Yes.
https://www.analogtechnologies.com/document/AT5005.pdf
50kV isolation continuous. The catch: bandwidth 2kHz ...
Jan
... and some more info on failure rate graphs.
I'm currently testing the HCNR200 at 4kV continuous, slowly accumulating hours.
Jan
I'm currently testing the HCNR200 at 4kV continuous, slowly accumulating hours.
Jan
Tested the HCNR200 some, as follows:
All pins at left row connected together, all pins at right row connected together.
HV applied between the rows via 1.5Meg per side. Measured directly across the device.
@3kV: 13hrs, 15 mins
@3.5kV: 20hrs, 10 mins
@4kV: 16hrs, 35 mins
No detectable leakage current. I know, as duration tests go, this is very small, but still.
Note that in my app the AC across the isolator, which is what really determines endurance, is just a few volts max, audio bandwith.
Now working in LTspice on an alternative solution, so not sure I will continue the testing.
Jan
All pins at left row connected together, all pins at right row connected together.
HV applied between the rows via 1.5Meg per side. Measured directly across the device.
@3kV: 13hrs, 15 mins
@3.5kV: 20hrs, 10 mins
@4kV: 16hrs, 35 mins
No detectable leakage current. I know, as duration tests go, this is very small, but still.
Note that in my app the AC across the isolator, which is what really determines endurance, is just a few volts max, audio bandwith.
Now working in LTspice on an alternative solution, so not sure I will continue the testing.
Jan