Theory of Electric Circuits

Lecture 1. Electric Circuits

Lecture 2. Elements of Electric Circuits

Lecture 3. Linear DC Circuits. Basic Laws

Lecture 4. Topology of Electric Circuits

Lecture 5. Methods for Calculating Linear Circuit Loops

Lecture 6. Single-Phase AC Circuit. Basic Concepts and Laws

Lecture 7. Current, Voltage, and Power in AC Circuits

Lecture 8. Methods for Calculating AC Circuits

Lecture 9. Resonance in Electric Circuits

Lecture 10. Connected Circuits

Lecture 11. Three-Phase Circuits

Lecture 12. Nonsinusoidal Electric Cycles

 

Electronics

Lecture 1. Introduction to Electronics

Lecture 2. Semiconductors

Lecture 3. Semiconductor Diodes

Lecture 4. Types of Diodes

Lecture 5. Transistors

Lecture 6. Field-Effect Transistors

Lecture 7. Thyristors

Lecture 8. Amplifiers

Lecture 9. Amplifier on a Bipolar Transistor

Lecture 10. Differential Amplifier

Lecture 11. Operational Amplifiers

Lecture 12. Fundamentals of Digital Electronics

 

Electrical Engineering

Lecture 1. Introduction

Lecture 2. Methods of Analyzing Linear Electric Circuits

Lecture 3. Alternating Current Circuits

Lecture 4. General Principles of Resonant Phenomena in AC Circuits

Lecture 5. Coupled Circuits

Lecture 6. Three-Phase Circuits

Lecture 7. Four-Terminal Networks

Lecture 8. Input Impedances of Four-Terminal Networks

Lecture 9. Transient Processes in Electric Circuits

Lecture 10. Operator Method

Lecture 11. Electrical Filters

Lecture 12. Distributed Parameter Circuits

Lecture 13. Nonlinear DC Circuits