Differential Implementations of Threshold Logic Gates

Differential Implementations of Threshold Logic Gates
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阈值逻辑门的差分实现

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通讯作者：
R. Andonie
R. Andonie
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作者：
V. Beiu;J. Quintana;M. J. Avedilo;R. Andonie

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2.电容解决方案本文回顾了阈值逻辑门的差分实现，详细介绍了两类解决方案：电容（开关电容和浮栅）和电导/电流。电容式TLG的基本概念是使用电容器阵列来实现输入的加权和。这个想法早在1966年就被提出了[6]。容性TLG可以分为两大类：容性阈值逻辑（CTL）和神经元MOS（νMOS）。几项比较得出以下结论：
2. CAPACITIVE SOLUTIONS This paper reviews differential implementations of threshold logic gates, detailing two classes of solutions: capacitive (switched capacitor and floating gate), and conductance/current. The concept underlying capacitive TLGs is the use of an array of capacitors to implement the weighted sum of inputs. The idea was introduced as early as 1966 [6]. Capacitive TLGs can be classified into two major groups: Capacitive Threshold Logic (CTL), and Neuron MOS (νMOS). Several comparisons draw the following conclusions: