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Design and Implementation of Low Power Pipeline ADC

机译:低功耗流水线ADC的设计与实现

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This paper mainly focuses on modeling, design and implementation of pipeline analog to digital converters (ADCs), which has become very popular because of its lower power consumption and reasonably fast conversion rate as compared to other ADC architectures. Non-linearities associated with the Sub-ADC's, Sub-DAC's and gain stages corresponds to error in overall pipeline ADC performance. These non-linearities can be corrected using a gain correction method. In this paper, simulation of various ADC components is done in MATLAB/Simulink environment, which gives correct and fast simulation results.
机译:本文主要关注流水线模数转换器(ADC)的建模,设计和实现,与其他ADC架构相比,它具有较低的功耗和相当快的转换速率,因此非常流行。与子ADC,子DAC和增益级相关的非线性对应于整体流水线ADC性能的误差。可以使用增益校正方法来校正这些非线性。本文在MATLAB / Simulink环境中对各种ADC组件进行了仿真,从而给出了正确而快速的仿真结果。

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