High-frequency pressed powder core | Supports high-frequency and compact design for DC-DC converters
High-frequency pressed powder core for reducing iron loss and miniaturization in DC-DC converters and OBCs.
In the high-frequency operation of DC-DC converters and onboard chargers, challenges arise such as "wanting to reduce core iron losses" and "wanting to miniaturize magnetic components." In the range of tens to hundreds of kHz, material selection according to frequency significantly affects efficiency and size. At Diamet, we leverage insulation coating technology to develop high-frequency pressed powder cores that achieve both high magnetic flux density and low iron losses. We propose materials tailored to specific applications. ■ Support for high-frequency range ▼ Developing alloy cores that can handle tens to hundreds of kHz ▼ Pursuing the balance of high magnetic flux density and low iron losses ▼ Supporting miniaturization and high efficiency of power supplies through high-frequency operation ■ Material lineup ▼ Standard material MBS-RXA6 offers low loss and high permeability ▼ MBS-RXA61 improves upon MBS-RXA6 with lower loss and higher permeability ▼ MBS-RXA7 is a high-frequency low iron loss material for resonant coils *For more details, please download the PDF or feel free to contact us.
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For more details, please download the PDF or feel free to contact us.
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▼DC-DC Converter ▼Onboard Charger
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Our company provides powder metallurgy and sintered products, primarily focused on automotive parts. Since our founding in 1944, we have experienced various changes over the years, but we have consistently valued our commitment to "maximizing our response to customer requests with sintered products made using powder metallurgy." We are also actively challenging ourselves in new fields, focusing on the development and manufacturing of products that are central to improving automotive fuel efficiency technology and natural energy generation. Currently, we are expanding our business scope by leveraging our sintering expertise to take on new challenges in the power electoronics fileld. Please feel free to contact us.
