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Example text
15. The reason for this inequality is the fact that the two events Eland E, are not mutually exclusive. In turn, Pr( E, ) will include the probability of inclusive events E , n E:. and Pr( E. ) will also include events E , n E,. Thus, joint events are counted twice in the expression Pr( E , ) + Pr(E, ). Therefore, Pr(E, n E, ) must be subtracted from this expression. 035, then Pr( E , U E ? 24, which is what we expect to get. 15) one can easily infer that if E , and E,. are mutually exclusive, then Pr(E, U E, ) = Pr( E , ) + Pr( E, ).
Electrostatic discharge is one common way of imparting large, undesirable currents into an electrical device. Intrinsic failure mechanisms are related to the electrical element itself. Most failure mechanisms related to the semiconductor chip and electrically active layers grown on its surface are in this category. Intrinsic failures are related to the basic electrical activity of the device and usually result from poor manufacturing or design procedures. Intrinsic failures cause both reliability and manufacturing yield problems.
Intrinsic failures are related to the basic electrical activity of the device and usually result from poor manufacturing or design procedures. Intrinsic failures cause both reliability and manufacturing yield problems. Common intrinsic failure mechanisms are gate oxide breakdown, ionic contamination, surface charge spreading, and hot electrons. Extrinsic failure mechanisms are external failure mechanisms for electrical devices which stem from problems with the device packaging and interconnections.