Not necessarily. Inductive systems offer very fast heating times and high power densities. Active systems, on the other hand, allow for direct temperature control at the soldering tip and provide a high degree of process control.
Here you'll find all the frequently asked questions and answers we've compiled for you.
Not necessarily. Inductive systems offer very fast heating times and high power densities. Active systems, on the other hand, allow for direct temperature control at the soldering tip and provide a high degree of process control.
No. A higher temperature is no substitute for proper heat transfer. The key factors are the soldering tip, the contact area, the power of the soldering iron, the contact time and the PCB design. A temperature that is too high can damage components or pads.
The soldering tip determines how effectively heat is transferred to the solder joint. A tip that is too small may not provide enough energy, whilst a tip that is too large may damage neighbouring components. The key factor is ensuring the correct contact area with the solder joint.
Common mistakes in SMD soldering include using an unsuitable soldering tip, misjudging heat transfer, and using inappropriate rework tools. These factors can lead to wetting problems, cold solder joints or damaged pads.