I suppose my electronics dates me a bit, but I am good down to about 10 nanoseconds at best. I have used standard IC components that work around 10ns. And a few microprocessors in the 50ns regime.
Recently I get more requests, largely in spectroscopy, for fast circuits below this regime--quantities of 1 ns or even less. I see faster GPU processors and FPGAs in the multiple Ghz range that could possibly handle some of this, and I have used shielded cables to create timing circuits around a couple of ns but I don't have a concrete up-to-date knowledge of faster timing. Looking through Amazon I don't think this is published.
Does anyone know of resources for sub nano-second timing design?
Thanks
Fritz
Recently I get more requests, largely in spectroscopy, for fast circuits below this regime--quantities of 1 ns or even less. I see faster GPU processors and FPGAs in the multiple Ghz range that could possibly handle some of this, and I have used shielded cables to create timing circuits around a couple of ns but I don't have a concrete up-to-date knowledge of faster timing. Looking through Amazon I don't think this is published.
Does anyone know of resources for sub nano-second timing design?
Thanks
Fritz
