A comprehensive treatment of design techniques of continuous-time analog filters, covering the basics and allied design techniques like current-mode filtering. Application examples on audio/video signal processing, control, biomedical applications and antialiasing/ reconstruction filters make it an ideal text for engineering students.
A comprehensive treatment of design techniques of continuous-time analog filters, covering the basics and allied design techniques like current-mode filtering. Application examples on audio/video signal processing, control, biomedical applications and antialiasing/ reconstruction filters make it an ideal text for engineering students.
Muzaffer Ahmad Siddiqi is Emeritus Professor in the Department of Electronics Engineering at Aligarh Muslim University, India. His research includes linear analog integrated circuits, digital integrated circuits, VLSI design, active network synthesis, microelectronics and analog signal processing. He has more than thirty years of teaching experience and is author of Dynamic RAM: Technology Advancements (2012).
Inhaltsangabe
List of figures List of tables Preface Acknowledgements 1. Analog filter: concepts 2. First- and second-order filters 3. Magnitude approximations 4. Delay: approximation and optimization 5. Frequency and impedance transformations 6. Sensitivity of active networks 7. Single amplifier second-order filters 8. Multi amplifier second-order filter sections 9. Direct form synthesis: element substitution and operational simulation 10. Cascade approach: optimization and tuning 11. Amplification and filtering in biomedical applications 12. Audio signal processing and anti-aliasing filters 13. Follow the leader feedback filters 14. Switched capacitor circuits 15. Operational transconductance amplifier-C filters 16. Current conveyors and CDTA (current differencing transconductance amplifiers) based filters 17. Active R and active C filters References Practice problems Index.
List of figures List of tables Preface Acknowledgements 1. Analog filter: concepts 2. First- and second-order filters 3. Magnitude approximations 4. Delay: approximation and optimization 5. Frequency and impedance transformations 6. Sensitivity of active networks 7. Single amplifier second-order filters 8. Multi amplifier second-order filter sections 9. Direct form synthesis: element substitution and operational simulation 10. Cascade approach: optimization and tuning 11. Amplification and filtering in biomedical applications 12. Audio signal processing and anti-aliasing filters 13. Follow the leader feedback filters 14. Switched capacitor circuits 15. Operational transconductance amplifier-C filters 16. Current conveyors and CDTA (current differencing transconductance amplifiers) based filters 17. Active R and active C filters References Practice problems Index.
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