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Principles of Analog Electronics

Langue : Anglais

Auteur :

Couverture de l’ouvrage Principles of Analog Electronics

In the real world, most signals are analog, spanning continuously varying values. Circuits that interface with the physical environment need to be able to process these signals. Principles of Analog Electronics introduces the fascinating world of analog electronics, where fields, circuits, signals and systems, and semiconductors meet. Drawing on the author’s teaching experience, this richly illustrated, full-color textbook expertly blends theory with practical examples to give a clear understanding of how real electronic circuits work.

Build from the Essentials of Math, Physics, and Chemistry to Electronic Components, Circuits, and Applications

Building a solid foundation, the book first explains the mathematics, physics, and chemistry that are essential for grasping the principles behind the operation of electronic devices. It then examines the theory of circuits through models and important theorems. The book describes and analyzes passive and active electronic devices, focusing on fundamental filters and common silicon-based components, including diodes, bipolar junction transistors, and metal–oxide–semiconductor field-effect transistors (MOSFETs). It also shows how semiconductor devices are used to design electronic circuits such as rectifiers, power suppliers, clamper and clipper circuits, and amplifiers. A chapter explores actual applications, from audio amplifiers and FM radios to battery chargers.

Delve Deeper into Analog Electronics through Curiosities, Key Personalities, and Practical Examples

Each chapter includes helpful summaries with key points, jargon, and terms, as well as exercises to test your knowledge. Practical tables illustrate the coding schemes to help identify commercial passive and active components. Throughout, sidebars highlight "curiosities," interesting observations, and examples that make the subject more concrete. This textbook offers a truly comprehensive introduction to the fundamentals of analog electronics, including essential background concepts. Taking a fresh approach, it connects electronics to its importance in daily life, from music to medicine and more.

Mathematical Tools

Multiples and Submultiples

Periodic Waveforms

Complex Numbers

Phase Vector (or Phasor)

Laplace Transform

Taylor Series

Fourier Series and Integral

Modulation

Key Points, Jargon and Terms

Exercises

Physical and Electrical Background

Force, Work, Energy, Power

Heat and Temperature

Electric Charge

Coulomb Force

Electric Field

Electric Induction

Electric Current

Electric Voltage

Electron Mobility

Electric Energy and Power

Conventional Notations

Magnetic Field

Magnetic Induction

Undulatory Phenomena

Key Points, Jargon and Terms

Exercises

Nature of Matter

Atomic Model

Lattice

Wave-Particle Duality

Electromagnetic Radiation

Energy Band Theory

Conductors

Insulators

Semicondutors

Electrical Resistance and Joule Heating

Temperature Coefficient

Key Points, Jargon and Terms

Two-Terminal Components

Definitions

Conventional Notations

Topology of Interconnections

Resistors

Electrical Sources

Capacitors

Inductors

Capacitor-Inductor Duality

Complex Power

Summing-Up of Constitutive Relations

Key Points, Jargon and Terms

Exercises

Two-Port Networks

Definitions

Transformers

Dependent Sources

Models of Two-Port Networks

Interconnections of Two-Port Networks

Key Points, Jargon and Terms

Exercises

Circuit Theorems

Definitions

Kirchhoff’s Laws

Thévenin’s Theorem

Norton’s Theorem

Superposition Theorem

Miller’s Theorem

Miller’s Dual Theorem

Substitution Theorem

Impedance Matching and Bridging

Who Decides What

Key Points, Jargon and Terms

Exercises

Frequency Domain

Introduction

Resistance, Reactance, Impedance

Electronic Filters

Sources of Phase Shift

RC Integrator

Key Points, Jargon and Terms

Exercises

Semiconductor Components

Doping of Semiconductors

Charge Carriers

Current in Semiconductors

P-N Junction

Diode

BJT

MOSFET

BJT Vs. MOSFET

Numbering and Coding Schemes

Key Points, Jargon and Terms

Exercises

Diode Circuits

Rectifiers

DC Power Supply

Voltage Doubler Circuits

Clamper Circuits

Clipper Circuits

Key Points, Jargon and Terms

Exercises

Amplifiers: Intro

Introduction

Key Parameters

Types of Amplifier

Loading Effect and Driving Parameters

Key Points, Jargon and Terms

Exercises

Amplifiers: Basic BJT Configurations

Conventional Notations

Step-by-Step First Design

BJT as a Signal Amplifier

C.E. Configuration

Swamped C.E.

C.C. Configuration (Emitter Follower)

C.B. Configuration

C.E., C.B., C.C. Comparisons

BJT’s Simplified Hybrid Model

Bias Stability

Key Points, Jargon and Terms

Exercises

Amplifiers: Basic MOSFET Configurations

MOSFET as a Signal Amplifier

C.S. Configuration

C.D. Configuration (Source Follower)

C.G. Configuration

Comparison Among C.S., C.D., C.G.

Bias Stability

MOSFET as a Switch

Key Points, Jargon and Terms

Exercises

Amplifiers: Variants

Increased Input Resistance

Transformer-Coupled Load

Cascode Amplifier

Differential Amplifier

Key Points, Jargon and Terms

Amplifiers: Cascading Stages

Coupling

DC Analysis

AC Analysis

Double Stage C.E.-C.E.

Double Stage C.E.-C.C.

Double Stage C.C.-C.E.

Double Stage C.S.-C.E.

Bandwidth

Key Points, Jargon and Terms

Exercises

Some Applications

Audio Amplifier

FM Radio

Battery Charger

Early Heart Pacemaker

Other Transistor Applications

Date de parution :

Ouvrage de 724 p.

156x23.5 cm

Disponible chez l'éditeur (délai d'approvisionnement : 13 jours).

Prix indicatif 70,91 €

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