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Contents
Table of Contents Detail  11 
Review Questions 1143  1143 
Chapter 2 Coupled Circuits and Dot Conventions 12 1 to 2  21 
Examples with Solutions 222  222 
Review Questions 2 44  244 
Chapter 4 Transient Response and Solutions  41 
Chapter 5 Laplace Transform and Applications 51 to 5 96  496 
Examples with Solutions 570  570 
Review Questions 589  589 
rtaptef7 input Power Power Transfer and Insertion Loss 7 1 to 7  77 
Chapters 1  81 
Chapter9 Passive Filters 91 to 952  91 
Chapter  101 
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Common terms and phrases
A/WV alternating quantity Applying KVL attenuation branch AB branch currents Calculate capacitance capacitor circuit shown closed path coefficient coil Consider constant coupled circuit current flowing current i2 current source current through inductor cutoff frequency dependent source di(t differential equation dot convention dual network elements equivalent circuit Example expressed Find flux Fourier series given network Hence induced voltage inductance inductor interms Key Point KVL to loop Laplace transform load loop currents magnetically coupled mutually induced e.m.f. negative network shown node voltages obtained Ohm's law open circuit phase phasor phasor diagram port network r.m.s. value ramp reactance resistor short circuit shown in Fig Solution source transformation Substituting value supernode Superposition theorem switch terminals AB Thevenin's equivalent Thevenin's theorem transmission parameters vc(t voltage across capacitor voltage source volts waveform write zparameters zero