The 1000B is still in production. Here's a link to the product folder:
http://www.symmttm.com/products_pfr_1000B.asp
It's no longer the standard oscillator in cesium products but can be found
in the MHM-2010 hydrogen maser and the 1050A rackmount OCXO instrument.
-RL
In message [EMAIL PROTECTED], M. Warner Losh writes:
In message: [EMAIL PROTECTED]
OK. For leap years, we know from 1500ish until ~4000 (assuming they
change it) the rule will be:
if (y % 4 == 0) (y % 100 != 0 || y % 400 == 0))
leap-year
else
In message [EMAIL PROTECTED], David Kirkby writes:
Joseph Gray wrote:
I have noticed that this list seems to send emails out of sequence. I
have seen other instances of this, but the two messages I just sent in
response to the HP 5060A query arrived in reverse order and show time
stamps 30
In message [EMAIL PROTECTED], Mike S writes:
I suppose you believe that DST makes the day longer, too.
No Mike, but I belive some crania are to thick to make it
worth arguing with the inhabitant.
Welcome to my kill file.
--
Poul-Henning Kamp | UNIX since Zilog Zeus 3.20
[EMAIL
At 07:39 AM 7/20/2005, Poul-Henning Kamp wrote...
In message [EMAIL PROTECTED], Mike S writes:
I suppose you believe that DST makes the day longer, too.
No Mike, but I belive some crania are to thick to make it
worth arguing with the inhabitant.
You misspelled the word too in your
Hi,
Now that the future of the Motorola timing receivers is uncertain due
to the SiRF sale, does anyone have a favorite replacement receiver
for timing? Synergy quoted me 2-4 weeks on an M12+ and eval board but
did not sound certain that it would even be available at all.
Thanks,
Jim
In message [EMAIL PROTECTED], Jim Miller writes:
Hi,
Now that the future of the Motorola timing receivers is uncertain due
to the SiRF sale, does anyone have a favorite replacement receiver
for timing? Synergy quoted me 2-4 weeks on an M12+ and eval board but
did not sound certain that it
Jim,
The M12+T will continue to be available for the time being (hopefully til the
end of the year.) Negotiations are currently underway to continue production of
the FS Oncore and also the follow on to the M12+, the M12M. The M12M is
identical to the M12+ except that it uses a different front
At 12:32 PM 7/20/2005, Chris O'Byrne wrote...
Mike wrote
They missed the event by 7 seconds instead of under 1.
A one second difference in UT1 does not correspond to a one second
difference in the observed time of the eclipse in an atomic timescale
... I now think that is wrong - I now think
About the time I posted the link to the 1000B datasheet, I noticed that it
doesn't have the pinout you're looking for (but I went ahead and posted it
anyway). I also noticed that the link to Product Manual is effectively dead.
I sent a note to both the product manager and WWW-site manager to
Hi Robert:
The part number on the 1000B is 05818-119.
Thanks for the pinout info,
Brooke Clarke
[EMAIL PROTECTED] wrote:
About the time I posted the link to the 1000B datasheet, I noticed that it doesn't have
the pinout you're looking for (but I went ahead and posted it anyway). I also
Jim Miller [EMAIL PROTECTED] writes:
On Jul 20, 2005, at 11:04 AM, Poul-Henning Kamp wrote:
Has anybody tried to contact SiRF ?
I have not, it was my understanding that SiRF is a chipset company,
not a sensor board mfg; however I could very well be mistaken.
They are a _big_ chipset
In message [EMAIL PROTECTED], Bjorn Gabrielsson writes:
Jim Miller [EMAIL PROTECTED] writes:
On Jul 20, 2005, at 11:04 AM, Poul-Henning Kamp wrote:
=20
Has anybody tried to contact SiRF ?
=20
I have not, it was my understanding that SiRF is a chipset company,
not a sensor board mfg; however
On Jul 20, 2005, at 3:06 PM, Poul-Henning Kamp wrote:
The really interesting one would be to get a pci board with the
host-assisted SiRF GPS chip and be able to do our own math on
the raw measurements :-)
That would be neat.
ISTR that the Garmin GPS-25 boards could be coerced to give raw
On Jul 20, 2005, at 3:06 PM, Poul-Henning Kamp wrote:
The really interesting one would be to get a pci board with the
host-assisted SiRF GPS chip and be able to do our own math on
the raw measurements :-)
Another (probably crazy) thought came to mind... I wonder if the
GNURadio can be used
In message [EMAIL PROTECTED], Jim Miller writes:
On Jul 20, 2005, at 3:06 PM, Poul-Henning Kamp wrote:
The really interesting one would be to get a pci board with the
host-assisted SiRF GPS chip and be able to do our own math on
the raw measurements :-)
Another (probably crazy) thought came
For a project I'm doing this summer I've looked at
quite a few old and new GPS OEM recievers.
One possible alternative, which I've been testing this
week, is a Trimble Resolution-T GPS Timing Receiver.
Since you asked, the preliminary test report is at:
http://www.leapsecond.com/pages/res-t/
Joseph Gray wrote:
Re the Rolex -- I feel compelled to let the list know that all the
servers at febo.com run ntp, and look to my (at the moment) two stratum
1 servers -- one gets its time from a Z3801A GPSDO, while the other uses
both a Z3801A and a Spectracom WWVB receiver. I just checked,
Poul-Henning Kamp wrote:
Actually, that is not the case.
Postfix is far superior to sendmail when it comes to maillists.
At one point when sendmail was reenabled by accident in the FreeBSD
mailsystem, it got four hours behind in 15 minutes.
I'm using Exim, which is the standard MTA in
Jim Miller wrote:
Another (probably crazy) thought came to mind... I wonder if the
GNURadio can be used to demodulate signals at L1 either directly or
through a downconverter/LNB.. We could make a software defined GPS
receiver - a GNUGPS! Twiddling the software could make it support
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