用于低频应用的高效两相NOC发生器

Chandan Kumar, Shatrughna Kumar, A. K. Mal
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引用次数: 3

摘要

在混合信号设计中,我们用开关电容代替电阻器。消除电阻导致非常快速和准确的实施。为了实现开关电容,我们需要电容器和开关。这些开关是由时钟控制的。在这种情况下,时钟在活动情况下不会重叠,因此我们开发了非重叠时钟(NOC)。本文设计了基于通管应用的NOC发生器。为了更好地实现开关电容,NOC发生器的功耗和相位噪声必须最小。仿真结果表明,与传统的NOC电路相比,该电路具有功耗和面积效率。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
An efficient two-phase NOC generator for low frequency applications
In Mixed signal design, we replace the resistor with the switched capacitor. Elimination of resistors leads to very fast and accurate implementation. For realization of the switched capacitor, we need capacitors and switches. These switches are controlled by clocks. Here, clocks wouldn't overlap in active case, so we develop Non-Overlapping Clock (NOC). Here, we design NOC generator based on pass transistor application. For excellent realization of the switched capacitor, the power dissipation and phase noise of the NOC generator must be minimum. Simulation results suggest that proposed circuit is power and area efficient as compared to the conventional NOC circuits.
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