Microelectronic Circuits Analysis and Design (3版)

PART I 1. Introduction to Electronics and Design. 2. Introduction to Operational Amplifiers and Applications. 3. Semiconductors and pn Junction Characteristics. 4. Semiconductor Diodes and Rectifiers. 5. Bipolar Junction Transistors and Amplifiers. 6. Metal Oxide Semiconductor Field-Effect Transistors. 7. Bipolar Versus MOS Transistors and Amplifiers. PART II Electronic Circuits and Applications 8. Frequency Response of BJT and Mosfet Amplifiers. 9. Feedback Amplifiers. 10. Power Amplifiers. 11. Active Filters Pp-Amp. 12. Oscillators. PART III Digital and Analog Integrated Circuits 13. Introduction to Digital Electronics. 14. Basic Structure of Differential Amplifiers. 15. Differential Amplifiers. 16. Operational Amplifiers. 17. Integrated Analog Circuits and Applications. Appendix A: Introduction to Orcad. Appendix B: Review of Basic Circuits. Appendix C: Low Frequency Hybrid BJT Model. Appendix D: Ebers-Moll Model of Bipolar Junction Transistors. Appendix E: Passive Components. Appendix F: Design Problems. Appendix G: Miller's Capacitor Method. Appendix H: High-Frequency Transfer Function Method. Ansers to Selected Problems Index