the CIRCUITS and filters handbook / Wai-Kai Chen

Section 1: Mathematics. Linear operators and matrices. Bilinear operators and matrices. The Laplace transform. Fourier series, fourier transforms and the DFT. z-Transform. Wavelet transforms. Graph Theory. Signal flow graphs. Section 2: Circuit Components and their characterization. Passive circuit elements. Resistor. Capacitor. Inductor. Transformer. Semiconductor Diode. Controlled Circuit elements. Controlled sources. Signal Converters. Operational amplifiers. The ideal operational amplifier. The nonideal operational amplifier. Frequency-and-Time-Domain Considerations. Section 3: General Circuit Theory. Fundamental circuit concepts. Network laws and theorems.Analysis in the frequency domain. Network functions. Advanced network analysis concepts. Linear two-port networks. Theory of two-dimensional hurwitz polynomials. Section 4: Linear circuit analysis. Terminal and port representation. Signal flow graphs in filter anaysis and synthesis. Tableau and modified nodal formulations. Frequency domain methods. Symbolic analysis. Using nullors to analyze linear networks. State-variable techniques. Section 5: Feedback circuits. Feedback amplifier theory. Feedback amplifier configurtions. General feedback theory. The network functions and feedback. Measurement of return difference. Multiple-loop feedback amplifiers. Section 6: Nonlinear circuits: Circuit elements, modeling, and equation formulation. Qualitative analysis. Synthesis and design of nonlinear circuits. Representation, Approximation, and identification. Section 7: Nonlinear Circuits II. Transformation and equivalence. Piecewise-Linear circuits and piecewise-linear anlysis. Simulation. Cellular neural networks. Bifurcation and Chaos. Section 8: Distributed Circuits. Transmission lines. Multiconductor transmission lines. Time and frequency domain responses. Distributed RC networks. Synthesis of distributed circuits. Section 9: Stability analysis. Stability tests for polynomials. Root Locus. The nyquist Criterion. Robustness-stability and perfomance under modeling uncertainty. Controller design using nyquist-bode techniques. Stability robustness. Robust stability of circuits. Section 9: Stability analysis. Stability test for polynomials. Root Locus. The nyquist criterion. Robustness-stability and performance under modeling uncertainty. Controller Design using nyquist-bode technique. Robust stability of circuits with multiple uncertain parameters. Section 10: Computer-aided design and optimization. Modeling of circuit perfomances. Symbolic analysis methods. Numerical analysis methods. Design by optimization. Statistical design optimization. Section 11: Analog integrated circuits. Monolithic device models. Bipolar junction transistor. MOSFET technology devices. JFET technology transistors. Passive components. Chip parasitics in analog integrated circuits. Analog circuit cells. Bipolar biasing circuits. Canonic cells of linear bipolar technology. MOSFET biasing circuits. Canonical cells of MOSFET. High-perfomance analog circuits. Broadband bipolar networks. Bipolar noise. Section 12: Digital and analog VLSI. Physical design automation. Design automation technology. Computer-Aided analysis. Analog circuit simulation. Parameter extraction for analog circuit simulation. Digital circuits. MOS logic circuits. Transmission gates. Digital systems. Programmable logic devices. Clocking schemes. MOS storage circuits. Microprocessor-based design. Systolic arrays. Data converters. Digital-to-analog converters. Analog-to-digital converters. Section 13: Filter Characteristics. Section 14. Passive filters. Section 15. Active filters. Section 16. Digital filters. FIR filters. IIR filters. Finite wordlength effects. Aliasing-free reconstruction filter bank. VLSI implementation of digital filters. Two-dimensional FIR filters. Two-dimensional IIR filters. Author Index. Index of tables. Index of figures. Subject index.