电动舵机是一个复杂的机电一体化系统。
The electric actuator is a complex electro-mechanization system.
本文针对电动舵机动态加载系统的控制策略进行了研究与设计。
In this paper, a control method aiming at electric actuator hydraulic loading system is discussed and designed.
设计了电动舵机驱动器硬件，给出了各组成部分的线路原理图。
Driver hardware of the ema is designed, with the schematic diagram of the corresponding components.
本文的研究结论为工程中对电动舵机系统的故障诊断提供了重要参考。
The research results of this paper provide the important references to the fault detection of electro-mechanical actuator system in engineering.
论文介绍了选题背景和意义以及电动舵机伺服放大器的现状和发展前景。
This dissertation introduces the background and significance of the research and the present situation and developing prospect of the EMA Servo amplifier.
应用计算机辅助测试系统，能够提高电动舵机性能测试的精度和效率，实现了测试自动化。
This system is helpful for increasing test accuracy and efficiency of electric actuator, and realizing automation of test.
同时介绍了弹用电动舵机系统的工作原理和TM 320lf 2407 A芯片的特点以及无刷直流电机在电动导弹舵机系统中的应用。
It presents the principle of the system of electrical vane mechanism in mis - sile and the feature of the chip TM320LF2407A, and the apply of BLDCM in the system of electrical vane mechanism.
这种舵机是电动液压式的。
为了充分利用电动机的潜在能力，建议以电动机的最大转矩乘以裕度系数来适应起锚机和舵机所需要的最大转矩。
In order to utilize full power of motor, the Authors propose to multiply the maximum torque of motor by a coefficient of safety to meet the corresponding maximum torque of windlass or steering gear.
简要阐述了下位机软件实现对舵机电动加载系统实时控制的策略。
Strategy that control software control electric load system real-timely is discussed simply.
简要阐述了下位机软件实现对舵机电动加载系统实时控制的策略。
Strategy that control software control electric load system real-timely is discussed simply.
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