Magnetization Dynamics: Modeling the Ferrite Core of a Joule Thief

AI Thread Summary
The discussion centers on modeling the magnetization dynamics of the ferrite core in a Joule thief project. The goal is to understand the magnetization process to accurately predict flux changes and induced emf. The user seeks resources or explanations regarding the necessary mathematical concepts, as previous studies focused on linear media and post-magnetization behavior. Recommendations include exploring introductory physics texts that cover the relationship between magnetic flux density (B) and magnetic field strength (H) in ferromagnetic materials. Understanding these principles is crucial for the project's success.
OGrowli
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I'm working on a project that involves a Joule thief. I need to model the magnetization process of the ferrite core of the toroid. With that I will be able to get an accurate picture of the flux change, which I can use to predict the induced emf based on the characteristics of the system. Everything I learned as an undergrad either involved linear media, or just the behavior of a material after magnetization has happened. I need to learn about the magnetization process in ferrous materials. Can anyone either explain the necessary math or point me in the direction of reading materials that will give me a mathematical overview of these processes? thank you very much.
 
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