19 new MOSFETs between 30V & 150V-Bvdss range offering up to 85 percent improvement in power densities and 3X more reliable than MOSFETs rated to the 150° C industry standard
SAN JOSE, Calif. — (BUSINESS WIRE) — March 17, 2015 — Fairchild (NASDAQ: FCS), a leading global supplier of high-performance power semiconductor solutions, is enabling manufacturers to improve the reliability and performance of their products with its expanded line of extended temperature (ET) mid-voltage MOSFETs, which can operate at 175° C. The higher operating temperatures enable up to 85 percent greater power density and three times more reliability than MOSFETs rated to the 150° C industry standard.
This new family of ET MOSFETs aligns with the IPC-9592 power conversion standard, which means the maximum junction temperature can be up to 150° C, as opposed to 125° C for standard 150° C MOSFETs, to enable more design margin. The family includes 19 new devices, available in both 5mm x 6mm and 3mm x 3mm standard packages, as well as the new TO-Leadless (TO-LL) package. The devices are offered in a wide range of voltage ratings, including 30V, 40V, 60V, 80V, 100V, 120V and 150V.
Their outstanding combination of superior heat tolerance, greater power density and improved reliability make Fairchild’s ET MOSFET family ideal for DC-to-DC power supplies, AC-to-DC power supplies and motor drives used in a variety of applications, including avionics, micro solar inverters, power tools and telecommunications.
“As the latest additions to Fairchild’s comprehensive line of ET MOSFETs, this new family gives designers greater ‘headroom’ for product designs that can, or must, cope with high temperatures without resorting to heat sinks or other approaches to dissipating heat that increase product cost and complexity,” said Suman Narayan, Vice-President, iFET Product Line at Fairchild. “These new devices continue the Fairchild tradition of offering designers solutions that provide significantly more design margin over competitive offerings.”
The ability to operate at 175° C makes these new ET MOSFETs particularly suited for products that must operate in high ambient temperatures, such as solar power and power-over-Ethernet (POE) applications. Additionally, the substantially greater reliability of the devices is an advantage for products used in harsh environments, including avionics, railway and power tool applications.
Complementing the extended temperature range, the higher power density in very small packages is a key advantage as it gives manufacturers greater flexibility with their product designs. It allows designers to either decrease the form factors of their products – while maintaining the same power output – or to increase the power output without having to increase size.
Fairchild is exhibiting in booth 905 at APEC 2015 in Charlotte North Carolina, from March 16 to 19. Technical experts are available to discuss and answer questions about the new Extended Temperature Mid-Voltage MOSFETS and other energy efficient solutions.
To learn more and purchase devices, please visit our extended temperature (ET) MOSFET resource page.
Fairchild has a rich history as a pioneer in the semiconductor industry and that pioneering spirit endures today in our vision for making the world a cleaner and smarter place. We specialize in the development and manufacturing of a complete portfolio of low- to high-power solutions and deliver an amazing design experience to the engineers and system architects who build systems for the mobile, industrial, cloud, automotive, lighting, and computing industries. Our foundation is our guiding principles, which recognizes the inseparability of engaged employees and delighted customers, and encourages our employees to simplify, challenge, explore, play, excel, respect, go fast, and be direct. If you use a smart phone, drive a car, own a modern appliance, live and work in comfortable connected buildings, or enjoy film animation, you have experienced Fairchild’s Power to Amaze. Please visit us on the web at www.fairchild.com.
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Bruce Fienberg, +1 408-822-2075
Director of Communications