EN 4533-001This description is for standard: EN 4533-0011.1 General This Part of EN 4533 examines the termination aspects of fibre optic design for avionic installations. By termination is meant the m
EN 4533-002This description is for standard: EN 4533-002Insertion loss is the most frequent measurement performed on a fibre optic link. The avionic system designer will want to know or predict the in
EN 4533-003This description is for standard: EN 4533-003Looming and installation practices are a critical aspect of any aircraft electrical/avionics installation. In order to provide a reliable and ef
EN 4533-004This description is for standard: EN 4533-004The original task headings in the Fibre Optic Harness Study were ‘Inspection and Fault Analysis’ and ‘Repair and Maintenance’. However, to creat
EN 4532This description is for standard: EN 4532This standard covers two cable types, Type A and Type B. Type A, jacketed fibre, is intended for printed circuit board inter-connection applications ins
EN 4641-001This description is for standard: EN 4641-001This standard specifies the general characteristics, conditions for qualification, acceptance and quality assurance, as well as the test methods
EN 3745-202This description is for standard: EN 3745-202This standard specifies several methods for measuring the diameter of an optical fibre or cable, the non circularity and the concentricity of th
EN 3745-203This description is for standard: EN 3745-203This standard specifies a method of measuring the dimensions of fibre optic cables. It shall be used together with EN 3745-100.
EN 3745-303This description is for standard: EN 3745-303This standard specifies methods of measuring the bandwidth of optical cable. It shall be used together with EN 3745-100.
EN 3745-306This description is for standard: EN 3745-306This standard specifies a method for checking the variation of attenuation of an optical cable during temperature cycling.
EN 3745-401This description is for standard: EN 3745-401This standard specifies a method to determine the effects of accelerated ageing on an optical fibre or cable.
EN 3745-404This description is for standard: EN 3745-404This standard specifies a method to determine the effects of thermal shock on an optical fibre or cable.
EN 3745-406This description is for standard: EN 3745-406This standard specifies a method to determine the ability of an optical fibre cable to withstand bending at low temperature.
EN 3745-407This description is for standard: EN 3745-407This standard specifies a method to determine the resistance of an optical cable to the flame of a Bunsen burner.
EN 3745-410This description is for standard: EN 3745-410This standard specifies method for determining life versus temperature curves of an optical cable.
EN 3745-411This description is for standard: EN 3745-411This standard specifies methods of measuring the fluid resistance of a finished cable. It shall be used together with EN 3745-100, EN 3909 and T
EN 3745-412This description is for standard: EN 3745-412This standard specifies a method for checking the resistance of optical fibre to differing levels of humidity.
EN 3745-501This description is for standard: EN 3745-501This standard specifies a method of determining the optical fibre proof test. It shall be used together with EN 2591-100.
EN 3745-502This description is for standard: EN 3745-502This standard specifies a method of determining the tensile strength test for short length of optical fibre. It shall be used together with EN 2
EN 3745-505This description is for standard: EN 3745-505This standard specifies a method for measuring the tensile properties of a fibre optic cable. It shall be used together with EN 3745-100.
EN 3745-506This description is for standard: EN 3745-506This standard specifies a method to determine the ability of an optical fibre or cable to withstand impact under specified environmental conditi