Yeah, that's pretty much the story around the country. I also have some
monitoring software (monitoring PSIP, video and audio data, not
specifically for monitoring STT packets) that I run on the Denver and
Cheyenne stations 24 hours a day. Very few have set their GPS-UTC offset
to 18 seconds.
I don't have a Loran receiver, and I live in Colorado. But I'd still
like to check late at night to see if I can see a signal on my SDR
receiver. I tried looking at old posts, and did some research online,
but the best I can tell is that Loran C (and I assume eLoran) is
transmitted at around
Last I heard, a chip (or chips) that decode the new PM signal added to
the WWVB PWM signal 2 years ago was in development, but I'm not sure one
has been released yet. If such a chip has been released, has it been
incorporated into any consumer Atomic Clocks that are currently available?
Connor-Winfield has a line of TCXO's with 0.1 ppm stability that can be
bought from Digi-Key in single unit quantities for about $25. Search for
M100F.
They don't have a 14.4 Mhz, but they do have 10.0 Mhz, which you
indicated could also work for you.
Regards,
John
AC0ZG
On 11/11/2014
Did they make any announcements regarding this? Most people aren't going
to care about GPS, but many people are used to using their cell phones
while waiting for the door to close and/or as soon as the wheels touch
the ground when landing. If this doesn't work in a 787 I would think
that they
I have an OpenHPSDR Hermes and it has no problem receiving WWVB;
however, since I live in Fort Collins - Colorado, part of the success
might just be the strong signal. I wonder if I could just stick a piece
of wire into one of the channel inputs of a 192Khz sample rate audio
interface
I guess my question is who has the right to grant exclusive rights for
the ability to decode a very simple protocol? Was a patent actually
granted for this?
John
On 2/19/2014 4:49 PM, Richard (Rick) Karlquist wrote:
It may be true that WWVB is sending out a new
format, but the receivers for
I've found that a lot of sticky things, including sticker glue, is oil
soluble. So I just use a liberal amount of vegetable oil with a cloth to
dissolve the stuff and get rid of the goop. Then you are left with an
oily surface (you probably shouldn't use this method on cloth which
might be
An Alkali metal may be simple, but they are surely hazardous. Rb can be
extremely hazardous, as are the other Alkali metals, i.e. Lithium,
Sodium, Potassium and Cesium (and Francium, but that is one of the
rarest elements, due to its highly unstable nature, with its most stable
isotope having
Which LORAN system are we talking about? I thought the US stopped
LORAN-C back in 2010 and eLORAN plans were cancelled. Are you talking
about the European eLORAN system?
John
On 7/4/2013 8:59 AM, Peter Gottlieb wrote:
A few weeks ago I listened and there was something VERY weak (under 1
uV)
Actually, Audiophools don't care about 44.1Khz anymore. They care about
96, 192 and even 384 Khz sampling rates.
John
On 6/19/2013 10:09 PM, Chris Albertson wrote:
On Wed, Jun 19, 2013 at 5:54 PM, Tom Knox act...@hotmail.com wrote:
I wonder what is the best way to obtain 44.1KHz from a
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