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  1. Discrete electronic components reliability
  2. List of contributors
  3. Details about the reliability studies performed are given.
  4. Failure Analysis
  5. A reference work for those involved in the design, fabrication and testing of electronic components.
  6. An understanding of how electronic parts fail.
  7. Appendix
  8. Introduction
  9. Failure analysis
  10. Reliability of thyristors
  11. Test and testability of logic ICs
  12. Reliability of passive electronic parts
  13. Reliability of monolithic integrated circuits
  14. Reliability of memories and microprocessors
  15. Reliability of optoelectronic components
  16. Reliability of hybrid integrated circuits
  17. Plastic package and reliability
  18. Reliability of silicon power transistors
  19. Reliability of diodes
  20. Noise and reliability
  21. State of the art in the reliability of electronic components
  22. New aspects of the reliability of lithium thyonil chloride cells
  23. Über die Zuverlässigkeit der Lithium-Thyonilchlorid-Batterien
  24. Mikroelektronik 89
  25. Un multiplicateur simple a diodes
  26. Nouveaux resultats obtenus a l'aide du calculateur analogique dans l'etude de l'equation du mouvement des particules d'une suspension solide entrainees par un flux courbe
  27. Internetworking optimisation
  28. LANs: trends and future prospects
  29. On The Spare Parts Problem
  30. Eurescom and the European telecommunications by 2005
  31. High speed optical MAN integrating voice, video and data switching
  32. Predict the Reliability of Complex Systems by Applying the Monte Carlo Method
  33. Information Technology And Trends In Microprocessor Design
  34. Status and trends of microprocessor design
  35. A Particular View Of Some Reliability Merits, Strengths And Limitations Of Plastic-Encapsulated Microcircuits (PEMs) Vs. Hermetically Sealed Microcircuits (HSMs) Utilised In High-Reliability Systems