据俄罗斯自动化技术公司的介绍,在ARM专用的控制系统方面,自动化技术公司正在提供ATsU-1和ATsU-2吊舱,它们可探测辐射源的活动,“产生目标番号提示”,并向载机的导航系统提供信息,以测定目标的距离和导弹的发射参数.据称,216公斤重的ATsU-1吊舱能有效地对付工作在一个特定系统频段上的脉冲和连续波雷达,而300公斤重的ATsU-2能对付一个特定系统频段上的脉冲雷达和另一频段上的脉冲和“准连续波”雷达.他们指出,这两种系统都具有方位±32°、俯仰0°～-16°的“搜索范围”.据报道说,在目标距离超过100公里的情况下,方位精度为±1°,距离精度(“瞄准导航综合设备协同工作”)为±10%.看来这两种系统都可一次引导2枚 According to the introduction of Russian automation technology company, in the special control system of ARM, automation technology company is offering ATsU-1 and ATsU-2 pod, they can detect the activity of the radiation source, “produce the target number prompts” Of the navigation system to determine the distance to the target and launch parameters of the missile Allegedly, the 216 kg heavy-duty ATsU-1 pod can effectively deal with pulsed and continuous-wave radars operating in a particular system band while 300 kg The heavy-duty ATsU-2 can handle both pulse radar and “quasi-continuous wave” radar on another system band for a particular system, pointing out that both systems have azimuths of ± 32 ° and pitches of 0 ° -16 ° of the “search range.” It has been reported that the azimuth accuracy is ± 1 ° with a target distance of more than 100 km and the range accuracy (± 10% with “aiming and navigating the integrated equipment”). It appears that both The system can guide two