Electric Circuits Complete Course

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Electric Circuits for GATE Electrical is an entire course for GATE-Electrical aspirants covering the complete GATE EE syllabus of Electric Circuits. Taught by Dr. Shilpa Sambhi.

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Course Content

Network Fundamentals

Introduction to Network Theory and Basic Terms (13:39) Sample Lesson

Terms related to Circuit Theory (08:41) Sample Lesson

Circuit Elements (46:02)

Electrical Sources (12:19)

Basic Network Simplifications

Basic Network Simplification Techniques (52:39)

Concept based questions-1 (09:09)

Concept based questions-2 (27:10)

Source Transformation (10:54)

Current/Voltage division rule, Quick review of complex numbers (10:35)

Network Theorems

Superposition Theorem (29:14)

Thevenin’s Theorem & Norton’s Theorem (31:54)

Numerical Related to Norton’s Theorem (23:42)

Maximum Power Transfer Theorem (21:34)

MPT Related Numerical (08:11)

Transient Analysis

Introduction to Transients (02:27)

Initial Conditions, RL and RC Excitation (15:59)

Conclusion for Initial Conditions (02:03)

Application of Laplace Transformation for Transient Analysis (09:40)

Related Numerical (18:12)

Related Numerical (24:43)

AC Transients for Series RL and RC (12:56)

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