利用开关电容技术实现1.5位/级流水线ADC

Pranati Ghoshal, S. Sen
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引用次数: 3

摘要

市场上有各种类型的adc,它们有各自的优势和限制。流水线ADC是该列表中的最新内容。它本质上是非常高的速度和高分辨率。为了使转换无误差,使用了一种称为1.5位/级的数字纠错技术。这种设计是一种非常有用的技术,可以消除由于比较器偏移引起的误差。该体系结构是这样设计的,它不需要任何额外的电路进行错误检测和纠正。为实现4级4位,采用1.5位/级技术,绘制了理论值与实用值的误差曲线,表明理论值与实用值接近。
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Realization of a 1.5 bits/stage pipeline ADC using switched capacitor technique
Various types of ADCs are available in the market with their relative strengths and constraints. Pipeline ADC is the latest inclusion in this list. It is very high speed and high resolution in nature. To make the conversion error free, a digital error correction technique has been used which is termed as 1.5 bits/stage. This design is a very useful technique to eliminate error due to comparator offset. The architecture is so designed that it does not need any extra circuitry for error detection and correction. To realize 4 bits from 4 stages, 1.5 bits/stage technique is used and error curves are drawn between theoretical and practical values which shows close proximity between them.
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