Sensor Electronic Technology, Inc.

Febuary 23, 2010	SET, Inc. accounts for droop in UV LEDs Researchers at SET, Inc. have identified three mechanisms that could account for droop in state-of-the-art, sub 250 nm LEDs.
January 20, 2010	SET, Inc. Attains ISO9001:2008 Certification
December 15, 2009	SET, Inc. achieves record deep UV LED performance from large area single chip devices
September 21, 2009	SET, Inc. received 2-year SBIR Phase II contract from the Army Research Office to develop large-area, high-power deep UV LEDs with peak emission wavelength in the range of 270 nm – 280 nm. The program will advance current state-of-the-art single chip devices that can deliver CW output optical power exceeding 50 mW. The company has already delivered LEDs with power > 20 mW to the Army for independent testing and evaluation.
September 14, 2009	SET, Inc. has been awarded a 24-month Phase II contract through the US Navy’s Small Business Innovation Research (SBIR) program to continue its development of III-Nitride based cryogenic electronics for the Navy needs.
June 8, 2009	Sensor Electronic Technology Receives 2009 Best of Columbia Award SET, Inc. has been selected for the 2009 Best of Columbia Award by the U.S. Commerce Association
April 16, 2009	President and CEO of Sensor Electronic Technology, Inc. Honored with State Science Award of Republic of Lithuania
January 28, 2009	SPIE and Laurin Publishing name Sensor Electronic Technology, Inc. among Prism Awards winners at SPIE Photonics West 2009
January 28, 2008	SET, Inc. - A Success Story SET, Inc. has been named a success story by Defense Advanced Research Projects Agency
January 15, 2008	SET, Inc. Receives SCRA Award SC Launch has awarded SBIR/STTR Phase I Matching Grant Program award to SET, Inc.
January 10, 2008	Press Release: Sensor Electronic Technology, Inc. Introduces High Power Deep UV LED Lamps Sensor Electronic Technology, Inc. has announced the introduction of a new product line based on deep ultraviolet light emitting diode (DUV LED) technology. The new line includes multi-chip lamps capable to deliver CW optical power in 270-290 nm wavelength range in excess of 50 mW.