- #1
willyd
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I have just received some ferrite grade Y30H-IA un-magnetized permanent magnets. I am looking to wind some copper around a section of pipe and place the ferrite inside in order to magnetize it. From what i have read the magnets should be anisotropic and to saturate the ferrite I will need only need a flux density slightly higher than the Br of the Y30H-IA, aprox 380mT.
I was planning on aiming for around 760mT with the electromagnet to ensure saturation is reached.
I am new to working magnets so please let me know if i am on the right track. It is important that the magnets are magnetized to obtain the maximum flux density possible for my material and geometry. Is there be a simple calculation i can do to factor in permanence and then actually take a flux density reading (with tesla meter) to ensure i have obtained the flux density I theoretically should? Please let me know if there are any factors i should be aware of.
Thanks
I was planning on aiming for around 760mT with the electromagnet to ensure saturation is reached.
I am new to working magnets so please let me know if i am on the right track. It is important that the magnets are magnetized to obtain the maximum flux density possible for my material and geometry. Is there be a simple calculation i can do to factor in permanence and then actually take a flux density reading (with tesla meter) to ensure i have obtained the flux density I theoretically should? Please let me know if there are any factors i should be aware of.
Thanks