One way you can control the temperature of a soldering iron is with a microcontroller, using temperature feedback from the thermistor in the handle near the iron's tip. This Design Idea presents a ...

One reason why commercial soldering stations are expensive is that, in general, they require the use of soldering irons with inbuilt temperature sensors, such as thermocouples. A soldering iron that’s ...

We’re all used to temperature controlled soldering irons, and most of us will have one in some form or other as our soldering tool of choice. In many cases our irons will be microprocessor controlled, ...

Soldering frequently involves hunching in and squinting at the fiddly task at hand, or performing that task under an unmoving magnifying glass. The D01 Visual Soldering Iron offers a more versatile ...

Soldering uses alloys that melt below 840°F to join metals. Molten solder fills the space between surfaces to be joined, adheres to the surfaces, and solidifies. Typical soldering steps include: ...

Researchers at Iowa State University have produced novel micro-sized particles filled with liquid metal that retains its liquid state at room temperature and are able to meld with each other. The new ...

A single solar cell produces a relatively low output -- it's a case of strength in numbers. Tiny strips of metal are used to link cells together. If the laser soldering temperature is too high, the ...

Over the past few years a new class of soldering iron has arisen: a temperature controlled iron no longer tied to a bulky mains-powered base station, but using low-voltage DC power and with all ...