| 摘要 |
<P>PROBLEM TO BE SOLVED: To provide an optical communication device capable of radiating heat without limiting the wiring space of optical fiber. <P>SOLUTION: In an optical transceiver 1, a fiber tray 50 demarcates the wiring space S of optical fiber F and thermally connects an IC 41 of a circuit board 40 with an upper housing 12. The fiber tray 50 includes a body part 50b that is apart from a bottom face 12c and extends along the circuit board 40. The body part 50b includes a counter area A opposing to the IC 41. The wiring space S is demarcated between the body part 50b and the bottom face 12c. While providing the space between the bottom face 12c and the IC 41 as the wiring space S, the fiber tray 50 provides a heat radiation path for radiating heat generated in the IC 41 to the upper housing 12. With the optical transceiver 1, the heat generated in the IC 41 can be radiated without limiting the wiring space S. <P>COPYRIGHT: (C)2013,JPO&INPIT |
