The limitations imposed by the frequency standards on the performance of N/spl times/N arrayed waveguide gratings (AWGs) are reviewed for different device layouts. An improved design that allows for an enhanced frequency accuracy of the transmission response of the device is presented and experimentally verified. The maximum deviation from the frequency standards is reduced by almost a factor of two in a 32 /spl times/ 32 AWG with 100 GHz channel spacing.
L. W. Stulz合作论文数3
Mark Cappuzzo合作论文数Nokia Bell Labs3l t gomez合作论文数3e j laskowski合作论文数3john d weld合作论文数2j bailey合作论文数2
Christi K. Madsen合作论文数Department of Electrical & Computer Engineering, Texas A&M University2E. Chen合作论文数2A. Griffin合作论文数2A. Wong-Foy合作论文数2y low合作论文数1
P Bernasconi合作论文数1Peter Oswald合作论文数1
Mahmoud Rasras合作论文数Department of Electrical and Computer Engineering, Tandon School of Engineering, New York University1
Sethumadhavan Chandrasekhar合作论文数Bell Labs1
