On Wed, 13 Mar 2013 23:51:53 +0100 (CET)
hutt...@seznam.cz wrote:
NEO-6M buy for less than $ 10 including shipping from China,
NEO-6T is unfortunately expensive, and frankly I do not know who sells it
for at least a little reasonable prices.
The -T models are not that expensive. The problem
Hi,
On Wed, 13 Mar 2013 23:51:53 +0100 (CET)
hutt...@seznam.cz wrote:
NEO-6M buy for less than $ 10 including shipping from China,
NEO-6T is unfortunately expensive, and frankly I do not know who sells
it
for at least a little reasonable prices.
The -T models are not that expensive. The
Silly 1,2 instead of 0,0012 fudge: indeed a mistake.
How I measured when I wrote the first message:
- I waited for a bit to be received
- exact after the bit was received and read by my testprogram, I
would check what the offset was to a second. e.g 13:45:12.456 would
be an offset if
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Hi all,
While auto calibrating the SR620 I get the message cal error 23 - the
manual isn't that specific about this message, it only states, that
error numbers 19 to 23 are caused by Stop TAC problems. However, the
counter counts, but I can't do automatic calibration any more.
Anyone
On Mon, Mar 18, 2013 at 04:28:32PM +0100, Volker Esper wrote:
Hi all,
While auto calibrating the SR620 I get the message cal error
23 - the manual isn't that specific about this message, it
only states, that error numbers 19 to 23 are caused by Stop
TAC problems.
The manual also
Am 18.03.2013 18:00, schrieb Herbert Poetzl:
The manual also states that error codes 19-23 are the
same as the start values (n - 16), so 23 minus 16 should
be the same as '7' i.e. 'stop linearity byte out of range'
Where do you read that, I can't find it :-/
Volker
On Mon, Mar 18, 2013 at 07:34:26PM +0100, Volker Esper wrote:
Am 18.03.2013 18:00, schrieb Herbert Poetzl:
The manual also states that error codes 19-23 are the
same as the start values (n - 16), so 23 minus 16 should
be the same as '7' i.e. 'stop linearity byte out of range'
Where do you
On Mon, Mar 18, 2013 at 12:00 PM, Pieter ten Pierick wrote:
The -T models are not that expensive. The problem is that you have to
buy them in batches 30
Sounds like a time-nuts group buy?
Just going by the u-blox shop for North America:
NEO-6T u-blox 6 GPS Module Precision Timing 1 -
Am 18.03.2013 19:53, schrieb Herbert Poetzl:
page 40, search for 'stop tac'
Herbert, you are the best :-) I didn't expect the error codes in the
programming commands section.
I'm afraid it could be a hardware failure.
Thanks Volker
___
It you want a current technology timing GPS with support and a
warranty and just need one unit, you can get these for about $60.
The specs in the PDF below say it is pretty good. You have to call
and ask for the special evaluation prices and say how you heard about
it. The receivers are easy to
Running Auto Cal a few seconds after switching the counter on, the
calibration succeeds, though with values different from the warm ones
(who'd have thunk). After warming up, error 23 wins. I have to open it
and do the old school trouble shooting with coolant spray...
However, any advice,
I thought there was someplace where you can get them for $35 or $60. Check the
archives
Sent from mobile
On Mar 18, 2013, at 1:23 PM, Paul tic-...@bodosom.net wrote:
On Mon, Mar 18, 2013 at 12:00 PM, Pieter ten Pierick wrote:
The -T models are not that expensive. The problem is that you
Hi all!
First time poster here, but I've been lurking for a couple months and found
this place to be highly informative.
I want to measure TIE for a 7.362 MHz oscillator. Ultimately, I want to
process into TDEV and MTIE.
1) Is it acceptable to use the DMTD method and set a signal generator
John,
Besides buying an expensive source analyzer that will cost $10K or more, a high
quality frequency counter should do the job.
You could also use a cheap pld or PicTic to generate a 1PPS from your
oscillator then use the counter to compare the 1pps to your reference 1pps for
phase drift
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