介绍了宽频带空间有源目标单脉冲跟踪接收系统的组成及其工作原理。
This paper introduces the composition and working principle of single pulse tracking reception system for wide frequency-band spatial active target.
单脉冲单通道跟踪系统具有设备简单、实时性好、动态滞后小的特点，但由于跟踪通道噪声增加，致使跟踪精度较低。
The single-channel monopulse tracking system features simple equipment composition, good real-time performance and small dynamic lag, but tracking channel noise can result in low tracking accuracy.
基于时延测量的水声跟踪定位系统，当信号传播时延大于脉冲重复周期时，就会出现距离模糊。
For underwater acoustic positioning system based on measurement of time_delay, range ambiguity appears when pulse's propagating time is longer than its repetition period.
单通道单脉冲跟踪以设备简单、可靠性高等特点在飞行器测控系统中获得了广泛应用。
The technology of single channel monopulse tracking is widely used in air vehicle TT&C because of its simple equipment and high reliability.
本文在分析单脉冲雷达角跟踪系统工作原理的基础上，介绍了闪烁干扰的分类和干扰效能。
Based on the analysis of the principle of Angle tracking system of monopulse radars, the categories and efficiencies of blinking jamming are described.
本文简述了单脉冲雷达角跟踪系统的工作原理，介绍了对单脉冲雷达进行角度欺骗的常用方法。
This paper described the principle of monopulse radars Angle tracking system simply, and introduced the methods of Angle deception to monopulse radar.
本文简述了单脉冲雷达角跟踪系统的工作原理，介绍了对单脉冲雷达进行角度欺骗的常用方法。
This paper described the principle of Monopulse radar's angle tracking system simply, and introduced the methods of angle deception to monopulse radar.
介绍了一种采用单路单脉冲接收机的有限相扫雷达的相控跟踪系统的数字模型。
The mathematical model of the limited phase-sweeping radar using a single circuit monopulse receiver is introduced in the article.
本文在分析单脉冲雷达角跟踪系统工作原理的基础上，介绍了闪烁干扰的分类和干扰效能。
This paper described the principle of monopulse radars Angle tracking system simply, and introduced the methods of Angle deception to monopulse radar.
信号处理模型则根据单脉冲体制角度跟踪系统的处理模式建立，包括自动增益控制、多普勒 信号检测和角跟踪处理等；
Signal processing model is established, which is based on single pulse angle tracking system, mainly including AGC, Doppler signal detecting and angle tracking.
信号处理模型则根据单脉冲体制角度跟踪系统的处理模式建立，包括自动增益控制、多普勒 信号检测和角跟踪处理等；
Signal processing model is established, which is based on single pulse angle tracking system, mainly including AGC, Doppler signal detecting and angle tracking.
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