2021-09-14 11:59 PM
2021-09-16 06:34 AM
The voltage at VCC does not depend on the motor voltage, but should be set according to the parameters (required/max gate voltage) of the power transistors driving the motor. The EVSPIN32G4 uses STL110N10F7 with an absolute maximum gate voltage of 20V, i.e. the setting of VCC to 10V should be ok.
Regards
/Peter
2021-09-15 01:39 AM
Welcome, @Ouygu.1, to the community!
The bootstrap capacitors are powered by VCC, the maximum voltage of which is 20V, so 25V for the bootstrap caps is fine.
You are talking about the motor voltage VM, which can be up to 75V (recommended operating value), the EVSPIN32G therefore uses capacitors with 100V (C31...C33).
Good luck!
If the problem is resolved, please mark this topic as answered by selecting Select as best. This will help other users find that answer faster.
/Peter
2021-09-15 04:38 AM
Does the vcc voltage have to be the same to drive 12 volt and 60 volt motors? Should the vcc value be changed?
2021-09-16 05:22 AM
@Peter BENSCH
2021-09-16 06:34 AM
The voltage at VCC does not depend on the motor voltage, but should be set according to the parameters (required/max gate voltage) of the power transistors driving the motor. The EVSPIN32G4 uses STL110N10F7 with an absolute maximum gate voltage of 20V, i.e. the setting of VCC to 10V should be ok.
Regards
/Peter