Ternary Bitwise Balancing Analog-to-Digital Converter

Petryshyn Mykhailo, V. Luzhetskyi
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Abstract

In this paper are offered a method, algorithms and structural scheme of ternary ADC with bitwise balancing conversion type in order from the less significant bit to the most significant bit. This method allows to accelerate the conversion process, when the input signal is changing in the narrow bands defined by the specifics of the information sources in the technological control systems. Applying the node to determine the difference between the feedback value from DAC and the input unknown value, which determines the occurrence of this value in the boundary of the unit quantum, allowed the finish of the conversion process with a smaller number of iterative balancing steps. Calculated the parameters of operational complexity of the proposed method.
三元位平衡模数转换器
本文提出了一种从低有效位到高有效位顺序的按位平衡转换型三元ADC的方法、算法和结构方案。当输入信号在技术控制系统中由具体的信息源定义的窄频带内变化时,这种方法允许加速转换过程。通过节点确定DAC反馈值与输入未知值的差值,确定该值是否出现在单位量子的边界上,从而使转换过程以较少的迭代平衡步骤完成。计算了所提出方法的参数运算复杂度。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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