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Design of a New Electromagnetic Brake for Actuator Locking Mechanism in Aerospace Vehcile

机译:航天器执行器锁定机构新型电磁制动器的设计

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Electromagnetic (EM) brakes are gaining importance in aerospace vehicles for various critical applications. In guided missiles, they are primarily used for locking the actuator when the missile is in carriage either by road or by air such that the position of the actuator is not changed when servo is in the off condition. In this paper, a new EM brake is designed which is more energy efficient and reliable compared to a conventional solenoid operated brake. The nonlinear magnetic analysis is carried out on the brake, and the hardware is realized and tested. The test results are promising and this topology can be adapted for aerospace and other critical applications.
机译:电磁(EM)制动器在航空航天车辆中的各种关键应用中正变得越来越重要。在制导导弹中,它们主要用于在导弹通过公路或空中运输时锁定执行器,从而在伺服系统处于关闭状态时不会改变执行器的位置。在本文中,设计了一种新的EM制动器,与传统的电磁制动器相比,该制动器更加节能,可靠。在制动器上进行了非线性磁分析,并实现了硬件并进行了测试。测试结果很有希望,并且该拓扑可以适用于航空航天和其他关键应用。

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