Electrical Engineering Handbook

Abstract

Part 1 Circuits: passive components voltage and current sources linear circuit analysis passive signal processing nonlinear circuits Laplace transform state variables, W.-K. Chen the z-transform, R.C. Dorf and Z. Wan t-pi equivalent networks transfer functions of filters frequency response stability analysis. Part 2 Signal processing: digital signal processing speech signal processing spectral estimation and modelling multidimensional signal processing VLSI for signal processing acoustic signal processing neural networks. Part 3 Electronics: semiconductors semiconductor manufacturing integrated circuits surface mount technologies operational amplifiers amplifiers computer-aided circuit simulation active filters power electronics optoelectrics D/A and A/D converters thermal management of electronics. Part 4 Electromagnetics: electromagnetic fields magnetism and magnetic fields wave propagation antennas microwave devices compatibility lightwave solid state circuits three-dimensional analysis computational electromagnetics. Part 5 Electrical effects and devices: electroacoustic devices surface acoustic wave filters ultrasound ferroelectric and piezoelectric materials piezoresistivity the Hall effect superconductivity pyroelectric materials and devices dielectrics and insulators sensors magneto-optics smart materials. Part 6 Energy: conventional power generation distributed power generation transmission power transformers energy distribution electrical machines energy management. Part 7 Communications: broadcasting digital communication optical communication networks B-ISDN information theory satellites and aerospace personal and office phase locked loop telemetry computer-aided design and analysis of communication systems. Part 8 Digital devices: logic elements memory devices logical devices microprocessors displays data acquisition testing. Part 9 Computer engineering: organization programming memory systems input and output software engineering computer graphics computer networks fault tolerance knowledge engineering parallel processors operating systems computer security computer reliability. Part 10 Systems: control systems robotics aerospace systems command, control and communications (c3) industrial systems man-machine systems vehicular systems industrial illuminating systems instruments navigation systems. Part 11 Biomedical systems bioelectricity biomedical sensors bioelectronics and instruments medical imaging rehabilitation engineering biocomputing safety and risk control issues.