Single-Level No-Crossing Microelectromechanical Hitless Switch for High-Density Integrated Optics

An optical device includes a first and a second splitting device. Each of the first and second splitting devices have respective first and second input ports, respective first and second output ports, and a respective transfer matrix. A first optical waveguide is optically coupled to the first output port of the first splitting device and the first input port of the second splitting device. A second optical waveguide is optically coupled to the second output port of the first splitting device and the second input port of the second splitting device. The first and second optical waveguides are configured to introduce a phase shift of π radians to the optical radiation propagating through the first optical waveguide with respect to the optical radiation propagating through the second optical waveguide. The transfer matrix of the second splitting device is the diagonal transpose of the transfer matrix of the first splitting device and the transfer matrix of the second splitting device is substantially different from the transfer matrix of the first splitting device.

Researchers

Hermann A. Haus Trust Fund / Hermann Haus / Lionel Kimerling / Milos Popovic / Michael Watts / Chee Wong / The Estate of Hermann Haus

Departments: Department of Materials Science and Engineering
Technology Areas: Chemicals & Materials: Nanotechnology & Nanomaterials / Communication Systems: Wireless / Computer Science: Networking & Signals
Impact Areas: Connected World

  • hitless switch for high-density integrated optics
    United States of America | Granted | 7,424,181

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