Analog Electronics: Analysis and Design
Malcolm E. Goodge · Medical Entomology and Zoology · 1990
Part 1 introductory topics: basic concepts and terminology circuit analysis the basic electronic circuit. Part 2 electronic devices and components temperature limitation voltage limitation performance of semiconductor devices - diodes and transistors performance of passive components - resistors, capacitors and wound components manufacturing costs. Part 3 small-signal amplifiers - basics: BJT FET bias circuits AC operation - coupling and bypass AC performance single-stage configurations. Part 4 frequency response: sinusoidal response of CR networks general small-signal amplifier model amplifier response at LF amplifier response at HF overall response of specific amplifiers distortion pulse response. Part 5 feedback: fundamentals gain sensitivity effect of feedback on frequency response and bandwidth reduction of distortion using negative feedback basic feedback arrangements effect of feedback on input and output resistances practical implementation of feedback. Part 6 small-signal amplifers - advanced topics: bootstrapping biasing by current mirror active loads differential stage darlington stage complementary stage cascode amplifier cascaded amplifiers tuned amplifier. Part 7 operational amplifiers: amplifier circuit analysis ideal op-amp non-ideal performance some practicalities. Part 8 power amplifiers. Part 9 analogue signal generation and processing: signal generation - linear oscillators analogue signal processing. Part 10 pulse circuits: discrete-component pulse circuits op-amp pulse circuits. Part 11 power supplies: types of supplies AC-DC supplies DC-AC supplies DC-DC supplies voltage multiplication batteries. Appendices: fourier representation tuned circuits component coding preferred (E-series) component values manufacturers'data sheets of selected devices and ICs.