Content-class: urn:content-classes:message
MIME-Version: 1.0
Date: Sat, 3 Apr 2010 18:57:20 +0200
Message-ID: <38A51B74B884D74083D7950AD0DD85E82A1BC5@File-Server-HST.hst.e-technik.tu-darmstadt.de>
Thread-Topic: R: VLF: 4th VLF experiment by DK7FC/p
Thread-Index: AcrTHhPf8qybL9wBQLKAOMDHxXh47gAKhIls
References: <o2kfc7eccec1004010402n7f00e1c3l8b88ea090c0fb8bb@mail.gmail.com><001d01cad190$aa92e590$0901a8c0@lark><841031C22EC944FEB2BB3E1DC237717E@acer3f31164f8b><n2mfc7eccec1004011258m4c2f8fc4m7950cb33f9bbefe8@mail.gmail.com><38A51B74B884D74083D7950AD0DD85E82A1BBF@File-Server-HST.hst.e-technik.tu-darmstadt.de> <p2n1f0624b91004020252x1acd364dyec0ccc602bbf7ed0@mail.gmail.com> <38A51B74B884D74083D7950AD0DD85E82A1BC2@File-Server-HST.hst.e-technik.tu-darmstadt.de> <8585FA1C733D9A42AEA98C724D8FB811C05392@FBCMST18V01.fbc.local> <4BB6E8C2.5030503@freenet.de> <4BB72103.3060700@abelian.org>
From: =?iso-8859-1?Q?Stefan_Sch=E4fer?= <schaefer@hst.tu-darmstadt.de>
To: <rsgb_lf_group@blacksheep.org>
Content-Type: multipart/mixed;
	boundary="----_=_NextPart_001_01CAD34E.B98E1E09"
Subject: AW: R: VLF: 4th VLF experiment by DK7FC/p
Sender: owner-rsgb_lf_group@blacksheep.org
Precedence: bulk
Reply-To: rsgb_lf_group@blacksheep.org


------_=_NextPart_001_01CAD34E.B98E1E09
Content-Type: text/plain;
	charset="iso-8859-1"
Content-Transfer-Encoding: quoted-printable

Dear LF group,=20
=20
Thank you very much for your participation on my todays experiment!! Congr=
ats to all receiving stations! Very well done since my signal was rather=
 weak today:-)
There are coming up more and more stations who seem to be very well RX equ=
ipped, even on such low frequencies AND such weak signals. :-)
=20
Thanks Paul for the web site with the grabber compilation! This is very ni=
ce to watch and challenging for me to generate some readable letters there=
! Caselle(>1400km) should be a realistic goal in the next weeks, with more=
 ERP...
=20
Also tnx for the resonance here on the reflector! This is an important par=
t to keep the VLF interest alive, including my interest (since there are=
 no QSOs yet ;-) ).
=20
I was sad that some problems occurred yesterday. Normally each experiment=
 has to be better than the last ;-) but the 600W PA isn't finished yet due=
 to some problems with the FETs. So i had to use the "old" PA. Today the=
 resonances between generator and SMPS were nerving and occurred almost th=
e whole time. So i even had to make QRP, just about 200W (average). So i=
 am happy that someone received my signal at all. And there are many stati=
ons, i didn't expect that, so the sadness is gone ;-)
=20
It took a long time to check for optimal power output due to the generator=
 resonance. Thus i transmitted a long dash on 8970,0 with some breaks with=
in the transmission. Later, the first rain occurred, like reported by Mark=
us (TNX !). After a while the rain was gone and the coil dry (due to the=
 wind it gets dry relatively quickly), then i started to transmit "VLF" in=
 DFCW-600, that was the idea for today but i had to stop after some minute=
s due to upcoming rain. This goes on and on and so i decieded to bring the=
 experiment to an end after some hours.
But never mind. If we look back to the last experiments, they were very su=
ccessful. Today even new stations received the signal.=20
I run a copper tube into the earth, about 1m long, with a wire soldered on=
 the top, to connect a radial cable. But it couldn't check the decrease of=
 the earth losses due to the rain. So maybe next time i will reach more an=
tenna current with the same power.
The next activity will be done with the new PA since the speed oscillation=
 of the generator is not a good way to operate this system...
=20
The next time i will prepare the experiment better, not working until 0 UT=
C and so on ;-) Also the PA (almost finished) and new system parts should=
 not be finished in the night before operation...
=20
So, cu in the next experiment and agn tnx for your participation!
=20
73, Stefan/DK7FC
=20

________________________________

Von: owner-rsgb_lf_group@blacksheep.org im Auftrag von Paul Nicholson
Gesendet: Sa 03.04.2010 13:05
An: rsgb_lf_group@blacksheep.org
Betreff: Re: R: VLF: 4th VLF experiment by DK7FC/p




Transmission has begun.

Revised list of live displays,
(E/H field and distance to DK7FC/P),

Warsaw (E 902km):
  http://acid.ch.pw.edu.pl/~sq5bpf/grabber/

Nuernberg (E 179km):
  http://www.mydarc.de/df6nm/vlf/vlfgrabber.htm

Cumiana (E 544km) scroll down to system 5:
  http://www.vlf.it/livedata.html

Pontese Dew (E/H 487km) scroll down to observatory data 4:
  http://www.webalice.it/rromero/pnts_observatory.htm

Todmorden (H 859km):
  http://abelian.org/nb.shtml

Cumiana (E 544km), Caselle (H 1436km), Cape Coral (E 7832km),
Sebring (E 7720km), Bielefeld (E 264km),
and Todmorden (E 859km):
  http://abelian.org/nc.html

--
Paul Nicholson
--




------_=_NextPart_001_01CAD34E.B98E1E09
Content-Type: application/ms-tnef;
	name="winmail.dat"
Content-Transfer-Encoding: base64
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------_=_NextPart_001_01CAD34E.B98E1E09--