T
treez
Guest
Hi
Does anyone know what would happen if the NXJ1S1215 DCDC module is operated with Vin between 13.2V and 15V? (the datasheet says that the recommended operating range for Vin is 10.8V to 13.2V)
We never operate the device above a third of its maximum power. Most of the time we have it on 10% load.
The datasheet states that 15V is the absolute maximum for Vin.
The datasheet does not state whether the limitation to less than 13.2V comes from potential device premature failure, or just whether its output goes out of regulation or out of ripple spec. (we don’t mind loads of ripple, and we dont mind if the Vout has wide tolerance)
NXJ1S1215 DCDC module datasheet
https://power.murata.com/data/power/ncl/kdc_nxj1.pdf
Does anyone know what would happen if the NXJ1S1215 DCDC module is operated with Vin between 13.2V and 15V? (the datasheet says that the recommended operating range for Vin is 10.8V to 13.2V)
We never operate the device above a third of its maximum power. Most of the time we have it on 10% load.
The datasheet states that 15V is the absolute maximum for Vin.
The datasheet does not state whether the limitation to less than 13.2V comes from potential device premature failure, or just whether its output goes out of regulation or out of ripple spec. (we don’t mind loads of ripple, and we dont mind if the Vout has wide tolerance)
NXJ1S1215 DCDC module datasheet
https://power.murata.com/data/power/ncl/kdc_nxj1.pdf