Optical module, manufacturing method of optical module, and optical device
AssigneeFujitsu Limited
InventorTsuyoshi Aoki
Life of this patent
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Abstract
An optical module includes: a first substrate configured to include an optical waveguide, and a first concave section provided over an end surface side of the optical waveguide; a resin configured to be disposed in the first concave section; an optical component configured to be disposed over the resin; and a second substrate configured to be jointed onto the first substrate, and to include a second concave section corresponding to the end surface in a surface facing the first concave section, the optical component being disposed between the resin and the second concave section.
Claims19
An optical module, comprising:
- a first substrate configured to include an optical waveguide, and a first guide provided on an end surface side in an end of the optical waveguide;
- a resin configured to be disposed in the first guide;
- an optical component configured to be disposed on the resin;
- and
- a second substrate configured to be jointed onto the first substrate, and to include a first groove corresponding to an end surface in a surface of the first substrate, the first groove facing the first guide, the optical component being disposed between the resin and the first groove, wherein
- the first groove is parallel to and extends in an optical axis direction of the optical waveguide.
A manufacturing method of an optical module, comprising:
- preparing a first substrate which includes an optical waveguide, and
- a first guide provided on an end surface side in an end of the optical waveguide;
- preparing a second substrate which includes a first groove corresponding to the end surface;
- disposing a resin in the first guide;
- disposing an optical component on the resin;
- and
- jointing the second substrate onto the first substrate by pressing the optical component to the resin side by the first groove, wherein
- the first groove is parallel to and extends in an optical axis direction of the optical waveguide.
An optical device, comprising:
- a first substrate configured to include an optical waveguide, and a first guide provided on an end surface side in an end of the optical waveguide;
- a resin configured to be disposed in the first guide;
- a first optical component configured to be disposed on the resin;
- and a second substrate configured to be jointed onto the first substrate, and
- to include a first groove corresponding to an end surface in a surface of the first substrate, the first groove facing the first guide, wherein
- the first optical component includes
- an optical module configured to be disposed between the resin and the first groove, and
- a second optical component configured to be disposed on a side of the optical module, and to be optically coupled to the end surface through the first optical component, wherein
- the first groove is parallel to and extends in an optical axis direction of the optical waveguide.
An optical module, comprising:
- a first substrate configured to include an optical waveguide, and a first guide provided on an end surface side in an end of the optical waveguide;
- a resin configured to be disposed in the first guide;
- an optical component configured to be disposed on the resin;
- and
- a second substrate configured to be jointed onto the first substrate, and to include a first groove corresponding to an end surface in a surface of the first substrate, the first groove facing the first guide, the optical component being disposed between the resin and the first groove, wherein
- the optical component is a lens, a first face of the lens being coupled to the optical waveguide, a second surface opposite to the first face of the lens being configured to be coupled to an optical fiber.
Dependencies are inferred from the claim text.