Schottky Barrier Rectifiers suit high frequency applications.

Press Release Summary:



Featuring ultra-low forward voltage drop that minimizes thermal and electrical conduction losses, DST Series is suited for use in high-frequency applications such as switch-mode power supplies and DC-DC converters. Units can also serve as freewheeling and polarity protection diodes. With high junction temperature capability, rectifiers offer reliability in harsh environments or in applications with minimal cooling available.



Original Press Release:



Ultra-Low Forward Voltage Drop Schottky Barrier Rectifier from Littelfuse Outperforms Conventional Switching Diodes



Ideal for use in high frequency SMPSs and DC-DC converters, and as freewheeling and polarity protection diodes



CHICAGO, – Littelfuse, Inc., the global leader in circuit protection, has added a series of silicon Schottky devices designed for ultra-low forward voltage drop (VF) to its rapidly expanding power semiconductor portfolio.



The new DST Series Schottky Barrier Rectifiers will be displayed among other Littelfuse products at China’s leading exhibition of electronic components, Electronica China, March 15-17, 2016, in Shanghai, in Booth No. 3522 (E3 Hall).



Well-suited for use in high-frequency applications such as switch-mode power supplies, as well as DC application such as solar panel bypass diode and polarity protection diodes, the DST Series Schottky Barrier Rectifier is designed to meet the requirements of commercial and industrial applications. By delivering performance superior to conventional switching diodes, they offer high junction temperature capability, low leakage and ultra-low forward voltage drop. Their higher junction temperature capability and low leakage provide higher reliability in harsh, high-temperature environments.



“The DST Series’ ultra-low forward voltage drop performance is an important new addition to the growing Littelfuse power semiconductor device offering,” said Corey Deyalsingh, director of power control semiconductors at Littelfuse. “I’m confident it will help us add depth to our power semiconductor portfolio and expand our applications and market coverage.”



DST Series Schottky Barrier Rectifiers offer these key benefits:

Their ultra-low forward voltage drop (VF) reduces thermal and electrical conduction losses, thereby improving system efficiency.

Because they provide fast switching, they can be used in very high frequency applications with minimal switching loss.

Their high junction temperature capability ensures high reliability in high ambient temperatures or in applications with minimal cooling available.



Availability

DST Series Schottky Barrier Rectifiers are available in a variety of package types and sizes, including TO-263 (D2PAK), ITO-252 (DPAK), ITO-220AB, TO-220AB, TO-220AC, P600, PDFN5x6-8L, and TO-277B. They are sold in reels or tubes, depending on the package type selected. Sample requests can be placed through authorized Littelfuse distributors worldwide. For a listing of Littelfuse distributors, please visit http://www.littelfuse.com/contactus.aspx.



For More Information

Additional information is available on the DST Series Schottky Barrier Rectifier product page. If you have technical questions, please contact: Corey Deyalsingh, director of power control semiconductors, cdeyalsingh@littelfuse.com.



About Littelfuse

Founded in 1927, Littelfuse is the world leader in circuit protection with growing global platforms in power control and sensing. The company serves global customers in the electronics, automotive and industrial markets with technologies including fuses, semiconductors, polymers, ceramics, relays and sensors. Littelfuse has nearly 9,000 employees in more than 35 locations throughout the Americas, Europe and Asia. For more information, please visit the Littelfuse website: Littelfuse.com.



Media Contact:

Rhonda Stratton

Global Marketing Communications Manager

Electronics Products, Littelfuse, Inc.

773-628-0644

rstratton@littelfuse.com

https://twitter.com/littelfuse






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