MS connectors appear to be obsolete, replaced by the MIL-C- series. 3106A defines the connector shell style - cable connector in this case. 18 defines the shell size, and 22S defines the layout of pins in the connector, which defines the number and size of the pins. Some layouts have large pins for power and small or coaxial pins for signals.

The output amplifier can deliver 20 dBm and act optionally as a doubler, 5 to 10 MHz for example. There are 2 harmonic notches with either crystals or toroids. I only had to click together some macros from my library, and since especially the 10811 needs so much space, there was free epoxy, so to say.

So I am back to the question as to my part substitution being proper as they are a common failure component because these radios, though built to MIL-810D standards, get dropped often. I have not as yet encountered "birdies" because I have been unable to load the frequencies I wish to use in these few "broken" radios.

On 10/5/19 8:16 PM, Larry McDavid wrote: > I've used Power-Pole connectors for many years successfully and I've > always crimped them with appropriate Power-Pole crimp tools. I never, > never solder crimped connections!

> > On the 5065A front, I have replaced the resistors in the RVFR with > Mil-spec Vishay RN55, RN60 and RN65 series parts, cleaned the glass > elements and added a 100 deg.C thermostat to prevent over temperature > events.

I'm wanting to replace our dinghy with an AB brand LAMMINA 10' AL aluminum RIB. I'm looking for someone who has access to one who can take a measurement for me. This dinghy is wider than the one I am replacing and I am not willing to modify the chocks to make it fit.

This afternoon, May 28, 2009, there was a Snowy Owls on a fence post about 100m west of Hwy 10, about 5km south of the Dundalk intersection. Alfred Raab

Hi John, thanks, I am more interested in the inner workings of the 10 MHz oscillators, and why they are about 10 db shy in phase noise. And yes I have build 100 MHz oscillators with -145 . Thanks , Ulrich In a message dated 12/2/2014 6:29:10 P.M. Eastern Standard Time, john@miles.io writes: NEL has great OCXOs.

If R is 1 mm, and I is 628 mA, then H = 10 ampere turns per meter. If mu-relative is 1000, then B = 4piX10^-7 X 1000 X 10 = 125 mT. That is a hefty 1250 Gauss. Some materials may be affected at 1/10 this flux density.

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