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TCT and Cross Section Analysis of Combined Alloy and Flux Approach Towards Cost-Effective, High Reliable Solder Joints for Automotive Applications
High reliable lead-free alloys are suitable for high operating temperatures and longer temperature-cycling time. The Innolot alloy,for example, is based on the tin-silver-copper (SAC) metall
.. read more
Highly Accelerated Vibration Testing for the Evaluation of Solder Alloys in Automotive Applications
When evaluating solder paste for use, mechanical reliability is one feature of interest. The performance of an electronic assembly in a vehicle, for example, may hinge on a solder alloy’s re
.. read more
Sample Preparation for Mitigating Tin Whiskers in Alternative Lead-Free Alloys
As lead-free alloys shift into high reliability electronics,the issue of tin whisker growth remains a primary concern among those in the industry. Current research shows that there is no perfec
.. read more
Development of a Lead-Free Alloy for High-Reliability,High-Temperature Applications
Though the electronics industry is nearing the 3-year anniversary marking the ban of lead from electronics products,several
challenges still remain with existing lead-free materials for certain
.. read more
Dynamics in Lead-Free Wave Soldering
The following report is fundamentally focused on how three popular lead-free alloys react in a wave solder application. The alloys were SAC305,SAC405 and a proprietary,low silver SAC alloy. In
.. read more
Lead-Free Soldering: DOE Study to Understand its Affect on Electronic Assembly Defluxing
Lead-free alloys under consideration have physical properties,which may directly impact industry standard electronic assembly
cleaning processes. The purpose of this study is to evaluate how th
.. read more
Lead-Free Implementation: Drop-In Manufacturing
The Lead-free electronics manufacturing has become a reality. As of this writing,a few manufacturers have rightfully
reported their total completion to Lead-free production across all facilitie
.. read more
TCT and Cross Section Analysis of Combined Alloy and Flux Approach Towards Cost-Effective, High Reliable Solder Joints for Automotive Applications
High reliable lead-free alloys are suitable for high operating temperatures and longer temperature-cycling time. The Innolot alloy,for example, is based on the tin-silver-copper (SAC) metall
.. read more
Highly Accelerated Vibration Testing for the Evaluation of Solder Alloys in Automotive Applications
When evaluating solder paste for use, mechanical reliability is one feature of interest. The performance of an electronic assembly in a vehicle, for example, may hinge on a solder alloy’s re
.. read more
Sample Preparation for Mitigating Tin Whiskers in Alternative Lead-Free Alloys
As lead-free alloys shift into high reliability electronics,the issue of tin whisker growth remains a primary concern among those in the industry. Current research shows that there is no perfec
.. read more
Development of a Lead-Free Alloy for High-Reliability,High-Temperature Applications
Though the electronics industry is nearing the 3-year anniversary marking the ban of lead from electronics products,several
challenges still remain with existing lead-free materials for certain
.. read more
Dynamics in Lead-Free Wave Soldering
The following report is fundamentally focused on how three popular lead-free alloys react in a wave solder application. The alloys were SAC305,SAC405 and a proprietary,low silver SAC alloy. In
.. read more
Lead-Free Soldering: DOE Study to Understand its Affect on Electronic Assembly Defluxing
Lead-free alloys under consideration have physical properties,which may directly impact industry standard electronic assembly
cleaning processes. The purpose of this study is to evaluate how th
.. read more
Lead-Free Implementation: Drop-In Manufacturing
The Lead-free electronics manufacturing has become a reality. As of this writing,a few manufacturers have rightfully
reported their total completion to Lead-free production across all facilitie
.. read more