06587618 is referenced by 23 patents and cites 1 patents.

A method for aligning optical fibers to a lens array is provided, including, providing a planar reflective surface facing the front surface of lens array, locating one end of a fiber adjacent the back surface of the substrate upon which the lens array is formed or integrated to face one of the lenses of the array, propagating light through the fiber and the lens facing the fiber to the planar reflective surface, receiving returned reflected light from the reflective surface through the fiber and the lens facing the fiber, and then adjusting the position of the fiber to change the amount of the returned reflected light received by the fiber to determine when the fiber is at a position which provides a maximum amount or power of the returned reflected light, thereby aligning the end of the fiber to the focal point of the lens. The fiber is attached to the substrate at that position, such as by an adhesive material, and the method repeated for each fiber to a different lens of the array. A ferrule may be provided about each end of the fibers attached to the substrate. The ferrule may have one or more regions for retaining excessive adhesive joining the fiber to the lens array to avoid adhesive protruding upon the back surface of the substrate and interfering with placement of other fibers to the lens array. Manual and automated systems in accordance with this method are provided. A collimator array is further provided having a lens array with aligned attached optical fibers.

Title
Collimator array and method and system for aligning optical fibers to a lens array
Application Number
9/845558
Publication Number
6587618 (B2)
Application Date
April 30, 2001
Publication Date
July 1, 2003
Inventor
Nestor Farmiga
Rochester
NY, US
Steve Chakmakjian
Honeoye Falls
NY, US
Bradley J Ward
Pittsford
NY, US
Theodore J Tiberio
Hilton
NY, US
Daniel H Raguin
Spencerport
NY, US
Agent
Gregory V Bean
US
Assignee
Corning Incorporated
NY, US
IPC
G02B 6/32
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