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Implementation of Aero Instrument Control and Simulation

机译:航空仪表控制与仿真的实现

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摘要

A design scheme about simulation of instrument on flight training simulator based on technical characteristics is provided in this paper. According to the difference of executing components in instruments, five control methods: selsyn control, stepper motor control, servo-actuator control, rotary transformer control and magnetoelectric control are adopted. The compass indicator is using as an example to specifically describe the means of emulation and the experimental results indicate that all of the instruments on flight training simulator can be simulated using the five methods, and reaching simulation fidelity.
机译:提出了一种基于技术特点的飞行训练模拟器上仪器仿真的设计方案。根据仪表执行元件的不同,采用了塞尔森控制,步进电机控制,伺服执行器控制,旋转变压器控制和磁电控制五种控制方法。以指南针指示器为例来具体描述仿真方法,实验结果表明可以使用五种方法对飞行训练模拟器上的所有仪器进行仿真,并达到仿真逼真度。

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