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Basic Electrical and Electronic Engineering F,G. Bell

Basic Electrical and Electronic Engineering von F,G. Bell

Basic Electrical and Electronic Engineering F,G. Bell

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Zusammenfassung

Originally entitled Basic Engineering, changes to this edition include the reorganization of early chapters to provide a fuller introduction to basic concepts, the inclusion of chapters on attenuators, filters and oscillators, as well as the incorporation of more problems in all chapters.

Basic Electrical and Electronic Engineering Zusammenfassung

Basic Electrical and Electronic Engineering F,G. Bell

The first edition of this highly successful textbook appeared in 1977. With the production of a fourth edition, the opportunity has been taken to change the title, from Basic Electrical Engineering, to indicate the usefulness of the book to both electrical and electronic engineers. Changes include a reorganisation of the early chapters to provide a fuller introduction to basic concepts, the inclusion of chapters on attenuators and filters, and oscillators, as well as the incorporation of more problems with all chapters.

Inhaltsverzeichnis

Part 1 Basic Principles:; Electrical and electronic circuits; Resistance; Flux; Magnetic flux; Inductance; Magnetic circuits; Capacitance; Energy stored in inductors and capacitors; Resistors, inductors and capacitors in circuits; Problems; Part 2 Electric Circuits:; Kirchoff's laws; Thevenin's theorem; Norton's theorem; Superposition theorem; Ideal voltage and current sources; Maximum power transfer; Problems; Part 3 Transients:; Circuits with resistors, capacitors and inductors; Series RL and RC circuits; RLC circuit; Problems; Part 4 Steady State Alternating Currents:; Alternating currents; Sinusoidal response of RLC circuits; j notation; Power in a.c. circuits; Frequency response of circuits; Problems; Part 5 Three-phase Circuits:; Three-phase systems; Voltage and current relationships; Power in three-phase circuits; Problems; Part 6 Semiconductor Devices: Semiconductors; Doped semiconductors; The pn junction diode; The diode in a circuit; The Zener diode; The Varactor diode; The junction transistor; The transistor in a circuit; The field effect transistor (FET); Switching devices; Integrated circuits; Problems; Chapter 7 Amplifiers:; Amplifier gain; Input and output impedance; Logarithmic gain units; Amplifier bandwidth; The application of feedback to amplifiers; Problems; Part 8 Transistor Amplifiers:; Small signal common emitter amplifier; Emitter follower circuit; Problems; Part 9 Operational Amplifiers:; The operational amplifier; The inverting amplifier; The non-inverting amplifier; Differential amplifier; Problems; Chapter 10 Oscillators:; Criteria for oscillation; LC oscillators; RC oscillators; Crystal oscillator; Problems; Part 11 Power Supplies:; Rectifying equipment; The half wave rectifier; The full wave rectifier; Polyphase rectifiers; Ripple reduction; Voltage multiplying rectifiers; Power supply regulation; Controlled power rectification; Problems; Part 12 Transformers:; Transformers; Equivalent circuit; Transformer tests; Voltage regulation; Efficiency of the transformer; The voltage equation; Auto-transformers; Three-phase transformers; Problems; Part 13 Attenuators and Filters:; Attenuators; Characteristic impedance; Filters; Active filters; Problems; Part 14 Digital Systems:; Analogue and digital signals; Number systems and codes; Boolean algebra; Electronic gates; The realization of switching functions; The Karnaugh map; Realizations using NAND or NOR gates; Alternative gate symbols; Use of a multiplexer as logic function generator; Read only memories as logic function generators; Programmable logic arrays; Integrated circuits; Problems; Part 15 Sequential Logic Systems:; Sequential networks; Registers and counters; Formal methods for synchronous counter design; The multivibrator; Problems Part 16 Microprocessors:; Digital computers; The power of a CPU; Memory organization; Registers; Instruction sets; Entering the program; Assembly language programs; Input/output programming; Interrupt sources; Systems software; The use of microprocessors in digital system design; Problems; Part 17 Electrical Transducers:; Basic function of transducers; Dynamic properties of transducers; Resistance transducers; Reactance transducers; Electrodynamic transducers; Piezoelectric transducers; Thermocouples; Problems; Part 18 Signal Processing:; Noise; Analogue/digital conversions; Fourier representation of signals; Data transmission; Modulation systems; Problems; Chapter 19 Electrical Machines:; Motors and generators; The d.c. generator; D.C. motors; Three-phase rotating fields; Three-phase alternators; Synchronous motors; Induction motors; Single-phase induction motors; Universal motor; Stepping motors; Motors and applications; Problems; Part 20 Electrical Measurements:; Measurement of current and voltage; Measurement of energy and power; Measurement of resistance; Measurement of inductance and capacitance; Cathode ray oscilloscope; Problems; Answers to Problems; Index

Zusätzliche Informationen

GOR003357458
9780632034932
0632034939
Basic Electrical and Electronic Engineering F,G. Bell
F,G. Bell
Gebraucht - Sehr Gut
Broschiert
John Wiley and Sons Ltd
19930409
560
N/A
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