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A two-step laterally tapered 1.55-/spl mu/m SSC DFB laser fabricated by using a nonselective grating process
By: Moon, C.K.; Park, S.W.; Song, J.I.; Kim, Y.K.; Kim, D.Y.;
2004 / IEEE
This item was taken from the IEEE Periodical ' A two-step laterally tapered 1.55-/spl mu/m SSC DFB laser fabricated by using a nonselective grating process ' We demonstrate a two-step laterally tapered 1.55-/spl mu/m spot size converter distributed feedback laser diode (SSC DFB LD) having a planar buried heterostructure-type active waveguide and a ridge-type passive waveguide fabricated by using a nonselective grating process. Unlike conventional SSC DFB LDs, where a selective grating is employed, this SSC DFB LD employed a nonselective grating over the entire device region in order to make its fabrication much simpler than that of the conventional SSC DFB LDs. The two-step laterally tapered SSC is effective in removing an unwanted wavelength peak originating from the SSC section having a multiquantum well and a grating under it. The fabricated SSC DFB LD operates at 1.553-/spl mu/m wavelength and shows a far field pattern in horizontal and vertical directions of 13.4/spl deg/ and 19.5/spl deg/, respectively.
Optical Planar Waveguides
Two-step Laterally Tapered Ssc Dfb Laser
Nonselective Grating Process
Planar Buried Heterostructure-type Active Waveguide
Ridge-type Passive Waveguide
Unwanted Wavelength Peak Removal
Fabricated Ssc Dfb Ld
Two-step Lateral Tapering
Distributed Feedback Devices
Optical Fiber Communication
Distributed Feedback Lasers
Photonics And Electrooptics
Engineered Materials, Dielectrics And Plasmas
Spot Size Converter Distributed Feedback Laser Diode