Part Number: ISOS141-SEP Dear Sirs,
the ISOS141-EP fits all the requirements of our project, but theTID.
The requirement is 50kRad, meanwhile the component is limited to 30 kRad.
The specific question is:
which is an alternative component that has a…
Part Number: SN65C1168E-SEP Other Parts Discussed in Thread: ISOS141-SEP , Hello, I am trying to use the ISOS141-SEP in conjunction with the SN65C1168-SEP to create an RS-422 rated UART transceiver system. The main reason these parts were chosen was due…
Part Number: ISOS141-SEP Does this part experience any SEFIs that require power cycle or is it just transients? Or has no data been collected on this? Thanks
Part Number: ISOS141-SEP Hi team, can you please confirm the voltage differential between GND1 & GND2.
It appears to be 600Vrms from p.7 of the data sheet and the attached app note, but we wanted to confirm this.
Thanks in advance,
Part Number: ISOS141-SEP In my application, I don't need to use some of the channels of the ISOS141-SEP. For the unused channels, how should I connect the unused I/O pins (left open, pull-low, pull-high, etc)?
thanks!
Part Number: ISOS141-SEP Hello,
We are looking to use ISOS141-SEP for one of our boards and had a question about the propagation delay. The datasheet lists the typical (10.7ns) and maximum (16ns) propagation delay but no minimum. In order to close on…
Part Number: ISOS141-SEP I have questions about ISOS141FDBQSEP. Does this part have a cavity? Can you confirm that the PIND test is not applicable to PEM devices?