OPTICAL RECEIVER MODULE USING WAVELENGTH DIVISION MULTIPLEXING TYPE
First Claim
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1. An optical receiver module comprising:
- a demultiplexer dividing a plurality of multiplexed optical signals into individual optical signals;
an optical device including a right-angled mirror and a plurality of lenses, the right-angled mirror reflecting the individual optical signals transmitted in a horizontal direction from the demultiplexer in a vertical direction, and the plurality of lenses receiving the individual optical signals reflected from the right-angled mirror; and
a plurality of photodetectors spaced apart from the plurality of lenses by a predetermined distance, the plurality of photodetectors receiving the individual optical signals transmitted from the plurality of lenses, and the plurality of photodetectors converting the individual optical signals into electrical signals,wherein the optical device and the demultiplexer are formed into a united structure; and
wherein a distance between the lenses is equal to a distance between the photodetectors.
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Abstract
An optical receiver module includes a demultiplexer, an optical device including a right-angled mirror reflecting individual optical signals transmitted from the demultiplexer and a plurality of lenses receiving the reflected optical signals, and a plurality of photodetectors spaced apart from the plurality of lenses by a predetermined distance. The plurality of photodetectors converts the individual optical signals into electrical signals. The optical device and the demultiplexer are formed into a united structure. A distance between the lenses is equal to a distance between the photodetectors.
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Citations
10 Claims
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1. An optical receiver module comprising:
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a demultiplexer dividing a plurality of multiplexed optical signals into individual optical signals; an optical device including a right-angled mirror and a plurality of lenses, the right-angled mirror reflecting the individual optical signals transmitted in a horizontal direction from the demultiplexer in a vertical direction, and the plurality of lenses receiving the individual optical signals reflected from the right-angled mirror; and a plurality of photodetectors spaced apart from the plurality of lenses by a predetermined distance, the plurality of photodetectors receiving the individual optical signals transmitted from the plurality of lenses, and the plurality of photodetectors converting the individual optical signals into electrical signals, wherein the optical device and the demultiplexer are formed into a united structure; and wherein a distance between the lenses is equal to a distance between the photodetectors. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8, 9, 10)
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Specification