Hello,
This question might seem basic but I would like to state it. I would like to calculate the operating/Rise temperature of the ferrite core of an inductor. I am modelling my own bobbins for the core so I need to decide on the material/filament to use for 3D printing which can take the temperature of the core without causing any damage or melting of the bobbins. I looked into it but could not get the answer I am looking for. Inductor specifications which might be useful for better understanding: E70 core N87 material, v= 450VRMS, I=40A, f=85khz, Litz wire for the windings, distributed air gap on each leg. I attach the datasheet as well. Please help me with this, any links or any articles would be great too. Thank you
https://www.tdk-electronics.tdk.com/inf/80/db/fer/e_70_33_32.pdf
This question might seem basic but I would like to state it. I would like to calculate the operating/Rise temperature of the ferrite core of an inductor. I am modelling my own bobbins for the core so I need to decide on the material/filament to use for 3D printing which can take the temperature of the core without causing any damage or melting of the bobbins. I looked into it but could not get the answer I am looking for. Inductor specifications which might be useful for better understanding: E70 core N87 material, v= 450VRMS, I=40A, f=85khz, Litz wire for the windings, distributed air gap on each leg. I attach the datasheet as well. Please help me with this, any links or any articles would be great too. Thank you
https://www.tdk-electronics.tdk.com/inf/80/db/fer/e_70_33_32.pdf