该电路适合在超宽带雷达系统中应用。
典型的超宽带雷达系统发射的是冲激脉冲信号，具有很大的带宽，但限制了系统的作用距离。
A typical Ultra Wideband Radar system emits impulse signal, which has wide band, but limited operating range.
文中介绍了以TMS320 VC 5509为核心处理器，基于FIFO和DSP的超宽带搜救雷达数据采集系统的硬件和软件设计。
This paper describes hardware and software design of data acquisition system for UWB search and rescue radar, which adopts TMS320VC5509 as the core processor and is based on FIFO and DSP.
探地雷达系统一般采用超宽带短脉冲信号，因而其天线系统必须具有较好的宽带性能。
The ground penetrating radar (GPR) systems usually use broadband electromagnetic pulse, so the antennas must be wideband and can couple electromagnetic energy into the ground.
介绍时域超宽带雷达目标特性测量系统的工作原理及测量软件的开发过程。
Operating principle and developing procedures of a time-domain measuring system of radar target are introduced.
根据具体系统指标，选择全固态微波电路方案，研制出了系列的数千伏、纳秒级、超宽带雷达用脉冲源。
Based on the microwave PCB circuit, series of kilo-volt nanosecond UWB radar pulsers have been designed.
超宽带雷达波形的设计与产生部分作为超宽带雷达中的一个关键组成，它的指标和性能将直接影响到整个雷达系统的性能。
Waveform design and generation is a key component of ultra-wide band radar, whose qualification and performance directly influence the performance of the whole radar system.
研究了面向应用的雷达参数选择方法，设计了适用于运动目标定位和跟踪的超宽带冲激体制的穿墙探测雷达系统。
The parameters of radar are selected and a prototype of UWB-TWDR which can detect, locate and track the moving persons behind the partitions is designed and realized.
研究了面向应用的雷达参数选择方法，设计了适用于运动目标定位和跟踪的超宽带冲激体制的穿墙探测雷达系统。
The parameters of radar are selected and a prototype of UWB-TWDR which can detect, locate and track the moving persons behind the partitions is designed and realized.
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