Analog circuits handbook

An analog circuit is one that uses continuous time voltages and currents. Analog circuits are electronics systems with analog signals with any continuously variable signal. While operating on an analog signal, an analog circuit changes the signal in some manner. It can be designed to amplify, attenuate, provide isolation, distort, or modify the signal in some other way. It can be used to convert the original signal into some other format such as a digital signal. Analog circuits may also modify signals in unintended ways such as adding noise or distortion. First chapter begins with introduction to electronic analog of synthetic genetic networks. A new approach for biasing analog circuits is introduced in second chapter. This approach is an attempt to address some of the biasing complexities that exist today in biasing large analog circuits. Third chapter describes to interval methods for analog circuits. New port modeling and local biasing of analog circuits have been presented in fourth chapter. We address the computational challenges associated with harmonic balance based analog and RF simulation from two synergistic angles: hierarchical preconditioning and parallel processing in the fifth chapter. The objective of sixth chapter is to provide some guidelines for the design of analog blocks suitable for mixed analog-digital integrated circuits. We have presented the symbolic behavioral model generation of mixed-mode circuits in seventh chapter. Last chapter gives the details of analog CMOS design automation methodologies for low-power applications.