An Introduction to Electrical Circuit Theory |
Contents
BASIC DEFINITIONS AND CIRCUIT LAWS | 1 |
METHODS OF ANALYSIS AND NETWORK THEOREMS | 18 |
THE CIRCUIT ELEMENTS OF CAPITANCE AND INDUCTANCE | 61 |
Copyright | |
2 other sections not shown
Other editions - View all
Common terms and phrases
amplitude analysis applied branch capacitance characteristic charge circuit of fig circuit shown coil combination complex conductance connected Consider Consider the circuit consists constant containing current flowing current source defined Determine difference differential equation direction discussed dissipated dual effective electrical element energy equal equivalent example existing field Figure frequency domain function given gives hence I₁ ideal Illustration impedance independent inductance initial integral Kirchhoff's linear load loops magnetic maximum power mean mesh methods negative node non-linear obtained parallel parameters phase phasor phasor diagram physical points port positive potential problem produced quantities R₁ reference replaced represented resistance response result RL circuit seen short-circuit shown in fig similar Similarly single sinusoidal solution stored energy supplied terminals theorem transformer two-port unknown V₁ V₂ variables volt-ampere equations voltage source zero
References to this book
CIRCUIT THEORY: CONTINOUS AND DISCRETE-TIME SYSTEMS, ELEMENTS OF NETWORK ... C. P. KURIAKOSE No preview available - 2005 |