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As a result of this the device reliability increases magnificently.
Finally the monitoring of device reliability is treated.
This leads to thermal expansion and residual stress in devices, and affects the device reliability.
The device reliability limits are tested on both manufacturing and electrical stress failure mechanisms.
A fast wafer level device reliability stress at elevated temperatures is demonstrated.
Arrays of devices for ultra-high-power are introduced, and device reliability challenges are addressed.
Device reliability is modeled by using parameters like processing rate, memory, bandwidth and battery power.
This mini review examines whether device reliability is more important than innovation.
Participants: To test device reliability, 5 healthy men (mean age ± standard deviation, 72 ± 5yr).
Main Outcome Measures: For device reliability, 3-way analysis of variance.
Professor Chenming Hu and colleagues made important advances in fundamental understanding of semiconductor device reliability, and developed the now-universal BSIM models for designing with submicron transistors.
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