Development of Compact, High-Performance Ferrite Cores for Wide Temperature Ranges and Energy Efficiency
First written in FY2017-Q1. 23 of 28 entries say "Restated". Latest entry: FY2026.
Tomita Electric moved to the "Worse" side of this theme in 2026.
0 other companies' latest entry also says "Reframed".
- FY2026ReframedAnnual report
「We are advancing the development and improvement of ferrite cores with lower losses, higher saturation flux density and higher permeability for applications ranging from advanced fields such as EVs, AI, RFID and IDC to IoT and autonomous driving, as well as for the higher precision, performance, broad-band temperature characteristics and energy efficiency required as electronic equipment becomes smaller, more functional and higher frequency. In particular, the shift to higher frequencies in power transformers is accelerating with the adoption of next-generation wide-bandgap semiconductors, and we are concentrating on development because this area has the potential to become mainstream in the future.」
IDC has been added to the application areas in advanced fields, with the shift to higher frequencies in power transformers accompanying the adoption of next-generation wide-bandgap semiconductors identified as a new priority. - FY2024RestatedAnnual report
「We are pursuing applications ranging from advanced fields such as 5G, EVs, AI and RFID to IoT and autonomous driving, as well as developing and improving high-precision, high-performance ferrite cores with wide-band temperature characteristics as electronic equipment becomes smaller, more functional and operates at higher frequencies, and ferrite cores with lower losses, higher saturation flux density and higher permeability to meet energy-saving needs.」
Continuing to develop and improve ferrite cores for applications in advanced fields, higher precision and performance, broad-band temperature characteristics, and energy efficiency. - FY2023-Q3RestatedAnnual report
「For future new products and technologies, the company is advancing the development and improvement of ferrite cores for applications ranging from advanced fields such as 5G, EVs, AI and RFID to IoT and autonomous driving, as well as for the high precision, high performance and wide-band temperature characteristics required as electronic equipment becomes smaller, more functional and higher frequency, and ferrite cores with lower losses, higher saturation flux density and higher permeability for energy conservation.」
Continuing to develop and improve ferrite cores for applications in advanced fields, higher precision and performance, broad-band temperature characteristics, and energy efficiency. - FY2023-Q2RestatedAnnual report
「For future new products and technologies, the company is advancing the development and improvement of ferrite cores for applications ranging from advanced fields such as 5G, EVs, AI and RFID to IoT and autonomous driving, as well as for the high precision, high performance and wide-band temperature characteristics required as electronic equipment becomes smaller, more functional and higher frequency, and ferrite cores with lower losses, higher saturation flux density and higher permeability for energy conservation.」
Continuing to pursue applications in 5G, EVs, AI, RFID, IoT and autonomous driving, as well as the development of higher-performance, energy-efficient ferrite cores. - FY2023-Q1RestatedAnnual report
「We are pursuing applications ranging from advanced fields such as 5G, EVs, AI and RFID to IoT and autonomous driving, as well as developing and improving high-precision, high-performance ferrite cores with wide-band temperature characteristics as electronic equipment becomes smaller, more functional and operates at higher frequencies, and ferrite cores with lower losses, higher saturation flux density and higher permeability to meet energy-saving needs.」
Continuing to pursue applications in 5G, EVs, AI, RFID, IoT and autonomous driving, as well as the development of higher-performance, energy-efficient ferrite cores. - FY2022RestatedAnnual report
「We are pursuing applications ranging from advanced fields such as 5G, EVs, AI and RFID to IoT and autonomous driving, as well as developing and improving high-precision, high-performance ferrite cores with wide-band temperature characteristics as electronic equipment becomes smaller, more functional and operates at higher frequencies, and ferrite cores with lower losses, higher saturation flux density and higher permeability to meet energy-saving needs.」
The company continues development for applications in 5G, EVs, AI, RFID, IoT and autonomous driving, as well as higher precision and performance and energy-saving features for ferrite cores. - FY2022-Q3RestatedAnnual report
「For future new products and technologies, the company is advancing the development and improvement of ferrite cores for applications ranging from advanced fields such as 5G, EVs, AI and RFID to IoT and autonomous driving, as well as for the high precision, high performance and wide-band temperature characteristics required as electronic equipment becomes smaller, more functional and higher frequency, and ferrite cores with lower losses, higher saturation flux density and higher permeability for energy conservation.」
The company continues development for applications ranging from 5G, EVs, AI and RFID to IoT and autonomous driving, as well as higher precision and performance and energy-saving features for ferrite cores. - FY2022-Q2RestatedAnnual report
「For future new products and technologies, the company is advancing the development and improvement of ferrite cores for applications ranging from advanced fields such as 5G, EVs, AI and RFID to IoT and autonomous driving, as well as for the high precision, high performance and wide-band temperature characteristics required as electronic equipment becomes smaller, more functional and higher frequency, and ferrite cores with lower losses, higher saturation flux density and higher permeability for energy conservation.」
The company continues development for applications ranging from 5G, EVs, AI and RFID to IoT and autonomous driving, as well as performance improvements and energy-saving features for ferrite cores. - FY2022-Q1RestatedAnnual report
「For future new products and technologies, the company is advancing the development and improvement of ferrite cores for applications ranging from advanced fields such as 5G, EVs, AI and RFID to IoT and autonomous driving, as well as for the high precision, high performance and wide-band temperature characteristics required as electronic equipment becomes smaller, more functional and higher frequency, and ferrite cores with lower losses, higher saturation flux density and higher permeability for energy conservation.」
The company continues development for applications ranging from 5G, EVs, AI and RFID to IoT and autonomous driving, as well as higher precision and performance and energy-saving features for ferrite cores. - FY2021AdvancedAnnual report
「In addition, the world-class 2N series has been adopted in a wide range of fields, including automotive, medical, communications, industrial equipment and security, while the 6N series has been adopted in fields including NFC.」
Regarding the development of high-performance, high-quality ferrite cores, the company reports the 2N series' adoption across multiple fields, as well as the 6N series' track record of adoption in NFC applications. - FY2021-Q3RestatedAnnual report
「For future new products and technologies, the company is advancing the development and improvement of ferrite cores for applications ranging from advanced fields such as 5G, EVs, AI and RFID to IoT and autonomous driving, as well as for the high precision, high performance and wide-band temperature characteristics required as electronic equipment becomes smaller, more functional and higher frequency, and ferrite cores with lower losses, higher saturation flux density and higher permeability for energy conservation.」
The company continues to develop and improve ferrite cores for applications ranging from advanced fields such as 5G, EVs, AI and RFID to IoT and autonomous driving, including higher precision and performance and energy-saving features. - FY2021-Q2RestatedAnnual report
「For future new products and technologies, the company is advancing the development and improvement of ferrite cores for applications ranging from advanced fields such as 5G, EVs, AI and RFID to IoT and autonomous driving, as well as for the high precision, high performance and wide-band temperature characteristics required as electronic equipment becomes smaller, more functional and higher frequency, and ferrite cores with lower losses, higher saturation flux density and higher permeability for energy conservation.」
The company continues development for applications ranging from 5G, EVs, AI and RFID to IoT and autonomous driving, as well as performance improvements and energy-saving features for ferrite cores. - FY2021-Q1RestatedAnnual report
「For future new products and technologies, the company is advancing the development and improvement of ferrite cores for applications ranging from advanced fields such as 5G, EVs, AI and RFID to IoT and autonomous driving, as well as for the high precision, high performance and wide-band temperature characteristics required as electronic equipment becomes smaller, more functional and higher frequency, and ferrite cores with lower losses, higher saturation flux density and higher permeability for energy conservation.」
The company continues development for applications ranging from advanced fields such as 5G, EVs, AI and RFID to IoT and autonomous driving, as well as performance improvements and energy-saving features for ferrite cores. - FY2020RaisedAnnual report
「For future new products and technologies, the company is advancing the development and improvement of ferrite cores for applications ranging from advanced fields such as 5G, EVs, AI and RFID to IoT and autonomous driving, as well as for the high precision, high performance and wide-band temperature characteristics required as electronic equipment becomes smaller, more functional and higher frequency, and ferrite cores with lower losses, higher saturation flux density and higher permeability for energy conservation.」
In addition to existing applications in 5G, EVs, AI and IoT, the company explicitly identifies applications in RFID and autonomous driving, broadening the range of target applications. - FY2020-Q3RestatedAnnual report
「Regarding future new products and technologies, we are pursuing applications ranging from advanced fields such as 5G, EVs and AI to IoT, as well as developing and improving high-precision, high-performance ferrite cores with wide-band temperature characteristics as electronic equipment becomes smaller, more functional and operates at higher frequencies, and ferrite cores with lower losses, higher saturation flux density and higher permeability to meet energy-saving needs.」
The company continues to develop and improve ferrite cores for applications ranging from advanced fields such as 5G, EVs and AI to IoT, including higher precision and performance and energy-saving features. - FY2020-Q2RestatedAnnual report
「Regarding future new products and technologies, we are pursuing applications ranging from advanced fields such as 5G, EVs and AI to IoT, as well as developing and improving high-precision, high-performance ferrite cores with wide-band temperature characteristics as electronic equipment becomes smaller, more functional and operates at higher frequencies, and ferrite cores with lower losses, higher saturation flux density and higher permeability to meet energy-saving needs.」
The company continues to develop and improve ferrite cores for applications ranging from advanced fields such as 5G, EVs and AI to IoT, including higher precision and performance and energy-saving features. - FY2020-Q1RaisedAnnual report
「Regarding future new products and technologies, we are pursuing applications ranging from advanced fields such as 5G, EVs and AI to IoT, as well as developing and improving high-precision, high-performance ferrite cores with wide-band temperature characteristics as electronic equipment becomes smaller, more functional and operates at higher frequencies, and ferrite cores with lower losses, higher saturation flux density and higher permeability to meet energy-saving needs.」
In addition to the existing development of ferrite-core performance, the company explicitly identifies applications in advanced fields such as 5G, EVs and AI, broadening the range of target applications. - FY2019-Q3RestatedAnnual report
「Regarding future new products and technologies, we are developing and improving compact, high-performance ferrite cores with a wide operating temperature range as electronic equipment becomes smaller, operates at higher temperatures and uses higher frequencies, as well as ferrite cores with lower losses, higher saturation flux density and higher permeability to meet energy-saving needs.」
The company continues to develop and improve ferrite cores focused on miniaturization, higher performance, a wider temperature range and energy efficiency. - FY2019-Q2RestatedAnnual report
「Regarding future new products and technologies, we are developing and improving compact, high-performance ferrite cores with a wide operating temperature range as electronic equipment becomes smaller, operates at higher temperatures and uses higher frequencies, as well as ferrite cores with lower losses, higher saturation flux density and higher permeability to meet energy-saving needs.」
The company continues to develop and improve ferrite cores focused on miniaturization, higher performance, a wider temperature range and energy efficiency. - FY2019-Q1RestatedAnnual report
「Regarding future new products and technologies, we are developing and improving compact, high-performance ferrite cores with a wide operating temperature range as electronic equipment becomes smaller, operates at higher temperatures and uses higher frequencies, as well as ferrite cores with lower losses, higher saturation flux density and higher permeability to meet energy-saving needs.」
The company continues to develop and improve ferrite cores focused on miniaturization, higher performance, a wider temperature range and energy efficiency. - FY2018RestatedAnnual report
「We are developing and improving high-precision, high-performance ferrite cores with wide-band temperature characteristics as electronic equipment becomes smaller, more functional and operates at higher frequencies, as well as ferrite cores with lower losses, higher saturation flux density and higher permeability to meet energy-saving needs.」
The company continues to develop and improve ferrite cores focused on high precision, high performance, wide-band temperature characteristics, low losses, high saturation flux density and high permeability. - FY2018-Q3RestatedAnnual report
「Regarding future new products and technologies, we are developing and improving compact, high-performance ferrite cores with a wide operating temperature range as electronic equipment becomes smaller, operates at higher temperatures and uses higher frequencies, as well as ferrite cores with lower losses, higher saturation flux density and higher permeability to meet energy-saving needs.」
The company continues to develop and improve ferrite cores across multiple performance dimensions: miniaturization, higher performance, a wider temperature range and energy efficiency. - FY2018-Q2RestatedAnnual report
「Regarding future new products and technologies, we are developing and improving compact, high-performance ferrite cores with a wide operating temperature range as electronic equipment becomes smaller, operates at higher temperatures and uses higher frequencies, as well as ferrite cores with lower losses, higher saturation flux density and higher permeability to meet energy-saving needs.」
The company continues to develop and improve ferrite cores across multiple performance dimensions: miniaturization, higher performance, a wider temperature range and energy efficiency. - FY2018-Q1RestatedAnnual report
「Regarding future new products and technologies, we are developing and improving compact, high-performance ferrite cores with a wide operating temperature range as electronic equipment becomes smaller, operates at higher temperatures and uses higher frequencies, as well as ferrite cores with lower losses, higher saturation flux density and higher permeability to meet energy-saving needs.」
The company continues to develop and improve ferrite cores across multiple performance dimensions: miniaturization, higher performance, a wider temperature range and energy efficiency. - FY2017RestatedAnnual report
「We are developing and improving ferrite cores that are compact, high-performance and suitable for a wide temperature range as electronic equipment becomes smaller, operates at higher temperatures and uses higher frequencies, as well as ferrite cores with lower losses, higher saturation flux density and higher permeability to meet energy-saving needs.」
The company continues to develop and improve ferrite cores across multiple performance dimensions: miniaturization, higher performance, a wider temperature range and energy efficiency. - FY2017-Q3RestatedAnnual report
「We are developing and improving ferrite cores that are compact, high-performance and suitable for a wide temperature range as electronic equipment becomes smaller, operates at higher temperatures and uses higher frequencies, as well as ferrite cores with lower losses, higher saturation flux density and higher permeability to meet energy-saving needs.」
The company continues to develop and improve ferrite cores across multiple performance dimensions: miniaturization, higher performance, a wider temperature range and energy efficiency. - FY2017-Q2RestatedAnnual report
「We are developing and improving ferrite cores that are compact, high-performance and suitable for a wide temperature range as electronic equipment becomes smaller, operates at higher temperatures and uses higher frequencies, as well as ferrite cores with lower losses, higher saturation flux density and higher permeability to meet energy-saving needs.」
The company continues to develop and improve ferrite cores across multiple performance dimensions: miniaturization, higher performance, a wider temperature range and energy efficiency. - FY2017-Q1First statedAnnual report
「We are developing and improving ferrite cores that are compact, high-performance and suitable for a wide temperature range as electronic equipment becomes smaller, operates at higher temperatures and uses higher frequencies, as well as ferrite cores with lower losses, higher saturation flux density and higher permeability to meet energy-saving needs.」
The company is developing products across multiple performance dimensions, with electronic equipment miniaturization, higher operating temperatures, higher frequencies and demand for energy savings in mind.