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Informar de un error de traducción
A radar mile is 12.36us for a there and back if you're emitting a transmitted pulse for the pulse to bounce off the target and return to the point of origin (your dish). If you have a system that refreshes it's listening cycle every 741.6us, you're going to have a 60nmi range to see targets at a maximum.
It obviously gets more complicated than this when you dig into the weeds but an expanding and contracting range doesn't make sense based off that.
What it seems to be simulating is the QUALITY of detection available to you within that maximum, which would be affected by the reflector dish, the feedhorn assy, the cables leading to the receiver group, the noise induced in the receiver group and the processing and display setup condition.
There's also atmospheric effects to take into account, such as solar interference due to sun angle, reflections off waves, rain/hail reflections and other details.
Since this is a radar detector, you also have to factor in the frequency mismatch between the aircraft/ship borne radar's frequency and your detector's frequency.
It acts like an FM radio; the closer the receiver is tuned the exact frequency being emitted, the clearer the picture.
You have to remember that this was all brand spanking new tech at the time, cooking microwaves didn't even exist cause they used this technology after WW2 ended.
So, there's the EWAR battle between the Allies starting to use crude radar and the Axis figuring out that they can detect it. Then the Allies realize they're being detected and do a frequency shift on their radar transmissions (changing the FM station's number). Problem is, the sub's detector is hard coded for a range of frequencies that the Allies are now operating outside of. Now the Axis needs to design new radar detectors to see the new frequency range.
And around and around we go.