I doubt that it is something TAPR would do. Building complete systems gets into all sorts of issues (mainly regulatory). But it is easy enough to build. They sell a nice case that the RPI3 and touchscreen mounts in. The PI+touchscreen+case sells for around $110. The TICC(s) connect to it via USB.
There are also some Win10 tablets with 1024x600 touch screens that sell for around $60 (apparently Microsoft doesn't charge manufacturers for Win10 on tablets with small/low res screens). I am thinking about laying out a front-end board for the TICC. It would have some switchable (relay?) 50 ohm input terminators, switchable PICDIV dividers for PPS/1MHz/5MHz/10MHz/15MHz (or 2.5 MHz) inputs, footprints for a decent reference oscillator (MV89/8663/DIP/etc), and a 12V to 5V (3A?) power converter for the TICC and PI... most of the better surplus oscillators run off of 12V. Also maybe add a data multiplexer for combining the outputs of two TICC boards into one data stream (but Heather could do that in software). John has some ideas for a similar board. ----------------- > Wow! If you can persuade John and TAPR to produce that, I would be there with my chequebook before the ink had dried on the web-page! :-) _______________________________________________ time-nuts mailing list -- [email protected] To unsubscribe, go to https://www.febo.com/cgi-bin/mailman/listinfo/time-nuts and follow the instructions there.
