Optical module socket

1. An optical module socket for use in an optical module equipped with leads each of which inputs/outputs electric signals and optical connectors for inputting/outputting optical signals, the optical module socket comprising:

a base on which the optical module is mounted;

pogopins formed on the base for electrical connection by elastic movements in an upward/downward direction;

holding means for holding the leads of the optical module in a state connected with the pogopins;

optical transmission means for transmitting optical signals therethrough;

positioning means for guiding the optical transmission means to the optical connectors so as to be connected to the optical module, and for positioning the optical transmission means at a predetermined position; and

descend/ascend means for ascendably and descendably mounting thereon the optical module; and

wherein the pogopins electrically connect to the leads of the optical module at one ends, and the pogopins further electrically connect, at another ends, to pads of a substrate on which the optical module socket is mounted; and

wherein the descend/ascend means and the pogopins absorb an external force applied to the optical module while the holding means presses the leads of the optical module, thereby connecting the leads to the pogopins;

wherein the positioning means includes a fit hole created by a lower surface of the holding means and an upper surface of the base, when the holding means is mounted on the base, for fitting the optical transmission means with the optical connectors of the optical module, and a prevention structure is formed within the fit hole for preventing reverse insertion of the optical transmission means.

2. The optical module socket according to claim 1 , wherein the positioning means comprises latch members which determine the position of the optical transmission means in an insertion direction.

3. The optical module socket according to claim 1 , wherein the base comprises positioning means for fitting into a body of the optical module and positioning the optical module.

4. The optical module socket according to claim 1 , further comprising temperature control means for controlling the temperature of the optical module.

5. The optical module socket according to claim 4 , wherein the temperature control means is a heat release member which directly or indirectly contacts an upper surface of the optical module.

6. The optical module socket according to claim 1 , wherein the positioning means are provided in the base and the holding means.