Electronics and Circuit Analysis Using MATLAB

Electronics and Circuit Analysis using MATLAB......Page 1
DISCLAIMER......Page 2
PREFACE......Page 3
DEDICATION......Page 5
CHAPTER THREE CONTROL STATEMENTS......Page 6
CHAPTER SIX AC ANALYSIS AND NETWORK FUNCTIONS......Page 7
CHAPTER NINE DIODES......Page 8
CHAPTER TWELVE TRANSISTOR CIRCUITS......Page 9
LIST OF EXAMPLES IN TEXT......Page 11
1.1 - MATHLAB BASIC OPERATIONS......Page 17
1.2 - MATRIX OPERATIONS......Page 21
1.3 - ARRAY OPERATIONS......Page 23
1.4 - COMPLEX NUMBERS......Page 25
1.5 - THE COLON SYMBOL (:)......Page 27
1.6 - M-FILES......Page 31
SELECTED BIBLIOGRAPHY......Page 36
EXERCISES......Page 37
2.1 - GRAPH FUNCTIONS......Page 39
2.2 - X-Y PLOTS AND ANNOTATIONS......Page 40
2.3 - LOGARITHMIC AND POLAR PLOTS......Page 46
2.4 - SCREEN CONTROL......Page 49
EXERCISES......Page 51
3.1 - FOR LOOPS......Page 54
3.2 - IF STATEMENTS......Page 56
3.3 - WHILE LOOP......Page 61
3.4 - INPUT/OUTPUT COMMANDS......Page 63
EXERCISES......Page 68
4.1 - NODAL ANALYSIS......Page 70
4.2 - LOOP ANALYSIS......Page 76
4.3 - MAXIMUM POWER TRANSFER......Page 87
EXERCISES......Page 92
5.1 - RC NETWORK......Page 96
5.2 - RL NETWORK......Page 101
5.3 - RLC CIRCUIT......Page 105
5.4 - STATE VARIABLE APPROACH......Page 111
EXERCISES......Page 125
6.1 - STEADY STATE AC POWER......Page 128
6.2 - SINGLE- AND THREE-PHASE AC CIRCUITS......Page 133
6.3 - NETWORK CHARACTERISTICS......Page 145
6.4 - FREQUENCY RESPONSE......Page 154
SELECTED BIBLIOGRAPHY......Page 161
EXERCISES......Page 162
7.1 - TWO-PORT NETWORK REPRESENTATIONS......Page 166
7.2 - INTERCONNECTION OF TWO-PORT NETWORKS......Page 176
7.3 - TERMINATED TWO-PORT NETWORKS......Page 183
SELECTED BIBLIOGRAPHY......Page 189
EXERCISES......Page 190
8.1 - FOURIER SERIES......Page 194
8.2 - FOURIER TRANSFORMS......Page 204
8.3 - DISCRETE AND FAST FOURIER TRANSFORMS......Page 207
SELECTED BIBLIOGRAPHY......Page 214
EXERCISES......Page 215
9.1 - DIODE CHARACTERISTICS......Page 220
9.2 - ANALYSIS OF DIODE CIRCUITS......Page 228
9.3 - HALF-WAVE RECTIFIER......Page 234
9.4 - FULL-WAVE RECTIFICIATION......Page 243
9.5 - ZENER DIODE VOLTAGE REGULATOR CIRCUITS......Page 249
EXERCISES......Page 256
10.1 - INTRINSIC SEMICONDUCTORS......Page 260
10.2 - EXTRINSIC SEMICONDUCTOR......Page 265
10.3 - PN JUNCTION: CONTACT POTENTIAL, JUNCTION CURRENT......Page 274
10.4 - DEPLETION AND DIFFUSION CAPACITANCES......Page 284
10.5 - BREAKDOWN VOLTAGES OF PN JUNCTIONS......Page 295
REFERENCES......Page 299
EXERCISES......Page 300
11.1 - PROPERTIES OF THE OP AMP......Page 302
11.2 - INVERTING CONFIGURATION......Page 305
11.3 - NON-INVERTING CONFIGURATION......Page 312
11.4 - EFFECT OF FINITE OPEN-LOOP AGAIN......Page 316
11.5 - FREQUENCY RESPONSE OF OP AMPS......Page 320
11.6 - SLEW RATE AND FULL-POWER BANDWIDTH......Page 326
11.7 - COMMON-MODE REJECTION......Page 328
EXERCISES......Page 333
12.1 - BIPOLAR JUNCTION TRANSISTORS......Page 336
12.2 - BIASING BJT DISCRETE CIRCUITS......Page 345
12.3 - INTEGRATED CICRUIT BIASING......Page 353
12.4 - FREQUENCY RESPONSE OF COMMON EMITTER AMPLIFIER......Page 359
12.5 - MOSFET CHARACTERISTICS......Page 365
12.6 - BIASING OF MOSFET CIRCUITS......Page 369
12.7 - FREQUENCY RESPONSE OF COMMON-SOURCE AMPLIFIER......Page 378
SELECTED BIBLIOGRAPHY......Page 384
EXERCISES......Page 385