What Is the Best EE Fundamentals Book for Lifelong Reference?

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SUMMARY

The best reference book for Electrical and Computer Engineering (EE/CE) is "The Art of Electronics" by Paul Horowitz and Winfield Hill, which balances readability and depth, covering a wide range of topics from RC circuits to microprocessor design. Another recommended resource is "The National Electrical Code Handbook," which serves as a practical reference. The discussion emphasizes the importance of continuous learning through various resources, including IEEE publications and mentorship, rather than relying solely on textbooks. Overall, while specific books are suggested, the consensus is that practical experience and diverse learning sources are crucial for ongoing professional development.

PREREQUISITES
  • Familiarity with Electrical and Computer Engineering fundamentals
  • Understanding of practical electronics concepts
  • Knowledge of IEEE publications and their relevance
  • Experience in seeking mentorship and collaborative learning
NEXT STEPS
  • Research "The Art of Electronics" by Paul Horowitz and Winfield Hill
  • Explore "The National Electrical Code Handbook" for practical applications
  • Investigate IEEE publications for current trends and research
  • Join online forums and communities focused on EE/CE for peer learning
USEFUL FOR

Electrical and Computer Engineers, students in EE/CE, and professionals seeking to enhance their knowledge and practical skills in the field.

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Hello EE community,

What would you consider the best fundamentals book for EE/CE? The kind of book that you would keep for a lifetime for reference. I am looking for nothing too basic. But one that encompasses fundamentals of Electrical and Computer Engineering.

My search around Amazon led me to insufficient results.

Thanks in advance and have a great day!
 
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Can anyone suggest a great book? I need a starting point. Searched around on amazon but most seem to have inadequate ratings.
 
Perhaps the reason why you have no replies is that at least some EEs never read such a book. I'm not even sure what level this book would be and what material it would include. I finished my Bachelor's in EE 20+ years ago, am still working as an engineer, and have never had a need for such a book and cannot even recall seeing one on the bookshelf of a co-worker... What exactly are you wanting to learn? Perhaps there are better resources for what you are looking for!

jason
 
Maybe you want a handbook, or something similar as a reference source, for instance, The Natinal Electrical Code Handbook:

https://www.amazon.com/dp/0071834788/?tag=pfamazon01-20

As Jason mentioned, that's depend on what are you looking for and your interests. I totally agree, in my 18 years as engineer, I have never seen a colleague with a book, and, I've worked, almost, all around the world, in both, developed and undeveloped countries.

During that period of time, I allways looked for information with the wise old guys, as well as reeding magazines from the IEEE, MIT, etc.

Personally, I joined this forum because I want to come back to study physics, and, people around here is helping me a lot...
 
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I would suggest https://www.amazon.com/dp/0521370957/?tag=pfamazon01-20 by Paul Horowitz and Winfield Hill. Often when you buy a reference book, you sacrifice its readability for its terseness. As with introduction books, you are given many concepts in a readable format but sacrifice other topics. The Art of Electronics finds a nice middle ground between these two. While many topics are out of date--I believe a new edition is coming out this year, the book contains a breath of topics that covers everything electronic from RC circuits to microprocessor design (again pretty out of date but still pretty relevant). I may also add it is more of a pragmatic book than a theoretical book, but that's pretty expected. It has some good design tips that I believe most engineers will find useful.

As for a "wonder" book, I agree with SuperDaniel and jasonRF. Although Art of Electronics is well-written, you should not completely rely on it. Read IEEE. Join forums. See how other people are doing it. Find a mentor. Be a mentor. Read papers in computer science, mathematics, and even biology. Even discipline brings a new perspectives to the table. Examples would include biomimetics or systems biology. And sometimes a problem is as beautiful as its solution.
 
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