In message <531F7161.2080300@sasktel.net>, Ed Palmer writes: >I just picked up an Isotemp OCXO107-10 Oscillator. I can't remember which variant the on I have is.

10/24/12, Newington 2 large falcons overhead, one noticeably larger than the other, I am assuming a male and female peregrines, vocalizing and playing/arguing while headed north to south at about 6PM. ~25 pine siskins on feeders this morning. The 2 I saw yesterday must have invited some friends.

>From Steve Spector, Milford, Silver Sands State Park, 10/17/16, this morning 2 E. Meadowlarks, 6 Field Sparrows, splendid male N. Harrier, Peregrine Falcon, 3 Broad-winged Hawks, male Kestrel bothered by many N.

9/10 Stratford, Stratford Point - We had an enjoyable morning of birding, with nice diversity of migrants including 13 species of warblers (2 Cape May, Bay-breasted, Nashville, Tennessee, etc.), many flycatchers, and a Lincoln's Sparrow. Overall total of 48 species, and we didn't even walk the coastal bluff trail.

> > At one time there was a monitor that used coils that cables were routed > through to capture the AH's instead of using a hard wired shunt like Link > 10. Seems like SALT was the maker and looks like they aren't in business > anymore. Should have bought their system while it was available, but > procrastinated about it.

On 04/02/2018 12:17 PM, Sailor Jerry via USRP-users wrote: > I'm using the external 10 MHz input to my B210 and getting the > following lock status messages: > > Waiting for "lo_locked": ++++++++++++++++++++ locked. > Waiting for "ref_locked": _+____+____+____+___++ > > Here is the waveform of my 10 MHz clock > ( I tried both AC coupled (yellow) and DC coupled

On 02/01/13 19:54, Tom Van Baak wrote: > What's the simplest way to generate 16 MHz from 10 MHz? This will be for clocking a microcontroller at 16 MHz given 10 MHz (Cs/Rb/GPSDO).

At the stroke of 10 it changed very suddenly to the east and over a couple of hours got very strong, up to #5, enough that when it gusted it was hard to hold bins and stand steady. Had a trickle of birds from 10 to about 1:30, and then only 1 Coop till 2:30, when I left.

The comparison may be between 1 pps outputs or between 10 MHz outputs. In both cases the data should be the same. Your choice of 1 pps or 10 MHz needs to match up between your measuring gear, your DUT, and your reference standard. Lots of choices, lots of ways to do it. Many pieces of gear you could use to get the job done.

I'm using several Windows 10 machines on the same LAN, all using NTP client software from Meinberg. The typical offset and jitter in those are about 100-500 µs. I would like to make it lower. I've heard that one of the latest versions of Windows 10 provides support for PTP protocol (IEEE 1588v2). Hence my questions: 1.