Connector assembly
A connector assembly capable of efficiently dissipating heat is provided. The connector assembly includes: an optical cable; and a connector module, and the optical cable includes an optical fiber core wire, an outer cover provided around the optical fiber core wire, and a metallic braid provided between the optical fiber core wire and the outer cover, and the connector module includes a housing defining a space, and a circuit board received in the space of the housing and mounted with a photoelectric conversion unit connected with the optical fiber core wire, and the metallic braid of the optical cable and the circuit board of the connector module are thermally connected to each other.
1. A connector assembly, comprising:
an optical cable; and
a connector module,
wherein the optical cable includes an optical fiber, an outer cover provided around the optical fiber, and a metallic heat transfer member provided between the optical fiber and the outer cover, and
the connector module includes a housing defining a space, and a circuit board received in the space of the housing and mounted with a photoelectric conversion unit connected with the optical fiber,
the heat transfer member of the optical cable and the circuit board of the connector module are thermally connected to each other by a thermal conductor, and
thermal conductivity of the heat transfer member is higher than that of the thermal conductor.
2. The connector assembly according to claim 1 , wherein the heat transfer member is metallic braid.
3. The connector assembly according to claim 1 , wherein:
the thermal conductor includes a connection member which is thermally connected to the circuit board and an inner surface of the housing,
the heat transfer member is thermally connected to the housing, and
thermal conductivity of the heat transfer member is higher than that of the connection member.
4. The connector assembly according to claim 1 , wherein:
the housing includes a first housing made of a metallic material thermally connected to the heat transfer member and the connection member, and a second housing made of a resin material for receiving the first housing.
5. A connector assembly, comprising:
an optical cable; and
a connector module,
wherein the optical cable includes an optical fiber, an outer cover provided around the optical fiber, and a metallic heat transfer member provided between the optical fiber and the outer cover,
the connector module includes a housing defining a space, and a circuit board received in the space of the housing and mounted with a photoelectric conversion unit connected with the optical fiber,
the heat transfer member of the optical cable and the circuit board of the connector module are thermally connected to each other by a thermal conductor, and
the thermal conductor includes a connection member which is physically and thermally connected to the circuit board and an inner surface of the housing, wherein
the photoelectric conversion unit includes a controlling semiconductor and a light receiving/emitting element,
an electrical connector electrically connected with the circuit board is provided at front end of the housing,
the controlling semiconductor is positioned in front of the light receiving/emitting element and in the rear of the electrical connector on the circuit board, and
the connection member includes a region which is physically and thermally connected to the circuit board in front of the light receiving/emitting element and the inner surface of the housing,
wherein:
the controlling semiconductor includes a clock data recovery (CDR) device, and
the connection member includes a first heat dissipation sheet arranged between the clock data recovery (CDR) device and the inner surface of the housing.
6. A connector assembly, comprising:
an optical cable; and
a connector module,
wherein the optical cable includes an optical fiber, an outer cover provided around the optical fiber, and a metallic heat transfer member provided between the optical fiber and the outer cover,
the connector module includes a housing defining a space, and a circuit board received in the space of the housing and mounted with a photoelectric conversion unit connected with the optical fiber,
the heat transfer member of the optical cable and the circuit board of the connector module are thermally connected to each other by a thermal conductor, and
the thermal conductor includes a connection member which is physically and thermally connected to the circuit board and an inner surface of the housing, wherein
the photoelectric conversion unit includes a controlling semiconductor and a light receiving/emitting element,
an electrical connector electrically connected with the circuit board is provided at front end of the housing,
the controlling semiconductor is positioned in front of the light receiving/emitting element and in the rear of the electrical connector on the circuit board, and
the connection member includes a region which is physically and thermally connected to the circuit board in front of the light receiving/emitting element and the inner surface of the housing,
wherein:
the controlling semiconductor includes a driving IC, and
the connection member includes a second heat dissipation sheet arranged between a rear surface of the circuit board corresponding to a region where a driving IC is arranged and the inner surface of the housing.
7. A connector assembly, comprising:
an optical cable; and
a connector module,
wherein the optical cable includes an optical fiber, an outer cover provided around the optical fiber, and a metallic heat transfer member provided between the optical fiber and the outer cover,
the connector module includes a housing defining a space, and a circuit board received in the space of the housing and mounted with a photoelectric conversion unit connected with the optical fiber,
the heat transfer member of the optical cable and the circuit board of the connector module are thermally connected to each other by a thermal conductor,
the housing includes a first housing made of a metallic material constituting the thermal conductor, and
the housing includes a second housing made of a resin material for receiving the first housing.
8. A connector assembly, comprising:
an optical cable; and
a connector module,
wherein the optical cable includes an optical fiber, an outer cover provided around the optical fiber, and a metallic heat transfer member provided between the optical fiber and the outer cover,
the connector module includes a housing defining a space, and a circuit board received in the space of the housing and mounted with a photoelectric conversion unit connected with the optical fiber,
the heat transfer member of the optical cable and the circuit board of the connector module are thermally connected to each other, and
the optical cable includes a tensile strength fiber between the optical fiber and the heat transfer member.
9. The connector assembly according to claim 8 , wherein the optical cable is provided with a tube between the tensile strength fiber and the heat transfer member.