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field test unit no 001 "model T"

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  • sido
    replied
    Originally posted by moodz View Post
    Sido ... I don't have any PMs from you and as far as I know you cant receive any .. The two I sent bounced. You could be one of those clowns from the traveling circus who seem to have it in for anyone developing detectors.
    If that is how you make assumptions Paul, I have no time for it.

    Wish you all the the best.

    Regards Sid

    Leave a comment:


  • moodz
    replied
    Sido ... I don't have any PMs from you and as far as I know you cant receive any .. The two I sent bounced. You could be one of those clowns from the traveling circus who seem to have it in for anyone developing detectors.

    Leave a comment:


  • sido
    replied
    Hi Paul. Am I missing something, disregarding my numerous request directed to you by me.

    I am questioning you on this quote from you on the AEGP forum, that I just read but cannot reply.

    "...its very hard to develop or release anything with all the "support" we get".

    What exactly do you mean if you dont mind answering?

    I am overly confused as to what approach you are undertaking.
    I guess it is your choice or other circumstances preventing you ATM.

    Regards Sid

    Leave a comment:


  • sinclairuser
    replied
    Originally posted by 6666 View Post
    circuits being published so we can learn is good.
    here,here i'm lucky that work projects dont encroach here, and for me here is just hobby stuff, but my "employer" doesn't even like us disscusing stuff we working on in the canteen!, so its just as well really.
    the problems arise when fresh eyes are needed, so you avoid dead ends, in r+d/prototyping a trusted work partner can not be overstated.

    Leave a comment:


  • 6666
    replied
    circuits being published so we can learn is good.

    Leave a comment:


  • moodz
    replied
    I am going back to the early days of this thread where circuits were published and plonkers ignored.
    Whatever I am working on in the background will stay there.

    Leave a comment:


  • Carl-NC
    replied
    I will agree with one thing, this whole discussion is deja vu all over again, and history hasn't been kind to these things. My suggestions are:

    Moodz: Stop discussing your developments (here and elsewhere) until you are actually ready to discuss them. As in, you have a working detector in hand. Please review infamous Post #76.

    PJ, Paul99, et al: Don't worry about claimants; they ain't hurting you, they ain't hurting me, and they ain't hurting Minelab. History shows these things always work out in the end, and maybe one day it won't work out as expected and we'll see something New & Improved.

    Doug: Until Bugs is done thanking you for all your help, take the can of gasoline back to AEGPF.

    - Carl

    Leave a comment:


  • Aziz
    replied
    I agree only with:
    "money is the root of all evil"
    Greedlab!, you're evil!

    Leave a comment:


  • Doug2
    replied
    Originally posted by sinclairuser View Post
    this thread has been derailed by a deliberate attempt to extract information , this is a development thread, moodz is under no obligation to say anything to anyone he does not want to, besides this has nothing to do with the subject at hand.
    people here are using the tell us how it works or else routine, banned members are here with new names just to stir it up.
    it only reinforces my stance that no projects with commercial possibilities either real or imagined have any place in the public domain.
    moodz, its time to take this underground into a private forum, there will be no new developments here, this is bugwhiskers all over again, and should have been nipped in the bud 2 pages ago.
    Well said! I totally agree with you!

    Leave a comment:


  • Doug2
    replied
    Originally posted by Paul99 View Post
    One way attenuation will never be 1/64th anyway, however, would you like to explain how the detector affects return path attenuation? This should be good!
    1/64 applies to the attenuation of the return signal! ie 1/8 far field attenuation on axis for transmit field and 1/8 attenuation on axis far field for return signal giving the well known 1/64 attenuation except in the case I mentioned!

    Leave a comment:


  • sinclairuser
    replied
    this thread has been derailed by a deliberate attempt to extract information , this is a development thread, moodz is under no obligation to say anything to anyone he does not want to, besides this has nothing to do with the subject at hand.
    people here are using the tell us how it works or else routine, banned members are here with new names just to stir it up.
    it only reinforces my stance that no projects with commercial possibilities either real or imagined have any place in the public domain.
    moodz, its time to take this underground into a private forum, there will be no new developments here, this is bugwhiskers all over again, and should have been nipped in the bud 2 pages ago.

    Leave a comment:


  • PATCHES JUNIOR
    replied
    So let me see if I have this right. Moodz has not even built this detector, but says it will be the best ever. Where have I heard that before?

    Leave a comment:


  • Paul99
    replied
    Originally posted by Doug2 View Post
    Sorry you are wrong! Their is patented UXO Pi detector whose return path signal is definately NOT 1/64! The coil and driving system is akin to an infinite current sheet. Yes you can have a free (or at least a cheaper lunch!)
    One way attenuation will never be 1/64th anyway, however, would you like to explain how the detector affects return path attenuation? This should be good!

    Leave a comment:


  • Aziz
    replied
    Aziz, the Free Lunch Eater(c)(r)(tm) *LOL*

    "The Free Lunch"(c)(r)(tm)???
    Here I am!, I'm a poor poor and hungry guy! I always like to eat free lunch. I want that delicious free lunch! Right now!
    Yummy, yummy! Where I will get served?

    And I want free beer! Lot's of it please!

    /\sif,
    the master of free lunch finder and eater.

    Leave a comment:


  • Doug2
    replied
    Originally posted by Qiaozhi View Post
    There is no free lunch.
    Sorry you are wrong! Their is patented UXO Pi detector whose return path signal is definately NOT 1/64! The coil and driving system is akin to an infinite current sheet. Yes you can have a free (or at least a cheaper lunch!)

    Leave a comment:

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