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Design and test of a tip-tilt driver for an image stabilization system

机译:用于图像稳定系统的尖端倾斜驱动器的设计和测试

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The tip/tilt driver is part of the Polarimetric and Helioseismic Imager (PHI) instrument for the ESA Solar Orbiter (SO), which is scheduled to launch in 2017. PHI captures polarimetric images from the Sun to better understand our nearest star, the Sun. The paper covers an analog amplifier design to drive capacitive solid state actuator such as piezoelectric actuator. Due to their static and continuous operation, the actuator needs to be supplied by high-quality, low-frequency, high-voltage sinusoidal signals. The described circuit is an efficiency-improved Class-AB amplifier capable of recovering up to 60% of the charge stored in the actuator. The results obtained after the qualification model test demonstrate the feasibility of the circuit with the accomplishment of the requirements fixed by the scientific team.
机译:尖端/倾斜驱动器是ESA Solar Orbiter(SO)的Polarimetric和HelioSismic Imager(PHI)仪器的一部分,该仪器被安排在2017年推出。PHI从SUN捕获偏振图像以更好地了解我们最近的明星,太阳。纸张涵盖了一种模拟放大器设计,驱动电容固态致动器,如压电致动器。由于它们的静态和连续操作,致动器需要通过高质量,低频,高压正弦信号提供。所描述的电路是一种效率改进的类AB放大器,其能够恢复存储在致动器中的电荷的高达60%。在资格化模型测试后获得的结果表明了电路的可行性,以完成科学团队修复的要求。

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