Using ANOVA to Compare Three or More Solder Pastes for a Metric-Like Transfer Efficiency
An Interview with Professor Patty Coleman....
An Interview with Professor Patty Coleman....
Folks, Good friends Phil Zarrow and Jim Hall did an episode on their world famous “podcast” “Boardtalk” on the importance of r...
Folks, This year SMTAI is in Minneapolis from October 9 to October 12. I will be giving a paper on hotbar soldering in the morning on Thursday October...
The next generation of virtual reality is packing a lot more technology into an even smaller space - but as material science engineers and solder manu...
Folks, In my last post, I discussed an Excel® spreadsheet to calculate p values for hypothesis tests in which the t distribution is employed. The ...
Solder paste is enabling the complex electronic systems of next generation of vehicles - from power inverters and battery management to infotainment...
Folks, Solder paste is arguably the most highly engineered material in electronic assembly. It has many properties that must be favorable for its good...
Certain solder pastes are more susceptible to experiencing slump than others due to both chemical properties and experimentation processes. Risk facto...
Folks, I recently posted that circular apertures deliver much less solder past than square apertures. One of the obvious reasons is that a circle of d...
Folks, Solder paste is arguably one of the most highly engineered materials. What is usually called solder paste “flux” is a combination o...
Folks, some years ago I created a software tool, StencilCoach™, to calculate the stencil parameters to provide for an adequate amount of so...
SIR testing has been around for a while. Why? And why might we want to use tests that are even more challenging than the current J-STD-004B?...