I am really starting to wonder... what is making the difference?
Is it the fact it is scanning that single frequency (or frequencies in the case of accusweep)...
OR is it lowering the threshold in which it starts to warn (above background noise)?
Its not like the detector switching into narrowband mode and suddenly the horn antenna inside mutates and becomes more sensitive or something, so it had to be something being done in software alone.
The reason I say this, is because if you think about back to the SML tests and their (somewhat flawed) "response time" tests, the radars were detecting in 0.XX seconds. If thats the case, I really do NOT think it is that the scanning is faster for 1 frequency... and i am guessing it is ONLY that the detector lowers the warning threshold (ie. even a slight signal causes it to alert).
And if THAT is the case, why do the detector manufactures not just keep those known radar frequencies on their most sensitive (like those 3 for USA, the 2 for photo radar), and STILL sweep the rest of the Ka band?




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