Wavelength selective switch with increased frequency separation to avoid crosstalk
作者： Jefferson L. Wagener
DOI:
关键词: Optical phase modulator 、 Optics 、 Physical structure 、 Crosstalk 、 Optoelectronics 、 Wavelength 、 Frequency separation 、 Optical switch 、 Materials science 、 Optical performance monitoring 、 Spatial Displacement
摘要: An optical device incorporates into the same physical structure functionality of two or more wavelength selective switches. The components associated with first switch are isolated from second by their spatial displacement along one axis on a programmable phase modulator. Remaining crosstalk between is reduced spatially separating switches having another
lens.org 参考文章(17)
Steven James Frisken, Polarization Diverse Wavelength Selective Switch ,(2013)
Manish Sharma, Gil Cohen, Wavelength Selective Switch ,(2012)
Takaaki Ishikawa, Jefferson L. Wagener, Wavelength selective switch employing a lcos device and having reduced crosstalk ,(2014)
Steven James Frisken, Dual-source optical wavelength processor ,(2005)
Yossi Corem, Gil Cohen, Seong Woo Suh, Optical wavelength selective router ,(2006)
Steven James Frisken, Wavelength manipulation system and method ,(2004)
Paul Colbourne, M X N WSS with reduced optics size ,(2010)
Sheldon McLaughlin, Wss with high port isolation and close spaced ports ,(2012)
Alan D. Kersey, Paul Szczepanek, James S. Sirkis, John A. Moon, Joseph Pinto, James R. Dunphy, Michael A. Davis, Christian O'Keefe, Multifunctional optical device having a spatial light modulator with an array of micromirrors ,(2003)
Alan D. Kersey, Paul Szczepanek, James S. Sirkis, Martin A. Putnam, John A. Moon, Joseph Pinto, James R. Dunphy, Michael A. Davis, Optical blocking filter having an array of micro-mirrors ,(2002)