A new planar InP/InGaAsP avalanche photodiode, which is fabricated by Be sup + implantation through a dishshaped InGaAs mask, has been developed.
In this paper we address the problem of how to align and package a complex optical system with many individual components.
We address the problem of how to align and package a complex system with many individual components.
We address the problem of how to align and package a complex system with many individual components.
We address the problem of how to align and package a complex system with many individual components.
We describe a wide range of reconfigurable optical add-drop multiplexer architecture designs that may be implemented in standard silica-on-silicon planar lightwave circuits.
We demonstrate a novel, compact, eight-channel CWDM multiplexer. The fully-packaged channel losses range from 3.1dB to 5.5dB, the 1-dB bandwidth is 16.5nm, and the crosstalk is -26dB.
We demonstrate an improved eight-channel CWDM multiplexer. The fully packaged channel losses range from 2.3dB to 3.9dB, the 1-dB bandwidth is 16.3nm, and the crosstalk is -28dB.
High resolution and wide angle surveying capability are combined within a single planar antenna system using a modified Rotman-lens.
The planar point location problem is that of preprocessing a polygonal subdivision of the plane defined by n line segments so that, given a sequence of points, the polygon containing each point ca
