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中国物理学会期刊

射频能量AC/DC电荷泵的MOS实现研究

CSTR: 32037.14.aps.54.2424

A study on the realization of radio frequency energy AC/DC charge pump based on MOS FET

CSTR: 32037.14.aps.54.2424
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  • 在射频能量AC/DC的能源转换实现研究中提出一种采用低阈值MOS管构成的高效电荷泵.新方 案消除了现有的肖特基二极管高效电荷泵制作工艺特殊、批次性能不够一致的缺陷.分析表 明,通过有机调整MOS管宽长比、器件电容、充电级数等设计参量,可以方便地满足不同的 性能要求,实现集成制作方便、性能稳定的高效射频能量AC/DC型电荷泵.

     

    This paper presents a novel efficient charge pump composed of low Vth metal_oxide_semiconductor (MOS) field effect transistors (FET) in the course of realizing radio frequency (RF) energy AC/DC conversion. The novel structure eliminates tho se defects caused by typical Schottky_diode charge pumps, which are dependent on specific processes and inconsistent in quality between different product batche s. Our analyses indicate that an easy_fabricated, stable and efficient RF energy AC/DC charge pump can be conveniently implemented through reasonably configurin g the MOS transistor aspect ratio, and other design parameters such as capacit ance, multiplying stages to meet various demands on performance.

     

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