Some answers below.
John
On 7/3/20 10:54 AM, w8ycm--- via time-nuts wrote:
New guy here needs help using the TAPT TICC and Timelab software
The TICC documentation, I am sure, is sufficient to those in the community,
but to someone who has only lurked around the edges, there are a few
Keith -
IF you use Lady Heather software, with your Trimble Thunderbolt,
the Date Correction is handled in PC software.
The original Trimble Thunderbolts (Red) have the WNRO issue.
http://www.ke5fx.com/tbolt.htm
User Manual, version 5.0
I'm sure experienced time-nutters won't do something like I did - because it
was stupid. But I'd like to share this nevertheless.
I need a multi-turn pot and I bought a cheap clone from Amazon - because it was
cheap and delivery was next day. It came with a multi-counter knob. Well
it's
A puzzle (so I hope) I'm in the correct place.
I've built myself, many years ago an NTP server, on a RPi 1, which not sure
if ever ran properly.
It uses a u-blox6 board, connected to the Pi correctly, and PPS to GPIO,
compiled NTP to include kernel PPS support.
GPS 3D fix is fine, using an
andrew.hanc...@cyrus-consultants.co.uk said:
> So I cannot use HaTs anymore, so I cobbled together a GPS ublox6 (same
> module) but using a FT232RL, and connected all the pins correctly, and DCD so
> I can get PPS.
FT232R is a USB chip. Timing over USB is "interesting". Do you know about
New guy here needs help using the TAPT TICC and Timelab software
The TICC documentation, I am sure, is sufficient to those in the community,
but to someone who has only lurked around the edges, there are a few
questions I have. I suspect some are obvious, and some others of no
consequence,
A puzzle (so I hope) I'm in the correct place.
I've built myself, many years ago an NTP server, on a RPi 1, which not sure if
ever ran properly.
It uses a u-blox6 board, connected to the Pi correctly, and PPS to GPIO,
compiled NTP to include kernel PPS support.
GPS 3D fix is fine, using an
When simulating the Wenzel divider its important to include the input
protection diodes or the input signal at the D input of the FF becomes
unrealistically large even with a finite Q inductor.
Bruce
> On 03 July 2020 at 20:18 glenlist wrote:
>
>
> Bravo Microchip for extending the ECL
You might also look at the IGLOO nano from Actel (now microsemi). Low
power, small package, 250MHz, as few as 100 logic elements. Unfortunately
Microsemi. -- mike
On Fri, Jul 3, 2020 at 7:44 AM Hal Murray wrote:
>
> jim...@earthlink.net said:
> > 1) All those clever handbook designs and data
