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When we are doing power supply architecture, at board level, sometimes we need to make current sharing with 2 buck because one buck is out of derating on its output current.
It could be interesting to be able to do this with Ptree.
The attached file show what I actually do in excel file. You will see current shring on the PG3V3
Thanks for the job
The text was updated successfully, but these errors were encountered:
I believe an useful implementation could be as simple as a "paralleled amount" attribute for DC/DC & LDO regulators (possibly shown in some explicit way on the schematic, like a "x2" badge in a corner or using a "multiple-Z-stacked blocks" effect). This would assume perfect current sharing between each one of the N paralleled instances so that no advanced computation is required (loss-curve & current limit logic would use 1/N of the load current, then total regulator loss = unit loss x N).
Hello Sylvain,
When we are doing power supply architecture, at board level, sometimes we need to make current sharing with 2 buck because one buck is out of derating on its output current.
It could be interesting to be able to do this with Ptree.
The attached file show what I actually do in excel file. You will see current shring on the PG3V3
Thanks for the job
The text was updated successfully, but these errors were encountered: