Low-noise electronic system design

Emphasizes Ic Design Concepts With Additional Support For Discrete Design Where Necessary. Describes Noise Sources And Models; Addresses Practical Problems Of Circuit Design For Low Noise Using Negative Feedback, Filtering, Component Noise, Measurement Techniques And Instrumentation; Gives Numerous Examples Of Practical Amplifier Designs. Five Chapters Cover The Use Of Spice And Pspice For Low Noise Analysis And Design. Pt. I. Fundamental Concepts. 1. Fundamental Noise Mechanisms. 2. Amplifier Noise Model. 3. Noise In Feedback Amplifiers -- Pt. Ii. Noise Modeling. 4. Cad For Noise Analysis. 5. Noise In Bipolar Transistors. 6. Noise In Field Effect Transistors. 7. System Noise Modeling. 8. Sensors -- Pt. Iii. Designing For Low Noise. 9. Low-noise Design Methodology. 10. Amplifier Design. 11. Noise Analysis Of D/a And A/d Converters -- Pt. Iv. Low-noise Design Applications. 12. Noise In Passive Components. 13. Power Supplies And Voltage References. 14. Low-noise Amplifier Design Examples. 15. Noise Measurement -- Appendix A: Measured Noise Characteristics Of Integrated Amplifiers -- Appendix B: Measured Noise Characteristics Of Field Effect Transistors -- Appendix C: Measured Noise Characteristics Of Bipolar Junction Transistors -- Appendix D: Random Number Generator Program -- Appendix E: Answers To Selected Problems -- Appendix F: Symbol Definitions. C.d. Motchenbacher, J.a. Connelly. A Wiley-interscience Publication. Originally Published In 1973 As Low-noise Electronic Design. Includes Bibliographical References And Index.