Electronic Devices and Amplifier Circuits

Miller’s theorem F-10 phase shifter 5-96 resistive network 5-55minority carriers 2-3 phase-modulated signal 9-1 resolution 5-61modulation 9-1 phase-shift oscillator 10-4 reverse-biased 2-5modulation index in AM systems 9-3 photocell 2-48 rise time E-1monostable multivibrator 7-15 photodiode 2-48 RMS value 1-2MOSFET 4-1, 4-6 phototransistor 2-48 roots of polynomials in MATLAB A-3mutual inductance 10-7 physical network in Simscape C-1 roots(p) MATLAB function A-3, A-7PID controller D-1 round(n) MATLAB function A-22N piecewise-linear analysis 3-43 row vector in MATLAB A-3, A-17Pierce oscillator 10-10 rubidium oscillators 10-8NaN in MATLAB A-25 pinch-off 4-3NAND gate 6-1 pinch-off voltage 4-8 Snarrowband approximations 9-14 plot(x,y) MATLAB command A-9, A-12narrowband signals 9-3 plot(x,y,'rs') MATLAB command A-14 sampling 5-60negative feedback 10-1 plot(x,y,'rs-') MATLAB command A-14 sampling theorem 5-60negative logic 6-2 plot(x,y,s) MATLAB command A-14 saturation current 2-54negative resistance 2-44 plot3(x,y,z) MATLAB command A-14 Saturation Region 3-77negative voltage limiter 5-45, 5-47 PMOS device 6-30 saturation region 4-9NMOS Logic Gates 6-28 PNP transistor 3-1 Schmitt trigger 7-32non-inverting averaging 5-37 PNPN diode 4-40 Schottky diode 2-43, 6-39non-inverting mode 5-5 polar plot in MATLAB A-23 SCR 4-24non-inverting op amp 5-13 polar(theta,r) MATLAB function A-22 script file in MATLAB A-24non-inverting summing 5-37 poles 1-11, 1-21, 8-28 second harmonic 8-1norator 5-26 poly(r) MATLAB function A-4 self-bias 3-25NOT gate 6-1 polyder(p) MATLAB function A-6, A-7 self-bias flip-flop 7-24NPN transistor 3-1 polyval(p,x) MATLAB function A-5 semicolon in MATLAB A-7N-type semiconductor 2-3 positive and negative voltage semilogx MATLAB command A-12nullor 5-26 limiter 5-45 semilogy MATLAB command A-12Nyquist rate 5-61 positive feedback 10-1 series-fed tuned-collector 10-6positive logic 6-2 Shockley diode 4-40O positive voltage limiter 5-45, 5-47 silicon controlled rectifier 4-24powergui block in Simscape C-7 SimElectronics Library in Simscape C-4octave defined 1-7 programmable UJT 4-24 SimPowerSystems library inoffset null 5-43 proper rational function 1-11 Simscape C-7op amp 5-1 proportional-integral-derivative Simscape libraries C-1open collector 6-18 (PID) controller D-1 Simulink PID blocks D-2open-loop 5-24 PS-Simulink Converter block Simulink-PS Converter block inopen-loop gain 5-26 in Simscape C-3 Simscape C-3operational amplifier 5-1 P-type semiconductor 2-3 single ended output 5-1optical coupler 2-49 pulsating DC voltages. 2-25 single ended output amplifier 5-1optoelectronic devices 2-46 single sideband 9-4optoisolator 2-49 Q single-slope converter 5-58, 5-59OR gate 6-1 single-tuned transistor amplifier 9-8output conductance 4-12 quadratic region 4-8 sinking current 6-18output resistance 5-23 quality factor 9-10 sinusoidal oscillators 10-1overcompensated attenuator E-2 quantization 5-60 slew rate 5-44overstaggered amplifier 9-21 quantization error 5-61 slope converter 5-55Pquartz crystal 10-8 SN7400 Quad 2-input NAND gate 6-10quiescent voltages and currents 3-18 SN7402 Quad 2-input NOR gate 6-14quit MATLAB command A-2 SN7404 Hex Inverter 6-3passive filter 5-8 SN7407 Hex Buffer 6-36passive pull-up 6-18 R SN7408 Quad 2-input AND gate 6-6peak forward current 2-7 SN7417 hex buffer 6-36peak point in UJT 4-23 R-2R ladder network, 5-52 SN7432 Quad 2-input OR gate 6-8peak rectifier 2-30, 2-36, 9-2 ransconductance 1-18 SN7486 Quad XOR gate 6-16peak inverse voltage (PIV) 4-26 rational function 8-27 SN74121 monostablepeak reverse voltage 2-8 rational polynomials A-7 multivibrator 7-16peak-to-valley ratio 2-45, 9-21 RC Oscillator 10-4 SN74125 quad bus buffer 6-36pentode region 4-9 real(z) MATLAB function A-22 solar cell 2-48period 1-2 recombination 2-2 Solver Configuration block inperiodic signals 8-1 reduction theorem F-6 Simscape C-3periodic time function 1-2 regenerative feedback 10-2 source 4-1phase response 1-5 relaxation oscillators 10-1 source absorption theorem F-4IN-3