Hi Peter,
Very interesting. Myself and others have been talkning and writing about
doing something like this for an embarassing long time.
Is this not pretty much the setup that HP was refering to in the paper and
patent that Magnus dug out some weeks ago.
Wonder how the Z3816A would like a
From: [EMAIL PROTECTED]
Subject: Re: [time-nuts] GPS Phase locked Local Oscillator experiment
Date: Thu, 8 Mar 2007 11:08:35 +0100 (CET)
Message-ID: [EMAIL PROTECTED]
Hi Peter,
Very interesting. Myself and others have been talkning and writing about
doing something like this for an
From: [EMAIL PROTECTED]
Subject: Re: [time-nuts] GPS Phase locked Local Oscillator experiment
Date: Thu, 8 Mar 2007 17:13:04 +0100 (CET)
Message-ID: [EMAIL PROTECTED]
Björn,
On Thu, March 8, 2007 12:53, Magnus Danielson said:
Is this not pretty much the setup that HP was refering to in the
Wonder how the Z3816A would like a modified VP inside... Hmmm... a closed
loop system, what are really the timeconstants relevant, to make sure it
is stable?
That is where I am going. The UT+ oncore inside the Z3816A is a simple
crystal and easy to feed with the 3325A. I currently have an
From: Peter Schmelcher [EMAIL PROTECTED]
Subject: Re: [time-nuts] GPS Phase locked Local Oscillator experiment
Date: Thu, 08 Mar 2007 10:55:29 -0800
Message-ID: [EMAIL PROTECTED]
Wonder how the Z3816A would like a modified VP inside... Hmmm... a closed
loop system, what are really the
Hey gang,
For all you Austron Crystal Clock nuts out there that downloaded
the manual that Rob provided (Thank You) I have scanned all 37 fold
out drawings as full size, 11x17 (B size), scanned at 300dpi,
monochrome images, using Acrobat Pro 7.05. They print out pretty
nicely for me on a
Thanks, Had!
By the way, I'm doing a stability measurement of my 1210D right now, and
it isn't bad at all -- it's in the 13s from tau 0.4 seconds out to a
little beyond 1000 seconds. It bottoms out at 4.5x10e-13 at 100 seconds
(and for all I know right now, that floor may be that of the
No problem John,
I've only had this 1210D since yesterday and have found that
everything works except for the batteries of course. I have not had
any time to do any real work with it. I have been watching it on and
off this afternoon running into a SR620 with a external Cb standard
and the
Brian Kirby wrote:
Can anybody recommend a low drop out voltage regulator that will work
with a 2 volt input differential, and a output of 22 volts at 2 amps ?
What I have in mind is a 28 volt DC power supply, and 24 volt batteries,
and a rubidium oscillator that will run at 22 volts.
Brian
Dr Bruce Griffiths wrote:
Brian Kirby wrote:
Can anybody recommend a low drop out voltage regulator that will work
with a 2 volt input differential, and a output of 22 volts at 2 amps ?
What I have in mind is a 28 volt DC power supply, and 24 volt batteries,
and a rubidium oscillator
At 10:23 PM -0600 3/8/07, Brian Kirby wrote:
Can anybody recommend a low drop out voltage regulator that will work
with a 2 volt input differential, and a output of 22 volts at 2 amps ?
What I have in mind is a 28 volt DC power supply, and 24 volt batteries,
and a rubidium oscillator that will
On Thu, 08 Mar 2007 17:33:13 -0800, Had [EMAIL PROTECTED] wrote:
with a external Cb standard
Cebidium? I assume its better than rubidium but not as good as cesium.
:-)
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