Semiconductor Devices Using Electronics Workbench allows readers to rapidly and accurately apply the theories developed within their Integrated Circuit Application book and course.

Readers can experiment with new circuit ideas and troubleshoot existing circuitry using simulated instruments like those on the actual workbench.

Software included.

Contents

1. 1. Review of AC Circuits
2. Diode Characteristics
3. Zener Curve & Characteristics
4. Half-Wave Rectifier Circuits, Part 1
5. Half-Wave Rectifier Circuits, Part 2
6. Full-Wave Bridge Rectifiers
7. Center-Tapped Transformer Rectifiers
8. Full-Wave-Zener Rectifiers
9. Transistor Biasing, Part 1
10. Transistor Biasing, Part 2
11. Transistor Biasing, Part 3
12. Common Emitter Amplifier, Part 1
13. Common Emitter Amplifier, Part 2
14. Common Emitter Amplifier, Part 3
15. Common Base Amplifier
16. Common Collector Amplifier, Part 1
17. Common Collector Amplifier, Part 2
18. Common Collector Amplifier, Part 3
19. Junction Field-Effect Transition Bias
20. Troubleshooting Full Wave Bridges
21. Troubleshooting Zener Regulated Power Supply
22. Troubleshooting Common Emitter Amplifiers, Part 1
23. Troubleshooting Common Emitter Amplifiers, Part 2
24. Troubleshooting Common Collector Amplifiers
25. Troubleshooting Multistage Amplifiers
26. Troubleshooting JFET Amplifiers

Appendix

• Circuit Equivalents with DC & AC Formulas

Index

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ORDER NOW Semiconductor Devices Using Electronics Workbench Second Edition by John P. Borris 207 pages • $57.00 + shipping Texas residents please add 6.75 % sales tax