#USA #Energy Efficiency #Lehigh Valley #iDEAL Semiconductor #SuperQ MOSFETs

iDEAL Semiconductor's Latest Breakthrough: The New 200 V SuperQ MOSFET Family

iDEAL Semiconductor, a pioneer in power semiconductor solutions, has announced its remarkable advancement in silicon MOSFET technology with the introduction of the 200 V family of SuperQ MOSFETs. This family of devices marks a significant milestone as they enter mass production, positioning iDEAL at the forefront of energy efficiency and performance in the semiconductor industry.

In a statement made by Mark Granahan, CEO and Founder of iDEAL Semiconductor, he highlighted that the company’s extension into the 200 V range signifies a continuous evolution in silicon technology, affirming that innovation in this space is as vibrant as ever. The introduction of the iS20M028S1P, the first device in this series, wears a TO-220 package and boasts an impressive 25 mΩ resistance. This PAC combination aims to deliver superior efficiency and performance for a variety of applications.

Industry-Leading Performance Statistics

The new series includes devices that are engineered to achieve a maximum on-resistance (RDS(on)) of just 5.5 mΩ, establishing a new benchmark in the field. This rating is 1.2 times lower than the leading competitor and 1.7 times lower than the second-best alternative on the market. Such performance metrics are crucial for applications requiring low resistance and improved switching behaviors, such as motor drives, LED lighting, battery protection systems, and more.

By achieving this kind of performance, iDEAL Semiconductor is poised to address the increasing demands for efficiency in high-growth power market sectors. The company has indicated that all products within the 200 V family are available for sampling, which should engage various sectors looking to improve their energy savings and operational efficiencies.

Applications Driving Demand

The applications identified for the 200 V SuperQ MOSFETs include:

• - Motor Drives: Enhancing efficiency in electric motors.
• - LED Lighting: Improved energy performance and prolonged lifespan.
• - Battery Protection: Ensuring safety and efficiency in battery-powered systems.
• - AI Servers: Driving performance in artificial intelligence data centers.
• - Isolated DC/DC Power Modules: Ensuring safe and reliable power conversions.
• - USB-PD Adapters: Facilitating faster charging rates.
• - Solar Systems: Supporting greener energy solutions.

As iDEAL transitions its technology from conceptualization to mass production, it aims to engage with customers across these high-potential markets to push forward their efficiency initiatives.

Innovative Silicon Technology

The SuperQ technology represents an industry breakthrough following over two decades of semiconductor development in the realm of silicon. What sets apart iDEAL’s SuperQ from traditional technologies is its ability to deliver higher energy savings without sacrificing the reliability that silicon components typically provide. This innovation utilizes conventional CMOS processes, maintaining the long-standing benefits of silicon while mitigating power losses—crucial for the evolving technological landscape.

The technology is positioned to not only contribute to performance advancements but is also designed with sustainability in mind, pushing towards greener energy solutions for future applications.

For further details regarding specifications and the range of available part numbers, including the latest 5.5 mΩ samples, interested parties are encouraged to visit www.idealsemi.com.

As a summary, iDEAL Semiconductor’s commitment to creating value through cutting-edge technology in the semiconductor landscape is clear. With their continued dedication towards technological advancements, they are set to reshape the power device market and contribute significantly to energy efficiency across multiple sectors.