The clock-correction seemed a bit crude. I expected to find a PI-filter
and a phase-accumulator to steer the 300 MHz to 37 MHz synthesis.
Actually I do use a phase accumulator, in Fig. 26 it's inside the binary
search block. The phase is accumulated during several seconds (longer for
a noisy
Hm. Is the paper now online or do I have to add it to my list of
downloads at next university trip?
Thanks -
Henry
Hal Murray schrieb:
enge...@alumni.ethz.ch said:
Building the best DCF77 receiver in the world :-)
You have found the right place. :)
--
ehydra.dyndns.info
Here is the PDF version of my paper Performance Analysis and Receiver
Architectures of DCF77 Radio-Controlled Clocks, which was published in the
May 2012 issue of the IEEE Transactions on Ultrasonics, Ferroelectrics, and
Frequency Control:
http://goo.gl/sWjFX
Have fun reading! I'd be glad to
Hi
Very interesting !!!
Thanks very much for sharing it.
Bob
On Jun 17, 2012, at 5:18 PM, Daniel Engeler wrote:
Here is the PDF version of my paper Performance Analysis and Receiver
Architectures of DCF77 Radio-Controlled Clocks, which was published in the
May 2012 issue of the IEEE
Hi Daniel,
On 17/06/12 23:18, Daniel Engeler wrote:
Here is the PDF version of my paper Performance Analysis and Receiver
Architectures of DCF77 Radio-Controlled Clocks, which was published in the
May 2012 issue of the IEEE Transactions on Ultrasonics, Ferroelectrics, and
Frequency Control:
On 6/17/2012 5:18 PM, Daniel Engeler wrote:
Here is the PDF version of my paper Performance Analysis and Receiver
Architectures of DCF77 Radio-Controlled Clocks, which was published in the
May 2012 issue of the IEEE Transactions on Ultrasonics, Ferroelectrics, and
Frequency Control:
Hi Attila
Thanks for the feedback.
* you have a lot of simulation and measurments on BER vs SNR. For time-nutty
needs that's not so relevant. An ADEV plot would be much more informative
on the stability.
* Also some data on the absolute timing variations vs time would be
nice to have.
Yes
Auftrag von Attila Kinali
Gesendet: Donnerstag, 14. Juni 2012 07:56
An: Discussion of precise time and frequency measurement
Betreff: Re: [time-nuts] Paper about DCF77 performance
Hoi Dani!
I see you've found the time-nuts as well :-)
On Wed, 13 Jun 2012 21:46:56 +0200
Daniel Engeler enge
enge...@alumni.ethz.ch said:
Building the best DCF77 receiver in the world :-)
You have found the right place. :)
--
These are my opinions. I hate spam.
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On 6/13/2012 3:46 PM, Daniel Engeler wrote:
Hi,
This is my first post to this mailing list. I wrote a paper about the
German longwave time transmitter DCF77 which you may find interesting.
Here is the link, unfortunately I am not allowed to post the full PDF:
Would be interesting if I can read it.
As far as I know even the IEEE grants the right to the author of his
paper to locate it on his own web-site for public download.
Thanks -
Henry
paul schrieb:
On 6/13/2012 3:46 PM, Daniel Engeler wrote:
Hi,
This is my first post to this mailing list.
: [time-nuts] Paper about DCF77 performance
Would be interesting if I can read it.
As far as I know even the IEEE grants the right to the author of his
paper to locate it on his own web-site for public download.
Thanks -
Henry
paul schrieb:
On 6/13/2012 3:46 PM, Daniel Engeler wrote:
Hi
Do they grant the right, or do people just get away with it?
We used to get away with it by publishing an in-house research report that
was a preliminary version of what turned into the paper. That was many years
ago, before the web. We actually printed hard copies. We had good in-house
On 6/13/12 1:38 PM, Bob Camp wrote:
Hi
Do they grant the right, or do people just get away with it?
it is formally granted.. the IEEE instructions for authors or something
like that talks about it.
You can put your own papers up on your own website, and you make sure
you have
Hoi Dani!
I see you've found the time-nuts as well :-)
On Wed, 13 Jun 2012 21:46:56 +0200
Daniel Engeler enge...@alumni.ethz.ch wrote:
This is my first post to this mailing list. I wrote a paper about the
German longwave time transmitter DCF77 which you may find interesting.
Here is the
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