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Aluminum-based PCBs can effectively dissipate heat to the outside, reducing overheating of electronic components.
Particularly suitable for applications with increased heat generation such as LED lighting and power modules.
The metal base of aluminum-based PCBs can effectively generate electromagnetic interference and improve the stability of the circuit.
Compared with traditional metal substrates, aluminum-based PCBs are the strongest, which helps to reduce the weight of the device.
Can withstand greater current loads and are suitable for high-power electronic products.
The aluminum support plate has good mechanical strength and toughness, suitable for use in marathon environments.
Due to good thermal management and stable performance, aluminum-based PCBs usually have a durable service life.
Aluminum-based PCBs have a low manufacturing cost and can effectively reduce the cost of notebook systems.
Can support more complex circuit designs and are suitable for applications with limited space.
Can ensure low signal loss and is suitable for high-frequency signal transmission applications.

Aluminum-based PCBs can effectively dissipate heat to the outside, reducing overheating of electronic components.
Particularly suitable for applications with increased heat generation such as LED lighting and power modules.
The metal base of aluminum-based PCBs can effectively generate electromagnetic interference and improve the stability of the circuit.
Compared with traditional metal substrates, aluminum-based PCBs are the strongest, which helps to reduce the weight of the device.
Can withstand greater current loads and are suitable for high-power electronic products.
The aluminum support plate has good mechanical strength and toughness, suitable for use in marathon environments.
Due to good thermal management and stable performance, aluminum-based PCBs usually have a durable service life.
Aluminum-based PCBs have a low manufacturing cost and can effectively reduce the cost of notebook systems.
Can support more complex circuit designs and are suitable for applications with limited space.
Can ensure low signal loss and is suitable for high-frequency signal transmission applications.