- #1
Panacea
- 1
- 0
Hello,
I am trying to find a Magnetostatic(3D) solution for my design. My design consist of a coil embedded in Ceramic material developed by LTCC technology. I am below queries:
1. Is it important to define a material"Insulating"? How it will affect the Inductance of the system and the Magnetic flux density(B)? Is there a difference in B for AC and DC excitation (w.r.t. Maxwell Simulation)?
2.Since the coil is conducting and the ceramic insulting, i am getting error "Boundary 'Insulating1' and Excitation 'Current1' overlap."
2. If i don't mention LTCC as 'Insulating' in Boundary, i receive"mfSolver Failed" error or the simulation results are "nan".
Please help me with these errors. Thank you !
P.S: I have already set "material override" in design setting.
I am trying to find a Magnetostatic(3D) solution for my design. My design consist of a coil embedded in Ceramic material developed by LTCC technology. I am below queries:
1. Is it important to define a material"Insulating"? How it will affect the Inductance of the system and the Magnetic flux density(B)? Is there a difference in B for AC and DC excitation (w.r.t. Maxwell Simulation)?
2.Since the coil is conducting and the ceramic insulting, i am getting error "Boundary 'Insulating1' and Excitation 'Current1' overlap."
2. If i don't mention LTCC as 'Insulating' in Boundary, i receive"mfSolver Failed" error or the simulation results are "nan".
Please help me with these errors. Thank you !
P.S: I have already set "material override" in design setting.