Overview

Electronics: Principles and Applications provides a concise, practical introduction to analog devices, circuits and systems. Like earlier editions, the Seventh Edition combines theory with real-world applications in a well-paced sequence, introducing students to such topics as semiconductors, op amps, linear integrated circuits, switching power supplies, electronic communications devices and DSP. The text prepares students to effectively diagnose, repair, verify, and install electronic circuits and systems, without overwhelming them with excessive theory. MultiSim examples are included for optional simulation activities, with MultiSim circuit files included on a bound-in CD ROM. Prerequisites are a command of algebra and an understanding of fundamental electrical concepts.

Full Product Details

Author:   Charles Schuler
Publisher:   McGraw-Hill Education - Europe
Imprint:   McGraw-Hill Professional
Edition:   7th edition
Dimensions:   Width: 20.30cm , Height: 2.80cm , Length: 26.20cm
Weight:   1.408kg
ISBN:  

9780073316512

ISBN 10:   0073316512
Publication Date:   16 March 2007
Audience:   College/higher education ,  Undergraduate ,  Postgraduate, Research & Scholarly
Replaced By:   0077567706
Format:   Hardback
Publisher's Status:   Out of Print
Availability:   In Print  
Limited stock is available. It will be ordered for you and shipped pending supplier's limited stock.

Table of Contents

Electronics: Principles and Applications 7th edition1 Introduction1-1 A Brief History1-2 Digital or Analog1-3 Analog Functions1-5 Trends in Electronics2 Semiconductors2-1 Conductors & Insulators2-2 Semiconductors2-3 N-Type Semiconductors2-4 P-Type Semiconductors3 Diodes3-1 The PN Junction3-2 Characteristic Curves of Diodes3-3 Diode Lead Identification3-4 Diode Types and Applications4 Power Supplies4-1 The Power-Supply System4-2 Rectification4-3 Full-Wave Rectification4-4 Conversion of RMS Values to Average Values4-5 Filters4-6 Voltage Multipliers4-7 Ripple and Regulation4-8 Zener Regulators4-9 More Karnaugh Maps5 Transistors5-1 Amplification5-2 Transistors5-3 Characteristic Curves5-4 Transistor Data5-5 Transistor Testing5-6 Other Transistor Types5-7 Transistors as Switches6 Introduction to Small-Signal Amplifiers6-1 Measuring Gain6-2 Common-Emitter Amplifier6-3 Stabilizing the Amplifier6-4 Other Configurations6-5 Simulation and Models7 More About Small-Signal Amplifiers7-1 Amplifier Coupling7-2 Voltage Gains in Coupled Stages7-3 Field-Effect Transistor (FET) Amplifiers7-4 Negative Feedback7-5 Frequency Response7-6 Triggering Flip-Flops7-7 Schmitt Triggered Devices7-8 IEEE Logic Symbols8 Large-Signal Amplifiers8-1 Amplifier Class8-2 Class A Power Amplifiers8-3 Class B Power Amplifiers8-4 Class AB Power Amplifiers8-5 Class C Power Amplifiers8-6 Switch-Mode Amplifiers9 Operational Amplifiers9-1 The Differential Amplifier9-2 Differential Amplifier Analysis9-3 Operational Amplifiers9-4 Setting Op-Amp Gain9-5 Frequency Effects in Op Amps9-6 Op-Amp Applications9-7 Comparators10 Troubleshooting10-1 Preliminary Checks10-2 No Output10-3 Reduced Output10-4 Distortion and Noise10-5 Intermittents10-6 Operational Amplifiers11 Oscillators11-1 Oscillator Characteristics11-2 RC Circuits11-3 LC Circuits11-4 Crystal Circuits11-5 Relaxation Oscillators11-6 Undesired Oscillations11-7 Oscillator Troubleshooting11-8 Direct Digital Synthesis12 Communications12-1 Modulation and Demodulation12-2 Simple Receivers12-3 Superheterodyne Receivers12-4 Frequency Modulation and Single Sideband12-5 Wireless Networks12-6 Troubleshooting13 Integrated Circuits13-1 Introduction13-2 Fabrication13-3 The 555 Timer13-4 Analog ICs13-5 Mixed IC Signals13-6 Troubleshooting14 Electronic Control Devices and Circuits14-1 Introduction14-2 The Silicon-Controlled Rectifier14-3 Full-Wave Devices14-4 Feedback in Control Circuitry14-5 Troubleshooting Electronic Control Circuits15 Regulated Power Supplies15-1 Open-Loop Voltage Regulation15-2 Closed-Loop Voltage Regulation15-3 Current and Voltage Limiting15-4 Switch-Mode Regulators15-5 Troubleshooting Regulated Power Supplies16 Digital Signal Processing16-1 Overview of DSP Systems16-2 Moving-Average Filters16-3 Fourier Theory16-4 Digital Filter Theory16-5 Other DSP Applications16-6 Limitations of DSP 16-7 DSP TroubleshootingAppendix ASolderingAppendix BThermionic Devices GlossaryIndex

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