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Electronics and electronic systems /
Electronics and Electronic Systems explores the significant developments in the field of electronics and electronic devices. This book is organized into three parts encompassing 11 chapters that discuss the fundamental circuit theory and the principles of analog and digital electronics. This book de...
| Call Number: | Libro Electrónico |
|---|---|
| Main Author: | |
| Format: | Electronic eBook |
| Language: | Inglés |
| Published: |
London ; Boston :
Butterworths,
1987.
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| Subjects: | |
| Online Access: | Texto completo |
Table of Contents:
- Front Cover; Dedication; Electronics and Electronic Systems; Copyright Page; Preface; Table of Contents; Part 1: Passive components and circuit theory; Chapter 1. Introduction; Chapter 2. Passive components; Waveforms; The basic electronic system; Resistors; Series and parallel connections; Capacitors; Inductors; Mutual inductance; Chapter 3. Basic circuit theory; Foundations; Mesh and nodal analyses; The Wheatstone bridge; The Superposition Theorem; Th�evenin's Theorem; Norton's Theorem; Exercises; Chapter 4. Passive component networks; Sine wave response in LCR circuits; Phasor diagrams.
- The j-notationFrequency response; Phase response; Bode plots; Resonant circuits; Equation transformation; Laplace transforms; Circuit equivalents; Non-sinusoidal and transient response in LCR circuits; Exercises; Part 2: Analogue electronics; Chapter 5. Semiconductor devices; The pn junction rectifier; Point contact diodes; Zener diodes; The silicon controlled rectifier (SCR); The triac; The diac; The unijunction transistor; Solar cells; Transistors; Field-effect transistors; Characteristic equations; Junction transistors; Transistor characteristics; 'Hidden' components.
- Chapter 6. Diode applicationsThe diode as a clamp and limiter; The diode as a d.c. level adjuster; Rectification; Filter circuits for power supplies; Stabilizers; Switched mode power supplies; High-voltage generation; Power control circuits using SCRs and triacs; Exercises; Chapter 7. Transistor amplifiers; FET amplifiers; FET biasing circuits; Square-wave response in amplifiers; Estimation of amplifier gain; Bipolar transistor amplifiers; Temperature effects and bias stabilization; Transistor parameters and equivalent circuits; Multistage amplifiers; Feedback circuits; Negative feedback.
- The emitter followerRegulated power supplies; The Darlington pair; The bootstrap circuit technique; The Miller effect; Power amplifiers; Exercises; Chapter 8. Analogue integrated circuits; Operation amplifiers-basic circuitry; Applications of analogue ICs; Frequency compensation; The summing amplifier; The integrating amplifier; Chopper-stabilized amplifier; The differentiating circuit; Miscellaneous circuits; Logarithmic amplifiers; Instrumentation amplifiers; Active filters; Exercises; Chapter 9. Harmonic oscillators; Oscillators for high frequencies; Crystal oscillators.
- Negative resistance oscillatorsRC oscillators; Low-frequency generators; Exercises; Part 3: Digital electronics; Chapter 10. Fundamentals; Boolean algebra; Relay representation of the connectives; Transistor switches; Logic circuitry terminology; Transistor-transistor logic (TTL) gates; Emitter-coupled logic gates; MOSFET gates; CMOS gates; Tristate Logic Gates; Digital signals; Generation of rectangular waveforms; Telex and analogue signals; Number systems and counting codes; Codes; Chapter 11. Logic and digital circuits; Combinational circuits; Multiplexers; Sequential logic circuits.