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Analog and Semiconductor Devices Lecture and classroom instruction on the introduction to amplifiers, analog and semiconductor devices, and electronic circuits. Voltage, current, transresistance, transconductance, and differential amplifiers. Offset voltage, bias current, offset current. Two-port models. Frequency response, transfer characteristics, nonlinear distortion. Ideal operational amplifiers. Diodes, FETs and BJTs. I vs V characteristics, DC large-signal models, biasing, load-line analysis.

Course Topics Field Effect Transistor Devices Junction Field Effect Transistor (JFET) Depletion and Enhancement Mode MOSFET Devices Biasing FET Devices Small Signal FET Circuit Characteristics Common Source and Common Drain Configurations Small Signal Parameters Voltage Gain Input and Output Impedances Frequency Response of FET Circuits Low Frequency Response Poles Resulting from Input and Output Coupling Capacitors Poles and Zero Resulting from Bypass Capacitor High Frequency Response Miller Capacitance Effects Break Frequencies Bipolar Transistor Models and Circuits (BJT) BJT Small Signal Models Common Emitter Common Collector Common Base BJT Small Signal Circuit Parameters BJT Small Signal Gain BJT Input and Output Impedances Frequency Response of BJT Circuits Low Frequency Response Poles Resulting from Input and Output Coupling Capacitors Poles and Zero Resulting from Bypass Capacitor High Frequency Response Miller Capacitance Effects Break Frequencies Multiple Stage Analog Circuits Impedance, Reactance, Gain, and Frequency Response Capacitive Coupled Stages Direct Coupled Stages Darlington Cascade Homework Exams & Tests Quizes

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