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Processing techniques for PCB pads and utilization of FPC materials

FPC, or flexible printed circuit, utilizes a flexible substrate like polyimide or polyester, allowing it to bend or fold for diverse applications, often protected by a cover layer. Connections to PCBs employ methods such as ENIG, tin-lead, SEG, OSP, and HASL, balancing technical advantages with environmental considerations.

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Effective thermal design of PCB circuits

Effective thermal design of PCB circuits involves managing heat from electronic components, the PCB itself, and external sources by improving heat dissipation through PCB material, adding radiators or heat sinks, optimizing wiring, reducing thermal resistance, arranging components strategically, considering airflow, placing temperature-sensitive devices in cooler areas, and evenly distributing power to prevent hot spots.

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Regarding a type of PCB designed for high-temperature resistance

High temperatures in printed circuit boards (PCBs) can lead to performance issues and structural damage, necessitating advanced thermal management techniques to ensure reliability and efficiency in high-power density applications.

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PCB conformal coating and selective wave soldering system

PCB conformal coating thickness is crucial for reliability, as too thin can fail to protect and too thick can cause defects, while selective wave soldering enhances efficiency and reliability in soldering by targeting specific joints with customizable parameters.

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