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Principles of Electronic Materials and Devices
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Product details
Hardcover: 768 pages
Publisher: McGraw-Hill Education; 3 edition (March 25, 2005)
Language: English
ISBN-10: 0073104647
ISBN-13: 978-0073104645
Product Dimensions:
7.5 x 1.6 x 9.5 inches
Shipping Weight: 3.4 pounds (View shipping rates and policies)
Average Customer Review:
4.2 out of 5 stars
27 customer reviews
Amazon Best Sellers Rank:
#718,091 in Books (See Top 100 in Books)
This book did a terrific Job providing clarity to concepts that the chemistry and Physics books failed to achieve. For example, the book does an excellent job explaining molecular orbital theory and breaking down orbital quantization of energy into its principle constituents including magnetic quantum number when my other books fell short. The book also does an excellent job explaining how impurities and p and n doped crystals affect electrical properties of crystals on at a well laid out mathematical level. Book does an excellent job bridging the gap between experimental values obtained by well established experimental methods and those values obtained from mathematical models derived from empirical results. As these mathematical models often are associated with assumptions that if violated have a mathematical consequence that the books successfully explains. The book falls short in that the chapters are not as integrating as they could have been and does not have an optimal flow of topics throughout the chapter.
This book is very insightful. Very good descriptions of the topics covered. Easy and fun to read; highly recommend.
This book is comprehensive in terms of material covered. However, as a physics graduate student, I find it somewhat frustrating that details are often left out of derivations as if the author assumes the reader is not interested. I guess that's why the engineering student reviewers seem to like the book!There are a couple of systematic problems with this book that I think physics and engineering students would both agree on. First, the wording is frequently imprecise or redundant, leading the careful reader to wonder if he is missing something. For example, "the product _np_ is a temperature-dependent constant." If it depends on temperature, it's not a constant, is it? You can figure out what the author means by the statement, but must read between the lines to do so. This kind of verbal imprecision is distracting and unfortunately ubiquitous throughout the text. The result is that passages must be reread multiple times.The second problem is that the so-called Examples routinely introduce new concepts. To me, an example should illustrate a previously introduced concept rather than introduce a new one. Maybe I'm being petty, but I find this quirk annoying.All in all, this book is a valuable resource, but not elegant.
This book is pretty easy to follow...It presents the information in a concise way and provides decent example problems...the only set back is that there are no answers or solutions at the back of the book, making it hard to check your work to see if you're doing the problems correctly
As advertised!
This is one of my favorite books for one of my favorite classes. I'll probably be holding on to it even after college. I love reading it.
This book was listed as an optional text for my electronic materials class, and buying it was one of the best decisions I've made this semester. If you're having any trouble with introductory electronic materials, Kasap is an excellent resource to get you back on track.
Book arrived ahead of time, brand new condition looks great. CD was also included. Good service overall, what you would expect from a company.
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