DEMOUNTABLE OPTICAL CONNECTOR FOR OPTOELECTRONIC DEVICES
A reconnectable connection between an optical bench supporting an optical fiber and a photonic integrated circuit (PIC), which a foundation and a connector that is configured and structured to be removably attachable for reconnection to the foundation in alignment therewith. The foundation can be aligned to electro-optical elements in the PIC. The foundation may be permanently attached with respect to the opto-electronic device. The optical bench can be removably attached to the foundation. Alignment between the foundation and the connector is achieved by kinematic coupling, quasi-kinematic coupling, or elastic-averaging coupling.
1 . A connection structure between an optical bench and an opto-electronic device, comprising:
an optical bench having a first body provided with a first set of alignment features;
a foundation provided on the opto-electronic device, having a second body provided with second set of alignment features, wherein the first and second sets of alignment features form a passive alignment coupling, allowing the optical bench to be removably attached to the opto-electronic device.
2 . The connection structure of claim 1 , wherein the first body of the optical bench is formed by stamping, including stamping the first set of alignment features.
3 . The connection structure of claim 2 , wherein the second body of the foundation is also formed by stamping, including stamping the second set of alignment features.
4 . The connection structure of claim 1 wherein the optical bench comprises a structure reflective surface and supports an optical fiber in optical alignment with the structure reflective surface, wherein an optical path is defined between the optical fiber and the opto-electronic device via the structured reflective surface, and wherein the passive alignment coupling aligns the optical bench to the opto-electronic device to maintain the optical path upon detaching and reattaching the connector to the foundation.
5 . The connection structure of claim 4 , wherein the opto-electronic device is a photonic integrated circuit.
6 . The connection structure of claim 1 , wherein the passive alignment coupling comprising at least one of a kinematic couplings, a quasi-kinematic couplings, and an elastic averaging couplings.
7 . The connection structure of claim 1 , wherein the foundation is an integral part of the opto-electronic device.
8 . A method for providing a connection between an optical bench and an opto-electronic device, comprising:
providing a first set of alignment features on a first body of the optical bench;
providing a foundation on the opto-electronic device;
providing a second set of alignment features on a second body of the foundation, wherein the first and second sets of alignment features form a passive alignment coupling, allowing the optical bench to be removably attached to the opto-electronic device.
9 . The method of claim 8 , wherein the first body of the optical bench is formed by stamping, including stamping the first set of alignment features.
10 . The method of claim 9 , wherein the second body of the foundation is also formed by stamping, including stamping the second set of alignment features.
11 . The method of claim 8 wherein the optical bench comprises a structure reflective surface and supports an optical fiber in optical alignment with the structure reflective surface, wherein an optical path is defined between the optical fiber and the opto-electronic device via the structured reflective surface, and wherein the passive alignment coupling aligns the optical bench to the opto-electronic device to maintain the optical path upon detaching and reattaching the connector to the foundation.
12 . The method of claim 11 , wherein the opto-electronic device is a photonic integrated circuit.
13 . The method of claim 8 , wherein the passive alignment coupling comprising at least one of a kinematic couplings, a quasi-kinematic couplings, and an elastic averaging couplings.
14 . The method of claim 8 , wherein the foundation is an integral part of the opto-electronic device.