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To: [email protected]
Subject: Re: LF: NA VLF
From: [email protected]
Date: Mon, 8 May 2017 20:04:01 -0230 (NDT)
In-reply-to: <[email protected]>
References: <[email protected]> <[email protected]> <[email protected]> <[email protected]> <[email protected]> <[email protected]> <[email protected]>
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Thank-you Stefan,

It is good to have a source of inspiration.  Your ULF work is a fine
example.  Yes, 100 uW should be possible and your tree is the next
milestone for the VLF photons.


On Mon, 8 May 2017, DK7FC wrote:

Hello Joe,

Congratulations for the impressive results from your 10 uW signal. Seems you are having a good start into VLF now. I hope i can see you here one day. My loop is already showing in your direction... With your long wire antenna you should be able to produce 100 uW without much trouble. Try SpecLab and a GPS module for the transmissions. It works very well. Each transmision comes from SpecLab here...
73, Stefan

Am 08.05.2017 15:52, schrieb [email protected]:
Hi Paul, Markus, Group,

The level of expertise on this group is humbling and these results are amazing. The carrier was generated with an undisciplined 10 MHz DOCXO
clocking an ad9851. As Markus points out, the maths puts it high by
92.5 uHz. Paul reported a positive offset of 46.3 and the difference can
be explained by a -5.6 ppb error in the reference oscillator. This is consistent with Paul's and Markus' earlier measurements of the 2200m
signals being low by a few ppb.  It looks like the sigs made it across
the pond and we can now start thinking about some EbNaut on VLF.

The agreement between Paul's observed and the modelled 0.07fT field strengths is remarkable. The ERP estimate seems to have been a good guess!
TX will remain on and phase coherent, pending arcs and ice.

73 and thank-you!

On Mon, 8 May 2017, Paul Nicholson wrote:

First TA calibration of a TX antenna current meter with LWPC
Daytime signal is measuring 0.04 fT 08:00 to 11:00 which also
agrees with LWPC.

If this is VO1NA, we should get a good result if Joe is able to
keep the transmitter going and phase-stable until 20:00 UT.

Paul Nicholson

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