When I look at the 1 PPS and 10 MHz output on > > a scope, I noticed that in the 1st generation the PPS occurs at the > > top of a 10 MHz cycle, and in the 2nd generation it occurs at the > > bottom of a 10 MHz cycle. Half a cycle at 10 MHz is 50 ns.

Hi Ruud, >> I mean, the application uses 10% of cpu without any media active. >> Also, pjsua without any params uses less than 1% cpu after start-up, >> but 10% after the first call. Is it something you could improve in the >> future? Or is it the design, or is it not up to pjproject but to other >> code pjrpoject uses? Is it on a Mac only?

While I don't have an answer to your specific question, I can tell you that in our experience Force 10 has an outstanding customer service department (actually person).

It's not related to any MIL spec. The capacitors are used in some Farnell powersupplies and are a common failure there as well. Equipment that is in regular use seems to be OK, leave it in the garage for a year and you may have trouble. The problem with the FN372 is that it's a snap fit and has the voltage selector built in.

A coarser screw thread than the round metal MS > > connectors. > > > > The round connectors (called Bendix connectors by some at JPL, because, > of > > course, that was the mfr for some batch of them) have a nice mil-std to > > define them. There's a Shell, an Insert, and pins/jacks.

. > For subscription information visit http://lists.ctbirding.org/ > mailman/listinfo/ctbirds_lists.ctbirding.org

Hi, I found all papers from 9th Symposium on Frequency Standards and Metrology 16/10/2023 - 20/10/2023 Kingscliff, Australia are in open access. https://iopscience.iop.org/issue/1742-6596/2889/1 a lot of interesting papers there. Best Regards, -- -dikshie-

up my PRS-10 and on friday I picked up the break-out board, PSU and manual.

. > > Bob > >> On Jul 26, 2018, at 2:45 PM, W7SLS wrote: >> >> Hello, >> >> Looking for recommendation for a ‘failover’ or ‘redundant’ switch for 10 MHz distribution. >> >> Not really sure of the correct term. >> Something that sensed RF on primary 10 MHz, and then switched to secondary on fail of primary. >> >> A brief search

They are designed to do weird ratio frequency >> conversions so 10 to 12 or 10 to 16 are trivial for them.