Mike,
If they potted the microprocessor, all you'd need to do is either cut or short
out the
control element it drives. In other words, if it opened a circuit via a relay,
short the
relay so it's always NC. If it shorted a circuit via a relay or transistor,
simply cut it
loose. That all goes back to the tricks of the trade for CB shops where there
are 100's
of manuals and books published on it. There's nothing they can build that would
be
100% bullet proof to stop a conversion. You can make it a little harder, but it
can be
done. I think the FCC screwed the pooch on this one by the way they worded it.
All
except the part on kits. At least they're allowed to built and sold now. That
should
spur a bunch of cottage industries which are needed these days. I for one have
been
waiting on this because kits was one thing I've been looking at making for
several years.
Best,
Will
*********** REPLY SEPARATOR ***********
On 10/14/06 at 6:33 PM Michael Tope wrote:
>----- Original Message -----
>From: "Robert Chudek - KØRC" <k0rc@citlink.net>
>To: <amps@contesting.com>
>Sent: Saturday, October 14, 2006 1:25 PM
>Subject: Re: [Amps] Amplifier Rule Changes in the new R&O
>
>
>It appears most everyone is thinking about controlling/disabling the RF.
>Take the focus off 21 ~ 30 MHz RF solutions for a moment.
>
>What's to say the internal frequency detector couldn't manage the HV or
>Bias
>supplies to disable amplification when detecting 26 ~ 28 MHz?
>
>73 de Bob - KØRC in MN
>
>
>
>All you would have to do to defeat such a microprocessor system
>would be to lower the reference frequency going into the frequency
>counter, so that the system would counted a 27 MHz signal as being
>a 28 MHz signal.
>
>I supposed you could package the microprocessor and the clock
>crystal in a potted assembly to prevent that sort of tampering. The
>whole thing becomes an arms race.
>
>Mike W4EF.............................
>
>
>
>
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