Optical module

1. An optical module comprising:

a circuit board;

a photoelectric conversion element mounted on said circuit board;

an optical component served for connection with an optical connector attached to an end portion of an optical fiber to optically couple the end portion of the optical fiber and said photoelectric conversion element, said optical component having a junction surface facing the optical connector and a pair of side surfaces apart from each other in a direction perpendicular to a connection direction of the optical connector; and

a support member fixed to said circuit board and supporting said optical component, said support member having a pair of sidewalls and concave/convex portions, the sidewalls facing the side surfaces of said optical component respectively and being fixed to the side surfaces of said optical component via an adhesive, the concave/convex portions being provided in the sidewalls and concave or convex toward the side surfaces of said optical component, and the adhesive being applied also on surfaces of the concave/convex portions.

2. The optical module according to claim 1 , wherein

the concave/convex portions pass through the sidewalls in the direction in which the sidewalls are apart from each other.

3. The optical module according to claim 2 , wherein

the adhesive is of an ultraviolet curing type.

4. The optical module according to claim 3 , wherein

the side surfaces of said optical component each have a convex/concave portion convex or concave toward the sidewalls, and the adhesive is applied on surfaces of the convex/concave portions.

5. The optical module according to claim 4 , wherein:

said optical component has a rear surface located opposite the junction surface in terms of the connection direction of the optical connector;

said support member has an end wall facing the rear surface of said optical component; and

the rear surface of said optical component is fixed to the end wall of said support member via an adhesive,

the optical module further comprising

a spacer member disposed between the rear surface of said optical component and the end wall.

6. The optical module according to claim 5 , wherein

said spacer member has a hook portion engaged with the end wall.

7. The optical module according to claim 1 , wherein

the side surfaces of said optical component each have a convex/concave portion convex or concave toward the sidewalls, and the adhesive is applied on surfaces of the convex/concave portions.

8. The optical module according to claim 7 , wherein:

said optical component has a rear surface located opposite the junction surface in terms of the connection direction of the optical connector;

said support member has an end wall facing the rear surface of said optical component; and

the rear surface of said optical component is fixed to the end wall of said support member via an adhesive,

the optical module further comprising

a spacer member disposed between the rear surface of said optical component and the end wall.

9. The optical module according to claim 8 , wherein

said spacer member has a hook portion engaged with the end wall.

10. The optical module according to claim 2 , wherein

the side surfaces of said optical component each have a convex/concave portion convex or concave toward the sidewalls, and the adhesive is applied on surfaces of the convex/concave portions.

11. The optical module according to claim 10 , wherein:

said optical component has a rear surface located opposite the junction surface in terms of the connection direction of the optical connector;

said support member has an end wall facing the rear surface of said optical component; and

the rear surface of said optical component is fixed to the end wall of said support member via an adhesive,

the optical module further comprising

a spacer member disposed between the rear surface of said optical component and the end wall.

12. The optical module according to claim 11 , wherein

said spacer member has a hook portion engaged with the end wall.

13. The optical module according to claim 1 , wherein:

said optical component has a rear surface located opposite the junction surface in terms of the connection direction of the optical connector;

said support member has an end wall facing the rear surface of said optical component; and

the rear surface of said optical component is fixed to the end wall of said support member via an adhesive,

the optical module further comprising

a spacer member disposed between the rear surface of said optical component and the end wall.

14. The optical module according to claim 13 , wherein

said spacer member has a hook portion engaged with the end wall.

15. The optical module according to claim 2 , wherein:

said optical component has a rear surface located opposite the junction surface in terms of the connection direction of the optical connector;

said support member has an end wall facing the rear surface of said optical component; and

the rear surface of said optical component is fixed to the end wall of said support member via an adhesive,

the optical module further comprising

a spacer member disposed between the rear surface of said optical component and the end wall.

16. The optical module according to claim 15 , wherein

said spacer member has a hook portion engaged with the end wall.

17. The optical module according to claim 3 , wherein:

said optical component has a rear surface located opposite the junction surface in terms of the connection direction of the optical connector;

said support member has an end wall facing the rear surface of said optical component; and

the rear surface of said optical component is fixed to the end wall of said support member via an adhesive,

the optical module further comprising

a spacer member disposed between the rear surface of said optical component and the end wall.

18. The optical module according to claim 17 , wherein

said spacer member has a hook portion engaged with the end wall.