@article{oai:repo.qst.go.jp:00048827,
 author = {武智, 学 and 松永, 剛 and 櫻井, 真治 and 笹島, 唯之 and 柳生, 純一 and 川俣, 陽一 and 栗原, 研一 and Nakamura, K. and the, JT-60SA Team and Takechi, Manabu and Matsunaga, Go and Sakurai, Shinji and Sasajima, Tadayuki and Yagiyuu, Jiyunichi and Kawamata, Yoichi and Kurihara, Kenichi},
 journal = {Fusion Engineering and Design},
 month = {Apr},
 note = {In order to obtain information for control of JT-60SA plasma and physics research on the plasma, many types of magnetic sensors are developed. We have designed a new architecture of magnetic sensors and connection methods for JT-60SA taking installation and maintenance into account. The former include a newly designed Mirnov coil, a Rogowski coil and a diamagnetic loop. They enable us to make simple and robust sensors. The latter include a newly developed connector between a sensor and a mineral insulation cable, and a connection box. An unsealed connection box enables easy installation in a vacuum vessel; however, it should have a withstand voltage greater than 1 kV at intermediate gas pressures. We successfully achieved a high withstand voltage for the unsealed connection box in the gas pressure region around the Paschen minimum voltage. After R&D of JT-60SA magnetic sensors, almost all manufacturing steps are complete. This paper reports the manufacturing and tests of the magnetic sensors for JT-60SA.},
 pages = {965--968},
 title = {Progress of the magnetic sensor development for JT-60SA},
 volume = {123},
 year = {2018}
}