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02145 EFFECTS OF A SPACE ENVIRONMENT ON ELECTRONIC EQUIPMENT

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Product Number: 51300-02145-SG
ISBN: 02145 2002 CP
Author: Lisa Reiner and Behzad Bavarian
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The damaging effects of ionizing radiation on MOS technology have been extensively investigated for close to thirty years. These investigations have more mainstream relevance since this technology now serves as the fundamental component of modem microelectronic equipment. The increased demand for communication devices, has led to the deployment of more than 200 satellites into a space environment filled with ionizing atoms that can rearrange a material's atomic structure. An understanding of the device physics affecting the performance of the microelectronics is crucial and necessitates an understanding of the behavior they will manifest when exposed to large total dose radiation. In this project, the objective was to gain an understanding of the device physics for Laterally Diffused Metal Oxide Semiconductors that have been manufactured using silicon on an insulator (LDMOS-SOIs) and compare its preradiation behavior to its post radiation behavior.
The damaging effects of ionizing radiation on MOS technology have been extensively investigated for close to thirty years. These investigations have more mainstream relevance since this technology now serves as the fundamental component of modem microelectronic equipment. The increased demand for communication devices, has led to the deployment of more than 200 satellites into a space environment filled with ionizing atoms that can rearrange a material's atomic structure. An understanding of the device physics affecting the performance of the microelectronics is crucial and necessitates an understanding of the behavior they will manifest when exposed to large total dose radiation. In this project, the objective was to gain an understanding of the device physics for Laterally Diffused Metal Oxide Semiconductors that have been manufactured using silicon on an insulator (LDMOS-SOIs) and compare its preradiation behavior to its post radiation behavior.
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02137 Phosphate Coated Zinc Plating- An Alternative To Cadmium Plating on Fasteners

Product Number: 51300-02137-SG
ISBN: 02137 2002 CP
Author: Joseph Menke
Publication Date: 2002
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Alternatives to cadmium plating on fasteners have been evaluated for a number of years. Torque-tension and corrosion resistance characteristics have been the major concerns. Zinc plating has been a popular substitute, but torque-tension at proper preloads on Grade 8 fasteners requires more torque.  Torque-tension tests were ALSO evaluated on Grade 5 fasteners - same coatings.
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