深圳大学信息工程学院-深圳大学课程教学大纲
Diodes and Diode Circuits
Basic semiconductor concepts, physics of the junction diode, diode characteristics, load-line analysis, the ideal-diode model, rectifier circuits, wave-shaping circuits, voltage-regulator circuits.
Bipolar Junction Transistors
Basic operation of the NPN bipolar junction transistor, load-line analysis of a common-emitter amplifier, small signal equivalent circuits, the common-emitter amplifier, the common-base amplifier, the emitter follower, the high-frequency behavior of transistors
Differential Amplifiers
The DC current sources, differential amplifier, small-signal equivalent circuit analysis of the emitter-coupled differential pair, dynamic load, the long-tailed pair, design of the emitter-coupled differential amplifier
Feedback Amplifiers
The concept of feedback, types of feedback network, analysis of negative feedback circuits, effects of feedback on gain, reduction of nonlinear distortion and noise, input and output impedance, practical feedback networks, design of feedback amplifier
Power Amplifiers and Power supplier
Class-A output stages, Class-B amplifiers, linear voltage regulators, linear-power-supply design, Comparators and Schmitt trigger circuits, precision rectifier
四、学时分配建议
总 学 时：72
讲授学时：54 (contact) 序号
Amplifiers 2 3
Diodes and diode circuits Bipolar junction transistors
教学内容
学时安排
4 14 10 Total
Amplifiers 7
Power amplifiers and Power Supplier
Amplifiers
54