LED PCB - LED is a high heat generating component. The power consumption of each high-power LED ranges from 1 watt to 20 watts, generating a large amount of heat that needs to be dissipated, otherwise the overall lifespan and performance of the LED will decrease.
High power PCB - High power PCBs use aluminum oxide to process high-power AC and DC power supplies. High power applications require excellent heat dissipation, high dielectric insulation, and high operating temperatures. Aluminum oxide PCB is very common in inverters and AC main power switch boards.
Automotive PCB - Automotive PCB uses ceramic PCB because it is sturdy and reliable at high temperatures. The engine control unit and engine inspection sensor modules need to withstand high vibrations, high temperatures, and mechanical impacts while maintaining the highest reliability standards,
RF/Microwave Applications - Ceramic PCBs are widely used in microwave and radio wave applications due to their extremely low dissipation factor and excellent signal integrity characteristics. Some industrial wireless network devices also use ceramic PCBs.
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