Recent content by cnafets

That's what I believe as well, but would it make more than a 2% difference or so in this case? IOW, will it be a noticeable gain in the overall motor? The inverter would be designed to output well beyond what will be asked of it in this system.

Hello PF! This is my first post in a while, and I am pretty excited to hear what you guys think about my idea. I have a couple of BLDC design books that I'm going to tear into, but I like hearing from other people. My idea involves the creation of a single, more powerful electric motor...

EDIT: Now I get Xdo= {\sqrt{2\epsilon_{s}\phi_{B}/q}\left( \sqrt{\stackrel{N_{d}}{N_{a}(N_{a}+N_{d})}}+\sqrt{\stackrel{N_{a}}{N_{a}(N_{a}+N_{d})}}\right)

Homework Statement Use NaXpo=NdXno Xpo=\sqrt{(2\epsilon\phi/qNa)(Nd/(Nd+Na)} Xno=\sqrt{(2\epsilon\phi/qNd)(Na/(Nd+Na)} to prove Xdo=Xdo+Xno=\sqrt{(2\epsilon\phi/q)((1/Nd)+(1/Na))} Homework Equations (1/Na)+(1/Nd)= (Na+Nd)/(Na)(Nd) The Attempt at a Solution I get stuck at...