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红外目标背景仿真装置是红外制导武器半实物仿真技术中的关键设备。该设备所产生的红外模拟目标的动态角位置精度决定了仿真实验的置信度。本文对红外目标背景仿真装置动态角位置精度的测量方法以及测量设备——光学动态测角仪的设计进行了讨论，并提供了红外目标背景仿真装置动态角位置精度的测量结果
Infrared target background simulation device is the key equipment in the semi-physical simulation of infrared guided weapons. The accuracy of the dynamic angular position of the infrared simulation target generated by the device determines the confidence of the simulation experiment. In this paper, the measurement method of dynamic angular position accuracy of infrared target background simulation device and the design of measuring equipment - optical dynamic goniometer are discussed, and the measurement results of the dynamic angular position accuracy of the infrared target background simulation device are provided