Part Number: CSD18533KCS Tool/software: Hi,
Need help with this customer inquiry. Can someone please respond on this post? I will share the link with the customer so that can continue the discussion here.
We have been purchasing CSD18533KCS direct…
Part Number: CSD18533KCS Tool/software: I need help with issues my customer is having with product using your product number CSD18533KCS (TRANSISTOR,MOSFET). We realized numerous returns where we had to replace this component, therefore in an effort to…
Part Number: CSD18533KCS Hi Team,
Could you please recommend a suitable MOSFET solution for the application discussed in this thread? (24 Vin, 12Vout / 50A)
As my customer plans to dissipate the heat by a heatsink, I think either TO220 or D2PAK…
Inverter2.TSC
In the above circuit if I remove the diodes across the MOSFETs it gives me a convergence problem. It's as if the MOSFET model does not have support for the body diode.
Then if I add some gate resistors to stop the high impedance inputs…
Other Parts Discussed in Thread: LM5122 , CSD18533KCS , CSD19505KCS Hi everyone,
I'm working on a 36V 15A Boost converter using the TI LM5122 controller and running into gate drive ringing (M3 & M4) and overlap issues under high load conditions, Causing…
Ashutosh,
Unfortunately we do not have a pin to pin replacement to this ST device, it is a 60V, 90mOhm MOSFET in an IPAK package.
We have lower resistance MOSFETs that may work and are in a larger through hole type package call the TO-220, one suggestion…
Other Parts Discussed in Thread: TPS40090 , PMP9637 , CSD18533KCS Hello, I have technical issue with a Boost application 44V/17A, with TPS40090 controller (Boost designed from the PMP9637 application).
The controller enter in hiccup mode immediately…
Other Parts Discussed in Thread: BQ24600 , CSD18533KCS , CSD19534KCS I have been using the bq24600 for several years in designs with 4s LiPos and 5A with no problems. Now I am trying to use it with a 6s LiPo and a charge current of 5A. If I configure…
Part Number: DRV8962 I know what I'm asking isn't part of the datasheet, but need to make sure: do we have information of the voltage drop across the body diodes of the MOSFET's based on current and temperature? I see that page 26 of the datasheet uses…
