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Fully-integrated PMOS-based charge pumps in standard CMOS process without high-voltage switches

机译:在没有高压开关的标准CMOS工艺中,基于PMOS的基于PMOS的电荷泵

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In this paper, we present two new PMOS-based charge pumps which can be implemented in a standard 0.18-µm CMOS technology. In the proposed charge pumps, only low voltage transistors are needed as they always experience voltages no higher than VDD. The maximum output voltage is substantially increased and not limited by transistor gate-oxide and diffusion-to-substrate junction breakdown, without using a triple-well process. The proposed 2-stage charge pumps can reach a power conversion efficiency of 80% and a voltage conversion ratio of 98% in simulation.
机译:在本文中,我们介绍了两个基于PMOS的电荷泵,该泵可以以标准的0.18-μmCMOS技术实现。在所提出的电荷泵中,只需要低电压晶体管,因为它们总是经历高于VDD的电压。在不使用三阱工艺的情况下,最大输出电压基本上增加并且不受晶体管栅极氧化物和扩散到基板结击定的限制。所提出的2级电荷泵可以达到80%的电力转换效率,电压转换比为98%的仿真。

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