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Low-power design of low-voltage high-speed high-resolution A/D converters is presented. By expressing the total current consumption of the ADC as well as the ADC noise power as functions of the stage resolutions, the stage capacitors and the compensation capacitors of the cascode-compensated opamps, all those parameters are optimally determined in order to minimize power consumption for a definite...
A simulation-equation-based methodology for designing high-performance opamps is presented. Using an iterative interface between equation analyzer and circuit simulator, ISECAD an automatic computer-aided-design (CAD) is developed to design high-performance two-stage cascode-compensated opamp in deep-sub-micron technologies. The sizes of all devices are optimally determined in the circuit with specific...
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