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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Reliability of Soler Joints: Will Void Free Vacuum Soldering Help?

Rapid incorporation of low cost, small footprint, and high efficiency BTC components with a large thermal plane and leadless terminations presents numerous challenges to the PCB manufacturer .. read more

Achieving Sn/Pb Void Performance Utilizing Lead Free Solder Pastes

One of the reported problems in moving to lead free has been increased solder voiding. Current research indicates that paste formulation,reflow profile and board finish,when selected carefully, .. read more

Avoiding the Solder Void

Solder voiding is present in the majority solder joints and is generally accepted when the voids are small and the total void content is minimal. X-ray methods are the predominate method for so .. read more

Reliability of Soler Joints: Will Void Free Vacuum Soldering Help?

Rapid incorporation of low cost, small footprint, and high efficiency BTC components with a large thermal plane and leadless terminations presents numerous challenges to the PCB manufacturer .. read more

Achieving Sn/Pb Void Performance Utilizing Lead Free Solder Pastes

One of the reported problems in moving to lead free has been increased solder voiding. Current research indicates that paste formulation,reflow profile and board finish,when selected carefully, .. read more

Avoiding the Solder Void

Solder voiding is present in the majority solder joints and is generally accepted when the voids are small and the total void content is minimal. X-ray methods are the predominate method for so .. read more