Designing printed circuit boards (PCBs) is a regular task for most electronics engineers (EEs). Have despite a vast number of years of experience in PCB designing, it is not easy to create a high-quality performance-driven PCB design. There are many factors that need to be taken into consideration, and board material is one of them.
Several applications require PCBs that withstand relatively high temperatures ranging from 200 °C, or more. To perform reliably in high-temperature applications, we need specialized PCBs that are fabricated using performance-driven materials. This blog aims to familiarize you with one such specialized PCBs namely, High-Tg. These PCBs can handle extreme PCB glass transition-temperature, whilst offering the
There are a number of steps involved in the manufacturing of a printed circuit board (PCB). Out these several steps, selection of material for the PCB goes a long way in deciding its performance, as well as its scope application. The base material of a PCB, is therefore very important. Different types of base materials