Based on the need of multi-style and high speed, we introduce the Radar Jam Signal Producing System in this paper.
基于多样式和高速度的需求，该文阐述雷达干扰信号产生系统的实现。
Radar jam signal plays a crucial role in radar jamming. Its styles and producing speed directly affect the effects of jamming.
雷达干扰信号是在实施雷达干扰时关键性因素，它的产生样式及其速度直接影响到干扰的效果。
The system intercepts and automatically processes radar signals and manages the transmitters to effectively jam large Numbers of diverse radar threats.
系统能够拦截并自动处理雷达信号，管理发射机有效干扰大数量的不同的雷达威胁。
This paper deduces the equation of jamming airborne early warning radar with multi-jammer, simulates the target exposed area that multi-system joint jammers jam the airborne early warning radar.
推导了多部干扰机干扰空中预警雷达的干扰方程，仿真了多系统联合干扰机载预警雷达时目标的暴露区。
On the basis of introducing briefly the basic operating principle of synthetic aperture radar (SAR), give emphasis to analyze the possibility to jam SAR, and pose possible jamming ways.
在简单介绍合成孔径雷达(SAR)的基本工作原理的基础上，重点分析了对SAR实施干扰的可能性，并提出了可能的干扰方法。
It has the functions of synchronization pulling off jamming, smart noise jamming and false target jamming, it also can jam Pulse Doppler radar effectively.
它可以实现同步拖引干扰、灵巧噪声干扰和假目标干扰的功能，能够有效的干扰脉冲多普勒雷达。
Einstein came up with the Unified Field Theory, which spoke of the ability to jam certain types of radar, thereby making objects become invisible.
爱因斯坦提出了统一场论，并设计出了能够阻塞某种特定雷达而使物体无法被侦测到的装置。
The theory and simulation result show that the smart noise jamming can jam stepped-frequency radar signals availably and has the higher utility of the jamming power.
理论和仿真结果表明，该灵巧噪声干扰能够有效干扰步进雷达信号，具有很高的干扰功率的利用率。
Radar signal recognition is an important aspect of electronic countermeasures. It is the premise of ensuring the radar recon and jam equipment work effectively.
雷达信号的识别是电子对抗的一个重要方面，是保证雷达对抗侦察和干扰设备有效发挥其作战效能的重要前提。
This paper deduces the equation of jamming airborne early warning radar with multi-jammer, simulates the target exposed area that multi-system joint jammers jam the airborne early warning radar.
本文推导了多部干扰机干扰空中预警雷达的干扰方程，仿真了多系统联合干扰机载预警雷达，地空干扰系统掩护运动目标时目标的暴露区。
Chapter 4 makes some researches on signal adaptive processing, mainly about application of adaptive jam canceller in radar receiving system.
第四章对自适应信号处理进行了研究，主要介绍了自适应干扰对消技术在雷达接收系统中的应用。
The equation is conduced to jam an airborne early warning radar with several jammers and the stimulation of target-exposed range is shown under the circumstance of several jamming systems.
推导了多部干扰机干扰空中预警雷达的干扰方程，仿真了多系统联合干扰机载预警雷达时目标的暴露区。
The equation is conduced to jam an airborne early warning radar with several jammers and the stimulation of target-exposed range is shown under the circumstance of several jamming systems.
随队干扰是现代雷达干扰技术中常见的情况，文中讨论了在随队干扰环境中，通过干扰方程来求解雷达的暴露区的算法。
Aimed at the pulse radar altimeter, two jamming modes, namely, track-gate barrage-jam and coercive capture jam are advanced.
针对脉冲高度表，提出了跟踪门阻塞干扰和强制捕捉干扰两种干扰模式，并分别给出了干扰信号形式和干扰能量方程。
Aimed at the pulse radar altimeter, two jamming modes, namely, track-gate barrage-jam and coercive capture jam are advanced.
针对脉冲高度表，提出了跟踪门阻塞干扰和强制捕捉干扰两种干扰模式，并分别给出了干扰信号形式和干扰能量方程。
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