Knowledge Hub

Your Gateway to Technical Knowledge Exchange for the Global Electronics Community

Explore our database of industry knowledge that fuels innovation, learning, and professional growth. Knowledge Hub is a collection of conference technical papers, webinars, presentations, on-demand video and more. You can search by author, title, keyword and type of content. You can also search for keywords and topics in the Tag field. Access to Knowledge Hub is reserved for members.

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Conformal Coating Evaluation Test Development

The purpose of conformal coatings is to protect printed circuit boards and components mounted on them from the deleterious effects of moisture, particulate matter and corrosive gases. The co .. read more

Solder Paste Residue Corrosivity Assessment: Bono Test

Lead free soldering with no clean solder pastes represent nowadays the most common process in electronic assembly. A solder paste is usually considered as no-clean if it passes all IPC J-STD-00 .. read more

SELECTION OF WAVE SOLDERING FLUXES FOR LEAD-FREE ASSEMBLY

The process challenges of lead-free wave soldering often require the use of new flux chemistries when compared with the relatively tolerant tin-lead wave soldering process. In some cases,the fl .. read more

Conformal Coating Evaluation Test Development

The purpose of conformal coatings is to protect printed circuit boards and components mounted on them from the deleterious effects of moisture, particulate matter and corrosive gases. The co .. read more

Solder Paste Residue Corrosivity Assessment: Bono Test

Lead free soldering with no clean solder pastes represent nowadays the most common process in electronic assembly. A solder paste is usually considered as no-clean if it passes all IPC J-STD-00 .. read more

SELECTION OF WAVE SOLDERING FLUXES FOR LEAD-FREE ASSEMBLY

The process challenges of lead-free wave soldering often require the use of new flux chemistries when compared with the relatively tolerant tin-lead wave soldering process. In some cases,the fl .. read more