Next-Gen Power MOSFETs: REASUNOS Super Junction Tech
REASUNOS is making waves in the electronics world with its latest advancements in Super Junction (SJ) MOSFET technology. We're proud to unveil two exceptional models that are set to redefine the market: RSF60R070F and RSF60R026W.
The RSF60R070F model is a game-changer, featuring a proprietary cell structure and special process that optimize its design for increased efficiency and reduced chip size. This innovative approach maintains Rdson while accommodating TO-220F/TO-263 form factors, resulting in a remarkable 50% reduction in PCB space compared to conventional TO-247 packages. With a tested voltage endurance of 600V and an incredibly low on-resistance of just 58mΩ, the RSF60R070F promises enhanced power performance, efficiency, and cost-effectiveness in applications such as power supplies, motor control, and high-voltage switching.
Their second breakthrough, the RSF60R026W, boasts an impressive typical on-resistance of 20mΩ, outshining competing silicon-based MOSFETs on the market. Leveraging our extensive expertise in Super Junction MOSFET development, they've achieved a 33% reduction in on-resistance while maintaining a 600V-rated voltage endurance. This translates to improved switching performance, reduced power loss, and exceptional power conversion efficiency. The RSF60R026W is perfect for applications such as power factor correction, resonant converters, and solar energy systems.
REASUNOS's commitment to innovation shines through our comprehensive Super Junction (SJ) MOSFET series, which covers voltage endurance options from 600V to 800V and offers on-resistances ranging from 20mΩ to 1000mΩ. Their products are designed to boost efficiency, reduce losses, and support a wide range of applications, from renewable energy solutions to telecommunications and beyond.
Their groundbreaking RSF60R070F and RSF60R026W models, along with their proven track record in Super Junction (SJ) MOSFET development, position them as a leader in cutting-edge electronic solutions.
