ELECTRICAL ENGINEERING THEORY
YouTube Channel Guide
Lectures on the channel "Electrical Engineering Theory"
ELECTRICAL ENGINEERING THEORY
YouTube Channel Guide
Lectures on the channel "Electrical Engineering Theory"
Lectures on the channel
TOPIC 010. BASIC CONCEPTS AND LAWS OF ELECTRICAL CIRCUITS
Lecture 010-01. Basic Concepts of Electrical Circuits
Lecture 010-02. Properties of Electrical Circuits Elements
Lecture 010-03. Ideal Passive Elements of Electrical Circuits
Lecture 010-04. Ideal Active Elements of Electrical Circuits
Lecture 010-05. The Concept of Duality in Electrical Circuits
Lecture 010-06. Basic topological concepts of electrical circuits
Lecture 010-07. Basic Laws of Electric Circuits. Kirchhoff’s First Law
Lecture 010-08. Basic Laws of Electric Circuits. Kirchhoff’s Second Law
TOPIC 020. LINEAR DC ELECTRICAL CIRCUITS
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TOPIC 030. NONLINEAR DC ELECTRICAL CIRCUITS
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TOPIC 040. CIRCUITS OF ALTERNATING SINUSOIDAL CURRENT
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TOPIC 050. SPECIAL QUESTIONS ON ALTERNATING SINUSOIDAL CURRENT CIRCUITS
TOPIC 051. ELECTRIC RESONANCE
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TOPIC 052. CIRCUITS WITH MAGNETIC COUPLINGS
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TOPIC 060. THREE-PHASE ELECTRIC CIRCUITS
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TOPIC 070. CIRCUITS OF NON-SINUSOIDAL ALTERNATING CURRENT
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TOPIC 080. FUNDAMENTALS OF FOUR-POLE THEORY
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TOPIC 090. TRANSIENT PROCESSES IN LINEAR ELECTRIC CIRCUITS
TOPIC 091. CLASSICAL METHOD OF CALCULATING TRANSIENT PROCESSES
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TOPIC 092. OPERATOR METHOD OF CALCULATING TRANSIENT PROCESSES
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TOPIC 093. IMPULSE TRANSIENT PROCESSES
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TOPIC 101. LINES WITH DISTRIBUTED PARAMETERS IN STEADY STATE
Lecture 101-01. Basic concepts of lines with distributed parameters
Lecture 101-02. The Main Feature and Primary Parameters of Distributed-Element Circuits
Lecture 101-03. Basic Equations of Lines with Distributed Parameters. General Case
Lecture 101-04. Basic Equations of Lines with Distributed Parameters in the Sinusoidal Mode
Lecture 101-05. Solution of the basic equations. Secondary Parameters
Lecture 101-06. Determine the constants of integration
Lecture 101-07. Direct and reverse waves in lines with distributed parameters
Lecture 101-08. Phase and group velocity of wave propagation
Lecture 101-09. A line without distortion. Main idea and properties
Lecture 101-10. History of telegraph cable. Happy end
Lecture 101-11. The problem of a long cable in a frequency-controlled electric drive
Lecture 101-12. Lines with distributed parameters in the mode of matched load
Lecture 101-13. Lossless distributed parameter lines
Lecture 101-14. The input impedance of a lossless line. Open-circuit mode
Lecture 101-15. The input impedance of a lossless line.Short-circuit mode