Page 352 - MEMS and Microstructures in Aerospace Applications
P. 352

Osiander / MEMS and microstructures in Aerospace applications  DK3181_c015 Final Proof page 345 1.9.2005 12:53pm




                    Design and Application of Space-Based MEMS                      345


                     2. Stark, B., Failure modes and mechanisms. JPL Publication, 99–1, 21–47, 1999.
                     3. Stark, B. and Kayali, S., Qualification testing protocols for MEMS. JPL Publication,
                       99–1, 209–234, 1999.
                     4. Schmitt, P., et al., Application of MEMS behavioral simulation to physics of failure
                       (pof) modeling, Microelectronics Reliability, vol. 43, Elsevier Ltd, London, 2003,
                       1957–1962.
                     5. Lafontan, X., et al., MEMS physical analysis in order to complete experimental results
                       return, Proceedings of SPIE — 4019, 2000, 236–243.
                     6. Pressecq, F., et al., CNES reliability approach for the qualification of MEMS for space,
                       Proceedings of SPIE — 4558, 2001, 89–96.
                     7. Pecht, M. and Dasgupta, A., Physics-of-failure: an approach to reliable product devel-
                       opment, International Integrated Reliability Workshop Final Report, IEEE, Piscataway,
                       NJ, 1995, 1–4.
                     8. Pecht, M., Nash, F.R., and Lory, J.H., Understanding and solving the real reliability
                       assurance problems, Proceedings of the Annual Reliability and Maintainability Sympo-
                       sium, Ed. IEEE, Piscataway, NJ, 1995, 159–161.
                     9. Zhang, Y., et al., Trends in component reliability and testing, Semiconductor Inter-
                       national, 22 (10), 1999, 4.
                    10. Stadterman, T.J., et al., Transition from Statistical-Field Failure Based Models to
                       Physics-of-Failure Based Models for Reliability Assessment of Electronic Packages,
                       American Society of Mechanical Engineers, EEP10–2, ASME, New York, NY, 1995,
                       619–625.
                    11. Pecht, M. and Dasgupta, A., Physics-of-failure: an approach to reliable product devel-
                       opment. Journal of the Institute of Environmental Sciences, 38 (5), 1995, 30–34.
                    12. Cushing, M.J., et al., Comparison of electronics–reliability assessment approaches. IEEE
                       Transactions on Reliability, 42 (4), 1993, 542–546.
                    13. Last, H.R., Dudley, B., and Wood, R., MEMS reliability, process monitoring and quality
                       assurance. Proceedings of SPIE — 3880, 1999, 140–147.
                    14. Proceedings of the 1999 MEMS Reliability for Critical and Space Applications, Sep-
                       tember 21–22 1999, 3880, 1999, 140–147.
                    15. Cushing, M.J. and Bauernschub, R., Physics-of-failure (pof) approach to addressing
                       device reliability in accelerated testing of MCMS, Proceedings of the IEEE, Los Alami-
                       tos, CA, 1995, 14–25.
                    16. Man, K.F., MEMS reliability for space applications by elimination of potential failure
                       modes through testing and analysis. Proceedings of SPIE — 3880,1999, 120–129.
                    17. Collins, S.D., Microsystems engineering, Proceedings of SPIE — 4334, 2001, 214–222.
                    18. Walwadkar, S.S., et al., Effect of die-attach adhesives on the stress evolution in MEMS
                       packaging, Proceedings of SPIE — 2003, 847–852.
                    19. Starman Jr., L., et al., Stress measurement in MEMS devices, 2001 International
                       Conference on Modeling and Simulation of Microsystems — MSM 2001, Computational
                       Publications, Cambridge, MA, 2001, 398–401.
                    20. Zhang, X., Chen, K.-S., and Spearing, S.M., Residual stress and fracture of thick
                       dielectric films for power MEMS applications, Proceedings of the IEEE Micro Electro
                       Mechanical Systems (MEMS), 2002, 164–167.
                    21. Walwadkar, S.S., et al., Tailoring of stress development in MEMS packaging systems,
                       Materials Research Society Symposium — Proceedings 741, 2002, 139–144.
                    22. Walraven, J.A., Failure mechanisms in MEMS, IEEE International Test Conference
                       (TC), Institute of Electrical and Electronics Engineers, Inc., Piscataway, NJ, 2003, 828–
                       833.




                    © 2006 by Taylor & Francis Group, LLC
   347   348   349   350   351   352   353   354   355   356   357