Friday 15 February 2013
CONTENTS OF NETWORK THEORY
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1 ) KCL AND KVL
2) OHM'S LAW
3) RESISTOR
4) INDUCTOR
5) CAPACITOR
6) NODAL ANALYSIS
7) SUPER NODE ANALYSIS
8) MESH ANALYSIS
9) SUPER MESH ANALYSIS
10)TECHNIQUES IN CIRCUIT SOLVING
SUPERPOSITION THEOREM
THEVENIN AND NORTON'S THEOREM
MODELS IN THEVENIN AND NORTON'S THEOREM
TYPE -1
TYPE -2
TYPE -3
MAXIMUM POWER TRANSFER
RECIPROCITY THEOREM
MILLMAN’S THEOREM
TRANSIENTS AND BEHAVIOR OF STORAGE ELEMENTS
BEHAVIOR OF CAPACITOR & INDUCTOR AT t= 0- AND t=0+
SOURCE FREE CIRCUITS
SOURCE FREE RL CIRCUIT
SOURCE FREE RC CIRCUIT
NATURAL RESPONSE OF RLC CIRCUIT
PROBLEM 1
PROBLEM 2
PROBLEM 3
COUPLED CIRCUITS
PROBLEM 1
PROBLEM 2
NETWORK SYNTHESIS
LC IMMITANCE FUNCTION
HOW TO SOLVE LC IMMITTANCE FUNCTION
FOSTER FORM - 1
FOSTER FORM - 2
CAUER FORM - 1
CAUER FORM - 2
RC IMPEDANCE OR RL ADMITTANCE
FOSTER FORM -1
FOSTER FORM -2
RL IMPEDANCE OR RC ADMITTANCE
TWO PORT PARAMETERS
HOW TO SOLVE LC IMMITTANCE FUNCTION
FOSTER FORM - 1
FOSTER FORM - 2
CAUER FORM - 1
CAUER FORM - 2
RC IMPEDANCE OR RL ADMITTANCE
FOSTER FORM -1
FOSTER FORM -2
RL IMPEDANCE OR RC ADMITTANCE
TWO PORT PARAMETERS
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