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CMOS Analog Circuit Design : Specialized Operational Amplifiers #005)

This module deals with improving the performance of the op amp over that of the op amps in the previous module. The improved performance will be the ability to drive a large capacitor and/or small resistor. Next, bandwidth will be increased to the maximum possible value and alternate methods of achieving high gain-bandwidth amplifiers will … Continue reading "CMOS Analog Circuit Design : Specialized Operational Amplifiers #005)"

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CMOS Analog Circuit Design : Operational Amplifiers (#004)

by Phillip E. Allen 4 Lessons

The operational amplifier (op amp) is the basic building block of analog circuits. It is used to allow negative feedback to be applied to define the desired transfer function. The op amp should have differential inputs and should have a gain large enough to make the open-loop transfer function much greater than unity. This module … Continue reading "CMOS Analog Circuit Design : Operational Amplifiers (#004)"

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CMOS Analog Circuit Design : Modeling (#002)

by Phillip E. Allen 5 Lessons

Models allow the designer to predict the performance of the circuit using either hand analysis or simulation. It is crucial for the designer to understand how the circuit works before simulation. This understanding is achieved using the models presented in this module. These models include the large signal and small signal models of the active … Continue reading "CMOS Analog Circuit Design : Modeling (#002)"

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