A fully comprehensive text for courses in electrical principles, circuit theory and electrical technology, providing 800 worked examples and over 1,350 further problems for students to work through at their own pace. This book is ideal for students studying engineering for the first time as part of BTEC National and other pre-degree vocational courses, as well as Higher Nationals, Foundation Degrees and first-year undergraduate modules.
'Lots of good text and diagrams in clearly laid out chapters.' Tracey Sheehan, South Kent College
'This book is ideal for the higher courses and a useful buy for those starting out on the BTEC level 3.' James Goode, Derby College
'We‘re definitely using this great book and wholly recommending that our first year Electrical and Electronic Engineering students buy it.' Neil Beattie, Northumbria University
Preface; Part 1 Revision of some Basic Mathematics; Part 2 Basic Electrical Engineering Principles; Units associated with basic electrical quantities; An introduction to electric circuits; Resistance variation; Batteries and alternative sources of energy; Series and parallel networks; Capacitors and capacitance; Magnetic circuits. Electromagnetism; Electromagnetic induction; Electrical measuring instruments and measurements; Semiconductor diodes; Transistors; Main formulae for Part 2; Part 3 Electrical Principles and Technology; D.c. circuit theory; Alternating voltages and currents; Single-phase series a.c. circuits; Single-phase parallel a.c. circuits; D.c. transients; Operational amplifiers; Three phase systems; Transformers; D.c. machines; Three-phase induction motors; Main formulae for Part 3; Part 4 Advanced Circuit Theory and Technology; Revision of complex numbers; Application of complex numbers to series a.c. circuits; Application of complex numbers to parallel a.c. circuits; Power in a.c. circuits; A.c. bridges; Series resonance and Q-factor; Parallel resonance and Q-factor; Introduction to network analysis; Mesh-current and nodal analysis; The superposition theorem; Thevenin’s and Norton’s theorems; Delta-star and star-delta transformations; Maximum power transfer theorems and impedance matching; Complex waveforms; A numerical method of harmonic analysis; Magnetic materials; Dielectrics and dielectric loss; Field theory; Attenuators; Filter networks; Magnetically coupled circuits; Transmission lines; Transients and Laplace transforms; Main formulae for Part 4; Part 5 General reference; Standard electrical quantities – their symbols and units; Greek alphabet; Common prefixes; Resistor colour coding and ohmic values; Index.