Chip and/or Jeff can more fully answer this, but as of a week ago no formalized EMI characterizations have been made. In theory it should put off quite abit, since the slew rate is very high (I think pin transition is ~1 ns), but it doesn't seem to cause much real world interference (no interference was caused on a television adjacent to the board). But the demo board is a 4 layer PCB which helps to minimize EMI.
Thanks Paul,
My·concern is, that here in Australia, before any elctrician etc can install any new equipment, it must have a current EMC certification. We have to submit·any new·equipment to testing authorities where very detailed performance tests are undertaken. (They don't just put it next to a telly, but I wish they would).
With our application, we dont need super high speed, si I guess we could quiten it down a bit.
Comments
▔▔▔▔▔▔▔▔▔▔▔▔▔▔▔▔▔▔▔▔▔▔▔▔
·1+1=10
My·concern is, that here in Australia, before any elctrician etc can install any new equipment, it must have a current EMC certification. We have to submit·any new·equipment to testing authorities where very detailed performance tests are undertaken. (They don't just put it next to a telly, but I wish they would).
With our application, we dont need super high speed, si I guess we could quiten it down a bit.
I look forward to some actual figures.
Cheers,
Chris, West Oz.