Title :
Using EMC HALT for risk‐ and fault assessment: Using accelerated EMC tests for unveiling and identification of failure mechanisms in electronics provides a useful tool for risk assessment
Author :
Jensen, Per Thaastrup
Author_Institution :
DELTA, Test & Consultancy, Hoersholm, Denmark
Abstract :
Electronic equipment comprising safety functions must be subject to a risk analysis, where the potential impact of all kinds of environmental influence from the surroundings, including the influence from the user environment and the user self, is to be identified and handled. The HALT approach (in this case denoted High Amplitude Limit Test) provides an opportunity, where the iterative testing and design is used for identifying failure mechanisms and if possible eliminate the risk they impose on the equipment. The paper presents a summary of investigations performed using the EMC HALT approach to unveil failure mechanisms, and use this knowledge for risk assessment.
Keywords :
electrical safety; electromagnetic compatibility; electronic equipment testing; electronic products; fault diagnosis; iterative methods; risk analysis; EMC HALT approach; accelerated EMC tests; electronic equipment; environmental influence; failure mechanisms identification; fault assessment; high amplitude limit test; iterative design; iterative testing; risk analysis; risk assessment; safety functions; user environment; user self; Failure analysis; Immunity testing; Reverberation chambers; Risk management; Safety; EMC; HALT; overstress; radiated immunity; risk analysis; risk assessment;
Conference_Titel :
Electromagnetic Compatibility (EMC EUROPE), 2013 International Symposium on
Conference_Location :
Brugge