Radio-Frequency and Microwave Communication Circuits: Analysis and Design, 2/e (Hardcover)

Devendra K. Misra

  • 出版商: Wiley
  • 出版日期: 2004-07-30
  • 售價: $1,710
  • 語言: 英文
  • 頁數: 632
  • 裝訂: Hardcover
  • ISBN: 0471463973
  • ISBN-13: 9780471478737
  • 相關分類: 微波工程 Microwave
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商品描述

Description:

An accessible treatment of radio-frequency and microwave circuits–thoroughly updated and expanded

In the areas of telemetry, remote monitoring, remote process control, and most significantly wireless communication, radio-frequency and microwave circuits play an elemental role. As the superior performance of RF circuits over infrared technology becomes increasingly clear, a wide array of applications is emerging, from cordless computer keyboards to cell phones. Now in a comprehensively updated second edition, Radio-Frequency and Microwave Communication Circuits considers circuits within the broad context of communications systems. An ideal entry point for both practicing engineers and students studying or transitioning into the high-tech wireless field, this volume does not require prior in-depth knowledge of electromagnetic fields.

The author provides a thorough overview of frequency bands, RF and microwave devices, and applications. The Second Edition includes new or enhanced coverage of transmitters and receivers, digital modulation and demodulation, electromagnetic waves, waveguides including electromagnetic waves and Maxwell equations, oscillator design, and FET mixers. Other key topics covered include:

  • Resonant circuits and two-port networks: including concepts of network parameters such as impedence, admittance, hybrid, transmission, and scattering
  • Communication systems: terrestrial and satellite systems, antenna terminology, the Friis transmission formula, the radar equation, and Doppler radar
  • Oscillator design: feedback concepts; Harley, Colpitts, and Clapp oscillators; crystal oscillators; synthesizers; and transistor oscillator design
  • Detectors and mixers: AM and FM signal characteristics and detection schemes; single-diode, FET, and double-balanced mixers; RF detectors; conversion loss; and field-effect transistor mixers

Extensive appendices include logarithmic units, design equations for selected transmission lines, and a list of commonly used abbreviations. An expanded selection of class-tested problem sets at the end of each chapter–275 problems in all–and more than 150 solved, real-world examples with step-by-step explanations are provided. Valuable supplementary resources are also available: a solutions manual, as well as material on CAD techniques that can be accessed at an FTP site. This Second Edition is an ideal introduction for students and a vital reference for practitioners of this fast-growing and in-demand technology.

 

Table of Contents:

1 Introduction.

1.1 Microwave Transmission Lines.

1.2 Transmitter and Receiver Architectures.

2 Communication Systems.

2.1 Terrestrial Communication.

2.2 Satellite Communication.

2.3 Radio-Frequency Wireless Services.

2.4 Antenna Systems.

2.5 Noise and Distortion.

Suggested Reading.

Problems.

3 Transmission Lines.

3.1 Distributed Circuit Analysis of Transmission Lines.

3.2 Sending-End Impedance.

3.3 Standing Wave and Standing Wave Ratio.

3.4 Smith Chart.

Suggested Reading.

Problems.

4 Electromagnetic Fields and Waves.

4.1 Fundamental Laws of Electromagnetic Fields.

4.2 The Wave Equation and Uniform Plane Wave Solutions.

4.3 Boundary Conditions.

4.4 Uniform Plane Wave Incident Normally on an Interface.

4.5 Modified Maxwell’s Equations and Potential Functions.

4.6 Construction of Solutions.

4.7 Metallic Parallel-Plate Waveguide.

4.8 Metallic Rectangular Waveguide.

4.9 Metallic Circular Waveguide.

Suggested Reading.

Problems.

5 Resonant Circuits.

5.1 Series Resonant Circuits.

5.2 Parallel Resonant Circuits.

5.3 Transformer-Coupled Circuits.

5.4 Transmission Line Resonant Circuits.

5.5 Microwave Resonators.

Suggested Reading.

Problems.

6 Impedance-Matching Networks.

6.1 Single Reactive Element or Stub Matching Networks.

6.2 Double-Stub Matching Networks.

6.3 Matching Networks Using Lumped Elements.

Suggested Reading.

Problems.

7 Impedance Transformers.

7.1 Single-Section Quarter-Wave Transformers.

7.2 Multisection Quarter-Wave Transformers.

7.3 Transformer with Uniformly Distributed Section Reflection Coefficients.

7.4 Binomial Transformers.

7.5 Chebyshev Transformers.

7.6 Exact Formulation and Design of Multisection Impedance Transformers.

7.7 Tapered Transmission Lines.

7.8 Synthesis of Transmission Line Tapers.

7.9 Bode–Fano Constraints for Lossless Matching Networks.

Suggested Reading.

Problems.

8 Two-Port Networks.

8.1 Impedance Parameters.

8.2 Admittance Parameters.

8.3 Hybrid Parameters.

8.4 Transmission Parameters.

8.5 Conversion of Impedance, Admittance, Chain, and Hybrid Parameters.

8.6 Scattering Parameters.

8.7 Conversion From Impedance, Admittance, Chain, and Hybrid Parameters to Scattering Parameters, or Vice Versa.

8.8 Chain Scattering Parameters.

Suggested Reading.

Problems.

9 Filter Design.

9.1 Image Parameter Method.

9.2 Insertion-Loss Method.

9.3 Microwave Filters.

Suggested Reading.

Problems.

10 Signal-Flow Graphs and Their Applications.

10.1 Definitions and Manipulation of Signal-Flow Graphs.

10.2 Signal-Flow Graph Representation of a Voltage Source.

10.3 Signal-Flow Graph Representation of a Passive Single-Port Device.

10.4 Power Gain Equations.

Suggested Reading.

Problems.

11 Transistor Amplifier Design.

11.1 Stability Considerations.

11.2 Amplifier Design for Maximum Gain.

11.3 Constant-Gain Circles.

11.4 Constant Noise Figure Circles.

11.5 Broadband Amplifiers.

11.6 Small-Signal Equivalent-Circuit Models of Transistors.

11.7 DC Bias Circuits for Transistors.

Suggested Reading.

Problems.

12 Oscillator Design.

12.1 Feedback and Basic Concepts.

12.2 Crystal Oscillators.

12.3 Electronic Tuning of Oscillators.

12.4 Phase-Locked Loop.

12.5 Frequency Synthesizers.

12.6 One-Port Negative Resistance Oscillators.

12.7 Microwave Transistor Oscillators.

Suggested Reading.

Problems.

13 Detectors and Mixers.

13.1 Amplitude Modulation.

13.2 Frequency Modulation.

13.3 Switching-Type Mixers.

13.4 Conversion Loss.

13.5 Intermodulation Distortion in Diode-Ring Mixers.

13.6 FET Mixers.

Suggested Reading.

Problems.

Appendix 1: Decibels and Neper.

Appendix 2” Characteristics of Selected Transmission Lines.

Appendix 3: Specifications of Selected Coaxial Lines and Waveguides.

Appendix 4: Some Mathematical Formulas.

Appendix 5: Vector Identities.

Appendix 6: Some Useful Network Transformations.

Appendix 7: Properties of Some Materials.

Appendix 8: Common Abbreviations.

Appendix 9: Physical Constants.

Index.

商品描述(中文翻譯)

描述:
在遙測、遠程監控、遠程過程控制以及無線通信等領域中,射頻和微波電路扮演著重要的角色。隨著人們越來越清楚射頻電路在性能上優於紅外技術,從無線電腦鍵盤到手機等各種應用不斷出現。《射頻和微波通信電路》第二版全面更新和擴展,將電路放在通信系統的廣泛背景下討論。這本書對於實踐工程師和學習或轉入高科技無線領域的學生來說是一個理想的入門點,不需要對電磁場有深入的了解。

作者提供了頻率帶、射頻和微波設備以及應用的全面概述。第二版增加了對發射機和接收機、數字調製和解調製、電磁波、波導(包括電磁波和馬克士韋方程)、振盪器設計和場效應晶體管混頻器的新內容或增強內容。其他重要主題包括:
- 諧振電路和雙端口網絡:包括阻抗、導納、混合、傳輸和散射等網絡參數的概念
- 通信系統:地面和衛星系統、天線術語、Friis傳輸公式、雷達方程和多普勒雷達
- 振盪器設計:反饋概念;Harley、Colpitts和Clapp振盪器;晶體振盪器;合成器;和晶體管振盪器設計
- 接收器和混頻器:AM和FM信號特性和檢測方案;單二極管、場效應晶體管和雙平衡混頻器;射頻檢測器;轉換損耗;和場效應晶體管混頻器

廣泛的附錄包括對數單位、選定傳輸線的設計方程式以及常用縮寫詞的列表。每章末尾提供了更多的經過班級測試的問題集,共275個問題,以及150多個解決了的實際例子,並提供了逐步解釋。還提供了有價值的補充資源:解答手冊以及可以在FTP站點上訪問的CAD技術材料。這本第二版是學生的理想入門書,也是這個快速增長且需求量大的技術的很重要的參考書。

目錄:
1. 引言
1.1 微波傳輸線
1.2 發射機和接收機架構
2. 通信系統
2.1 地面通信
2.2 衛星通信