

CHAPTER 04 Bipolar Junction Transistor
SECTION 01 Structure of a bipolar junction transistor
SECTION 02 Characteristics of Bipolar Junction Transistors
SECTION 03 Transistor Bias Circuit
SECTION 04 DC Bias Method
Practice problems

CHAPTER 05 BJT Small-Signal Amplifier
SECTION 01 AC Model of BJT Small-Signal Amplifier
SECTION 02 BJT small-signal amplifier
Practice problems

CHAPTER 06 Power Amplifier
SECTION 01 Overview of Power Amplifiers
SECTION 02 Class A Amplifier
SECTION 03 Class B and Class AB Amplifiers
SECTION 04 Class C Amplifier
Practice problems

CHAPTER 07 Field-Effect Transistors
SECTION 01 JFET Operation and Characteristics
SECTION 02 JFET Bias
SECTION 03 MOSFET Operation, Characteristics, and Bias
Practice problems

CHAPTER 08 FET Small Signal Amplifier
SECTION 01 Small-Signal Model of FET Amplifier
SECTION 02 Common Source Amplifier
SECTION 03 Common Drain Amplifier (Source Follower)
SECTION 04 Common Gate Amplifier
Practice problems

CHAPTER 09 Thyristor
SECTION 01 4-layer diode, SCR, SCS
SECTION 02 Diacs, Triacs, and Other Components
Practice problems

CHAPTER 10 Operational Amplifiers
SECTION 01 Differential Amplifier
SECTION 02 Overview of Operational Amplifiers
SECTION 03 Feedback circuit of operational amplifier
Practice problems

CHAPTER 11 OP AMP APPLICATION CIRCUIT
SECTION 01 Basic Circuit of Operational Amplifier
SECTION 02 Operational Amplifier Application Circuits
Practice problems

- Chapter 1: Learn about the structure and properties of atoms, and study n-type semiconductors, p-type semiconductors, and forward bias and reverse bias of pn junction diodes.
- Chapter 2: After explaining the voltage-current characteristics of a diode, we will learn about the analysis of a simplified model (practical model), and explain half-wave rectifiers, full-wave rectifiers, diode limiting circuits, clamping circuits, and voltage multiplier circuits.
- Chapter 3: Study special purpose diodes such as Zener diodes and varactor diodes.

- Chapter 4: Study the structure, basic operating principles, input/output characteristics, etc. of bipolar junction transistors, and study biasing methods for operating them as amplifiers.
- Chapter 5: We will look at common emitter amplifiers, common collector amplifiers, and common base amplifiers.
- Chapter 6: We will look at class A, class B, class AB, class C, and class D power amplifiers.
- Chapter 7: Study the structure, operating principles, and bias of JFET and MOSFET.
- Chapter 8: Study common source amplifiers, common drain amplifiers, and common gate amplifiers.
- Chapter 9: We will look at four-layer structure semiconductors, four-layer diodes, SCS, RCS, DIACs, TRIACs, and other devices.
- Chapter 10: We will look at the structure, characteristics, and feedback circuit of operational amplifiers.
- Chapter 11: Covers the basic circuits of operational amplifiers such as comparators, gain multipliers, multi-stage gain amplifiers, voltage adder and subtracter amplifiers, integrators and differentiators, and studies simple application circuits such as voltage buffers and controlled power supplies.