中華光電學會

2007 Seminar

2007年06月09日(Stanford, CA)

　

　

Overview of Vertical Cavity Surface Emitting Lasers
　

Abstract: 

　

Although electricity is the most common energy form to be transported, optical energy transportation has found its unique usefulness in delivering power. We will first explore its basic configuration and some fundamental limitations. When combined with advanced microelectronic circuitry, this power delivering technique has established a variety of applications and new applications based on this technique are still emerging.
　

　

Speaker Bio:

　

Ta-Chung Wu received his Ph. D. degree from U.C. Berkeley in 1995. Right after his graduation, he joined Photonic Power Systems Inc. as a device engineer, responsible for photovoltaic power convertor (PPC) device development and fabrication. He joined OEpic Inc. in 2000 as a fab manager, in charge of high speed optical device manufacturing. He returned to Photonic Power Systems in 2004 as a V.P. of Manufacturing in charge of all optical power products manufacturing from component to subsystems. In less than a year, Photonic Power Systems was acquired by JDSU in 2005. In JDSU, he continues to develop new products and received R&D100 award in 2006 and Archer award from JDSU in the same year.