极低功耗微机电系统扫描器与碱驻极体梳状驱动

T. Sugiyama, M. Aoyama, K. Kawai, G. Hashiguchi
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引用次数: 0

摘要

本文报道了一种利用碱离子驻极体产生静电场的极低功耗MEMS扫描仪。在扫描仪的梳状电极上形成的碱离子驻极体为静电执行器提供内置电位,因此不需要偏置电压。样机的功耗为0.57 μW(偏置电压:直流0 V,驱动电压:交流9 Vpp,偏转角:12°,谐振频率:1.4 kHz)。通过提高梳状电极的受力系数,可以进一步实现低功耗。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Very low power consumption MEMS scanner with alkali electret comb drive
This paper reports the very low power consumption MEMS scanner that utilizes the electrostatic field generated by alkali-ion electret. The alkali-ion electret formed on comb electrodes of the scanner provides built-in potential for the electro-static actuator so that no bias voltage is necessary. The power consumption of prototype MEMS scanner was 0.57 μW (bias voltage: DC 0 V, driving voltage: AC 9 Vpp, deflection angle: 12°, resonance frequency: 1.4 kHz,). It is possible to realize further low power consumption by increasing the force factor of comb-electrodes.
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