DESIGN CRITERIA FOR LOW DISTORTION IN FEEDBACK OPAMP CIRCUITS 1st Edition by Bjørnar Hernes, Trond Sæther ISBN 9780306480133 0306480131

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Product details:
ISBN 10: 0306480131
ISBN 13: 9780306480133
Author: Bjørnar Hernes, Trond Sæther

DESIGN CRITERIA FOR LOW DISTORTION IN FEEDBACK OPAMP CIRCUITS 1st Edition Table of contents:

Part I: Fundamentals of Operational Amplifiers and Feedback Systems

2. The Operational Amplifier: Characteristics and Models

   • Basic Op-Amp Structure and Functionality
   • Open-Loop Gain, Frequency Response, and Linearity
   • Internal Nonlinearity in Op-Amps
   • Frequency Domain Characteristics of Op-Amps
   • The Role of Negative Feedback in Linearization

3. Feedback Mechanisms in Op-Amp Circuits

   • Types of Feedback: Voltage, Current, and Series/Parallel
   • Stability Considerations in Feedback Circuits
   • Effects of Feedback on Linearity and Distortion
   • Feedback Networks and Their Impact on Performance

Part II: Sources of Distortion in Feedback Op-Amp Circuits

4. Nonlinearities and Their Impact on Circuit Behavior

   • Types of Nonlinearities in Op-Amps: Saturation, Crossover, and Harmonics
   • Distortion due to Internal Op-Amp Factors: Slew Rate, Offset, and Bias Current
   • Temperature Effects and Their Influence on Distortion
   • Sources of Distortion in Active and Passive Components

5. Distortion Mechanisms in Feedback Systems

   • The Role of Harmonic Distortion in Op-Amp Circuits
   • Intermodulation Distortion and Its Effects on Signal Integrity
   • Nonlinear Feedback Effects and Their Consequences
   • Distortion in High-Frequency Operation and Bandwidth Constraints

Part III: Design Techniques for Low Distortion

6. Selecting the Right Op-Amp for Low Distortion

   • Key Parameters to Consider: Noise, Gain, and Linearity
   • High-Performance Op-Amps for Distortion-Free Operation
   • Trade-offs Between Performance, Power, and Cost
   • Matching Op-Amps to Circuit Requirements

7. Feedback Network Design for Minimizing Distortion

   • Linearizing Feedback Paths to Reduce Distortion
   • Choosing the Right Feedback Resistors and Capacitors
   • Techniques for Improving Linearity: Error Correction and Compensation
   • Optimizing Feedback Topologies for Specific Applications

8. Power Supply Design for Low Distortion

   • Power Supply Noise and Its Effect on Op-Amp Performance
   • Design of Low-Noise and Low-Distortion Power Supplies
   • The Role of Decoupling Capacitors in Distortion Reduction
   • Minimizing Power Supply Ripple in Sensitive Circuits

9. Compensation and Error Correction Methods

   • Internal Compensation for Low Distortion
   • Techniques for Minimizing Offset and Bias Errors
   • Digital and Analog Correction Methods for Distortion Reduction
   • Adaptive Techniques in Feedback Circuits

Part IV: Advanced Topics in Low-Distortion Op-Amp Circuits

10. High-Speed Op-Amp Circuits and Distortion Control

    • Distortion in High-Speed and High-Frequency Applications
    • Managing Slew Rate and Settling Time for Low Distortion
    • Techniques for High-Frequency Compensation
    • Applications in Communication and Signal Processing Systems

11. Low Distortion in Audio and Precision Instrumentation Circuits

    • Audio Amplifiers and Their Distortion Sensitivity
    • Designing High-Fidelity Audio Circuits with Low Distortion
    • Precision Instrumentation and Measurement Systems
    • Feedback Considerations for High-Accuracy Circuits

12. Low-Distortion Designs in Mixed-Signal Systems

    • Analog-Digital Interface Issues and Distortion Management
    • Low Distortion in Data Converters and Signal Processing Systems
    • Mixed-Signal Design for High-Precision Applications
    • Managing Distortion in Digital Feedback Control Systems

Conclusion
13. Future Directions in Low Distortion Feedback Op-Amp Design
– Emerging Trends in Op-Amp Technology
– Advances in Feedback Theory and Nonlinear Control
– The Role of Low-Distortion Circuits in Modern Electronics
– Challenges and Opportunities in the Field

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