Rechercher

Defines a standard test method to assess the ability of components (essentially connectors) to function in a specified manner, during and after subjection to the conditions which prevail in an aircraft during ascent and descent, but which are particularly severe in unheated and/or unpressurized zones.

Defines a standard test method to assess the ability of components (essentially connectors) to be stored and/or to function in a specified manner under conditions of high relative humidity.

Defines a standard test method to assess the ability of components (essentially connectors) to withstand rapid change of temperature in air such as might occur during storage, transportation and use.

Defines a standard test method to assess the ability of components (essentially connectors) to withstand specified severities of shock.

Defines a standard test method to assess the ability of components (essentially connectors) to withstand specified severities of sinusoidal vibration.

Defines a standard test method for measuring the resistance between component housings (shells) which are intended to provide electrical continuity when mated.

Defines a standard test method to assess the insulation resistance of electromechanical components (essentially connectors).

Defines a standard test method to determine the variation of contact resistance of electromechanical components (essentially connectors) under specified dynamic conditions.

Defines a standard test method to measure the electrical resistance across a pair of mated contacts or a contact with a measuring gauge. Measurements may be carried out with direct current or alternating current.

Details a standard test method to assess the ability of a component (essentially a connector) to carry its specified current, at room temperature, without exceeding a specified temperature rise.