Answer:
To model the influence of the concentrator on the part heating, it is enough to know the B-H curve (magnetization curve). If you also want to simulate also the temperature distribution in the coil components (copper tubing, concentrator), you additionally need to know magnetic losses in the Fluxtrol material, its specific heat capacity and thermal conductivity. You can find these data on our website or ask our experts for more information.
Have more questions? Here are some other related frequently asked questions.
To model the influence of the concentrator on the part heating, it is enough to know the B-H curve (magnetization curve). If you also want to simulate also the temperature distribution in the coil components (copper tubing, concentrator), you additionally need to know magnetic losses in the Fluxtrol material, its specific heat capacity and thermal conductivity. You can find these data on our website or ask our experts for more information.
Have more questions? Here are some other related frequently asked questions.
Have more questions? Here are some other related frequently asked questions.
