Optical power splitter
OwnerHeu-Gon Kiminventor
Life of this patent
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Abstract
An optical power splitter is disclosed that includes a semiconductor substrate, a core layered on the semiconductor substrate, functioning as a transmission medium for optical signals composed of multi channels according to a wavelength. The core includes an input waveguide for receiving the optical signals, and a plurality of output waveguides for outputting part of the optical signals whose powers are split. A cladding encompasses the core. At least one tapered waveguides, which connect a part of internal sides of the output waveguides have widths that gradually decrease along with a longitudinal direction thereof starting from one end of the output waveguide.
Claims4
An optical power splitter, comprising:
- a semiconductor substrate;
- a core layered on the semiconductor substrate, functioning as a transmission medium for optical signals that include multi-channels according to a wavelength, wherein the core includes an input waveguide for receiving the optical signals, and at least two output waveguides for outputting part of the optical signals whose powers have been split;
- a clad for encompassing the core;
- and
- at least one tapered waveguide, which connects a part of internal sides of the at least two output waveguides, a width of the at least one tapered waveguide gradually decreases to zero along with a longitudinal direction thereof starting from one end of the at least two output waveguides.
An optical power splitter, comprising:
- a semiconductor substrate;
- a core layered on the semiconductor substrate, functioning as a transmission medium for optical signals;
- and
- a clad for encompassing the core,
- wherein the core includes:
- an input waveguide for receiving optical signals through an input side edge;
- and
- a first and a second output waveguides extending from an output side edge of the input waveguide, respectively, whose opposite internal sides having a designated curvature and meet together on the output side edge of the input waveguide and whose input side widths divide the output side width of the input waveguide by two, and output split optical signals, respectively.
Dependencies are inferred from the claim text.