Originally Posted by
tshrimp
I understand what you are saying here, and read it in the sticky, but I would think it would be easy for it to also see ONE K band over and over and locks out, but it sees a second one so it alerts.(does not unlock, but just says "hey an extra signal I don't care if it is the false or a LEO as I might not be able to tell, but I should say something as there are 2 I am an use to seeing one". So it ignores that a lockout has ever taken place for this instance.
As we know the 9500ix can tell you when there are muntiple signals. If the lockout is one signal and it sees 2 then it alerts. I see this more like 2 separate glasses of water. They are separtate, so I can see them both. So I alert.
Maybe I am just lost on this, and/or over simplifiying
Over simplifying, maybe. Which is why i used the simple water analogy. So you are correct that when there are multiple signals (different 30MHz blocks) it will alert you if the lockout is one signal and it sees 2 then it alerts. But that isn't 100% all the time because 2 radar sources can fall within the same 30MHz block.
It "can" tell you if there is multiple signals, like how you could tell the difference between 2
separate glasses of water. However if both signals are exactly the same (within a 30MHz block and area), same as pouring the
2 glasses of water in one. It cant tell the difference, same as we couldn't with water.
Technically K band is a range of frequency that's approved like 24.050 through 24.250. Police K band is usually around 24.150.
Now K band signal can be 24.050, .051, .052, .053, .054 all the way to 24.250.
This would be imposable for Escort to use each specific frequency to alert to multiple frequencies because of frequency drift and the accuracy of there spec mode. That's why they use 30MHz blocks instead.
So when you here multiple signals detected and its showing 2 K band signals its because its different 30MHz blocks not a specific frequency difference. There is no way to be that accurate reading the signal or prevent drifting of a frequency, there are too many variables so that's why they use 30MHz blocks.
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