Breakthroughs have been made in the technical framework and new technology can significantly improve the overall performance of the radar in the same hardware configuration after a large number of technical research.
the current waveform design reaching more than ten times that of ordinary waveforms in the use of spectrum on FM phase modulated in multiple dimensions and the waveform changes after 3 rounds of waveform iteration.WAVEFORM SURVEY At present, the fourth round of waveform technology upgrade and theory demonstration is about to be carried out.
Data flow is optimized, which is the memory utilization is 4 times that of ordinary methods under the same memory.
Traditional super-resolution algorithm has been improved which is the goniometric capacity has been doubled, and the computing power cost is small, robust and portable.
Overall-performance of the antenna is optimized by array layout technology, so that low array secondary lobe, high array gain, high goniometric accuracy and it is not sensitive to the defects of a single antenna.
Data processing capacity increased at the same time since multi-processing allocation.TECHNICAL ROUTE
The RF noise reduction technology is adopted to reduce the noise floor, improve the signal-to-noise ratio, and reduce the dyna
The selected main chip has high phase control precision and can match complex waveforms.
Using the return path planning technology, the mutual interference between RF, digital and power supply is greatly reduced.
Using shaped antenna to reasonably distribute the energy radiation area.
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