Electronics Engineers' Handbook

Basic phenomena; mathematics, formulas, definitions, and theorems; circuit principles; information; communication, noise and interference; systems engineering; reliability of components and systems; computer-assisted design; standards, units symbols, constants and definitions; properties of materials; electronic and fibre optic components; integrated circuits and microprocessors; UHF and microwave devices; transducers and sensors; microsensors and microactuators in microelectromechanical systems; radiant energy sources and sensors; filters and attenuators; amplifiers and oscillators; modulators, demodulators, and converters; power electronics; pulsed circuits, logic circuits, and waveform generators; measurement circuits; antennas and wave propagation; audio systems; video and facsimile systems; broadcasting systems; telecommunications; digital computer systems; electronics in process control; electronic navigation and detection systems; electronics in medicine and biology.