Hi, anyone come across a nice BMS which can handle up to 13s (LiPo)? Preferable an MCU-based thing with open source firmware. If it has cell temperature monitoring, that is even better...
Hi,
I was requested to share BOM of my board protorype that works with VESC software so there it is.
Kickad project
https://github.com/antonchromjak/MINI4
BOM
https://github.com/antonchromjak/MINI4/raw/master/BOM.txt
Test at 24V
Hi,
I've just login to this forum after a quiet long quest of the best solution to my hardware issue (vesc 4.12 from Torqueboards for those who know with firmware/bldc tool 2.18 provided also by this vendor).
I hope my post is in the good discussion folder of this forum and apologize if not (maybe you can suggest the proper site/forum).
Hi,
I've got this powerful motor: http://www.plettenberg-motoren.net/index.php/en/plettenberg-motors/plett...
It is successfully connected to my VESC (HW 4.12, FW 3.33).
Motor is rotating well, but my task is to apply some user-defined braking torque when motor is used as generator.
I tried:
- use SuperCap power supply or standalone power supply
Moved to other forum section for better applicability
Hi everyone,
I am working on a higher power vesc for about 200A. I have probed all my phases and gate voltages and everything looks good.
With no motor connected this is what the phases look like at 50% duty cycle
Once I connect a motor if I try to start it, it starts for a fraction of a second, with maybe 1-4 commutation steps before the abs over current fault occurs
For the initial commutations it looks reasonable. Until it stops.
I got an aluminum case for my VESC's and they don't fit with the standard VESC capacitor that comes with the Torque Board VESC. The kit came with extra capacitors to replace the existing ones, but they are 560u instead of the 680u that the normal ones are.
Does this matter? Can I safely change this?
Thats a picture of the case the vesc and the new capacitors
I'm building a beefed-up version of the VESC.
When I measure a low-side gate, I see this:
So... When the low-side FET turns on, after a while the turn-on is so fast that through the output capacitance of the FET the gate turns completely off again. Not quite a miller plateau.
