IEC PAS 62500:2006
Process management for avionics - Guide for defining and performing highly accelerated tests in avionic systems

Standard No.
IEC PAS 62500:2006
Release Date
2006
Published By
International Electrotechnical Commission (IEC)
Status
 2008-07
Latest
IEC PAS 62500:2006
Replace By
IEC/TS 62500:2008
Scope
In an increasingly harsh economic context (tighter performance requirements, shorter development cycles, reduced cost of ownership, etc.), it is essential to ensure product maturity rapidly and, in any case, by the time of commissioning. It is with a view to remedying shortcomings in traditional development methods that "highly accelerated" tests have been developed. The main underlying principle behind this new type of test strategy is as follows: rather than reasoning in terms of conformity with a specification and simply performing conventional tests, we on the contrary attempt to push the product to its limits by applying environmental stresses and/or stimuli of levels higher than the specification. The aim is thus to take full advantage of current technologies, by eliminating defects which generate potential failures, as of the first prototypes. A well-conducted accelerated test process should, in a relatively short time, lead to a significant increase in the robustness of a product, as early as the initial prototypes stage at the beginning of the development phase, thus accelerating early maturity of this product. Furthermore, identification of the margins available on a "mature" product helps design and size its future environmental stress screening profile more accurately, by increasing the severity of the loadings applied to just what is needed, leading to a particularly significant boost in the efficiency of this environmental stress screening process.

IEC PAS 62500:2006 history

  • 2006 IEC PAS 62500:2006 Process management for avionics - Guide for defining and performing highly accelerated tests in avionic systems
Process management for avionics - Guide for defining and performing highly accelerated tests in avionic systems



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