Connector for optical fibers wherein individual fiber is centere

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350 9623, G02B 726

Patent

active

044299494

ABSTRACT:
An optical fiber connector in which individual optical fibers are precisely centered at their opposed ends, with respect to each other, without the requirement of precise manufacturing tolerances of the connector parts. An individual optical fiber having an elastic sheath is centered within a rigid sleeve by a plurality of balls, which can be metal, circumferentially spaced around the elastic sheath of the optical fiber, and which radially compress the elastic sheath to precisely center the fiber with respect to the rigid sleeve. The balls can be retained in a cage of an optical ferrule against both radial escape and any significant axial displacement relative to the fiber. This arrangement permits connecting and disconnecting the individual fibers from the connector, with a low coupling and uncoupling force since the balls can roll and therefore do not damage either the rigid sleeve or the elastic sheath of a fiber.

REFERENCES:
patent: 4087155 (1978-05-01), Deacon
patent: 4208093 (1980-06-01), Borsuk
Hensel, Triple-Ball Connector for Optical Fibres, Electronics Letters, vol. 13, No. 24, Nov. 24, 1977, pp. 734, 735.

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