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SVERHKOROTKOIMPULSNY radar resonance compression microwave transmitter pulse

机译:SVERHKOROTKOIMPULSNY雷达共振压缩微波发射机脉冲

摘要

Radar for sverhkorotkoimpulsnyh use in radar systems, in which the temporal compression microwave transmitter pulses via resonance accumulative volume. The transmitting unit radar comprises successively established transmission antenna (1), a compression device (3) microwave pulses, a microwave generator (5), the modulator (6) with a connected power supply unit (7), the synchronizer (2) connected to the ignition unit spark gap (4) whose output is connected to the compression device (3) of the microwave pulses. The receiving unit of the radar includes a reception antenna (9) connected to the low noise amplifier HF (10) and a series-connected wide-band amplifier (12), the detector (13), processing and display unit (14), the control computer (8) connected additionally with the information processing unit (14) feedback channel and a detector (13), wherein between the low noise amplifier HF (10) and a broadband amplifier (12) included diagram antiphase addition (11), the inlet of which is set divisor input signal power (15 ) on two channels a, and the output of the adder is set (16), and one channel set delay line (17) at a time t 0 + T 0/2 = Δt, where T 0 - period of oscillation of the microwave field. The technical result is to increase the range of detection in distributed background clutter and possible isolation purposes with a small effective area dispersion. 6-yl., 1 pr.
机译:sverhkorotkoimpulsnyh雷达用于雷达系统,其中临时压缩微波发射器通过共振累积量产生脉冲。发射单元雷达包括相继建立的发射天线(1),压缩设备(3)微波脉冲,微波发生器(5),带有已连接电源单元(7)的调制器(6),已连接同步器(2)点火装置的火花隙(4)的输出连接到微波脉冲的压缩装置(3)。雷达的接收单元包括连接到低噪声放大器HF(10)和串联宽带放大器(12)的接收天线(9),检测器(13),处理和显示单元(14),控制计算机(8)还与信息处理单元(14)的反馈通道和检测器(13)相连,其中在低噪声放大器HF(10)和宽带放大器(12)之间包括反相图(11),其入口在两个通道a上设置除数输入信号功率(15),加法器的输出设置(16),在时间t 0 + T 0/2 =Δt,其中T 0 -微波场的振荡周期。技术结果是在有效背景面积较小的情况下,增加了在分布式背景杂波中的检测范围以及可能的隔离目的。 6-yl。,1 pr。

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