sounds like you need a jammer aswell. The only up side to police using more laser, is that it's jammable.
sounds like you need a jammer aswell. The only up side to police using more laser, is that it's jammable.
The cop doesn't know what he talking about. Here in New Zealand we do not make RDD. He has got confused with Ausse. Gee what school did he go to![]()
There was a picture posted on here one time of the OPP's "Wall of Shame" where they display their confiscated detectors.
Ok, found it:
Nice collection of Cobras...![]()
If I'm passing you on the right, YOU are in the wrong lane!
If speed kills, how come I'm still alive?
Active Countermeasures: V1 3.858, Escort Redline, Beltronics STi-R+, LI Dual 7.1x CPU/8.7 Heads (front)
Other/Backup Countermeasures: V1 3.813 (loaned to friend), Beltronics Pro RX65 M4 6.3
Vehicle: 2002 Audi A4 1.8T Quattro
LEO Toys: Kustom Pro Laser II & III
Encounters/Saves August 2011: Radar 3/1, Laser 0/0
RDs, like any other radio receiver, are not a completely passive device. They incorporate a circuit called a local oscillator (LO). The LO generates a signal at the frequency range that you are tuning (trying to receive), in order to induce any signals present into the receiver. It's sort of the electronic equivalent of priming the pump in order to draft water. Although the LO does not specifically broadcast that signal, and the signal is very, very weak to begin with, it does still radiate or leak out of the RD (or radio), and is not hard to detect by any receiver (RDD) specifically tuned to receive it.
Bel has countered this in two ways; first, by changing the frequency that is radiated by the LO to one not used by other RDs, and therefore not listened for by the RDD. And second, by completely shielding the LO with a metal case, entrapping the emissions within.
It is my understanding that the V1 actually used to be less detectable, as it incorporates an internally shielding metal case. However, at some point I think they drilled holes into that case for heat release or something, resulting in signal leakage. Although, at the time I don't think RDDs were yet a factor. However, that may be where our Canadian friend's erroneous information came from.
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