Electric Circuits Using Electronics Workbench : Hardware and Simulation Exercises
For 2-year college, technical schools, and 4-year institutions as a supplementary simulation manual for Electronic Circuits courses; may be used in either a one-or two-semester sequence of DC-AC circuits.Using Electronics Workbench software as a powerful learning tool to empower students to learn electronics at a more rapid pace, this interactive manual takes them from basic DC and AC series and parallel circuits to simulation of circuits using transformers, inductors, and capacitor. It includes numerous laboratory instrument exercises to enable students to use the oscilloscope and function generator, and to get a much better understanding of adjusting the controls on the real equipment used in hands-on labs.
- Paperback | 206 pages
- 209.55 x 279.4 x 12.7mm | 526.16g
- 01 Nov 1999
- Pearson Education (US)
- United States
- 2nd edition
Table of contents
1. Electronic Workbench Fundamentals. 2. Series Circuit Measurements. 3. Parallel Circuits. 4. Parallel Series Circuits. 5. Loading Effect of Meters. 6. The Resistance Bridge. 7. Voltage Divider Circuits. 8. Kirchoff's Laws. 9. Thevenin's Theorem. 10. Using the Oscilloscope. 11. Using the Function Generator. 12. Magnetism and Transformers. 13. Transient Response of Capacitors. 14. RC Circuits. 15. Maximum Power Transfer. 16. RL Series Circuits Measurements. 17. RL Parallel Circuits. 18. RLC Circuits. Appendix A. Thevenin's Theorem. Appendix B. Norton's Theorem. Appendix C. The Superposition Theorem. Appendix D. Transformer Phasing. Appendix E. Electronics Formulas. Appendix F. Equations of Voltages and Currents.