Material: copper substrate
Layers: 2 layers pcb
Board thickness: 4.0mm
Surface finished: Immersion gold
Minimum line width/spacing: 8mil/8mil
What is Charging Station Copper Substrate PCB ?
2 Layer Charging Pile Copper Substrate PCB is a kind of circuit board for charging pile, which adopts copper substrate as the base material and has better thermal conductivity and electrical performance. This circuit board is mainly used for the power module and control system in the charging pile, providing stable power output and signal transmission function for the charging pile.
The characteristics of 2-layer copper substrate PCB for charging pile mainly include the following aspects:
Good thermal conductivity: the copper substrate has good thermal conductivity, which can effectively dissipate the heat generated in the charging pile to ensure the normal operation of the charging pile.
Excellent electrical performance: copper substrate has low resistivity and excellent conductivity, which can provide stable power output and signal transmission function.
Lightweight and Thin: The 2-layer charging pile copper substrate PCB adopts a thin design, featuring lightweight, small volume and light weight, which is convenient for installation and use.
Environmentally sustainable: The copper substrate adopts environmentally friendly materials and sustainable production process, which has less impact on the environment and meets the environmental requirements of modern electronic product manufacturing.
Efficient production process: Adopting advanced manufacturing technology, the 2-layer charging pile copper substrate PCB can be manufactured quickly and accurately, improving production efficiency.
Low cost: Compared with traditional PCB manufacturing technology, copper substrate PCB can save materials and reduce manufacturing process, thus reducing cost.
Wide range of applications: 2-layer copper substrate PCB for charging pile can be used in various fields that require excellent thermal conductivity and electrical performance, such as charging pile, power electronics, communications and other fields.
As a kind of circuit board for charging pile, 2-layer copper substrate PCB for charging pile is characterized by excellent thermal conductivity and electrical performance, lightweight, thinness, environmental sustainability, efficient production process, low cost and wide application fields, which provides reliable guarantee for the normal operation of charging pile.
The application of copper substrate PCB mainly includes the following aspects:
High-frequency circuits: Copper substrate has better thermal conductivity and electrical properties, which is suitable for heat dissipation and signal transmission of high-frequency circuits. For example, in the field of communication, wireless communication equipment such as cell phones, Bluetooth headsets, wearable devices, etc. need to use copper substrates to meet the requirements of high-frequency signal transmission and heat dissipation.
High temperature and high humidity environment: Copper substrate has better high temperature and humidity resistance, and can work stably in high temperature and high humidity environment, so it is suitable for some special fields, such as automotive electronics, aerospace and so on.
Power electronics field: copper substrate has excellent thermal conductivity and electrical properties, suitable for power modules and control systems in the field of power electronics, providing stable power output and signal transmission function for the equipment.
LED lighting field: LED lights are characterized by small size, high heat generation and good heat dissipation, etc. Copper PCB can meet these requirements and provide stable power output and signal transmission.
Other fields: In addition to the above fields, copper substrate PCB can also be used in smart home, medical and other fields, with a wide range of application prospects.
As an advanced circuit board technology with excellent thermal conductivity and electrical performance, high temperature and humidity resistance, copper substrate PCB is widely used in communication, automotive electronics, power electronics, LED lighting and other fields.