《電子設備與電路理論》本書高度精確全面更新。 本書介紹了超過25年間在電子裝置和電圈理論的設定標準。作者提供了一個完整而全面的調查從而為讀者在實際工作中的成功提供了基礎
特色及評論
* NEW-Expanded coverage of computer software-Both MathCAD and Electronics Workbench have been included throughout the text.
o Keeps students up to date on a rapidly changing part of the field.
* NEW-Summaries added to the end of every chapter-Uses boldface type in much the same way as students use highlighting markers; limits list of equations with each
內容簡介
* Helps students review salient concepts and conclusions.
* NEW-Replacement of IC construction chapter with a well-written description of the process (Appendix A).
* Explains procedures of constructing ICs instead of describing individual chips.
* A systems approach throughout-Covers topics in a "building block" fashion.
* Ensures students will understand fundamental concepts before proceeding to later topics.
* Integration of troubleshooting sections in most chapters-Offers general hints on how to isolate a problem, identify its causes, and what action to take to rectify it.
* Gives students practical information that will be valuable in the workplace.
本書高度精確全面更新。 本書介紹了超過25年間在電子裝置和電圈理論的設定標準。作者提供了一個完整而全面的調查從而為讀者在實際工作中的成功提供了基礎。原名:《Electronic Devices and Circuit Theory, 8th》。
* Helps students review salient concepts and conclusions.
* NEW-Replacement of IC construction chapter with a well-written description of the process (Appendix A).
* Explains procedures of constructing ICs instead of describing individual chips.
* A systems approach throughout-Covers topics in a "building block" fashion.
* Ensures students will understand fundamental concepts before proceeding to later topics.
* Integration of troubleshooting sections in most chapters-Offers general hints on how to isolate a problem, identify its causes, and what action to take to rectify it.
* Gives students practical information that will be valuable in the workplace.
本書高度精確全面更新。 本書介紹了超過25年間在電子裝置和電圈理論的設定標準。作者提供了一個完整而全面的調查從而為讀者在實際工作中的成功提供了基礎。原名:《Electronic Devices and Circuit Theory, 8th》。
圖書目錄
2. Diode Applications.
3. Bipolar Junction Transistors.
4. DC Biasing-BJT's.
5. Field-Effect Transistors.
6. FET Biasing.
7. BJT Transistor Modeling.
8. BJT Small-Signal Analysis.
9. FET Small-Signal Analysis.
10. Systems Approach-Effects of Rs and RL.
11. BJT and JFET Frequency Response.
12. Compound Configurations.
13. Operational Amplifiers.
14. Op-Amp Applications.
15. Power Amplifiers.
16. Linear-Digital ICs.
17. Feedback and Oscillator Circuits.
18. Power Supplies (Voltage Regulators).
19. Other Two-Terminal Devices.
20. pnpn and Other Devices.
21. Oscilloscope and Other Measuring Instruments.