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Date: Tue, 2 Mar 2010 21:09:03 +0100
Message-ID: <38A51B74B884D74083D7950AD0DD85E82A1B2A@File-Server-HST.hst.e-technik.tu-darmstadt.de>
Thread-Topic: LF: VLF TX experiments_short report
Thread-Index: Acq5/R4W/fMzZK3/S3igSCuAk5SV2wAKmyTq
References: <Pine.LNX.3.95.1100302183614.256D-100000@noname.nodomain.nowhere>
From: =?iso-8859-1?Q?Stefan_Sch=E4fer?= <schaefer@hst.tu-darmstadt.de>
To: <rsgb_lf_group@blacksheep.org>
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Subject: AW: LF: VLF TX experiments_short report
Sender: owner-rsgb_lf_group@blacksheep.org
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Hi Alexander, LF,=20
=20
Yes, i assumed the Q of the coil to be very high due to the big wire that=
 is used in it. But thus the internal C is high, so stray currents occur=
 that increase the resistive losses. Additionally the proximity effect pla=
ys its role...=20
Q is low, just abt 38 and thus i get such a low voltage at a given power.=
 But i will build a own VLF coil soon, with the needed L so that no parall=
el C will be required. This may take some days ;-)=20
=20
The PA gives 130W at 13V now. I will increase the power soon.
=20
Yesterday the wind was suitable and the sun was out :-) So i was on the hi=
ll and did the first test. I even had an oscilloscope there to measure the=
 antenna voltage and current waveforms. Some photos of the arrangement wil=
l be shown on my site at qrz.com in some days (sri, have forgotten cable=
 between camera and PC...)
I just had 1,6kVrms on the wire. That is 23dB less than calculated but it=
 was a first test. So, the ERP was just 1/200. Additionally i have forgott=
en a part of the ground radial wich increased the earth resistance. Bernd/=
DF8ZR received in a distance of abt 16km but got nothing. But i am not sur=
e if his RX equipment was really suitable. Ha said he wants to improve it.=
 He also said that he can receive the Alpha station but as we know from LF=
: You can excellent receive DCF39 but get not even the strongest amateur=
 stn if your RX is not optimised...
I received my own TX signal the the soundcard. Signal was 40dB above noise=
 even without connecting anything to the input and with the PC shielded by=
 the car housing. That says nothing, i know. Just that there seems to be=
 a high E-Field in the near or a coupling by the voltage supply... Anyway,=
 i saw that the signal was clean/stable and "exactly" on the frequency. Tr=
ying to receive the 5th harmonic at 45kHz showed no reception in my IC706=
 (starting at 30kHz :-( ) with a wire connected and the waveform looked pe=
rfectly on the scope...
=20
In the next test it may be very useful to have some partable or mobile RX=
 stations in the region. Markus/DF6NM, what do you think about visiting me=
 there, or Marco/DD7PC? We could talk and laugh and eat and drink and test=
 and improve and measure. If we will be not successful we could talk and=
 drink ;-)
That would definitely be the best method to try what is possible with a gi=
ven ERP on a given frequency...
=20
It may need some time for the next test but i hope we can keep this VLF fi=
re burning;-) If Paul receives a signal that is generated by the soundcard=
, so with some mW, in 180m, then my optimism is even increasing. But we al=
ways have to be careful with the interpretation of the results and have to=
 ask if it possible that a galvanic/inductive coupling occured, so no radi=
ation (e.g. by the power supply cable. Just like the PC QRM can be fed int=
o a sensitive active E-Field antenna by a galvanic/inductive/capacitive co=
upling!). So, if the signal in this example was generated by a battery fed=
 notebook that stood on a wooden chair in the garden: congrats!! :-)
=20
73 es GL! Stefan/DK7FC
=20
...now searching for a plastic tube with 40...60mm diameter and 1,2m lengt=
h on a building lot ;-) Any better ideas?
=20
________________________________

Von: owner-rsgb_lf_group@blacksheep.org im Auftrag von Alexander S. Yurkov
Gesendet: Di 02.03.2010 19:40
An: rsgb_lf_group@blacksheep.org
Betreff: Re: LF: VLF TX experiments_short report



On Mon, 1 Mar 2010, [iso-8859-1] Stefan Sch?fer wrote:
>
> What i wanted to use as the PA is a prototype of a SMPS that was designe=
d to operate at abt 50kHz. At 9kHz the ferrite core was already driven in=
 saturation. By varying the driving f i found, where the saturation occurs=
. Then i have known how many primary turns i have to spend at 9kHz. After=
 applying the new windings everything was right. But the time i had was go=
ne and the wind was already to strong. So i told Markus to inform you...
>
> Now playing/increasing with the number of output windings of the SMPS
> transformer i applied the output voltage by a ordinary loudspeaker cable
> to the primary air coil that is inductive coupled to the HV coil. I got
> 1,6kV rms by applying 60W at the 12V DC input, really not much :-( But
> anyway it will be suitable for a first test if a apply 6dB more power or
> so.

Dear Stefan 3.2 kV (6 dB of 1.6 kV) is too low voltage. Expectations was
20 kV before. Is it any typo?

Regards,
Alexander





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