two things YOU can try:
1) Go to google translate https://translate.google.com/ and type in
the URL of the German web page. It will translate the site to English
for you, or
2) Use Goolge's Chrome web browser and it will automatically
translate non-English sites for you.
Neither are perfect
On 15/05/14 00:15, Bob Stewart wrote:
Can anyone suggest a PIC programmer that will work with Piklab on Linux? The
replacement serial board I just bought won't drive my JDM Classic PIC
programmer. It doesn't reliably drive my LIRC IR transmitter either, so I have
to devote the serial port
Are there any German speakers who live in the USA on this list? I need
someone to order me a small kit from a German web site. I'll pay you up
front to order this for me.
http://www.box73.de/product_info.php?products_id=945
It is a speech compressor kit that plugs into the mic of an
Joe
I am German living in the US. The site does ship to the US and once the
product is available middle June If necessary I will be glad to help.
How ever we have time nuts living in Germany and some probably have bought
from this site. They can log in and find out what then payment options
Hi Folks,
While not exactly nanosecond class, I thought at least some of you
might be interested in my latest experiments with writing a MSF and
DCF decoder in SDR (gnuradio in this case)
The gnuradio flowgraph is shown here:
http://hal.g7iii.net/GRC/Radio_Clocks/Multi_Radio_Clock_Receiver.png
Just got this board from a Chinese ebayer,
but unable to find any document about the
pin-assignment.
One of the ebay sellers had some PDF links, but also said it is the same pinout
as a Trimble Resolution T.
It seems to fit the same shape and header location... But be cautious...
If you
hi,
I am living in Berlin, Germany. http://www.box73.de/ do provide a really
reliable service. Give me a note if you need help.
Götz
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time-nuts mailing list -- time-nuts@febo.com
To unsubscribe, go to
Hi
One thing to be careful with when running VLF into NTP - make sure you work out
the propagation delay to your site and put it into the driver. As your data
shows, the jitter is low enough to make it worth doing.
We get so used to GPS (that corrects automatically) that we forget about doing
Hello Joe,
I see that Bert and cfo (don't know his name, sorry) gave you already
good informations.
I have an account there and a continuous order for the magazine.
It is easy as already mentioned to register with the personal email
address and invent a password.
For the international payment
Addendum to my previous mail:
their *Payment Options* http://www.box73.de/shop_content.php?coID=13
(english page):
http://www.box73.de/shop_content.php?coID=13
*Shipping Costs* http://www.box73.de/shop_content.php?coID=14:
http://www.box73.de/shop_content.php?coID=14
I hope this will help,
73
Hi Rudolf,
The Pickit2 configuration choices were a bit confusing, so I decided to order a
different serial board that contains actual 16550s. Now that I've had a chance
to assimilate what I've learned, the problem is traced to the 3 Volt 3243 chips
that are in today's serial boards. After
What a find. I tracked down the docs. It will do NMEA and has 20ns RMS
time error.
Looking at the photo I can trace the header pins visually. The traces seem
to be all on one side. The linked doc give the pinouts for the chip.
I'm thinking I want one of these too $12 with free shipping is
Thanks to all who replied. It seems that the item is not available
yet. When it is, I'll contact one of the members who offered to help.
Again, thanks.
Joe Gray
W5JG
On Sat, May 17, 2014 at 9:27 PM, Joseph Gray jg...@zianet.com wrote:
Are there any German speakers who live in the USA on this
I have 2 x M12+T , and a DS1023-100 Dallas chip.
I'm going to use the DS1023 to make sawtooth correction , but the DS is a
bit unclear.
http://datasheets.maximintegrated.com/en/ds/DS1023.pdf
1:
What is the REF output used for ?
As i read it it shows the internal delay through the chip. And can
We'd have to guess the correct binary command to pt it into NMEA mode
One quick approach is to let gpsd try. It's very good at figuring out what
sort of device you have.
I normally use gpsmon. By default, it doesn't send anything, just listens
while searching baud rates. The i
The ref output is the minimal delay through the chip covering the input and
output pad buffers. It will vary slightly with temperature and voltage.
There are no negative delays in that sort of chip. It's just a bunch of
gates/buffers with a carefully calibrated delay. (For a negative delay,
Hi
The DS1023 will not do negative delays. Physics people would be very interested
in it if it did.
You will need to add a nominal delay of 1/2 the max DS1023 delay to the data
coming out of the M12. Also pay careful attention to which PPS the message
applies to (the most recent one or the
from page 167 of user 09feb05 version of user manual: It is an 8-bit
value n where n = negative sawtooth time error of next pulse The
value of N ranges from -128 to +127.
I think(?) it is really a value from 0 to 255 and you must apply a
bias to get the -128 to +127 range. And again this is a
As you can tell from the manual, the M12+ and the M12M will output a
signed -128..+127ns correction from the @@Hn message. In my opinion
you have to start from a fixed delay (an offset) in order to apply the
negative correction. I already have the Dallas/Maxim delay line but
still not used it.
On
On May 18, 2014, at 3:14 PM, Chris Albertson albertson.ch...@gmail.com
wrote:
I think(?) it is really a value from 0 to 255 and you must apply a
Chris,
The manual clearly states -128 to +127. What's your problem with that?
/tvb
___
time-nuts
I have a friend who speaks fluent German; send me an email of what you want
to say BUT you should know that when I need any language of text I use this
website: http://www.freetranslation.com/en/translate-english-german
They do most any language but this one is for English to German.
Robert L.
Hal,
Yes, there are negative delays. The goal is that the physical 1PPS output is,
on average, exactly on-time. If designed right, that means as many negative
offset pulses occur as positive offset pulses. The spread gives you the RMS
value.
This is exactly what you want for a GPS timing
Chris,
The manual clearly states -128 to +127. What's your problem with that?
Yes it gives that range. It says the value is stored in 8 bits.
But how is it stored? Certainly not as sign bit and 7 bit magnitude
or you could not have -128.They don't say but options are either
an assumed
-128 is 0x80
+127 is 0x7F
If in doubt, just look at the sawtooth correction messages coming out of your
M12.
/tvb (i5s)
On May 18, 2014, at 4:17 PM, Chris Albertson albertson.ch...@gmail.com wrote:
Chris,
The manual clearly states -128 to +127. What's your problem with that?
Yes it
I have already searched on Time-Nuts list but I have not found any
reference to my needs: because I know lots of you are using the same
device, I will ask here:
I own an HP 53131A (opt 010) with firmware rev. 3413
according to its programming guide:
If your Agilent 53131A contains Firmware
I think there is confusion between where there is a negative delay. Yes the
M12 can have a negative value but in order to correct for the full range
of the saw tooth at zero the DS chip has to add 128 nsec delay plus the zero
value. Depending on the message it ads or subtracts from that
The question is what is the definition on time. Yes it will be always 140
nsec late to what the M12 calls zero. Good for a GPSDO. How ever if you want
it to relate to NIST time more hardware is needed unless you can
compensate that 140 nsec in antenna delay.
A simple solution would be a
On Sun, May 18, 2014 at 5:19 PM, Tom Van Baak (lab) t...@leapsecond.com wrote:
-128 is 0x80
+127 is 0x7F
So it's twos complement to negate a number you invert all the bit
then add one.
The fun part of 2's complement is when you count in binary from -1 to +1
-1 =
0 =
+1 = 0001
The
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