M. Warner Losh wrote:
> In message: <[EMAIL PROTECTED]>
> Magnus Danielson <[EMAIL PROTECTED]> writes:
> : Lux, James P wrote:
> : >
> : >
> : > On 10/26/08 9:45 AM, "Burt I. Weiner" <[EMAIL PROTECTED]> wrote:
> : >
> : >> Except for the flat or pointy places.
> : >>
> : >> Burt, K6O
Neville,
Thanks for the reply. I forgot to give the details of the computer.
I am using an old Dell running Win2000 Pro that has two serial ports and
allows me to monitor the 3816A and the TBolt at the same time. As I said,
the other TBolt works fine when connected the same way.
I still think
On 10/26/08 5:34 PM, "Jim Palfreyman" <[EMAIL PROTECTED]> wrote:
> If the Earth were a snooker ball you would not be able to tell it is not a
> sphere...
>
Perhaps after consuming an ale or two..
Let's see.. It's out of round by 1 part in 300. Human visual acuity is
about 1 minute of arc, 1/6
At 01:01 PM 10/26/2008, Lux, James P wrote...
> >> The world is round.
> >
>In the context of time-nuts, where we denigrate mere 1 ppm accuracy
>and talk
>about parts in 1E12 and more.. The Earth, being ellipsoidal by about a
>part
>in 300, is hardly "round".
And this affects local solar time ex
In message: <[EMAIL PROTECTED]>
"Gretchen Baxter" <[EMAIL PROTECTED]> writes:
: I am confused.
:
: Why do they do that? what is the benefit?
Better correspondence of local time to solar time when the population
centers of the time zones are located near the boundary of a time
zone...
In message: <[EMAIL PROTECTED]>
Magnus Danielson <[EMAIL PROTECTED]> writes:
: Lux, James P wrote:
: >
: >
: > On 10/26/08 9:45 AM, "Burt I. Weiner" <[EMAIL PROTECTED]> wrote:
: >
: >> Except for the flat or pointy places.
: >>
: >> Burt, K6OQK
: >>
: >> At 05:00 AM 10/26/2008, [EMAI
On 10/27/08 3:37 AM, "Mike S" <[EMAIL PROTECTED]> wrote:
> At 01:01 PM 10/26/2008, Lux, James P wrote...
The world is round.
>>>
>> In the context of time-nuts, where we denigrate mere 1 ppm accuracy
>> and talk
>> about parts in 1E12 and more.. The Earth, being ellipsoidal by about a
>> p
I have acquired a nice 10 MHz oscillator, but have absolutely no data.
Model is marked as a McCoy OSC92-100B, it is rectangular 3"x2"x1.5" with six
leads out one side. Does anyone have the pinout, operating voltage, EFC
voltage for this unit? Thanks in advance, as always.
Regards,
Skip Wit
I have managed to nail a signal with my new DIY loran-C reciver:
http://phk.freebsd.dk/misc/Loran2/proof.png
Trace 4 (cyan) is the raw antenna signal
Trace 3 (red) is the integrated (averaged) signal, as output by the
receiver using the D/A converter.
The receiver consists of only four
On Oct 27, 2008, at 2:59 PM, [EMAIL PROTECTED] wrote:
> I have acquired a nice 10 MHz oscillator, but have absolutely no data.
> Model is marked as a McCoy OSC92-100B, it is rectangular 3"x2"x1.5"
> with six
> leads out one side. Does anyone have the pinout, operating
> voltage, EFC
> voltag
Skip Withrow wrote:
> I have acquired a nice 10 MHz oscillator, but have absolutely no data.
> Model is marked as a McCoy OSC92-100B, it is rectangular 3"x2"x1.5" with six
> leads out one side. Does anyone have the pinout, operating voltage, EFC
> voltage for this unit? Thanks in advance, as
Hi!
I'm logging data from an HP 5335a (using it as a time interval counter).
and from a Motorola gps board ( text data).
The test setup is comparing the 1pps output from the gps board to a
divided (Thank you Dave Partridge!!) down 10 MHz from a Trimble
Thunderbolt. The text data is used to p
Since the birthday when I was given my first digital watch, I've been
concerned about having my watches and clocks set to "the correct
time," right down to the second. In the 1980s I was able to determine
the time using WWV on a shortwave radio. Later, I was thrilled to see
radio controlled clocks
Welcome Greg,
Everybody has to jump in someplace. Some of us just jump in a little deeper.
Had
K7MLR
At 05:28 PM 10/27/2008, you wrote:
>Since the birthday when I was given my first digital watch, I've been
>concerned about having my watches and clocks set to "the correct
>time," right down to
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