Electronics: Principles and Applications w/Multi Sim CD

by Schuler, Charles

• ISBN13: 9780073316512
• ISBN10: 0073316512
• Edition: 7th
• Format: Hardcover
• Copyright: 2007-02-23
• Publisher: Career Education

Summary

Electronics: Principles and Applicationsprovides 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.

Table of Contents

Electronics: Principles and Applications 7th edition

Introduction

A Brief History

Digital or Analog

Analog Functions

Trends in Electronics

Semiconductors

Conductors & Insulators

Semiconductors

N-Type Semiconductors

P-Type Semiconductors

Diodes

The PN Junction

Characteristic Curves of Diodes

Diode Lead Identification

Diode Types and Applications

Power Supplies

The Power-Supply System

Rectification

Full-Wave Rectification

Conversion of RMS Values to Average Values

Filters

Voltage Multipliers

Ripple and Regulation

Zener Regulators

More Karnaugh Maps

Transistors

Amplification

Transistors

Characteristic Curves

Transistor Data

Transistor Testing

Other Transistor Types

Transistors as Switches

Introduction to Small-Signal Amplifiers

Measuring Gain

Common-Emitter Amplifier

Stabilizing the Amplifier

Other Configurations

Simulation and Models

More About Small-Signal Amplifiers

Amplifier Coupling

Voltage Gains in Coupled Stages

Field-Effect Transistor (FET) Amplifiers

Negative Feedback

Frequency Response

Triggering Flip-Flops

Schmitt Triggered Devices

IEEE Logic Symbols

Large-Signal Amplifiers

Amplifier Class

Class A Power Amplifiers

Class B Power Amplifiers

Class AB Power Amplifiers

Class C Power Amplifiers

Switch-Mode Amplifiers

Operational Amplifiers

The Differential Amplifier

Differential Amplifier Analysis

Operational Amplifiers

Setting Op-Amp Gain

Frequency Effects in Op Amps

Op-Amp Applications

Comparators

Troubleshooting

Preliminary Checks

No Output

Reduced Output

Distortion and Noise

Intermittents

Operational Amplifiers

Oscillators

Oscillator Characteristics

RC Circuits

LC Circuits

Crystal Circuits

Relaxation Oscillators

Undesired Oscillations

Oscillator Troubleshooting

Direct Digital Synthesis

Communications

Modulation and Demodulation

Simple Receivers

Superheterodyne Receivers

Frequency Modulation and Single Sideband

Wireless Networks

Troubleshooting

Integrated Circuits

Introduction

Fabrication

The 555 Timer

Analog ICs

Mixed IC Signals

Troubleshooting

Electronic Control Devices and Circuits

Introduction

The Silicon-Controlled Rectifier

Full-Wave Devices

Feedback in Control Circuitry

Troubleshooting Electronic Control Circuits

Regulated Power Supplies

Open-Loop Voltage Regulation

Closed-Loop Voltage Regulation

Current and Voltage Limiting

Switch-Mode Regulators

Troubleshooting Regulated Power Supplies

Digital Signal Processing

Overview of DSP Systems

Moving-Average Filters

Fourier Theory

Digital Filter Theory

Other DSP Applications

Limitations of DSP

DSP Troubleshooting

Soldering

Thermionic Devices

Glossary

Index

Table of Contents provided by Publisher. All Rights Reserved.