6-layer immersion gold FR4 vehicle GPS-PCB board is a printed circuit board (PCB) specifically designed for vehicle GPS systems. It is built on the FR-4 substrate, a common material used in PCB manufacturing. The immersion gold surface treatment is applied to the pads of the board, providing a protective layer and enhancing the conductivity of the board. What's more, the 6-layer design allows for more complex circuitry and better signal integrity.
Number of layers | 6 |
Substrate | FR4 |
Thickness | 1.0mm |
Surface Treatment | Immersion Gold |
Special Process | / |
Minimum aperture | 0.25mm |
Inner layer line width and line spacing | 4/3.5mil |
Outer layer line width and line spacing | 4/3.5mil |
Applications | specifically designed for use in vehicle GPS systems |
1. Multiple layer count: The board consists of 6 layers, allowing for more complex circuitry and improved signal integrity.
2. FR-4 substrate: The board is built on FR-4 substrate, a widely used material in PCB manufacturing due to its excellent electrical insulation properties and mechanical strength.
3. Immersion gold surface treatment: The pads of the board are coated with immersion gold, which provides a protective layer and enhances the conductivity of the board.
4. Designed for vehicle GPS systems: The board is specifically designed for use in vehicle GPS systems, ensuring reliable and accurate performance in GPS applications.
5. Improved signal integrity: The 6-layer design of the PCB allows for better signal routing and reduced interference, resulting in improved signal integrity for the GPS.
It has various applications in the field of vehicle GPS systems. Here are some typical applications for your reference:
1. Vehicle navigation systems: The board can be used in the development of vehicle navigation systems, providing accurate positioning and navigation capabilities.
2. Fleet management systems: They can be utilized in fleet management systems, enabling real-time tracking and monitoring of vehicles for efficient fleet management.
3. Telematics: The board can be integrated into telematics systems, allowing for the collection and transmission of vehicle data, such as location, speed, and diagnostics.
4. Vehicle tracking devices: They can be used in the development of vehicle tracking devices, enabling the tracking and recovery of stolen vehicles.
5. Automotive safety systems: The board can be employed in developing automotive safety systems, such as collision detection and warning systems, enhancing overall vehicle safety.
6. Intelligent transportation systems: They can be utilized in intelligent transportation systems, facilitating traffic management, congestion control, and efficient routing.
7. Vehicle communication systems: The board can be integrated into vehicle communication systems, enabling communication between vehicles and infrastructure for improved connectivity and safety.