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ISRO Programmable Digital Waveform Generator

机译:ISRO可编程数字波形发生器

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摘要

One of the major and common requirements for all active microware sensors is generation of the transmit modulation signal-like chirp/LFM signal, MSK, etc., which can be generated by analog or digital means. With the increasing demands of side bandwidth, longer duration chirp signals in radar systems, digital signal generation, and processing has emerged as a preferred alternative. Design and development of programmable and generic digital waveform generator (DWG) system based on Xilinx Virtex XCV600 FPGA and high-speed DAC is carried out at the Space Applications Center. ISRO is to generate required transmit chirp signal of high time-bandwidth product (~ 1000) for ISO''s microwave radar sensor missions. This gives a detailed description of the design requirements, implementation details, salient performance features, and test results of this programmable and generic digital waveform generator (DWG).
机译:对所有有源微件传感器的主要和普遍要求之一是生成类似调制信号的线性调频/ LFM信号,MSK等,可以通过模拟或数字方式生成。随着边带带宽需求的增加,雷达系统中持续时间较长的线性调频信号,数字信号生成和处理已成为首选方案。在太空应用中心进行了基于Xilinx Virtex XCV600 FPGA和高速DAC的可编程通用数字波形发生器(DWG)系统的设计和开发。 ISRO将为ISO的微波雷达传感器任务生成所需的高时间带宽乘积(〜1000)的发射线性调频信号。这给出了对该可编程和通用数字波形发生器(DWG)的设计要求,实现细节,显着性能特征以及测试结果的详细描述。

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