Sacrificial protection layer for environmentally sensitive surfaces of substrates
A sacrificial protection, substrate technology, used in biocide-containing paints, antifouling/underwater coatings, electrical components, etc., can solve problems such as material modification, defects, adverse effects of downstream processing, etc.
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[0032] Substrate surfaces may be exposed to ambient conditions during semiconductor fabrication. Many substrate surfaces are susceptible to modification by ambient or environmental exposure. The resulting surface changes may adversely affect subsequent processing and / or degrade device performance. This exposure phenomenon may be referred to herein as the latency effect.
[0033] To manage latency effects, integrated substrate processing tools have been developed to allow processing in a highly controlled environment with little or no exposure to the surrounding environment. This approach typically requires substantial design changes to the substrate processing tool. Furthermore, there are substantial logistical issues when taking the integrated substrate processing tool offline for repair.
[0034] Another approach for mitigating the effect of latency is to control the environment during transfer. For example, front opening wafer transfer pods (FOUPS) may be modified to pr...
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