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Mixed flowing gas

Mixed flowing gas (MFG) is a type of laboratory environmental testing for products, particularly electronics, to evaluate resistance to corrosion due… 
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Environmental chamberEnvironmental tests

Papers overview

Semantic Scholar uses AI to extract papers important to this topic.
2016
2016
Atmospheric corrosion resistance of electroplated Ni/Ni-P/Au electronic contacts
2015
2015
Galvanic corrosion of silicon-based thin films: A case study of a MEMS microphone
MEMS microphones are widely utilized in commercial applications such as mobile phones and laptops. Microphones cannot be sealed… 
2008
2008
Study of Mixed Flowing Gas Exposure of Copper
This paper describes the results of copper coupons exposed to a class III mixed flowing gas environment MFG following the… 
2006
2006
Assessment of Ni/Pd/Au–Pd and Ni/Pd/Au–Ag Preplated Leadframe Packages Subject to Electrochemical Migration and Mixed Flowing Gas Tests
Preplated leadframes packages with a new noble metal finish type were exposed to various electrochemical migration tests, and… 
2006
2006
Biased mixed flowing gas testing for world class reliability
The reliability of complex installed systems is a function of many variables, including those inherent in the operating… 
2005
2005
Mixed flowing gas studies of creep corrosion on plastic encapsulated microcircuit packages with noble metal pre-plated leadframes
This paper describes tests and analysis of creep corrosion on plastic encapsulated electronic components with Ni/Pd or Ni/Pd/Au… 
2003
2003
Diffusion and absorption of corrosive gases in electronic encapsulants
2003
2003
Effects of Lead-Free Surface Finishes on Press-Fit Connections
For decades, tin-lead has been used as the primary surface finish for compliant pins and plated through holes (PTH) of printed… 
2003
2003
Field failure due to creep corrosion on components with palladium pre-plated leadframes
1991
1991
Evaluation of a mixed flowing gas test
  • J. ChaoR. Gore
  • Electrical Contacts - Proceedings of the Thirty…
  • 1991
  • Corpus ID: 21540237
The results of a process to better understand the IBM GIT gaseous corrosion test are presented. Previous work over the past two… 
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