Hypothesis and Confidence Interval Calculations for Cp and Cpks
Folks, I am re-posting an updated blog post on Cp and Cpk calculations with Excel®, as I have improved the Excel® spreadsheet. If you wou...
Folks, I am re-posting an updated blog post on Cp and Cpk calculations with Excel®, as I have improved the Excel® spreadsheet. If you wou...
Recently, I hosted a webinar for Stencil Printing 101. The InSIDER Series contained two parts. The first is on the basics: Solder paste 101 – th...
What does Durafuse® LT - a low-temperature solder have to do with RF shielding?...
The assembly of medical devices uses a wide variety of alternative soldering processes, of which the most frequently used solder products include past...
Viscosity and tack are two important material properties that define a flux. People often “tack” them together as one, thinking they go ha...
Durafuse® LT, the low-temperature solder paste with great drop shock reliability. ...
What's going on that makes Indalloy®292 more reliable? Let's find out!...
Solder alloys need to work well on all sorts of surfaces. But we were really impressed with the difference Indalloy®292 made on OSP boards - even ...
Folks, Let's continue watching Patty help Mark to determine small P values in hypothesis testing. The first part of this story is here. Patt...
Folks, we haven't checked on Patty in a while… As Patty walked into her office, her phone rang. “Hello, this is Professor Coleman,...
Joey writes: Dear Dr. Ron, I have a stencil aperture with an unusual shape. See Figure 1. How do I calculate the area ratio? The stencil thickness is ...
The Durafuse® LT temperature range (200-210℃) is interesting because it provides new opportunities for step soldering....