The eleventh edition of Electronic Devices and Circuit Theory offers students a complete, comprehensive coverage of the subject, focusing on all the essentials they will need to succeed on the job. Setting the standard for nearly 30 years, this highly accurate text is supported by strong pedagogy and content that is ideal for new students of this rapidly changing field. This text is an excellent reference work for anyone involved with electronic devices and other circuitry applications, such as electrical and technical engineers. Salient Features • Using a systems approach, this edition represents an exhaustive effort to enhance the material that introduces the concept of systems engineering • Ample photographs and examples enhances students' understanding of important topics • Practical applications in every chapter that cover the latest examples from the industry
A book that gives total information required in electronic circuit point of view. It explains in detail with necessary equations and problems. Good for a beginner
This book is wow. I switched over my graduation field to Electrical and Electronics Engineering from Bachelor in Computer Applications and nothing seemed to excite me about electronics back then. THIS was the most interesting text I found back then. It will guide you and then test your knowledge aptly. Recommend also for people starting to learn electronics as a hobby.
Firstly. I value and respect everyone's opinions. Certainly many intelligent people participate in this site, they deserve full respect, and this must be mutual. My views are based on 30 years of academia, as a Student and Master, working with Scientific Research in several countries, and for having several designations, including Federal. Boylestadt is highly respected and that's fair. However, its literature is effective perhaps at the beginning of an Engineering Course, 01 or 02 years. After that, many deficiencies become noticeable. The subjects are presented in a coherent way, however oversimplified. I believe that if used to instruct technical students they would be more useful. A beginning engineering student should have access to materials that facilitate their understanding, I agree. But after a few years, it becomes useless and ineffective. Excellent material for beginning students, but inefficient for more experienced students. Other point. The author uses oversimplifications. It could be useful for technical levels, but for future Engineers it is ineffective and harmful. When equations and deductions are simplified in an "uncontrolled" way, relevant variables and constants are underestimated, resulting in inconsistent results. Perhaps this fact is not important for the training of professionals. The negative results of such a practice are noticeable in professional life, when the mathematical modeling does not match the reality of a system in operation. An engineering student should not be spared algebraic complexity, in fact he must master it. Perhaps it has a fascinating appearance for beginning Students. But for an Experienced Professional...it's very limited. Thanks.
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It is one of the best ever books to introduce some of the most routinely used devices in electronic design. If you want to thoroughly understand the device fundamentals, read this book and solve problems without fail to test your grasp of the device characteristics and behaviour. I highly recommend this book.