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This drawing covers the requirements and characteristics of passive fiber optic transmissive star couplers intended to optically interconnect three or more optical fibers. Fiber optic couplers furnished under this drawing shall be classified in...
This specification sheet is approved for use by Naval Sea Systems Command, Department of the Navy, and is available for use by all Departments and Agencies of the Department of Defense. The complete requirements for acquiring the fiber optic couplers described herein shall...
The intent of this procedure is to determine the crosstalk ratios between any two optical paths in a cable, connectorized cable, splice or similar device. In addition, the device's contribution to the crosstalk in a system may be determined. The effectiveness of the material surrounding the optical...
This specification covers the requirements for the preservation, packing, and container marking of all types of electrical and fiber optic connectors (including interconnectors, splices, couplers, splitters, mixers, and associated accessories) which are primarily in FSC's 5935,...
This specification covers fiber optic interconnection boxes (see 6.5.3). The interconnection boxes are used to house splices, connectors, and couplers, and to provide a means of distributing cables and fibers to user equipment. The fiber optic...
This standard specifies a method of measuring the return loss of optical connection elements (including permanent connections) and fibre optic couplers. It shall be used together with ISO 2100-100.
This standard specifies a method of checking the effectiveness of cable attachment in the axial compression mode for optical connection elements (including permanent connections) and fibre optic couplers. It shall be used together with ISO 2100-100
This standard specifies a method of checking the ability of optical connection elements (including permanent connections) and fibre optic couplers to withstand temperature cycling. It shall be used together with ISO 2100-100.
This standard specifies three methods of checking the effectiveness of cable attachment in the cyclic flexing mode for optical connection elements (including permanent connections) and fibre optic couplers. It shall be used together with ISO 2100-100.
This standard specifies a method of determining the impact resistance on a hard surface of optical connection elements (including permanent connections) and fibre optic couplers. It shall be used together with ISO 2100-100.
This standard specifies a method of checking the resistance to radial compression of optical connection elements (including permanent connections) and fibre optic couplers. It shall be used together with ISO 2100-100.
This standard specifies a method of checking the effectiveness of cable attachment in the pulling mode for optical connection elements (including permanent connections) and fibre optic couplers. It shall be used together with ISO 2100-100.
This standard specifies a method of checking the effectiveness of cable attachment in the torsion mode for optical connection elements (including permanent connections) and fibre optic couplers. It shall be used together with ISO 2100-100.
This standard specifies a method of assessing the ability of optical elements (including permanent connections) and fibre optic couplers to withstand specified severities of mechanical shock. It shall be used together with ISO 2100-100.
This standard specifies a method of determining the ability of optical connection elements (including permanent connections) and fibre optic couplers to withstand specified severities of sinusoidal, random or simulated gunfire vibrations. It shall be used together with ISO 2100-100.
This standard specifies a method of determining the ability of optical connection elements (including permanent connections) and fibre optic couplers to withstand continuous acceleration. It shall be used together with ISO 2100-100.
This standard specifies a method of checking the resistance of optical connection elements (including permanent connections) and fibre optic couplers to fluids and lubricants. It shall be used together with ISO 2100-100.
This standard specifies a method of determining the ability of optical connection elements (including permanent connections) and fibre optic couplers to resist flame. It shall be used together with ISO 2100-100.
