Tohoku-TMIT
Tohoku Measuring Instrumentation Technologies
Magnetic Permeability, Magnetostriction Constant, Damping factor α, High frequency Characteristics at 67 GHz can be measured by our method. Please feel free to ask us.
Our Mission
To measure characteristics of customer’s
materials, such as magnetic materials, to assist customers their development. We measure especially magnetic permeability of magnetic thin films at high frequency, up to 67 GHz. We have realized
it by the MSL( Microstrip Line ) Sensor. This has very wide band to evaluate high-frequency materials, compared to the conventional method usually up to 500 MHz. This sensor's band is including
5G (Fifth-Generation Mobile Communications System) materials or devices used up to 30 GHz.
Magnetic Permeability Measurement
Why should we measure the magnetic permeability, ‘μ’, by the MSL
Sensor?
1) Getting to know the
physical effects of stress, defects, shapes and/or particle structures.
2) Getting to know the
limitation of the materials at high-frequency.
3) Getting to know the
damping factor ‘α’ .
4) Getting to know
the magnetostriction constant.
5) Getting to know the distribution of various characteristics on an actual wafer.
Features of the MSL Sensor
Measured examples
Contact Information
Please feel free to contact us
Japan : Tel
+81-22-795-7059
Tohoku-TMIT
c/o Yabukami-lab., Graduate School of Biomedical Eng., Tohoku University
6-6-05 Aoba, Sendai 980-8579 Japan
E-mail kazuokita@ecei.tohoku.ac.jp
Company Profile
Tohoku-TMIT was established on April in
2019 as a private start-up company to measure magnetic materials by the technologies of TOHOKU University. Our goal is to assist many companies in the world, manufacturing or developing magnetic
materials, magnetic devices or something like that.
〒980-8579
仙台市青葉区荒巻字青葉6-6-05
東北大学医工学研究科薮上研究室内
Tohoku-TMIT
TEL:022-795-7059
E-mail:kazuokita@ecei.tohoku.ac.jp
Tohoku-TMIT c/o Yabukami-lab.
Graduate School of Biomedical Eng.
Tohoku University
6-6-05 Aoba, Sendai 980-8579 Japan
TEL : +81-22-795-7059
E-mail: kazuokita@ecei.tohoku.ac.jp