Electronic Devices and Circuit TheoryThis work uses a building block approach that aims to teach students the basic concepts before moving onto more advanced topics. 
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Contents
SEMICONDUCTOR DIODES  1 
IS Extrinsic Materialsn and pType  7 
LoadLine Analysis  52 
Copyright  
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Common terms and phrases
ac equivalent amplifier analysis appears in Fig applied approximate Calculate capacitance capacitor characteristics of Fig circuit of Fig class B amplifier collector current commonemitter comparator components configuration of Fig connected curve cutoff frequency dc bias dc voltage defined Determine device electrons emitter equation equivalent circuit EXAMPLE feedback Figure filter fixedbias configuration gate germanium increase input impedance input signal input voltage JFET junction Kirchhoff's voltage law load line magnitude maximum MOSFET negative network of Fig Note npn transistor obtained opamp operating point oscillator output impedance output voltage pn junction parameters plot power dissipated Problem PSpice PSpice Windows range region resistance resistor result semiconductor shown in Fig silicon Solution specification sheet temperature terminal transistor typically voltage gain voltage regulator voltagedivider waveform Zener diode