Active bulkhead transceiver

1. A transceiver mountable to a bulkhead, the transceiver comprising:

a housing having a seating surface, an aperture, and a thread form;

a first ferrule;

a second ferrule;

a keying cap positioned in the aperture of the housing, and wherein the first ferrule and the second ferrule are positioned adjacent to the keying cap so as to form an interface which is compatible to accepting a fiber optic connector where the fiber optic connector conforms to a standard designated as MIL-PRF-83526/16;

a transmitting optical subassembly in optical communication with the first ferrule;

a receiving optical subassembly in optical communication with the second ferrule;

an electrical connector, and wherein the electrical connector projects through the housing;

a substrate attached to the transmitting optical subassembly, the receiving optical subassembly, and to the electrical connector, the substrate having electrical signal conditioning components mounted thereon, the electrical signal conditioning components electrically connect the electrical connector to the transmitting optical subassembly and to the receiving optical subassembly; and

a panel nut having a thread form, and a seating surface, and wherein the thread form of the panel nut is complementary to the thread form of the housing so that the panel nut is removeably mountable on the housing, and wherein, in a mounted position of the transceiver, the thread form of the panel nut engages the thread form of the housing so that the seating surface of the panel nut contacts a first surface of the bulkhead and the seating surface of the housing contacts a second surface of the bulkhead so that the transceiver is securely mounted to the bulkhead.

2. A transceiver mountable to a bulkhead, the transceiver comprising:

a housing having a seating surface, an aperture, a first thread form, and a second thread form, and wherein the aperture has a first end and a second end;

an insert body mounted in the aperture of the housing;

a first ferrule attached to the insert body;

a second ferrule attached to the insert body;

a keying cap attached to the insert body, and wherein the first ferrule and the second ferrule are positioned adjacent to the keying cap and to second thread form of the housing so as to form an interface which is compatible to accepting a fiber optic connector;

a transmitting optical subassembly in optical communication with the first ferrule;

a receiving optical subassembly in optical communication with the second ferrule;

an electrical connector, and wherein the electrical connector projects through the housing;

a substrate attached to the transmitting optical subassembly, the receiving optical subassembly, and to the electrical connector, the substrate having electrical signal conditioning components mounted thereon, the electrical signal conditioning components electrically connect the electrical connector to the transmitting optical subassembly ad to the receiving optical subassembly;

a cover mountable on the housing so as to substantially cover the second end of the aperture of the housing, and so as to reduce electromagnetic radiation from emanating from the second end of the aperture of the housing; and

a panel nut having a thread form, and a seating surface, and wherein the thread form of the panel nut is complementary to the first thread form of the housing so that the panel nut is removeably mountable on the housing, and wherein, in a mounted position of the transceiver, the thread form of the panel nut engages the first thread form of the housing so that the seating surface of the panel nut contacts a first surface of the bulkhead and the seating surface of the housing contacts a second surface of the bulkhead so that the transceiver is securely mounted to the bulkhead.

3. A transceiver mountable to a bulkhead, the transceiver comprising:

a housing having a seating surface, an aperture, a first thread form, and a second thread form, and wherein the aperture has a first end and a second end;

an insert body mounted in the aperture of the housing;

a first ferrule attached to the insert body;

a second ferrule attached to the insert body;

a keying cap attached to the insert body, and wherein the first ferrule and the second ferrule are positioned adjacent to the keying cap and to second thread form of the housing so as to form an interface which is compatible to accepting a fiber optic connector where the fiber optic connector conforms to a standard designated as MIL-PRF-83526/16;

a transmitting optical subassembly in optical communication with the first ferrule;

a receiving optical subassembly in optical communication with the second ferrule;

an electrical connector, and wherein the electrical connector projects through the housing;

a substrate attached to the transmitting optical subassembly, the receiving optical subassembly, and to the electrical connector, the substrate having electrical signal conditioning components mounted thereon, the electrical signal conditioning components electrically connect the electrical connector to the transmitting optical subassembly ad to the receiving optical subassembly;

a cover mountable on the housing so as to substantially cover the second end of the aperture of the housing, and so as to reduce electromagnetic radiation from emanating from the second end of the aperture of the housing; and

a panel nut having a thread form, and a seating surface, and wherein the thread form of the panel nut is complementary to the first thread form of the housing so that the panel nut is removeably mountable on the housing, and wherein, in a mounted position of the transceiver, the thread form of the panel nut engages the first thread form of the housing so that the seating surface of the panel nut contacts a first surface of the bulkhead and the seating surface of the housing contacts a second surface of the bulkhead so that the transceiver is securely mounted to the bulkhead.