Microchip Fabrication: A Practical Guide to Semiconductor Processing

This is an excellent book for someone who knows little about semiconductors. It goes into historical and current wafer processing trends and discusses a few of the challenges for future techonolgy nodes. The book touches on most parts of fabrication and presents simplified versions of the theory and equipment involved. Not for advanced readers.

Excellent! Microchip fabrication is a fast growing industry, so it is great to know this book is up to date on all the newest technology. It takes you through every facet of fabrication. It is simplistic enough to keep your attention without compromising content. It is perfect for the student, or for people trying to get a job with a major company. It is definately a complete text which not only illustrates techniques, but explains the history and the whys behind them.

I read two previous editions of this book. When I heard the 4th edition, I cannot wait to buy one. This book is written so well that it's good for readers from inside and outside of the industry. The coverage of the new development of technology is especially useful. I also like chapter 15 very much. The author discusses the business aspects of wafer fabrication, which is not seen very many times in a tech book. The author really knows what a reader would like to learn, opposing to that a lot authors only write for themseles. It is an excellent book.

This book was a must have for me. I am a computer hardware guy so the insights from this book really helped me to gain a deeper understanding of what I already do. Illistrations were also very useful. I especially like the coverage of each technique- One process may have 5 differant techniques and Peter Zant makes sure he lists the pros and cons of each. He also asks questions for you to think about generating higher thought and more effective learning for you. So, all in all it was well worth the 60 bucks I paid. Even though I am not making microchips. Thanks!

Excellent book.Complete description of the steps required to manufacture a semiconductor from initial wafer to backend assembly. Fine balance between layman and engineer. If you think that is easy, try writing a technical paper understood by the masses that isn't attacked by professionals as "too basic".