Frequency-Domain Characterization of Power Distribution Networks By Istvan Novak Jason R. Miller
The book provides practical, how-to guidance on making frequency-domain measurements and modeling and simulating power distribution networks (PDN) and components. Accurate frequency-domain measurements are fraught with difficulties. This book aims to break the measurement process down step by step, highlighting the many pitfalls that can be encountered along the way. Selection of instruments, probes, cables, and calibration processes is explained, and choices are listed and evaluated. The book focuses equal attention on modeling and simulation. In Chapter 2, which is on simulation, a few selected tools are considered, and through practical examples, their strengths and weaknesses are evaluated and parameters and options settings are discussed. Finally, several chapters are devoted to approaches to modeling every aspect of a PDN, including planes, vias, bypass capacitors, inductors, and dc-dc converters. The book focuses on frequency domain characterization exclusively. The reasons behind the book’s focus on frequency domain are numerous and discussed in detail in Chapter 1. Throughout the book you will see an emphasis placed on closing the loop between these three elements of characterization: measurement, modeling, and simulation. Components are characterized using multiple techniques, and the results are compared and the discrepancies discussed. It is through the process of correlation that we show how to develop trust in measurement, modeling, and simulation techniques.
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