Power distribution systems are critical to the performance and reliability of electronic devices, machinery, and networks. As industry demands more energy-efficient systems, the materials used in power distribution components must evolve. Heavy copper PCB is a crucial innovation in this regard, with thicker copper layers that can handle high currents while preventing heat buildup—two critical […]
Many factors must be carefully considered when designing high-power LED drivers, including thermal management, current handling, and overall durability. A key component that plays a critical role in the effectiveness and reliability of these drivers is the heavy copper PCB. Heavy copper PCBs are characterized by thick copper layers, typically ranging from 3 ounces per […]
The electrical performance of heavy copper PCB can be affected by various factors, including the structure of the copper particles used in manufacturing. Copper particle structure refers to the arrangement and shape of copper particles within the PCB substrate. In this guide, we look closer at the importance of copper particle structure and its impact […]
In radio frequency (RF) amplifiers, high power output is achieved with optimal efficiency and reliability, and a heavy copper PCB is a specially designed circuit board capable of handling high currents and dissipating heat efficiently. These rugged PCBs feature heavy copper layers that provide superior performance and durability, making them ideal for high-power RF amplifier […]