[time-nuts] Final reminder -- Frequency Measuring Test tomorrow!

John Ackermann N8UR jra at febo.com
Fri Oct 12 13:40:21 EDT 2007

Last reminder -- the first Midwest VHF/UHF Society Frequency Measuring
Test will be held tomorrow, Oct. 13 (EDT).  Here are the key details:

1.  Two runs:  1430 EDT (1830 UTC Saturday) and 2130 EDT (0130 UTC Sunday).

2.  Nominal frequencies:  3555, 7055, 10115 KHz, plus or minus QRM.  We
will be on all three bands simultaneously.

3.  Power: 1 KW into a vertical on 80 meters, and 100 watts into slopers
or inverted vees on 40 and 30 meters.

4.  Format:  Each run will start with a ~3 minute callup, followed by
three key-down periods of just under 10 minutes, with an ID and callup
message in between.

5.  To make things more interesting, there will be a small (<200 Hz)
frequency change between each of the three key-down periods.

6.  A "complete" entry will therefore include 18 measurements -- three
measurements on each of three bands for each of two runs.  However,
don't let that daunt you -- we'll accept anything from one measurement
on up.

7.  Submit entries by October 20 to: fmt at mvus.org.  Include name, call
(if any), and your measurements in a format that for each measurement
identifies the run (early or late), the band (80, 40, or 30M), and the
transmission period (1, 2, or 3).  Also, feel free to include comments
about propagation, your setup, what we did wrong, etc.  We'll publish
the official frequencies shortly after that to time-nuts and fmt-nuts,
and make the full results available on a web page as soon as we can.

8.  We have PRIZES!  The grand prize, courtesy of TAPR, is your choice
of any TAPR timing product -- TADD-1, TADD-3, Reflock II, Clock-Block,
or FatPPS.  Second prize, courtesy of ARRL, is a 2007 Handbook.
Additional prizes, courtesy of MVUS, are other ARRL publications.

9.  However, we have not figured out yet just how to pick the winners;
we want to see what the submissions look like before committing
ourselves.  In particular, we hope to figure out a way to take into
account the harder job that more distant stations have compared to those
who are in groundwave range.


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