Content-class: urn:content-classes:message
MIME-Version: 1.0
Date: Thu, 25 Feb 2010 12:29:28 +0100
Message-ID: <38A51B74B884D74083D7950AD0DD85E82A1B1A@File-Server-HST.hst.e-technik.tu-darmstadt.de>
Thread-Topic: LF: RE: Re: VLF_8.79 kHz
Thread-Index: Acq2B4VHaS3+sNR3TdWaZn3t6WhZ0wABkUnK
References: <818138.8525.qm@web28102.mail.ukl.yahoo.com>
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_01CAB60D.F75CB300"
Subject: AW: LF: RE: Re: VLF_8.79 kHz
Sender: owner-rsgb_lf_group@blacksheep.org
Precedence: bulk
Reply-To: rsgb_lf_group@blacksheep.org


------_=_NextPart_001_01CAB60D.F75CB300
Content-Type: text/plain;
	charset="iso-8859-1"
Content-Transfer-Encoding: quoted-printable

This is one way to start but maybe the 50Hz and it's harmonics could cause=
 problems to the soundcard? Maybe it is useful to apply a simple LC-bandpa=
ss and/or a resonated antenna (wire, L and parallel C, stepped L or separa=
te primary winding) in a circuit, active or passive...

Stefan/7fc

________________________________

Von: owner-rsgb_lf_group@blacksheep.org im Auftrag von M0FMT
Gesendet: Do 25.02.2010 11:38
An: rsgb_lf_group@blacksheep.org
Betreff: Re: LF: RE: Re: VLF_8.79 kHz


Ken.
Why not just stick an antenna wire into your Sound card mic socket and ins=
tall either Argo Spectran or Spec lab FFT application. You then have DC to=
 48kc/s VLF coverage with the ability to detect very very weak signals. Us=
ing SDR software you can then record the result in real time spectrum allo=
wing it to be processed by others.=20

This type of set up is used by many people to copy SAQ on 17.2kc/s.
=20
It is the method we are using here for some simple tests on 7.8125kc/s and=
 or 9.765625kc/s depending upon xtal used.=20
=20
You are about 11km from this location if you are keen on this exercise I=
 can let you know when my setup is working. Now that the weather is gettin=
g better I will be able to get out working on the antenna.
=20
Two arrangements will be tried a vertical loop up abt 12/13m and an earth=
 electrode method. I have no real idea of how to load these antennas becau=
se my best calculations say if I use a kW the coil about 1 Henry will diss=
ipate most of the power which means it be getting very very hot and probab=
ly fail and need over 2 km of wire. Totally impractical! Some ideas have=
 been kicked around on the is reflector and off list there may be somethin=
g I can try.

73 es GL petefmt

--- On Thu, 25/2/10, Ken <ken.h.wright@btinternet.com> wrote:



    From: Ken <ken.h.wright@btinternet.com>
    Subject: LF: RE: Re: VLF_8.79 kHz
    To: rsgb_lf_group@blacksheep.org
    Date: Thursday, 25 February, 2010, 10:05
   =20
   =20
    Hi Jim.
    I think I could knock up a quick 9kHz RX here in Luton over the weeken=
d if
    that would help. I have been following this thread with interest, coul=
d you
    put up some diagrams etc of your parallel capacitor and other antenna
    configurations and formulae.
   =20
    73.
    Ken
    M0KHW    IO91TV
   =20
    -----Original Message-----
    From: owner-rsgb_lf_group@blacksheep.org <http://uk.mc281.mail.yahoo.c=
om/mc/compose?to=3Downer-rsgb_lf_group@blacksheep.org>=20
    [mailto:owner-rsgb_lf_group@blacksheep.org <http://uk.mc281.mail.yahoo=
.com/mc/compose?to=3Downer-rsgb_lf_group@blacksheep.org> ] On Behalf Of Ja=
mes Moritz
    Sent: 24 February 2010 21:14
    To: rsgb_lf_group@blacksheep.org <http://uk.mc281.mail.yahoo.com/mc/co=
mpose?to=3Drsgb_lf_group@blacksheep.org>=20
    Subject: LF: Re: VLF_8.79 kHz
   =20
    Dear LF Group,
   =20
    A couple of years ago I did some measurements of Rloss of the 10m high=
, 40m=20
    long inv-L antenna at my home QTH, and also a near-identical antenna=
 set up=20
    in the middle of a field away from trees and buildings. The attached=
 graph=20
    shows Rloss plotted against frequency over the range 10kHz to 600kHz=
 for=20
    both antennas. At all frequencies, the loss resistance of the open-fie=
ld=20
    antenna is much lower than the home QTH antenna, which is surrounded=
 by=20
    numerous small trees. The ground in both cases was 4 x 1m ground rods,=
 close
   =20
    to the feed point of the antenna. The actual ground around both antenn=
as was
   =20
    very similar - a waterlogged clay soil.
   =20
    At 10kHz, the open  field antenna has Rloss of 50R, against 380R for=
 the=20
    home QTH antenna. Both antennas show a decreasing Rloss with frequency=
 -=20
    this suggests dielectric losses are dominant (the antenna voltage incr=
eases=20
    at lower frequencies for a given current) in both cases. The text book=
s say,
   =20
    for electrically small antennas, that dielectric losses will dominate=
 at low
   =20
    frequencies, while at high frequencies the skin effect will eventually=
 cause
   =20
    resistance to start increasing - in the case of the open field antenna=
, a=20
    turn-over point might have been reached at a few hundred kHz.
   =20
    The 50R figure suggests that antenna efficiency might actually be high=
er at=20
    9kHz than people are expecting - at least in an open field site. A sui=
table=20
    loading coil would be a problem. The antenna capacitance was around 35=
0pF -=20
    in these experiments I used a ferrite-cored coil of around 0.7H with=
 a Q of=20
    about 150, but this had a loss resistance of about 300R. If you tolera=
ted=20
    loosing half the TX power in the loading coil, a similar inductance wi=
th a Q
   =20
    of around 1000 would be needed. Increasing the top-loading capacitance=
 of=20
    the antenna would definitely be useful...
   =20
    Cheers, Jim Moritz
    73 de M0BMU
   =20
   =20
   =20


------_=_NextPart_001_01CAB60D.F75CB300
Content-Type: application/ms-tnef;
	name="winmail.dat"
Content-Transfer-Encoding: base64
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------_=_NextPart_001_01CAB60D.F75CB300--