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Analysis and design of a charge pump circuit for high output current applications

机译:用于高输出电流应用的电荷泵电路的分析和设计

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摘要

A charge pump circuit has been developed that can deliver high currents even for a system supply voltage of 3 V. The circuit consists of capacitances, connected by MOS switches. The influence of the on-resistance of the switches on the circuit's output resistance has been analysed. The switches are implemented by PMOS transistors. The source bulk potential of these transistors is kept constant to prevent an increase in threshold voltage of the transistors. The maximum output voltage is determined by the breakdown voltage of the switches and not by the MOST's threshold voltage. The circuit has been realised and measurement results match with the calculated values.
机译:已经开发出一种电荷泵电路,即使在系统电源为3 V的情况下也可以提供高电流。该电路由电容组成,通过MOS开关连接。分析了开关的导通电阻对电路输出电阻的影响。开关由PMOS晶体管实现。这些晶体管的源极体电位保持恒定,以防止晶体管的阈值电压增加。最大输出电压取决于开关的击穿电压,而不取决于MOST的阈值电压。电路已经实现,测量结果与计算值相符。

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