Electronic Circuits: Discrete and Integrated (Mcgraw-Hill Series in Electrical Engineering)

Rating:
Summary: A good book, but it lacks something
Review: I'm studying electronics engineering, and this one is one of the books recommended by my teachers, since it covers a great amount of the subjects; at first glance it seems really complicated, but you only have to get used to the author's style. The only drawback I've found is that there aren't enough solved examples, and you should know that if you wanna learn, there's no better way than doing problems and having a reference to check them. If you're looking for a book full of interesting problems, try Neamen's "Electronic circuits analysis" or if you want a book really easy to understand(although the content is very basic in some subjects) get Boylestad's.

Rating:
Summary: It Sucks!
Review: I'm using this book as a college textbook. I find the content insufficient to cover the subject matter. There are not enough solved sample problems to illustrate the concepts.

Rating:
Summary: Great Book!
Review: This book has everything that an engineer needs to understand complex analog and digital circuitry. The book covers how flip flops and A/D D/A circuitry is implemented. At first the book was difficult but as the level of the reader is increase the material makes more sense. The author assumes that the reader has a level of proficiency with Fourier Analysis and Thevenin and Norton Equiv. circuits. As a practicing engineer now, I constantly refer to it as reference material. Everything I need technically (for circuits) is contained in the book except for microwave stuff. Great book! Hats off to the author