Advanced Signal Integrity for High-Speed Digital Designs

The book has some great information, but the formatting could be much friendlier. Often there are 3 or more equations for the same calculation that are used as the material is introduced and additional complicating factors are included, but that is not made clear, leaving confusion about which form of the equation should be used. Reformatting to introduce the important final result, then working through the development of the result would be good. Or some other formatting method to make the important final result equations and summary stand out from the intermediate simplified steps

This book is an indepth detailed and mathematical explanation of signal integrity. I fully recommend this book to learn about the basics and the details of signal integrity. I started reading this book with a background of electronics but only a brief understanding of signal integrity. This book got me up to speed with everything I need to know for the modern electronics industry and provides an important reference in my library. I fully recommend it.The only failing of the book is that it can be a little too mathematical. With completely equations of various effects provided but nothing useful (if less accurate) that you can use on a day-to-day basis to make design decisions with.

Brilliant collection of techniques for successful high speed design. I recommend it to anyone studying SI.Would buy again!!

I work with Howard Heck in committee. These guys wrote an excellent treatise on the subject.

I recommend it to other SI engineers that are looking for more advanced SI information. For me, there were a fair number of sections that helped fill in the gaps on my understanding. Which is great.

A really good book! Written by signal integrity engineers at Intel who know the problems of SI firsthand and the modern solutions to those problems.

Good quality

Heck and Hall have done a fantastic job in summarizing both the theory and practice of solving today's SI issues. The math behind topics such as linear network theory, frequency-dependent dielectric effects and filter design for equalization is rigorous, yet ample space is set aside for practical guidance as well. Of particular note is their thorough treatment of hot PCB SI topics as dielectric loss and surface roughness modeling, and preservation of causality in transmission line models. Transmitter and receiver equalization (DFE and CTLE) are well-described, as are analysis techniques such as peak distortion and bit-error rate. Finally, their summary of response surface modeling (RSM) approaches to desgn of experiments (DOE) is perhaps the first and certainly the most comprehensive overview of those methods as applied to PCB SI design available today. A book well worth purchasing if you are involved in SI modeling, SI simulation or PCB design.

Obwohl das Buch als Neuware bestellt wurde, kam beschädigt an (innen!). Leider können wir es aus Zeitgründen nicht zurückschicken, aber bei dem Preis vom Buch hätte ich das nicht erwartet!

a very good book.the physical phenomenon is well explained and the mathematical equations are well developed.a good book to begin to deepen the question of signal integrity.