Because power input determines heat output, high-power electronics of any type, such as those used in semiconductors and electric vehicles, require effective thermal management. If heat isn’t dissipated, electronics won’t meet specifications or can fail altogether. This Q&A from Gluespec discusses these issues and offers solutions >

To create a long-lasting and reliable product, you need to ensure the PCBs can stand up to whatever conditions they will be used in, whether that means high humidity, salt fog, temperature extremes, electrical interference, chemicals or immersion in water. How you protect your PCB can determine the long-term performance of your end product. This article lists the methodologies and chemistries used for properly protecting printed circuit boards.

For design engineers who are considering implementing UV light cure adhesives in their new product development assembly, this Q&A from Gluespec® provides answers to frequently asked questions (FAQs). 

Low-pressure molding is vital for protecting sensitive electronic components against the environment, like moisture, dust and dirt. As an alternative to high-pressure molding, it allows for overmolding on more sensitive equipment.

There are copious amounts of fluid dispensing options to choose from, and determining which one is right for your project can reduce waste, as well as guarantee efficiency.