Circuit Systems with MATLAB and PSpice

CHAPTER 1: BASIC CONCEPTS ON ELECTRIC CIRCUITS1.1 SYMBOLS AND UNITS1.2 NETWORK VARIABLES1.3 CIRCUIT ELEMENTS1.4 KIRCHHOFF'S LAWS1.5 EQUIVALENT TRANSFROMATION OF SOURCES1.6 SERIS AND PARALLEL CONNECTIONSCHAPTER 2: RESISTOR CIRCUITS2.1 COMBINATION OF RESISTORS2.2 VOLTAGE/CURRENT DIVIDER2.3 Delta-Wye CONVERSION2.4 NODE ANALYSIS2.5 MESH ANALYSIS2.6 COMPARISON OF NODE/MESH ANALYSES2.7 THEVENIN EQUIVALENT CIRCUITS2.8 LINEARITY2.9 OP AMP CIRCUITS WITH RESISTORS2.10 TRANSISTOR CIRCUITS2.11 LOADING EFFECT2.12 LOAD LINE ANALYSISCHAPTER 3: FIRST-ORDER CIRCUITS3.1 THE CHARACTERISTICS OF INDUCTORS AND CAPACITORS3.2 SERIES-PARALLEL COMBINATION OF INDUCTORS/CAPACITORS3.3 CIRCUIT ANALYSIS USING LAPLACE TRANSFORM3.4 ANALYSIS OF 1ST ORDER CIRCUITS3.5 ANALYSIS OF FIRST-ORDER OP AMP CIRCUITSCHAPTER 4: SECOND-ORDER CIRCUITS4.1 LAPLACE TRANSFORM FOR 2ND-ORDER DIFFERENTIAL EQUATIONS4.2 ANALYSIS OF SECOND-ORDER CIRCUITS4.3 2ND-ORDER OP AMP CIRCUITS4.4 ANALOGY AND DUALITY4.5 TRANSFER FUNCTION, IMPULSE RESPONSE, AND CONVOLUTION4.6 THE STEADY-STATE RESPONSE TO A SINUSOIDAL INPUTCHAPTER 5: MAGNETICALLY COUPLED CIRCUITS5.1 SELF INDUCTANCE5.2 MUTUAL INDUCTANCE5.3 DOT CONVENTIONCHAPTER 6: AC CIRCUITS6.1 SINUSOIDAL SOURCES6.2 PHASOR ANALYSIS6.3 AC IMPEDANCE 6.4 EXAMPLES6.5 POWER6.6 POWER FACTOR6.7 MAXIMUM POWER TRANSFER CHAPTER 7: THREE-PHASE AC CIRCUITS7.1 BALANCED THREE-PHASE VOLTAGES7.2 POWER 7.3 MEASUREMENT OF THREE-PHASE POWER7.4 THREE-PHASE POWER SYSTEMCHAPTER 8: FREQUENCY SELECTIVE CIRCUIT - FILTER8.1 LPF8.2 HPF8.3 BPF8.4 BSF8.5 ACTIVE FILTERCHAPTER 9: CIRCUIT ANALYSIS USING FOURIER SERIES9.1 FOURIER SERIES9.2 COMPUTATION OF FOURIER COEFFICIENTS 9.3 CIRCUIT ANALYSIS USING FOURIER SERIESCHAPTER 10: TWO-PORT NETWORKS10.1 TWO-PORT PARAMETERS10.2 RELATIONSHIPS AMONG TWO-PORT PARAMETERS10.3 RECIPROCITY10.4 INTERCONNECTION