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In today's pursuit of thinner, lighter, and smarter devices, have we ever wondered: where exactly does the durability of a product begin? The answer often lies in the design philosophy of its most fundamental carrier—the printed circuit board (PCB). Far beyond its simple function of electrical con..

In high-speed design, power electronics, and harsh environment applications, the glass transition temperature (Tg) of the substrate material is no longer a secondary parameter, but a core indicator that determines product reliability and performance limits. Understanding the true value of high Tg is..

Smarter LEDs: Build Sensors Into the Board, Not Onto It For LED makers, the next leap isn't brighter light—it's smarter systems. Adding external sensor modules is a dead end. The real advantage comes from integrating sensing directly into the PCB. Why External PCB Sensors Limit You Guesses..

When talking about copper thickness, there are some limited options available with manufacturing houses. When designers have to increase the current carrying capacity of a trace without making it wider, then copper weight or thickness is increased in the lateral dimension. There are only a few optio..

Industrial PCB manufacturing is an important part of making strong printed circuit boards (PCBs) for high-performance tools in many fields. Industrial PCBs are different from regular consumer electronics because they are made to work in severe environments, be reliable over time, and meet specific o..

Flexible printed circuit boards (Flex PCBs) have revolutionized the electronics industry. Now we can pack the circuit in a small housing space with highly compact, lightweight, and flexible form factors. FPCs are everywhere from wearable devices to medical implants and aerospace systems. These circu..