CMOS差分通管逻辑(CMOS DPTL)预放电缓冲器设计

S. Kayed, H.F. Ragaei
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引用次数: 0

摘要

在NMOS和CMOS PTL技术中,噪声抗扰性问题限制了逻辑波动相对较低的应用。噪声电压,可以降低系统性能,甚至产生故障电路运行。因此,我们提出另一种通管配置,直接解决抗噪问题。差分通型晶体管逻辑(DPTL)是CMOS技术中一个强大的配置。DPTL缓冲器无论输入信号摆幅如何变化,都能产生标准CMOS电平,同时通过保持结构对称性提供抗噪声能力。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
CMOS differential pass-transistor logic (CMOS DPTL) predischarge buffer design
In both NMOS and CMOS PTL techniques, the problem of noise immunity limits applications which suffer from relatively low logic swings. Noise voltages, can degrade system performance and even produce faulty circuit operation. So, we propose an alternative pass-transistor configurations that directly address noise-immunity. Differential Pass Transistor Logic (DPTL) is a powerful configuration in CMOS technology. DPTL buffers has the ability to generate standard CMOS levels regardless of input signal-swing variation while providing noise immunity by maintaining the structural symmetry.
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