A New Method for improving resolution of Nuclear ADC for high resolution Spectroscopy System

A. P. I. Siddavatam, P. Vaidya, J. Nair
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Abstract

In this paper, a new method called as dynamic estimation method is proposed that improves the resolution of standard 8K Multichannel analyzer. It is based on the concept of dynamic estimation of peak of the nuclear pulses. Dynamic estimation method is advantageous since it results in reduction of nonlinearity error without increasing the conversion time of existing the spectroscopy systems significantly compared to the existing conventional or digital spectroscopy systems as described in the literature. The system makes use of low-resolution nuclear ADC, which has been designed using any conventional technique to improve its resolution. The circuit has been designed based on the proposed method and has been simulated using Multisim software. Relationship between various parameters like resolution, estimation error and nonlinearity error of the system are discussed and results are presented in the paper.
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一种提高高分辨率光谱系统核ADC分辨率的新方法
为了提高标准8K多通道分析仪的分辨率,提出了一种新的动态估计方法。它是基于核脉冲峰值的动态估计的概念。动态估计方法的优点在于,与文献中描述的现有传统或数字光谱系统相比,动态估计方法在不显著增加现有光谱系统转换时间的情况下减少了非线性误差。该系统采用了低分辨率核ADC,其设计采用了任何常规技术来提高其分辨率。根据所提出的方法设计了电路,并用Multisim软件进行了仿真。讨论了系统的分辨率、估计误差和非线性误差等参数之间的关系,并给出了结果。
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