Modern Filter Design is a comprehensive tutorial on active filter design analysis and design procedures.
This book covers:
- Basic systems classifications together with filter transmission and approximations.
- Operational amplifiers, including bipolar and MOS integrators.
- Definitions of sensitivity and statistical sensitivity measures.
- Continuous-time second-order active sections.
- Higher-order filter design.
- Switched capacitor filters.
Contents
Filter Transmission and Related Topics
- Classification of Systems
- Techniques for the Analysis of Continuous, Linear, Time-Invariant Systems
- Types of Filters
- Approximation Methods for Filter Design
- Frequency Transformations
- Time-Domain Considerations
- Normalization
- Techniques for the Analysis of Linear Time-Invariant Sampled-Data Systems
- D4-Channel Bank
Operational Amplifiers
- Op Amp Notation and Characteristics
- Closed-Loop Amplifier Configurations
- Analog Computation
- Practical Operational Amplifier Considerations
- Monolithic Integrators
- Stability Considerations
- Negative-Impedance Converter and Gyrator Realizations
- Realization of Generalized-Immittance Converter
Sensitivity
- Single-Parameter Sensitivity Definitions
- Multiparameter Sensitivity-Deterministic Case
- Multiparameter Sensitivity-Statistical Case
- Computation of Statistical Sensitivity Measures
- Statistical Multiparameter Sensitivity of High-Q Active Filters
- Large-Parameter-Change Statistical Sensitivity
- Sensitivity Measures for High-Order Filters Realized as a Cascade of Biquadratic Sections
- Sensitivity Measures for High-Order Filters Realized with Biquadratic Sections in a Follow-the-Leader (FLF) Multiple-Loop Feedback Configuration
- Monte Carlo Simulation
- Comparison of Monte Carlo and Approximate Sensitivity Analysis
- Sensitivity Optimization
Continuous-Time Active Filters-Biquadratic Realizations
- Single-Op Amp or Single-Amplifier Biquad (SAB) Configurations
- General Biquad Circuit Using a Single Op Amp
- Low-Sensitivity Multiple-Op Amp Biquad Realizations
- General Biquadratic Realizations with Multiple-Op Amp Biquads
- Active-R and Active-C Biquad Realizations
High-Order Filter Realization
- Direct Synthesis Approach
- Cascade Realizations
- Active-Ladder Realizations
- Multiple-Loop Feedback (and Feedforward) Methods
- Follow-the-Leader-Feedback (FLF)-Type Filters
- Leap-Frog (LF)-Type Filters
- Minimum-Sensitivity-Feedback (MSF) Topology
- Design Examples and Comparative Discussion of MF Designs
- Minimum Op Amp MF Realizations
Active Switched Capacitor Sampled-Data Networks
- Applications of z-Transform Techniques to the Analysis of Switched Capacitor Networks with Biphase Switches
- z-Domain Equivalent Circuit Models for SC Building Blocks
- Analysis and Synthesis of First-Order SC Networks
- Realization of Precision MOS Active-SC Filters
- A Family of Parasitic-Free Active-SC Biquads [P18]
- A Few Comments on the Realization of High-Order Active-SC Filters
Appendices
- Selected Topics in Passive-Network Properties
- Tables of Classical Filter Functions
- Op Amp Terminologies and Selected Data Sheets
Index
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