Synopses & Reviews
Comprehensive, up-to-date, and applied coverage of modern microwave engineering
Complete with practical applications and clear design procedures, Pozar’ s Third Edition of MICROWAVE ENGINEERING offers a comprehensive, up-to-date presentation of the field. Based on fundamental principles of electrical engineering, the text shows that microwave circuits and devices can be explained through the use of circuit theory, Maxwell’ s equations, and related concepts.
Now updated and revised, this Third Edition features new material on active circuit design, nonlinear effects, and noise.
Highlight include: New and revised coverage: The third Edition presents new materials on capacitively coupled resonator filters, RF MEMS, transistor power amplifiers, transistor oscillators, frequency multipliers, oscillator phase noise, and FET mixers, as well as substantially revised coverage of a number of topics. Many examples covering both theory and design: Examples, including many that are new or revised for this edition, show how typical problems are solved, how typical designs are carried out, and how typical component designs perform. A wide variety of problems: Problems, including many that are new or revised, also cover both theory and design. Answers to selected problems provide opportunities for self-assessment. Discussion of both the how and the why of microwave engineering: The text begins with fundamental concepts, then builds on these to show how microwave components and circuits operate, and how they are designed. Extra resource on the Web: The web site for this text includes a Laboratory Manual of experiments from the University of Massachusetts and related files forusing Ansoft’ s Serenade Microwave CAD package for several of the examples and problems in the book.
Also by David M. Pozar:
Microwave and RF Design of Wireless Systems
This book offers a quantitative and design-oriented presentation of the analog RF aspects of modern wireless telecommunications and data transmission systems from the antenna to the baseband level. It takes an integrated approach to topics such as antennas and proagation, microwave systems and circuits and communication systems.
Undersztand every aspect of modern wireless system design
From the antenna to the baseband level - David Pozar's MICROWAVE AND RF DESIGN OF WIRELESS SYSTEMS offers ther most completer and up-to-date presentation of the operation and design of modern wireless telecommunication systems.
Integrating a wide range of topics into one design-oriented framework, the text covers antennas and propagation, noise characterization of systems and components, digital modulation methods, and the design and operation of wireless components such as filters, amplifiers, mixers, and phase-locked loops. This comprehensive approach helps readers understand how the various technologies involved in wireless systems are interrelated.
The text builds on a strong foundation of fundamental principles, and offers many practical examples and design problems. You'll learn how to:
- Design modern wireless telecommunication and data transmission systems.
- Analyze a complete radio system, from the transmitter through the receiver front-end.
- Evaluate factors such as carrier-to-noise ratio, receiver noise figure, intermodulation products, spurious mixer products, image frequencies, dynamic range, Rayleigh fading, bit error rate, and maximum data rate.'Solve real-world, design-oriented problems.
Ein neues Lehrbuch der drahtlosen Kommunikation vom Autor des erfolgreichen Bandes "Microwave Engineering"! Die analogen Hochfrequenzaspekte der drahtlosen Telekommunikation und Datenübertragung werden in dieser quantitativen, designorientierten Darstellung berücksichtigt. Zu den Themen gehören u.a. Rauschen, Übersprechen, Dynamikbereiche, Antennen und Filter. Der Leser lernt, ein vollständiges Radiosystem vom Sender bis zum Empfänger zu analysieren und quantitativ zu evaluieren. (12/00)
Table of Contents
Introduction to Wireless Systems.
Transmission Lines and Microwave Networks.
Noise and Distortion in Microwave Systems.
Antennas and Propagation for Wireless Systems.
Transistor Oscillators and Frequency Synthesizers.