Product Description
by Stephen C. Thierauf (Author)
Introduction to Signal Integrity: A Laboratory Manual provides a way for students, engineers and technicians to learn the basics of signal integrity by performing lab measurements on low cost hardware without using expensive test equipment. Each chapter of experiments is preceded by a theoretical description of the important topics that the experiments explore.Ideal for the use in the classroom or for home study, this manual provides step-by-step instructions for each experiment and is loaded with schematic drawings, oscilloscope waveforms and photographs. Explanations and suggestions for "supplemental exercises" are provided for each experiment, and where necessary "critical observations" are highlighted to point out especially noteworthy findings.Table of ContentsPrefaceChapter 1 Signal Integrity Background Material Chapter 2 Transmission Line FundamentalsChapter 3 Laboratory Exercises: Impedance and DelayChapter 4 Overview of Reflections and TerminationsChapter 5 Laboratory Exercises: Reflections and TerminationsChapter 6 Fundamentals of CrosstalkChapter 7 Laboratory Exercises: Measuring CrosstalkAppendix A. Test Setup Build NotesAppendix B. Selecting and Preparing the CableAppendix C. Oscilloscope Probing Techniques BibliographyBy performing these experiments the reader sees firsthand how reflections and crostalk are created, and experiments with various termination and clamping techniques allows the student to discover how to reduce or eliminate problems. Appendix C discusses the effects oscilloscope bandwidth has on measurements, and describes the effects ground lead inductance has on measured results (and provides solutions on how to eliminate these types of errors).
Author Biography
Stephen C. Thierauf has over 35 years of industrial experience designing and analyzing high-performance electronic hardware. He's in private practice (Thierauf Design and Consulting) and has written two other signal integrity text books.
