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Aircraft anti-skid braking control based on pressure servo control using high-speed on/off valve

机译:基于压力伺服控制和高速开关阀的飞机防滑制动控制

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In order to optimize one UAV current braking system, a new aircraft anti-skid braking system based on pressure servo control using high-speed on/off valves driven by PWM signals is proposed in this paper. The operation principle of PWM on/off valves is analyzed in details to prove the feasibility of pressure servo control. The brake controller contains pressure and slip ratio two closed loops to achieve accurate control and provide high stability. Experimental results show that the new system indeed improve the braking performance and efficiency.
机译:为了优化一种无人机的现行制动系统,本文提出了一种新的基于压力伺服控制的飞机防滑制动系统,该系统利用PWM信号驱动的高速开关阀进行压力伺服控制。详细分析了PWM开关阀的工作原理,以证明压力伺服控制的可行性。制动控制器包含压力和滑移率两个闭环,以实现精确控制并提供高稳定性。实验结果表明,新系统确实提高了制动性能和效率。

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