DIY: Immersion Tin Plating Copper Substrates
One of our customers discovered a little trick to save some time and avoid having his parts sent out for tin plating. At a......
One of our customers discovered a little trick to save some time and avoid having his parts sent out for tin plating. At a......
Today I thought I’d take a break from talking about soldering materials for a minute to reflect on how we arrived at Blog Post #415. Back......
Folks, A while ago I discussed the Weibull Distribution and its importance in electronics reliability analysis. This distribution has been use...
A few years back, Indium Corporation’s own Eric Bastow set up a prototype NanoFoil® plating process to demonstrate the material and......
Using NanoFoil®can be very easy, and there are many things you can do yourself to make prototyping or production easier, save money, and get the r...
You’d imagine that a material which can reach 1,500°C instantly should be treated with caution, and it should, but NanoFoil® is a lot sa...
NanoFoil® is as simple as elemental nickel and aluminum, with small amounts of vanadium, indium, copper, and silver. Due to the benign nature of ...
NanoFoil® has many uses, and, sometimes, it has more than one function in an application. For instance, if tin coated NanoFoil® is......
Folks, Let’s step away from electronics assembly challenges, and deep considerations of solder paste, solder preforms, and wave soldering, ...
One question that I often hear from customers is; “Once out of the refrigerator, how long do I have to wait to allow my solder paste and/or flux...
When designing a Package-on-Package (PoP) assembly process, there are many variables that need to be considered in order to be successful. While...