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Air cooling analysis and design of impacted flexible actuator’s servo controller based on PLECS

机译:基于PLEC的柔性执行器伺服控制器的空气冷却分析与设计

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At present, SUAV (small unmanned aerial vehicle) is developing with small shape, high dynamic performance and distributed structure. Meanwhile the power by wire, which can replace traditional hydraulic system to lighten weight and improve reliability, is important developing direction of actuator technology in future. When a plane which applies power by wire is doing high-g routine, the power devices’ loss is giant because of the high power. Thus it is necessary to design cooling structure to carry out heat from controller inner. To avoid over design and analyze more exactly, this paper introduces a method based on MATLAB and PLECS union Simulink to calculate controller’s loss. By power devices’ thermal resistance and working temperature referred from products manual, it is possible to define cooler’s size. Then we can achieve wind pressure and flow characteristic curve, and select the cooling fan. Compared with theory calculation, this method can achieve exact controller loss in different working conditions and take effects which influenced by temperature in consideration, by what we can avoid cooling structure’s over design.
机译:目前,Suav(小无人驾驶飞行器)正在以小形状,高动态性能和分布式结构开发。同时通过导线的功率,其可替代传统的液压系统,以减轻重量和提高可靠性,是在致动器的未来技术的重要发展方向。当通过电线施加电力的平面正在进行高G例程时,由于功率高,功率器件的损耗是巨头。因此,需要设计冷却结构以从控制器内部进行热量。为避免更确切地说,避免设计和分析,本文介绍了一种基于MATLAB和PLECS UNIN SIMULINK的方法来计算控制器的丢失。通过电源设备的热阻和工作温度,从产品手册中提到,可以定义冷却器的尺寸。然后我们可以实现风力压力和流量特性曲线,然后选择冷却风扇。与理论计算相比,该方法可以实现在不同工况精确控制损失和采取何种考虑影响温度,通过我们能够避免冷却结构的设计上的影响。

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