Cellular forums Home > Archive > Cingular cell phone service > July 2007 > Re: How can such a small device -- a wrist watch -- receive such









You are viewing an archived Text-only version of the thread. To view this thread in it's original format and/or if you want to reply to this thread please [click here]

 

Author Re: How can such a small device -- a wrist watch -- receive such
Christopher Cox

2007-07-03, 7:33 am


> I start to believe only the CIA/FBI could be doing something like this
> because they are the smartest and most evil bastards in the universe.
> Cold-hearted CIA f-kfoams.
>
> I get the feeling that the exploitative sadistic CIA/FBI know about
> science that ordinary USA citizens are not allowed to know about.
>
> I then want the CIA/FBI to suffer for what I perceive as their
> "stinginess".
>
> Anyways...
>
> So I guess it is possible to have analog AM cell phones operating
> between 40 KHz and 285 KHz that are the same small size as today's
> cell phones. Right? If it's not possible then why not? If a wrist
> watch can do it, then why not a cell phone?
>


All this for 245kHz of band space in a frequency area of high noise and
long propagation paths.

Engineering would dictate looking elsewhere.

But hey, you want to try, go ahead. I believe there are allocations in
the above spectrum for transmitting a couple watts into a antenna less
than three feet long. I would think a wrist watch transmitter would qualify.

Google up VLF, melt some solder, and let us know how you do.

Chris
LinkBot





Other Archives: Real Estate forum archive | Web Design archive | Software support archive | PC Hardware reviews archive | Medical topics archive

Copyright 2004 - 2009 cellphonetopics.com