Area Efficient NMOS Based Positive and Negative Voltage Multiplier

V. Rana
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Abstract

This paper presents NMOS based voltage multiplier circuit that can be used to generate both high positive and negative voltages from single charge-pump circuit. Basic, voltage multiplier unit consists of two phase clock signals, charge transfer NMOS transistors and bootstrapped configuration to boost the gate drive of NMOS transistors. Due to use of only NMOS transistors, output resistance of circuit is lower than conventional PMOS based circuits thus able to drive high load current. Electrical conditions of all devices used in the circuit is managed in such a way that there is no electrical stress across any device used in design. Circuit is design and implemented in BCD-110nm technology using conventional (No DMOS) transistors.
基于面积高效NMOS的正负电压倍增器
本文提出了一种基于NMOS的电压倍增电路,该电路可以在单电荷泵电路中产生高正负电压。基本的,电压倍增器单元由两个相位时钟信号、电荷转移NMOS晶体管和自启动配置组成,以增强NMOS晶体管的栅极驱动。由于只使用NMOS晶体管,电路的输出电阻比传统的PMOS电路低,从而能够驱动高负载电流。电路中使用的所有设备的电气条件都以这样一种方式进行管理,即在设计中使用的任何设备上都没有电气应力。电路采用传统(No DMOS)晶体管,采用BCD-110nm技术设计和实现。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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