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Phase-Locked Loops Engineering Handbook for Integrated Circuits
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Binding: Hardcover
Dewey Decimal Number: 621
EAN: 9781596931541
ISBN: 159693154X
Label: Artech House Publishers
Manufacturer: Artech House Publishers
Number Of Items: 1
Number Of Pages: 586
Publication Date: February 28, 2007
Publisher: Artech House Publishers
Studio: Artech House Publishers
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Editorial Review:
ICs for microprocessors, DSPs, microcontrollers, and telecommunications are increasingly demanding higher frequencies ranging from 200 to 4000 MHz. Monolithic PLLs can meet these demands, but properly designing new monolithic PLLs is a demanding, complex activity. To guide you through design, simulation, and troubleshooting, turn to this collection of practical solutions, SPICE listings, simulation techniques, and testing set-ups.
Systems designers are requiring that more and more functions be integrated onto a single chip. So you can meet these challenging requirements, this book explains how you can design PLLs so they are isolated from other circuits on a chip, consume minimal power, occupy small die areas, use small value capacitors, and avoid the need for inductors. It gives you all the transistor-level details for designing today's ICs and provides SPICE simulations and methods for verifying performance. This easy-to-reference handbook also thoroughly covers traditional PLL design and development.
Customer Reviews
Average Rating: 
Rating: - Essential for students and practising engineers
This book fills a much needed gap in the texts on the market on PLL design. As a student and then a practising engineer who has designed several PLLs for commercially successful ICs, I find that this book serves as a good college text as well as a handy reference to industrial designers who have to make critical design trade-offs.
If someone were to ask the question - "why should I buy this book versus the rest?" here is what sets this book a class apart.
1. It deals with ... Read More
Rating: - Excellent book with practical material
This is an essential book for PLL designers. It covers all the practical aspects. First two chapters explain the system-level basics, where it can be found in any PLL book. However, the remaining chapters make this book unique. Third chapter explains phase noise, jitter, and spurious signals. Especially, the phase noise theory and connection between phase noise and jitter is very useful to see the big picture. Chapter 4 and 5 explain individual loop components. Detailed explanations of lock detection ... Read More
Rating: - Very Good Book to Learn From and for Reference
I have no hesitation in recommending this book to the experienced PLL designer, the practicing engineer who is starting to design PLLs, system designers who need an understanding of the care-abouts of PLLs and system level effects, as well as students who need some understanding on all levels. This is the best book to date that I have seen discussing the topic.
Although some background is assumed, it is on a level that 3rd year undergraduate students should be able to comprehend. The book ... Read More
Rating: - Best PLL Book for Integrated Circuit Designers
This is the best book for integrated circuit designers who have to design high performance PLLs in their jobs. Not only does it review the fundamental theories of different PLL architectures but also discusses the subtleties of each design. This is by far the best book for real world PLL designs. It should be in every integrated circuit designer's library. I am amazed how many inside tricks and subtleties this book explains. You get up to date on important circuits for high perfomance PLL design that yield ... Read More
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