Received-SPF: neutral (gmail.com: 193.82.116.20 is neither permitted nor denied by best guess record for domain of owner-rsgb_lf_group@blacksheep.org)
From: MarkusVester@aol.com
Message-ID: <584.3adc3c8.3224be5f@aol.com>
Date: Mon, 28 Aug 2006 17:47:11 EDT
To: rsgb_lf_group@blacksheep.org
MIME-Version: 1.0
Subject: Re: LF: DCF39
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Sender: owner-rsgb_lf_group@blacksheep.org
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Reply-To: rsgb_lf_group@blacksheep.org
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Dear LF group,

stimulated by Jim's observation of DCF-39 outages, I set up SpecLab's plotter 
to monitor the 138.83 kHz carrier from Sunday afternoon till tonight.

The two dark blue traces show the maximum and mininimum amplitudes within 
each two minute measurement interval. The usual 3 mV/m carrier, attenuated at the 
passband edge, places the upper trace at about 40% relative magnitude. The 
minimum trace reflects the energy spread during the short telegrams, about -8dBc 
when smeared by 0.34 Hz resolution bandwidth.

On Sunday afternoon, I aurally observed many short interruptions, where the 
carrier went off completely after a telegram, and ramped back up after a couple 
of seconds. These appear as dips to zero in the minimum trace. There was also 
a long outage between 12:00 and 14:15.

Another interesting feature is the apparent power switching. These 3 dB steps 
were again accompanied by short breaks, and occured at 20:40 (up), Monday 
5:40 (down), 7:40 (up), 8:50 (down), 9:10 (up), 9:35 (down).

The light blue trace shows the recorded azimut, which should of course be 
constant and due north. The irregular nighttime variations are usually introduced 
by ionospheric multipath.

However the slower daytime deviations (300 to 350 degrees) are an artifact 
due to E-field antenna detuning by moisture. This "summer antenna" is a just 
piece of wire strung among the branches of a fir tree, and series resonated with 
about 10 mH. Whenever it starts to rain (which was often, e.g. at 16:05), its 
phase is retarded and the apparent azimuth deviates clockwise, letting the SXV 
trace on my grabber display turn from orange to greenish (makes sense doesn't 
it ;-) I have tried to minimize this by loading the antenna with a high 
receiver input impedance, but there is probably also a direct dielectric effect 
disturbing the local electric field.

The red traces and dots are for SXV around 135.75 kHz. They show the usual 
morning and afternoon fieldstrength minima, as well as the same weather 
artifacts in azimuth.

73 and best wishes
Markus, DF6NM


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Content-Type: text/html; charset="US-ASCII"
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<HTML><FONT FACE=3Darial,helvetica><HTML><FONT  SIZE=3D2 PTSIZE=3D10 FAMILY=
=3D"SANSSERIF" FACE=3D"Arial" LANG=3D"2">Dear LF group,<BR>
<BR>
stimulated by Jim's observation of DCF-39 outages, I set up SpecLab's plotte=
r to monitor the 138.83 kHz carrier from Sunday afternoon till tonight.<BR>
<BR>
The two dark blue traces show the maximum and mininimum amplitudes within ea=
ch two minute measurement interval. The usual 3 mV/m carrier, attenuated at=20=
the passband edge, places the upper trace at about 40% relative magnitude. T=
he minimum trace reflects the energy spread during the short telegrams, abou=
t -8dBc when smeared by 0.34 Hz resolution bandwidth.<BR>
<BR>
On Sunday afternoon, I aurally observed many short interruptions, where the=20=
carrier went off completely after a telegram, and ramped back up after a cou=
ple of seconds. These appear as dips to zero in the minimum trace. There was=
 also a long outage between 12:00 and 14:15.<BR>
<BR>
Another interesting feature is the apparent power switching. These 3 dB step=
s were again accompanied by short breaks, and occured at 20:40 (up), Monday=20=
5:40 (down), 7:40 (up), 8:50 (down), 9:10 (up), 9:35 (down).<BR>
<BR>
The light blue trace shows the recorded azimut, which should of course be co=
nstant and due north. The irregular nighttime variations are usually introdu=
ced by ionospheric multipath.<BR>
<BR>
However the slower daytime deviations (300 to 350 degrees) are an artifact d=
ue to E-field antenna detuning by moisture. This "summer antenna" is a just=20=
piece of wire strung among the branches of a fir tree, and series resonated=20=
with about 10 mH. Whenever it starts to rain (which was often, e.g. at 16:05=
), its phase is retarded and the apparent azimuth deviates clockwise, lettin=
g the SXV trace on my grabber display turn from orange to greenish (makes se=
nse doesn't it ;-) I have tried to minimize this by loading the antenna with=
 a high receiver input impedance, but there is probably also a direct dielec=
tric effect disturbing the local electric field.<BR>
<BR>
The red traces and dots are for SXV around 135.75 kHz. They show the usual m=
orning and afternoon fieldstrength minima, as well as the same weather artif=
acts in azimuth.<BR>
<BR>
73 and best wishes<BR>
Markus, DF6NM<BR>
<BR>
</FONT></HTML>
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