Electronic engineer's handbook (4th ed' 96)

Principles and techniques. Materials and hardware. Circuits and functions.

Part 1: Principles and Techniques. 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, and Symbols, Constants, and Definitions.
Part 2: Materials and Hardware. Properties of Materials. Electronic and Fiber Optic Components. Integrated Circuits and Microprocessors. UHF and Microwave Devices. Transducers and Sensors. Microsensors and Micro actuators in Microelectromechanical Systems. Radiant Energy Sources and Sensors.
Part 3: Circuits and Functions. Filters and Attenuators. Amplifiers and Oscillators. Modulators, Demodulators, and Convertors. Power Electronics. Pulse Circuits, Logic Circuits, and Waveform Generators. Measurement Circuits. Antennas and Wave Propagation.
Part 4: Systems and Applications. Audio Systems. Video and Facsimile Systems. Broadcasting Systems. Telecommunications. Digital Computer Systems. Electronic Navigation and Detection Systems. Electronics in Medicine and Biology. Resources.

Now in its fourth edition, this classic electronics handbook has been thoroughly updated to reflect major advances in cutting-edge electronics technologies. This essential working tool provides quick, easy access to vital and practical information fundamental to the electronics industry. Highlighted topic areas include : materials and hardware, digital computing, UHF and microwave devices, opto-electronics and lasers, circuits and functions, broadcasting systems, telecommunications systems, electronic navigation systems, medical electronics systems... Specifically, this new edition features all new chapters on microsensors and actuators, computer-assisted digital design, and integrated circuits and microprocessors, new sections on light-emitting diodes (LEDs), semiconductor lasers, and dig