Copper Base PCB for High Power LED Lighting and Thermal Management Applications

Key Attributes
Brand Name: Jiaqing Circuit
Place of Origin: China
Certification: ISO9001
Price: negotiate
Delivery Time: 15-30 Days
Payment Terms: L/C,D/A,D/P,T/T

Product Summary

This Copper Base PCB (Metal Core PCB) features a copper base layer that provides exceptional thermal conductivity and heat dissipation for high-power electronic assemblies. Designed specifically for applications where thermal management is critical—LED lighting, power electronics, and automotive ...

Product Custom Attributes

Layer Count:
1 – 10 Layers
Surface Finish Options:
HASL, ENIG, OSP, Immersion Tin, Immersion Silver
Operating Temperature:
-20°C To +130°C
Thermal Conductivity:
Enhanced Via Copper Mass
Product Description

This Copper Base PCB (Metal Core PCB) features a copper base layer that provides exceptional thermal conductivity and heat dissipation for high-power electronic assemblies. Designed specifically for applications where thermal management is critical—LED lighting, power electronics, and automotive systems—the copper base efficiently transfers heat away from components, significantly extending component lifespan. With dielectric layers available in thermally conductive materials, this board combines electrical isolation with superior heat spreading. Available in single-sided and double-sided configurations, copper base PCBs are the premium solution for high-power thermal management applications.

Applications & Advantages by Category
  • High-Power LED Lighting – Superior thermal management significantly extends LED lifespan and maintains consistent light output, preventing lumen depreciation.
  • Automotive Lighting Systems – Efficient heat dissipation for headlamps, daytime running lights, and interior lighting applications.
  • Power Electronics – Effective cooling for power semiconductors and switching devices in compact form factors.
  • Industrial Motor Drives – High thermal conductivity ensures reliable operation under continuous high-current conditions.
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