- Company : Shenzhen Bente Circuit Limited
- Region : Guangdong , China
- Category : Apparel & Clothing > Wedding Apparel
- Specification : Vacuum-Packed
- Contact Person : Darren Peng|||sales
- Telephone :
- Fax :
- Mobile phone :
- Website : www.bentegroup.com
- Email : [email protected]
- Update : Nov/05/2017
Product Details
Product Description: Prototype printed circuit board, Quick turn circuit boards, multilayer PCB design, prototype PCB board, quick turn flex PCB, metal core PCB prototype. Electrical circuit board, parts of a circuit board, PCB sources. Metal PCB, 1 Layer PCB, Bare board. Base Material is Copper base. Metal PCB: Metal PCB, Metal Core PCB, thermal PCB - whichever name you prefer, they are all boards which use a base metal material as the heat spreader portion of the circuit board. Base metals in the BentePCB are used as an alternative to FR4 or CEM3 boards for the ability to dissipate heat away from critical board components and to less crucial areas such as the metal heatsink backing or metallic core. Metal Core PCB Materials and Thickness The metal core of the thermal PCB can be aluminum (aluminum core PCB), copper (copper core PCB or heavy copper PCB) or a mixture of special alloys. The most common is an aluminum core PCB. The thickness of metal cores in PCB base plates is typically 30 mil - 125 mil, but thicker and thinner plates are possible. Advantages of BentePCB BentePCB can be advantageous to use for their ability to integrate a dielectric polymer layer with a high thermal conductivity for a lower thermal resistance. Metal core PCBs transfer heat 8 to 9 times faster than FR4 PCBs. BentePCB laminates dissipate heat, keeping heat generating components cooler which results in increased performance and life. Metal Core PCB uses - LED Applications and More Applications that generate a large amount of heat often cannot be adequately cooled using just traditional fans. Conductive cooling through metal core PCBs are an ideal production option. BentePCBs are most widely found in LED technologies, as they reduce the number of LEDs required to produce a specific illumination. Light emitting diodes release a great amount of heat in applications such as: Back light unit ap
