Uploaded November 2023 | Updated September 2026, 34 minutes ago
In this video I show you how to perform a 3D model in COMOSL to calculate inductance. It is very important to check the quality of the mesh before running the simulation. Also make sure that number of meshes are not so high that your computer ram can not handle them. I showed the simulation for two cases, a rectangular loop, and a rectangular loop with a toroid around it.
After more than 2 months of not being able to make any video I am finally back. I recorded this video 25 days ago, but due to busy life I could not edit it and upload it. Anyway here you have it. Congratulations to Brecht who has defended his master thesis in October. He also taught me how to program a PLD, which I am going to make a separate video for that.
Finance: N=76
subs=3810
Available budget (N): 3810-100-76*(76+1)=-2142
Storage limit: 2^ln(3810)=303,46
In this video I show you how to perform a 3D model in COMOSL to calculate inductance. It is very important to check the quality of the mesh before running the simulation. Also make sure that number of meshes are not so high that your computer ram can not handle them. I showed the simulation for two cases, a rectangular loop, and a rectangular loop with a toroid around it.
After more than 2 months of not being able to make any video I am finally back. I recorded this video 25 days ago, but due to busy life I could not edit it and upload it. Anyway here you have it. Congratulations to Brecht who has defended his master thesis in October. He also taught me how to program a PLD, which I am going to make a separate video for that.
Finance: N=76
subs=3810
Available budget (N): 3810-100-76*(76+1)=-2142
Storage limit: 2^ln(3810)=303,46
