Pulled up in a "Loading Zone 8-6pm" at 18:00:10. Got out, came back 4 minutes later to find a parking officer giving me a ticket. Me: "Look at the time (showing my watch) - it's 6:04" Him: "Not by my watch" (which said 5:59 at that point). Me (massive sarcasm voice): "So. Let me get this straight.

. > > You should almost surely not use this variant as its shipped: they > typically come with CR2032 coin cell that is not rechargeable, so you > need to disable the charging circuit that is there for use with LiR2032. > The charging circuit itself probably doesn't safely work with a LiR2032 > either if you run with VCC at 5V (Arduino or something similar).

I birded the woods at Lighthouse Point, New Haven this morning (9/10) from about 7-9 am, then joined the hawkwatchers till 11am. There were a few mixed flocks of warblers, etc., as follows: 4 R-th hummingbird 2 Red-bell. woodpecker 2 downy woodpecker 8 No. Flicker 1 E. Wood-pewee 1 Willow/Alder flycatcher 2 other Empidonax 1 Great Crested Flycatcher 1 E.

I have an FE-10A oscillator and wonder if that may have been used un the URQ-10. I do not know as I have no info on either, other than the schematics provided by John. My FE-10A is a plug in unit and I have no idea of the connections in order to make it play. Seems like it would be a nice unit and a decent 5 MHz source.

They easily go to 10 MC. But they draw a bit of power compared to the simple fet approach. Regards Paul On Thu, Nov 12, 2009 at 1:20 PM, Richard W. Solomon wrote: > A friend of mine is looking for an inexpensive way to distribute > his 10 MHz T-Bolt signal to other instruments.

It is > > The simplest way to get a very clean 10 MHz sq wave. I have only observed > the 10 MHz on a scope .. have no other reference to check it. Either phase > noise or adev, but data sheet > > Promised very good phase noise. Mine cost $224.98 USD.

Today's total of 256 Raptors consisted of the following: Turkey Vultures... 15 Osprey... 1 Bald Eagle... 10 Northern Harrier... 17..

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.

I suppose one can handle this two ways - use a DDS clocked with the 20 MHz VCXO to generate a 10 MHz signal and phase compare (at 10 MHz) this with the input 10 MHz to steer the VCXO to lock with the Rb 10 MHz input as adjusted by the DDS NCO.

On 10/09/2019 17:00, time-nuts-request@lists.febo.com wrote: > Re: [time-nuts] 5 Mhz to 10 Mhz and 25 Mhz Why not just create a comb of frequencies based on the 5 MHz input, then filter and extract the 10 and 25 MHz signals you want, amplify and distribute as needed?  Going the PLL route seems like a large hammer to crack a small nut.