Operational Amplifier Speed and Accuracy Improvement proposes a new
methodology for the design of analog integrated circuits. The
usefulness of this methodology is demonstrated through the design
of an operational amplifier. This methodology consists of the
following iterative steps: description of the circuit functionality
at a high level of abstraction using signal flow graphs; equivalent
transformations and modifications of the graph to the form where
all important parameters are controlled by dedicated feedback
loops; and implementation of the structure using a library of
elementary cells. Operational Amplifier Speed and Accuracy
Improvement shows how to choose structures and design circuits
which improve an operational amplifier's important parameters such
as speed to power ratio, open loop gain, common-mode voltage
rejection ratio, and power supply rejection ratio. The same
approach is used to design clamps and limiting circuits which
improve the performance of the amplifier outside of its linear
operating region, such as slew rate enhancement, output short
circuit current limitation, and input overload recovery.
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