Infineon launches new IC for automotive applications | Heisener Electronics
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Infineon launches new IC for automotive applications

Technology Cover
Data di Pubblicazione: 2023-05-16, Infineon Technologies

Infineon Technologies introduces OptiMOS™ 7 40V MOSFEts. As Infineon's newest generation of power mosFeTs for automotive applications, OptiMOS™ 7 40V MosFeTs offer a variety of pin-free, rugged power packages. The product line uses 300mm thin wafer technology and innovative packaging, which offers significant performance advantages over other devices that are microencapsulated.

This makes the new MosFeTs ideal for all standard and future automotive 40V MosFeTs applications, such as electric power steering systems, braking systems, disconnect switches, and new regional architectures. OptiMOS 7 series products are also available for battery management, electronic fuse boxes, and DC-DC and BLDC drivers.

                    

The new OptiMOS family of products reduces switching losses and improves safe workspace (SOA) robustness and high avalanche current capability. As such, they contribute to the design of future efficient automotive applications. The device family is available in a variety of rugged dime-scale power packages, including TTDSON-8, Hspo-5, Hspo-8, and top-cooled packages. Thanks to its compact form factor, the series significantly reduces space requirements while improving system efficiency. In addition, the new products can improve cooling while reducing system costs. With these devices, designers can easily create products and applications of exceptional quality.

           

"The OptiMOS 7 40V MOSFET family will set a new benchmark in terms of power density, current capability and chip durability," said Axel Hahn, senior vice president of Infineon Technologies Automotive MOSFET product line. The series uses leading-edge technology to deliver superior efficiency and power in a compact design. These semiconductor devices offer superior power density and energy efficiency, while having the lowest on-off resistance in the industry."

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