一种新型低功耗3T逆变器

P. Rout, D. Nayak, D. P. Acharya
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引用次数: 3

摘要

虽然CMOS逻辑逆变器因其静态功耗可忽略不计而受到广泛认可,但有时却因其动态功耗高而被弃用。高动态功耗是由于负载电容器的充电和放电,也因为从Vdd到地的不必要的短路电流。提出的三晶体管饱和NMOS逆变器减少了短路电流,从而降低了整体功耗。对于频率小于或等于1mhz的任何输入信号,所提出的逆变器可将平均功耗降低35%,对于高达10MHz左右的任何输入信号,可降低15%。但当输入频率超过100mhz时,功耗增加缓慢。因此,所提出的逆变器可用于兆赫应用,节省了大量的功率。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A novel low power 3T inverter
Though CMOS logic inverter is widely appreciated because of its negligible static power consumption still sometimes it is deprecated because of the high dynamic power consumption. The high dynamic power consumption is because of the charging and discharging of the load capacitor and also because of the unwanted short-circuits current from Vdd to ground. The proposed three transistor saturated NMOS inverter reduces the short-circuit current and hence reduces the overall power consumption. The proposed inverter reduces the average power consumption by 35% for any input signal of frequency less than or equal to 1 MHz and by 15% for any input signal up to around 10MHz. But the power consumption slowly increases when the input frequency goes beyond 100 MHz. So the proposed inverter can be used in MHz applications to save a good amount of power.
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