1. Operational amplifiers and applications -- 1.1 Basic amplifier characteristics -- 1.2 Modeling the OpAmp -- 1.3 Basic applications of the OpAmp -- 1.3.1 Inverting amplifier -- 1.3.2 Summing amplifier -- 1.3.3 Non-inverting amplifier -- 1.3.4 Difference amplifier -- 1.3.5 Integrator -- 1.3.6 Differentiator -- 1.4 Differential amplifiers -- 1.5 Non-ideal characteristics of OpAmps -- 1.5.1 Finite gain, finite input resistance and non-zero output resistance -- 1.5.2 Input parameter variations -- 1.5.3 Output parameter limitations -- 1.5.4 Package and supply related parameters -- 1.6 Concluding remarks -- 1.7 Problems -- 1.8 References.
类比积体电路分析与设计: 第三版
Silicon Germanium Heterojunction Bipolar Transistors: Large-signal Modeling and Low-frequency Noise Characterization Aspects
Appropriate for practicing engineers and graduate students, this dense collection details the many advances in using silicon germanium (SiGe) and silicon strained-layer epitaxy to practice bandgap engineering of semiconductor devices.
This text provides a comprehensive introduction to electricity and electronics for students at school or college and other institutions of education and training.