
Phase-Locked Loop Design is a concise guide to both the theory and design of phase-locked loop circuits. It is written from an engineering point of view, with numerous illustrations, block diagrams, example circuits and experimental results-many based on the author's personal experience-and use of engineering analytical methods, such as signal flow graphs and and Laplace transforms. Potential pit-falls in PLL design are avoided by a rigorous theoretical approach, with almost all results derived from first principles, although maths is used for practical relevance rather than academic interest. This has resulted in a substantially self-contained text which should prove valuable both to the practising engineering in Pll design as well as those with an electronic engineering background but less familiar with the subject.
This text investigates the theoretical foundations and practical application of phase-locked loop (PLL) circuits within the field of electronic engineering. Author P. V. Brennan utilizes his professional experience to bridge the gap between abstract mathematical modeling and real-world circuit implementation. The book provides a rigorous framework for designers to navigate common technical challenges through the application of signal flow graphs and Laplace transforms.
What You Will Find
Scope Limits
Experts and practitioners frequently cite this text as a highly practical resource that balances academic rigor with field-tested utility. Readers often note that the author's focus on derivation from first principles makes the material accessible for those seeking to move beyond superficial design guidelines.
Page Count:
204
Publication Date:
1996-05-01
Publisher:
McGraw-Hill Professional
ISBN-10:
0070075689
ISBN-13:
9780070075689
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