PuffDaddy said:
werleibr said:
What I was asking for was a diagram like one below. Is there one for any LRL out there?
We already have the transmitter,in the form of a signal generator(not my favorite system--ironically). What you are asking for,whether you understand it or not--Is a receiver,for the return signal,that is more than a "swingy-thingy". Thus,one could have a measurable/metered reading,that can be quantified...such as we have with the metal detector.
OKM's LRL,the Bionic 01,purports to be such a device. If they have not in fact yet accomplished this--they are at least on the correct heading.
I predict that this concept(at least)is the future of metal detection. My device,however,will reproduce the precise frequency(s)/signiture of any substance/element/compound(irrespective of complexity).
The swingy-thingy,however,in the hands of a competent operator,is sufficient to the task at hand.
LongRanger
Wrong again, on all counts.
What he was asking for was a complete schematic of an LRL, like the ones below---
Your disjointed double-talk is of no help, whatsoever.
However, you did manage to give away your precious "secret," because any engineer can produce a device to transmit and receive any frequency. Unfortunately, this does not provide "Long Range Detection" of anything (besides the RADAR effect, which does not identify metals).
And a signal generator is just a signal generator. They do not have the power output nor the correct output impedance to, in any way, qualify as "transmitters." That's why they call them "signal generators"! (Duh!)
The guy asked for a schematic, and you gave him a prediction based on nothing, and some phony science. Typical of every LRL promoter there ever was.