Principles of Electronic Devices provides a comprehensive treatment of electronic devices and circuits at a level suitable for first - and second - year students in electronic and electrical technology curricula.

Features:

• Pspice examples
• Discussion of end-of-chapter problems
• Semiconductor Data Sheets

Contents

1. Review of Circuit Analysis
2. Semiconductor Diodes
3. Applications of Diode-Resistor Circuits
4. Bipolar Junction Transistors
5. BJT-Resistor Circuit Applications
6. Field-Effect Transistors
7. FET-Resistor Circuit Applications
8. Frequency Response
9. Introduction to Amplifiers
10. BJT Small-Signal Amplifier Circuits
11. FET Small-Signal Amplifier Circuits
12. Multistage Amplifiers
13. Differential and Operational Amplifiers
14. Negative Feedback
15. Operational Amplifier Linear Circuits
16. Nonlinear Electronic Circuits
17. Oscillator Circuits
18. High-Frequency Effects in Amplifiers
19. Power Amplifiers
20. Power Supplies
21. Active Filters
22. Analog-to-Digital and Digital-to-Analog Conversion

Appendices

• Resistor Values
• Capacitor Values
• Hybrid Parameters
• Data Sheets
• Elements of Pspice

Index

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