单片可变形镜用LDMOS脉冲多电平电流驱动电路

Tuo Wu, Hongyi Chen, Dahong Qian
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引用次数: 0

摘要

静电容性微执行器由于存在电位拉入和电位尖入现象而具有临界最小间隙。由于恒电荷驱动比恒压驱动具有更稳定的工作范围,因此基于电荷驱动的电流驱动具有良好的可控性,因此具有很大的吸引力。基于准静态前提,采用脉冲多电平电流驱动的方法,提高了刷新频率和充电水平。用该方法实现了一个刷新频率为10 kHz、充电电平为8位的80 × 80致动器阵列
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Pulsed multilevel current drive circuitry with LDMOS for monolithic deformable mirror
The electrostatic capacitive microactuator has a critical minimum gap due to potential pull-in and tip-in phenomena. Since constant charge drive permits more stable operation range than constant voltage drive, current drive based on charge drive is attractive owing to its good controllability. Due to quasistatic precondition, a method of pulsed multilevel current drive is adopted to boost the refreshing frequency and charge level. An 80 times 80-actuator array with a refreshing frequency of 10 kHz and an 8-bit charge level is realized with this method
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