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ECE/EEE/IC - Circuit Theory RK

ECE/EEE/IC - Circuit Theory RK

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Responsible www.gatewintrichy.in, Dhamo Daran
Last Update 25/10/2026
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  • PART-1 CIRCUIT THEORY (BASICS) (empty)
    27Lessons ·
    • 1. INTRODUCTION I CIRCUIT THEORY
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    • 2. CHARGE AND CURRENT
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    • 3. VOLTAGE, POWER AND ENERGY
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    • 4. DEPENDENT AND INDEPENDENT SOURCES
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    • 5. APPARENT, REAL AND REACTIVE POWER
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    • 6. AC AND DC SOURCES
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    • 7. RESISTOR
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    • 8. INDUCTOR
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    • 9. CAPACITOR
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    • 10. SERIES AND PARALLEL CIRCUIT
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    • 11. VOLTAGE AND CURRENT DIVISION RULES
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    • 12. POWER OBSERVING AND DELIVERING ELEMENTS
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    • 13. SOURCE TRANSFORMATION
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    • 14. STAR DELTA TRANSFORMATION
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    • 15. UNILATERAL AND BILATERAL ELEMENTS
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    • 16. ACTIVE, PASSIVE, LUMPED AND DISTRIBUTED ELEMENTS
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    • 17. LINEAR AND NON LINEAR ELEMENTS
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    • 18.KCL AND KVL
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    • 19. HOW TO APPLY KCL AND KVL
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    • 20. NODAL ANALYSIS
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    • 21.MESH ANALYSIS
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    • PRACTICE PROBLEM 1
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    • PRACTICE PROBLEM 2
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    • PRACTICE PROBLEM 3
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    • PRACTICE PROBLEM 4
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    • PRACTICE PROBLEM 5
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    • PRACTICE PROBLEM 6
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  • PART-2 DC THEOREMS (empty)
    7Lessons ·
    • 1. SUPERPOSITION THEOREM
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    • 2. THEVENIN THEOREM FOR INDEPENDENT SOURCES
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    • 3.THEVENIN THEOREM FOR DEPENDENT SOURCES
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    • 4. THEVENIN THEOREM FOR DEPENDENT AND INDEPENDENT SOURCES
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    • 5. NORTON'S THEOREM
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    • 6.MAXIMUM POWER TRANSFER THEOREM
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    • 7. RECIPROCITY THEOREM
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  • PART-3 DC TRANSIENT ANALYSIS (empty)
    14Lessons ·
    • 1. DC TRANSIENT AND STEADY STATE ANALYSIS
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    • 2.DC TRANSIENT ANALYSIS
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    • 3. RL CIRCUIT
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    • 4. SMIPLY SOLVE RL CIRCUITS
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    • 5. RC CIRCUIT (DC TRANSIENT)
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    • 6. RLC CIRCUIT ( DC TRANSIENT)
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    • Best question in DC TRANSIENT -1
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    • Best question in DC TRANSIENT -2
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    • Best question in DC TRANSIENT -3
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    • Best question in DC TRANSIENT -4
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    • Best question in DC TRANSIENT-5
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    • Best question in DC TRANSIENT-6
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    • DC TRANSIENT PROBLEM 1
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    • DC TRANSIENT PROBLEM 2
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  • PART-4 AC CIRCUITS (empty)
    16Lessons ·
    • 1. FUNDAMENTAL OF AC CIRCUITS
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    • 2. RECTANGULAR-POLAR CONVERSION
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    • 3. RMS, MS, AVERAGE AND POWER RELATIONS
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    • 4.ANALYSIS OF RL, RC AND RLC CIRCUITS
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    • 5. PHASOR DIAGRAM
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    • 6.TOTAL RMS VOLTAGE, CURRENT AND POWER CALCULATION
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    • 7. RESONANCE (SERIES RLC CIRCUIT)
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    • 8. RESONANCE (SERIES RLC CIRCUIT-2)
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    • 9. PARALLEL RLC RESONANCE
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    • 10. LOCUS DIAGRAM-1
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    • 11.LOCUS DIAGRAM-2
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    • 12. AC TRANSIENT
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    • 13. AC THEOREMS
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    • AC THEOREMS PROBLEM 1
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    • AC THEOREMS PROBLEM 2
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    • AC THEOREMS PROBLEM 3
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  • PART-5 TWO PORT NETWORK (empty)
    11Lessons ·
    • 1. IMPEDANCE PARAMETERS (TWO PORT NETWORK)
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    • 2. ADMITTANCE PARAMETERS
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    • 3. HYBRID PARAMETERS
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    • 4. INVERSE HYBRID PARAMETERS
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    • 5. ABCD PARAMETERS
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    • 6. PARAMETERS CONVERSION
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    • 7. PARAMETERS CONVERSION-2
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    • 8.TWO PORT NETWORK PARAMETERS INTERCONNECTION
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    • 9.TWO PORT NETWORK PROBLEM NO 1
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    • 10. PRACTICE PROBLEM NO 2
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    • 11. PRACTICE PROBLEM NO 3
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  • PART-6 MAGNETICALLY COUPLED CIRCUITS (empty)
    7Lessons ·
    • 1. SERIES AND PARALLEL MAGNETIC CIRCUITS(MAGNETICALLY COUPLED CIRCUITS
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    • 2. INDUCTANCE AND COEFFICIENT OF COUPLING
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    • 3. DOT CONVENTION FOR MUTUAL INDUCTANCE I MAGNETICALLY COUPLED CIRCUITS
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    • 4. ELECTRICAL EQUIVALENT CIRCUIT OF TRANSFORMER II MAGNETICALLY COUPLED CIRCUITS
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    • 5. MAGNETICALLY COUPLED CIRCUITS PRACTICE PROBLEM NO 1
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    • 6. MAGNETICALLY COUPLED CIRCUITS PRACTICE PROBLEM NO 2
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    • 7. MAGNETICALLY COUPLED CIRCUITS PRACTICE PROBLEM NO 3
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  • PART-7 GRAPH THEORY (empty)
    6Lessons ·
    • 1.GRAPH THEORY
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    • 2.TREE AND COTREE II EE II GRAPH THEORY
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    • 3.INCIDENT MATRIX II GRAPH THEORY
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    • 4. REDUCED INCIDENT MATRIX II GRAPH THEORY
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    • 5. TIE SET MATRIX II CIRCUIT THEORY
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    • 6. CUT SET MATRIX II CIRCUIT THEORY
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  • PART-8 THREE PHASE CIRCUITS (empty)
    6Lessons ·
    • 1. THREE PHASE CIRCUITS(BALANCED AND UNBALANCED)
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    • 2. STAR ‚≠ê CONNECTED NETWORK
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    • 3.DELTA CONNECTED SYSTEM
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    • 4. THREE PHASE POWER RELATIONS
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    • VID_20201229_105006
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    • VID_20201229_110837
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