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Date: Mon, 5 Apr 2010 15:50:31 +0200
Message-ID: <38A51B74B884D74083D7950AD0DD85E82A1BD4@File-Server-HST.hst.e-technik.tu-darmstadt.de>
Thread-Topic: Activity 3 Mar 2010
Thread-Index: AcrT35yWRmHp8hCST8Ccpvq77MwkpwADIb1OAAYNgSAABDjxzwAHEICAACN8/ek=
References: <MFEJIKCLCMPDFHOKMANAGEIPOFAA.paulc@snet.net>
From: =?iso-8859-1?Q?Stefan_Sch=E4fer?= <schaefer@hst.tu-darmstadt.de>
To: <rsgb_lf_group@blacksheep.org>
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Subject: LF: AW: RE: W1VLF   9 Khz Antenna update Putting inductance near the top.
Sender: owner-rsgb_lf_group@blacksheep.org
Precedence: bulk
Reply-To: rsgb_lf_group@blacksheep.org


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Paul,=20
=20
There will be a benefit for you, so if it is done easily, do it! When it=
 can be done easily, why can't you bring up all the L as high as possible?=
=20
=20
Imagine the E-field lines that come out of the antenna wire. You can imagi=
ne that by an analogical example:=20
A garden hose, in the form of the antenna wire construction, with many hol=
es in it. Imagine you have a compressor on the bottom and connect the hose=
 there. The water pressure is equivalent to the voltage, the compressor ha=
s the function to increase the pressure; the coil has the function to incr=
ease the voltage. The hose diameter is assumed to be very big against the=
 hole diameter so the pressure is almost the same at each part of the hose=
 (even at the end). Your goal is to bring as much water (water [liters]is=
 here equivalent to electrical charge [As](absolute value)) as possible th=
rough the vertical part of the hose without loosing to much on the way to=
 the top. This is because, in the electrical case, you want to fed as much=
 current as possible through the radiation resistance to radiate the power=
 I^2*Rrad. The water (charge) that comes out of the hose in the vertical=
 part before reaching the maximum vertical height is not crossing the uppe=
r part of the radiation resistance and thus the ERP is smaller. So, it is=
 the best to place the compressor/coil as high as possible since if the pr=
essure/voltage in the vertical section is smaller (like before the compres=
sor/coil) there is not so much water pressed through the holes in the vert=
ical section!
And if you increase the horizontal section of the construction, there are=
 more holes in sum above the compressor and thus more water is pressed thr=
ough them at a given pressure. So, the more holes the more water, or charg=
e (=3Dcurrent per cycle) in the vertical part.
This analogical model can explain even more but surely there are also thin=
gs that cannot be compared (like a AC water flow ;-); no closed circuit...=
 ). But for a first imagination it is useful in my point of view ;-)
=20
If you place all the L on the tower it will be optimal. Then, you could us=
e a simple wire that connects to your earth system without the need for a=
 distance to other metallic parts, since there is no HV on this wire any=
 more! That makes it easier even more!=20
You can inject the power by applying a isolated primary on the coil and co=
nnect it to your PA in the shack by a loudspeaker cable. Or you need a tra=
nsformer and inject it on the bottom of the wire between earth and lower=
 part of the coil. That may be even a litte easier...
=20
A later step will be to reduce the earth resistance but you can do that af=
ter starting to come up on the band since there will be no changes to the=
 coil, maybe just to the output ratio of the PA transformer. Which PA will=
 you use?
=20
Best 73 and much fun!
=20
Stefan/DK7FC
________________________________

Von: owner-rsgb_lf_group@blacksheep.org im Auftrag von Paul A. Cianciolo
Gesendet: So 04.04.2010 22:28
An: rsgb_lf_group@blacksheep.org
Betreff: LF: RE: W1VLF 9 Khz Antenna update Putting inductance near the to=
p.


Stefan=20
=20
On page 60 and 61 of the Low Frequency Experimenters Handbook Peter Dodd=
 RSGB  there is an example putting a coil near the top of the antenna
In this case the transmitter is on 137 Khz and a of a portion (1/2) of the=
 "L" needed to resonate was moved near the top. According to measurements=
 by Rik Strobbe ON7YD  an increase of 4 to 5 db  was measured.
=20
Do you think it would be worth the effort to put 1/4 of the total "L" need=
ed near the top
I could do that very easily.
=20
PaulC
W1VLF

=20

    =20

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