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The fault injection technique is utilized for simulation-based verification of safety-related analog and mixed-signal (AMS) circuits for compliance with safety requirements in the presence of hardware faults. Exhaustive fault simulation is very time consuming with respect to the number of faults to simulate at circuit level. For efficient simulation-based verification, a fault grouping approach is...
With the advent of the ISO 26262 it became crucial to prove that electrical and electronic products delivered into safety-related automotive applications are adequately safe. For this purpose safety goal violations due to random hardware failures need to be evaluated. In order to gain evident results for argumentation within the evaluation, a fault injection based approach is utilized. Potential risk...
The eigenmodes of a wireless energy transfer (WET) system consisting of two or more LC resonators, weakly coupled by their magnetic near fields, are investigated by means of a matrix calculus. Generally, such multiresonant systems are known to exhibit a set of specific eigenmodes. In a WET system, these eigenmodes are characterized by eigenfrequencies, the corresponding current distributions, and...
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