When will new materials will be included? e.g. Hitachi ML91S

[GuilleMaese]

I was wondering which materials will be included in your MagNet tool soon. I am particularly interested in materials ML95S and ML91S from Hitachi. Will these ones be included at some point?

Thank you for your great work!

[ds9056]

Thank you for your interest and encouragement! Our plans include measuring materials such as 3C92, 3C95, and 3C97 from Ferroxcube, N48 and N88 from TDK, 76 from Fair-Rite, ML27D and MP70D from Hitachi, and F and J, from Magnetics. We will start with materials that are better suited for our measurement range (50 kHz to 500 kHz).
Regarding the materials you mention, ML95S could also be measured, although below its typical frequency range. As for ML91S, its frequency range is outside the frequency range we can measure, so it is not in our plans
Our measurement capabilities are limited so we cannot provide an estimated date for new updates.

[GuilleMaese]

Dear Diego Serrano, I really appreciate your efforts in answering all my comments. Thank you very much! We look forward for new data and results. Congratulations for your great work, it is definitely useful! Best regards, ---- Guillermo Salinas López Power Electronics Designer Engineering & Technologies - TSPIE Airbus Crisa C/ Torres Quevedo, 9 28760 – Tres Cantos (Madrid) España De: Diego Serrano ***@***.*** Enviado el: martes, 5 de abril de 2022 16:09 Para: PrincetonUniversity/magnet ***@***.***> CC: SALINAS LOPEZ, Guillermo ***@***.***>; Author ***@***.***> Asunto: Re: [PrincetonUniversity/magnet] When will new materials will be included? e.g. Hitachi ML91S (Issue #69) Thank you for your interest and encouragement! Our plans include measuring materials such as 3C92, 3C95, and 3C97 from Ferroxcube, N48 and N88 from TDK, 76 from Fair-Rite, ML27D and MP70D from Hitachi, and F and J, from Magnetics. We will start with materials that are better suited for our measurement range (50 kHz to 500 kHz). Regarding the materials you mention, ML95S could also be measured, although below its typical frequency range. As for ML91S, its frequency range is outside the frequency range we can measure, so it is not in our plans Our measurement capabilities are limited so we cannot provide an estimated date for new updates. — Reply to this email directly, view it on GitHub<#69 (comment)>, or unsubscribe<https://github.com/notifications/unsubscribe-auth/AYD5UOJWXTDF2YPVNBGESLLVDRCQXANCNFSM5RHJU3XA>. You are receiving this because you authored the thread.Message ID: ***@***.******@***.***>> This Item has been reviewed and was determined as not listed under Spanish regulation, nor EU export controls, nor U.S. export controls. However, in the case of the item has to be resold, transferred, or otherwise disposed of to an embargoed country, to an end user of concern or in support of a prohibited end use, you may be required to obtain an export license. The information in this e-mail is confidential. The contents may not be disclosed or used by anyone other than the addressee. Access to this e-mail by anyone else is unauthorised. If you are not the intended recipient, please notify Airbus immediately and delete this e-mail. Airbus cannot accept any responsibility for the accuracy or completeness of this e-mail as it has been sent over public networks. If you have any concerns over the content of this message or its Accuracy or Integrity, please contact Airbus immediately. All outgoing e-mails from Airbus are checked using regularly updated virus scanning software but you should take whatever measures you deem to be appropriate to ensure that this message and any attachments are virus free.

[DorfLurch]

Hello, congratulations for that great project!
I have seen, that the material list that was provided to the magnet challenge was extend by 5 materials like ML95s. Is it possible to itegrate these into your model? Currently I use the Paderborn model for these materials, unfortunaly the quality of the BH curves is not that robust.