Electronic Devices and Amplifier Circuits

editor window in MATLAB A-1 full-wave rectifier 2-21, 2-23 internal frequency compensation 5-44editor/debugger A-1, A-2 function file in MATLAB A-24 inverse active mode 6-5effect of temperature 3-9 fundamental frequency 8-1 inverter 6-2effective (or RMS) value 1-2 fzero MATLAB function A-25, A-27 inverting mode 5-2electromagnetic interference 4-26 inverting summing circuit 5-37element-by-element divisionGin MATLAB A-19Jelement-by-element exponentiation Gain blocks in Simulink B-18in MATLAB A-19 gallium arsenide 3-2 JFET 4-1element-by-element multiplication gate 4-1 junction recombination 2-4in MASTLAB A-17, A-19 gate turn-off SCR 4-26EMI 4-26 grid MATLAB command A-11emitter diffusion resistance 3-44 gtext(‘string’) MATLAB command A-13Lemitter-coupled logic GTO 4-26 laser diodes 2-48(ECL) 6-2, 6-24, 6-26 gyration resistance. 5-65 LC Oscillators 10-5enhancement-mode 4-7 leading edge 7-16envelope detector 2-36, 9-2 H light-emitting diode 2-46eps MATLAB function A-21, A-25 lims = MATLAB function A-25equivalence gate 6-16 half power 5-9, 5-10 line driver 6-35equivalent circuit of the inverting half-power frequency 8-6, 9-9 linearity 5-61op amp 5-12 half-power points 1-5 linspace MATLAB command A-13equivalent circuits 3-7 half-wave rectifier 2-18 ln (natural log) in MATLAB A-12error detector circuit 4-26 half-wave rectifier with limited load line 2-10, 3-39Exclusive OR gate 6-1 negative output 5-48 load line 3-39Exclusive-NOR gate 6-16 half-wave rectifier with limited load resistance 5-23exit MATLAB command A-2 positive output 5-47 log in MATLAB A-12expand(s) MATLAB function 1-14 hard limiter. 2-32 log(x) MATLAB function A-12external frequency harmonics 9-3 log10(x) MATLAB function A-12compensation 5-44 Hartley oscillator 10-7 log2(x) MATLAB function A-12h-equivalent circuit 3-59 loglog(x,y) MATLAB command A-12F hex buffer 6-36 lossless coupling network 9-12High level 6-1 low frequency amplifier 8-5false condition 6-1 high-frequency models for Low level 6-1fan-in 6-17 transistors 3-54 lower sidebands 9-4fan-out 6-17 high-pass filter 1-22, 5-9 low-pass filter 1-5, 5-9FET 4-1 High-Z output of tri-state devices 6-36Field-Effect Transistor 4-1 hole 2-1 Mfigure window in MATLAB A-13 hole movement 2-2firing angle 4-26 h-parameter equivalent circuit 3-60 magnitude response 1-5first harmonic 8-1 hybrid incremental network majority carriers 2-3first order all-pass filter. 5-96 model 3-48 marginally stable 1-11fixed bias 3-20 Math Operations in Simulink B-11fixed-bias circuit 7-21 I MATLAB Demos A-2flash converter 5-55 MATLAB editor/debugger A-1flash type ADC 5-55 IC (integrated circuit) 1-1 matrix multiplication in MATLAB A-17flat-staggered amplifier 29-1 ideal characteristics 2-6 maximum average forward current 2-7Flip Block in Simulink B-11 IGFET 4-6 maximum surge current 2-8flip-flop 7-21 imag(z) MATLAB function A-22 melted silicon 2-3fmin(f,x1,x2) MATLAB function A-25 improper rational function 1-11 MESFET 4-22format MATLAB command A-29 impurity atoms 2-3 mesh(x,y,z) MATLAB command A-15forward-biased diode 2-5 incremental conductance 2-16 meshgrid(x,y) MATLAB command A-16Foster-Seely discriminator 2-36 incremental linear models 3-48 Metal Oxide Semiconductor 4-1Foundation library in Simscape C-1 incremental resistance 2-16 Metal Oxide-SemiconductorFourier series 8-1, 9-3 increments between point Field Effect Transistor 4-6four-layer diode 4-40 in MATLAB A-13 Metal Semiconductorfplot MATLAB command A-25 input clamp voltage 6-3, 6-13 Field-Effect-Transistor 4-22free electron 2-1 input resistance 5-21 m-file in MATLAB A-1, A-24free electron movement 2-2 instrumentation amplifiers 5-41 microelectronics 1-1frequency response 1-5, A-11 Insulated-Gate FET 4-6 Miller effect 8-10frequency spectrum 8-1, 9-3 integrated circuit (IC) 1-1 Miller effect F-12frequency-response curve 5-25 integrator 5-30 Miller integrator 5-30IN-2