Description: 1 Analog Filtering in High-Performance Video Systems.- 1.1 History and Attributes of High-Definition Television.- 1.2 Application of IC filters to HDTV.- 1.3 Integrated Continuous-Time Video Filters: The State-of-the-Art.- References.- 2 Filter Function Approximation Concepts.- 2.1 Terminology and Notation.- 2.2 Magnitude Approximation.- 2.3 Computational Tools for Filter Design.- 2.4 Envelope Delay Equalization.- 2.5 Time Domain Performance of Filters.- 2.6 Design Example: Filter Function for a MUSE Receiver.- References.- 3 Realization of Integrated Continuous-Time Filters.- 3.1 Integrated Circuit Technologies.- 3.2 Integrated Filter Architectural Considerations.- 3.3 Function Decomposition and Biquadratic Filters.- 3.4 Active Ladder Filters.- 3.5 Sensitivity Issues.- 3.6 Filter Tuning.- References.- 4 Distortion in Quasilinear Circuits.- 4.1 Harmonic Distortion--Basic Theory.- 4.2 lntermodulation Distortion.- 4.3 Large-Signal Distortion Effects.- 4.4 Examples of Elementary Distortion Analysis.- 4.5 Anticausal Analysis and Harmonic Predistortion.- 4.6 Relationships Between Harmonic Distortion and Predistortion.- 4.7 Examples of Predistortion Analysis.- 4.8 Distortion of Cascaded Circuits.- 4.9 Double-Sided Power Series and Nonlinear Feedback.- 4.10 Local Versus Global Feedback With Respect to Distortion.- 4.11 Distortion and Offsets in Balanced Circuits.- 4.12 Frequency-Dependent Distortion Analysis.- 4.13 On the Use of SPICE to Simulate Distortion.- Appendix A: Some Useful Power Series.- Appendix B: Exact Harmonic Coefficients from Power Series of Tenth Degree.- References.- 5 Precision High-Frequency Continuous-Time Integrator Circuits in Bicmos.- 5.1 General Integrator Architectures.- 5.2 Low Distortion Transconductors.- 5.3 Translinear Multipliers.- 5.4 BiCMOSMiller Integrator.- 5.5 Common-Mode Feedback.- 5.6 Biasing Circuits.- 5.7 Integrator Simulation Results.- References.- 6 Realization and Testing of A Prototype Low-Distortion Video Filter.- 6.1 Filter Specifications.- 6.2 Filter Architecture.- 6.3 Determination of Component Values.- 6.4 Biasing.- 6.5 Input and Output.- 6.6 Simulation Results.- 6.7 Mask Layout Issues.- 6.8 Circuit Testing and Measurements.- 6.9 Conclusions and Further Research Directions.- References.

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