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Intrinsic reliability testing allows test experts to learn how to overcome inherent performance and failure issues, tweak production recipes to mitigate defects created by the process, and then fully exploit the beneficial characteristics of the new material.
Learn more:Intrinsic reliability testing allows test experts to learn how to overcome inherent performance and failure issues, tweak production recipes to mitigate defects created by the process, and then fully exploit the beneficial characteristics of the new material.
info.accelrf.com/semiconductor-reliability-testing-gu…The distinction between intrinsic and extrinsic failures is important, because it points to possible causes of failure, and therefore indicates the direction of corrective actions.
www.5scomponents.com/pdf/GTO_Databook_Sec…When the failure-rate l (t) is constant, reliability function becomes an exponential distribution. For Constant Failure Rates, as in the normal life part of the bathtub curve, exponential distributions are useful to model fail probabilities and lifetimes.
www.ti.com/support-quality/reliability/reliability-term…A model that relates yield and reliability has many applications, such as in yield and reliability predictions for future devices, device architecture design, process control and specification of allowable defect density in new processes for achieving future yield and reliability goals.
link.springer.com/referenceworkentry/10.1007/978-…› Extrinsic BTI: due ionic contaminations (Na, K) – during device fabrication – from outside during normal device operation › Intrinsic BTI: depends on the physical properties of the SiC/SiO 2 interface – the density of interface states and border traps – their ability to exchange charge carriers with the semiconductor substrate
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