AEROSPACE SHANGHAI, Volume. 42, Issue 4, 112(2025)
Optimization of Screening Methods for Microelectronic Devices Considering Manufacturing Defects
[3] C HE. Advanced burn-in- an optimized product stress and test flow for automotive microcontrollers, 1-6(2019).
[4] F ANGIONE. An optimized burn-in stress flow targeting interconnections logic to embedded memories in automotive systems-on-chip, 1-6(2022).
[6] P S WINOKUR. Advanced qualification techniques. IEEE Transactions on Nuclear Science, 41, 538-548(1994).
[8] [8] JEDECSolid State Technology Association.Guidelines for measuring and reporting data for low alpha emitting materials used in semiconductor manufacturing:JEDEC JEP132A[S].Arlington:JEDEC Solid State Technology Association,2018.
[11] N X NGUYEN. InP HBT IC manufacturing, 712-716(2004).
[12] S MURIEL. Statistical bin analysis on wafer probe, 187-192(2001).
[13] E PADONOU. Spatial risk assessment on circular domains:application to wafer profile monitoring, 223-227(2015).
[14] L I TONG. Modified process control chart in IC fabrication using clustering analysis, 704(1997).
[15] N MOWELL. Criticality of photo track monitoring for lithography defect control, 1-4(2019).
[16] A CHEN. Optimum sampling for track PEB CD integrated metrology, 439-442(2009).
[17] [17] JEDECSolid State Technology Association.Requirements for microelectronic screening and test optimization:JEDEC JEP121B [S].JEDEC Solid State Technology Association,2020.
[18] C C CHEN. The failure mode study of the polymer ball interconnected IC package under board level thermal mechanical stress, 424-427(2016).
[19] S Y CHANG. Advanced process monitoring through fault detection and classification for the process development of tantalum nitride thin-film resistors. IEEE Transactions on Semiconductor Manufacturing, 36, 520-526(2023).
[20] J R MOYNE. The process control system standard:deriving a software interoperability standard for advanced process control in semiconductor manufacturing. IEEE Transactions on Semiconductor Manufacturing, 20, 408-420(2007).
[21] S F LEE. RTSPC:a software utility for real-time SPC and tool data analysis. IEEE Transactions on Semiconductor Manufacturing, 8, 17-25(1995).
[22] C I LANG. One class process anomaly detection using kernel density estimation methods. IEEE Transactions on Semiconductor Manufacturing, 35, 457-469(2022).
[23] J P LIU. Dirichlet process gaussian mixture models for real-time monitoring and their application to chemical mechanical planarization. IEEE Transactions on Automation Science and Engineering, 14, 208-221(2017).
[24] R WANG. Spatial correlated data monitoring in semiconductor manufacturing using Gaussian process model. IEEE Transactions on Semiconductor Manufacturing, 32, 104-111(2019).
[26] S M TANG. New burn-in methodology based on IC attributes,family IC burn-in data,and failure mechanism analysis, 185-190(1996).
[27] C HE. Wafer level stress:enabling zero defect quality for automotive microcontrollers without package burn-in, 1-10(2020).
[28] W LUO. Composite wafer defect recognition framework based on multiview dynamic feature enhancement with class-specific classifier. IEEE Transactions on Instrumentation and Measurement, 72, 1-12(2023).
[29] K FORBES. Characterization of the time-dependent reliability fallout as a function of yield for a 130nm SRAM device and application to optimize production burn-in, 165-170(2004).
[30] T KIM. Burn-in effect on yield. IEEE Transactions on Electronics Packaging Manufacturing, 23, 293-299(2000).
[31] F ZAKARIA. Shortening burn-in test:application of a novel approach in optimizing burn-in time using Weibull statistical analysis with HVST, 472(2005).
[32] C L WEY. Burn-in stress test of analog CMOS ICs, 360-365(2004).
[33] M SHAFIEE. Optimising burn-in procedure and warranty policy in lifecycle costing, 540-544(2011).
[35] T R HENRY. Burn-in elimination of a high volume microprocessor using I/sub DDQ, 242-249(1996).
[36] R RAJSUMAN. Iddq testing for CMOS VLSI. Proceedings of the IEEE, 88, 544-568(2000).
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Zhiwei ZHENG, Ranran ZHAO, Cen CHEN, Hao CHEN, Guofu ZHAI. Optimization of Screening Methods for Microelectronic Devices Considering Manufacturing Defects[J]. AEROSPACE SHANGHAI, 2025, 42(4): 112
Category: Components and Devices Failure Physics
Received: May. 31, 2025
Accepted: --
Published Online: Sep. 29, 2025
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