February 8, 2023 at 10:33 amPhilip CollinsSubscriber
Hello. I'm going to model a PCB layout for a three-phase inverter circuit. It's a high current design and I'm mostly interested in simulating the DCIR drop in SIwave then doing the thermal analysis in Icepak. As a complete beginner, I have watched a few of the tutorials but I'm still struggling with the best way to represent the MOSFETs. See the attached generic picture of a similar circuit.
I know I can designate a given power dissipation for each MOSFET in Icepak. But to model the effect of the PCB trace geometry I need a good representation of the DC current in the bridge section. What is the best method? Should I add a current source to each MOSFET drain terminal and a voltage source to each MOSFET source terminal?
If anyone has done a similar analysis I would be very grateful for some tips.
February 14, 2023 at 3:26 pmPhilip CollinsSubscriber
bumping this. are any Ansys people able to direct me to some resources?
March 27, 2023 at 11:57 amPraneethAnsys Employee
Thank you for reaching out and your patience is much appreciated.
Please let us know if you want to model a MOSFET with a circuit approximation or design actual 3D geometry in Icepak. If it is about circuit approximation then Ansys personnel may not be of good help. Will leave it to other experts in the forum to guide you better.
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