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Circuit Systems with MATLAB and PSpice

version 1.0.1 (6.82 MB) by Won Yang
PDF file amd M-files for the book "Circuit Systems with MATLAB and PSpice"

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Updated 12 Jun 2019

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CHAPTER 1: BASIC CONCEPTS ON ELECTRIC CIRCUITS 1
1.1 SYMBOLS AND UNITS 1
1.2 NETWORK VARIABLES 2
1.3 CIRCUIT ELEMENTS 5
1.4 KIRCHHOFF'S LAWS 14
1.5 EQUIVALENT TRANSFROMATION OF SOURCES 19
1.6 SERIS AND PARALLEL CONNECTIONS 25

CHAPTER 2: RESISTOR CIRCUITS 35
2.1 COMBINATION OF RESISTORS 36
2.2 VOLTAGE/CURRENT DIVIDER 37
2.3 Δ-Y(П-T) CONVERSION 39
2.4 NODE ANALYSIS 41
2.5 MESH (LOOP) ANALYSIS 49
2.6 COMPARISON OF NODE/MESH ANALYSES 57
2.7 THEVENIN/NORTON EQUIVALENT CIRCUITS 63
2.8 SUPERPOSITION PRINCIPLE AND LINEARITY 72
2.9 OP AMP CIRCUITS WITH RESISTORS 74
2.10 TRANSISTOR CIRCUITS 83
2.11 LOADING EFFECT AND INPUT/OUTPUT RESISTANCE 84
2.12 LOAD LINE ANALYSIS OF NONLINEAR RESISTOR CIRCUITS 85
2.13 MORE EXAMPLES OF RESISTOR CIRCUITS 89

CHAPTER 3: FIRST-ORDER CIRCUITS 113
3.1 THE CHARACTERISTICS OF INDUCTORS AND CAPACITORS 114
3.2 SERIES-PARALLEL COMBINATION OF INDUCTORS/CAPACITORS 118
3.3 CIRCUIT ANALYSIS USING LAPLACE TRANSFORM 120
3.4 ANALYSIS OF FIRST ORDER CIRCUITS 124
3.5 ANALYSIS OF FIRST-ORDER OP AMP CIRCUITS 142
3.6 LRL CIRCUITS AND CRC CIRCUITS 148
3.7 SIMULATION USING PSPICE AND MATLAB 154
3.8 APPLICATION AND DESIGN OF FIRST-ORDER CIRCUITS 158

CHAPTER 4: SECOND-ORDER CIRCUITS 185
4.1 THE LAPLACE TRANSFORM FOR 2ND-ORDER DIFFERENTIAL EQUATIONS 186
4.2 ANALYSIS OF SECOND-ORDER CIRCUITS 190
4.3 SECOND-ORDER OP AMP CIRCUITS 213
4.4 ANALOGY AND DUALITY 214
4.5 TRANSFER FUNCTION, IMPULSE RESPONSE, AND CONVOLUTION 217
4.6 THE STEADY-STATE RESPONSE TO A SINUSOIDAL INPUT 220
4.7 AN EXAMPLE OF MATLAB ANALYSIS AND PSPICE SIMULATION 222

CHAPTER 5: MAGNETICALLY COUPLED CIRCUITS 233
5.1 SELF INDUCTANCE 234
5.2 MUTUAL INDUCTANCE 235
5.3 RELATIVE POLARITY OF INDUCED VOLTAGES AND DOT CONVENTION 236
5.4 EQUIVALENT MODELS OF MAGNETICALLY COUPLED COILS 239
5.5 IDEAL TRANSFORMER 248
5.6 LINEAR TRANSFORMER 250
5.7 AUTOTRANSFORMERS 252

CHAPTER 6: AC CIRCUITS 267
6.1 SINUSOIDAL SOURCES 267
6.2 PHASOR AND AC ANALYSIS 268
6.3 AC IMPEDANCE OF PASSIVE ELEMENTS 273
6.4 AC CIRCUIT EXAMPLES 275
6.5 INSTANTANEOUS, ACTIVE, REACTIVE, AND COMPLEX POWER 288
6.6 POWER FACTOR 291
6.7 MAXIMUM POWER TRANSFER - IMPEDANCE MATCHING 296
6.8 LOAD FLOW CALCULATION 298
6.9 DESIGN AND SIMULATION FOR MAXIMUM POWER TRANSFER 299

CHAPTER 7: THREE-PHASE AC CIRCUITS 313
7.1 BALANCED THREE-PHASE VOLTAGES 313
7.2 POWER OF BALANCED THREE-PHASE LOADS 317
7.3 MEASUREMENT OF THREE-PHASE POWER 318
7.4 THREE-PHASE POWER SYSTEM 319
7.5 ELECTRIC SHOCK AND GROUNDING 325

CHAPTER 8: FREQUENCY SELECTIVE CIRCUIT - FILTER 333
8.1 LOWPASS FILTER (LPF) 334
8.2 HIGHPASS FILTER (HPF) 335
8.3 BANDPASS FILTER (BPF) 337
8.4 BANDSTOP FILTER (BSF) 344
8.5 ACTIVE FILTER 348
8.6 ANALOG FILTER DESIGN 356

CHAPTER 9: CIRCUIT ANALYSIS USING FOURIER SERIES 385
9.1 FOURIER SERIES 386
9.2 COMPUTATION OF FOURIER COEFFICIENTS USING SYMMETRY 387
9.3 CIRCUIT ANALYSIS USING FOURIER SERIES 393
9.4 FOURIER SERIES AND LAPLACE TRANSFORM 400
9.5 RMS VALUE AND POWER OF A NON-SINUSOIDAL PERIODIC SIGNAL 405

CHAPTER 10: TWO-PORT NETWORKS 415
10.1 DEFINITIONS OF TWO-PORT PARAMETERS 415
10.2 RELATIONSHIPS AMONG TWO-PORT PARAMETERS 421
10.3 RECIPROCITY OF TWO-PORT NETWORKS 425
10.4 INTERCONNECTION OF TWO-PORT NETWORKS 428
10.5 PROPERTIES OF A TWO-PORT NETWORK 434
10.6 FEEDBACK AMPLIFIERS AS TWO-PORT NETWORKS 444
10.7 CIRCUIT MODELS WITH GIVEN PARAMETERS 452

Cite As

Won Yang (2019). Circuit Systems with MATLAB and PSpice (https://www.mathworks.com/matlabcentral/fileexchange/71598-circuit-systems-with-matlab-and-pspice), MATLAB Central File Exchange. Retrieved .

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1.0.1

The m-files listed in the book have been included.

MATLAB Release Compatibility
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Compatible with R2019a to any release
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