It is not that easy again if you increase pulsewidth it will take a longer time to create and send pulses, it is a delicate balance. Aselsan uses foreign-sourced oscillators. Aselsan has been working on doped sapphire and quartz crystals inside its advanced materials research center (the same place that developed Aselsan RAM materials) for a while.This is a good point. Yes, higher RPF requries higher processing power. But can't they use off the shelf chips? Even low cost old APG-80 developed in 2002 can increase RPF up to 200kHz, according to the paper I read. Anyway, you are probably right.
On a side note, if we are not using the assumptions from infographic, then by increasing the pulsewidth N36 can compensate and extend the detection range while keeping the PRF same. Albeit it would sacrifice some accuracy.
That is very interesting. I thought Alelsan got all the neccessary components covered already. If national crystal oscillator is still in development, which ones Aselsan using in its products?
There are also great developments in IIR photodetectors. Aselsan is sampling some cutting-edge photodetectors.
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