A printed circuit board turns separate parts into a stable system that powers up, talks to peripherals, and survives real ...

Every year, the world throws away about 62 million metric tons of electronic waste. Despite the valuable metals in ...

Electronic devices that dissolve in water could make it easier to create and recycle technology prototypes – and they could ...

TracXon, a deep-tech spin-off from TNO, has secured €4.75 million ($5.50 million) in seed funding to accelerate the ...

According to statistics from QYR (Hengzhou Bozhi), the global PCB e-waste recycling market reached US$646 million in sales in ...

The Andhra Pradesh government has approved an Rs 856 crore incentive package for Syrma SGS to establish India's largest ...

The Andhra Pradesh government has approved a Rs 856 crore incentive package for India's largest printed circuit board plant ...

These days, it is hard to imagine electronics without printed circuit boards. They are literally in everything. While making PCBs at home used to be a chore, these days, you design on a computer ...

The good news is that Eric Schlaepfer knows exactly what he’s doing and boiled down the process of reverse engineering printed circuit boards into this excellent workshop.

The electronics supply chain, he says, starts with the raw materials needed to make and assemble a printed circuit board and the many components mounted on that board.