Ryan, Paul G
(Intel Corporation, Santa Clara, California, USA)
,
Aziz, Irfan
(Intel Corporation, Santa Clara, California, USA)
,
Howell, William B
(Intel Corporation, Santa Clara, California, USA)
,
Janczak, Teresa K
(Intel Corporation, Santa Clara, California, USA)
,
Lu, Davia J
(Intel Corporation, Santa Clara, California, USA)
Lithography challenges are beginning to replace ‘FAB dirt’ as the more challenging source of defects to detect and screen at test. These new defects often cause marginal behaviors, not gross failures, with subtle signatures that differ significantly from both traditional defects and fr...
Lithography challenges are beginning to replace ‘FAB dirt’ as the more challenging source of defects to detect and screen at test. These new defects often cause marginal behaviors, not gross failures, with subtle signatures that differ significantly from both traditional defects and from parametric process variation. Testing for subtle marginalities in effectively random locations exposes important gaps in prevalent test strategies: the strongest marginality screens focus on fixed locations, and the strongest random defect screens look for grosser signatures. These trends and gaps will drive critical new requirements for fault modeling, test generation and test application, and implementing them effectively will require a new level of collaboration between process and product developers.
Lithography challenges are beginning to replace ‘FAB dirt’ as the more challenging source of defects to detect and screen at test. These new defects often cause marginal behaviors, not gross failures, with subtle signatures that differ significantly from both traditional defects and from parametric process variation. Testing for subtle marginalities in effectively random locations exposes important gaps in prevalent test strategies: the strongest marginality screens focus on fixed locations, and the strongest random defect screens look for grosser signatures. These trends and gaps will drive critical new requirements for fault modeling, test generation and test application, and implementing them effectively will require a new level of collaboration between process and product developers.
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