ROHM Says SiC Power Devices Contribute to BMW's 'Neue Klasse' Electric Powertrain
TECHWORLD ·
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ROHM said its power semiconductor solutions have been adopted for BMW's electric vehicle platform.
The target of the adoption is BMW's next-generation concept, "Neue Klasse."
ROHM explained that the use of SiC power devices contributes to higher efficiency, higher performance, and greater reliability in electric powertrain systems.
ROHM said its power semiconductor solutions have been adopted for BMW's electric vehicle platform. The target of the adoption is BMW's next-generation concept,
ROHM explained that the use of its SiC power devices contributes to higher efficiency, higher performance, and greater reliability in electric powertrain systems. ROHM also said the SiC power devices installed in Neue Klasse contribute to the evolution of next-generation electric mobility.
High-performance SiC power devices for vehicles support key functions of power electronics. The devices are designed with harsh vehicle operating environments in mind, and are intended to deliver high energy efficiency and stable operation.
ROHM said the adoption of its SiC MOSFETs in the BMW Group's sixth-generation technology for Neue Klasse demonstrates ROHM's technological strength in automotive power electronics. ROHM also said it was proud to contribute to the development of next-generation electric mobility through its collaboration with the BMW Group based on SiC technology.
ROHM said the adoption underscores its long-term efforts to support automotive customers with high-quality, highly reliable products.
ROHM said it has extensive experience developing and manufacturing automotive power semiconductors, and based on that, it plans to work closely with automakers around the world and with Tier 1 suppliers while pushing ahead with mobility electrification and mobility decarbonization.
Source: TECHWORLD · Lee Gwang-jae
Original: https://www.epnc.co.kr/news/articleView.html?idxno=407152
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Source: TECHWORLD
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