Components Books

That book was greatest, that ever seen, becouse, that mke me feel in the reality, of my work.

Thanks..

Voltage, Current and Resistance
Thevenin and Norton
Capacitance
Alternating Current (AC)
Bandwidth
Inductance
Complex Numbers: Impedance
Operational Amplifiers and Negative Feedback
Integration and Differentiation
The Diode and the Bipolar Transistor
The Field Effect Transistor (FET)
Equivalent Circuits for Diodes and Transistors
Gates
Sequential Logic
Resonance and Ringing
Fourier's Theorem
Transformers and 3-Phase Supplies
Appendix A: Thevenin's Theorem
Appendix B: Exponentials
Index

Thank you for the great book.
You cannot get a 5 STAR because it could have been a little cheaper.
regards,
Luiz

This is a very good beginners book on electronic circuit design using simple components like transistors, both bipolar & JFET, diodes, etc. There is a few beginning chapters dealing with electricity and transistor p-n junctions. There is a good discussion on the math computations on circuit design. Good also as a reference book on transistor amplifier circuit design.

I thought it was pretty good in terms of keeping the reader involved and encouraged. However, some typos made it very frustrating. My professor warned me that some of the provided answers to problems are incorrect. it has valuable insight and good coverage of basic real life examples for beginners. starts with basic definitions and laws. established the basics first, then builds on applications.

I've been looking for a good book with helpful information on designing rubber parts. The books I've picked up in the past focus too much chemistry and not enough on the mechanics. I found this book very helpful.

Excellent publication for anyone interested in learning about how the wonderfull world of electronics got started. This publication goes through the who, how and why we have computers and electronic devices in our world today. I have used this publication as an "educational gift" for many of my customers. It will never go out of date!

The book helps people to learn the basics of electrical engineering. its not the most impressive book, but it will help college students understand the basics and the explanations of the book and problem are good.

I thought this book was not good as an introductory book to transmission lines. It focussed too much on mathematical derivations rather than on what a transmission line was. Illustrations were sometimes hard to understand. On a positive note, the book does provide a good reference for an experienced engineer.

This book covers a lot of areas in great detail, but nevertheless is surprisingly easy to read. Its coverage of some of the subjects like the different types of inverters is significantly more detailed compared to most introductory text books. It also discusses various circuit design techniques, not just the standard static CMOS design. However the book has one terrible section covering the body bias effect. The author shows a 2 terminal capacitor and says that if Vb is applied to the bulk instead of zero volts, then the Vth will change from Vto by the well known body effect. This is completely FALSE!!! Body effect is a 3 terminal device effect and doesn't exist for a 2 terminal capacitor. If you raise the voltage applied to the body by a certain amount, the Vgate has to change by the same amount in a 2 terminal capacitor. ( Not by the well known Sqrt (Vbs,..) relationship.) Not only that, but it can't be just Vb, it has to be Vbs--applied between substrate and the third terminal.AMAZING slip by a professor, and all who reviewed the book. (Tsividis' book will never have a sloppy discussion like this.) Overall this book covered many areas and was very useful. Of course it might be getting outdated in such a fast changing technology, but any desinger can benefit from this book.