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Part Number: CSD95372BQ5M The undershoot of the waveform measured at the VSW pin meets the Absolute Maximum Ratings "VSW to PGND (10 ns) min -7V" of -7V, but not 10ns. Please provide offline support to check if there are any problems with the…
Part Number: CSD95372BQ5M Hi,
What are the differences of these ICs,
CSD95372BQ5M and C SD95378BQ5MC
Im seeing a thread that there is a difference in TAO equation but I could not find the details in the datasheet. Is there other information that you could…
Part Number: CSD95372BQ5M Hi Sir,
we plan to replace CSD95372 with CSD95378, due to shortage issue,
we know that TAO is difference, but is there problem? any risk?
thnaks for your help.
Part Number: CSD95372BQ5M Other Parts Discussed in Thread: CSD95377Q4M Hello, E2E
Our product uses CSD95372BQ5M and CSD95377Q4M. And we are evaluating them now.
The following undershoots are detected from the waveform of the VSW pin in normal operation…
Part Number: CSD95372BQ5MC Other Parts Discussed in Thread: CSD95372BQ5M , , TPS53647 We have been successfully using TPS53647 4-phase buck controller with 4 pcs CSD95372BQ5M power stages in one of our product. Product is already in use, i.e. these regulators…
Part Number: CSD95372BQ5M
Hi,
i wanna design a mppt power stage for a project. where i have 200volt max PV input and a 48volt lithium battery system need a current around 100amp. I was reading the multiphase buck design form. And wonder if i could use…