Multi-Winding PCBA Circuit Board 3Coils Wireless Charging Coil Qi 20W for Car
1.Product Description
A PCBA Circuit Board 3Coils Wireless Charging Coil is an advanced component in the wireless charging domain. PCBA (Printed Circuit Board Assembly) refers to the complete assembly that combines the printed circuit board with all the mounted components. This particular wireless charging coil features three coils integrated onto the PCBA circuit board. The triple - coil design endows it with enhanced capabilities compared to single - coil counterparts.
Firstly, the multiple coils can generate a more complex and uniform magnetic field. When an alternating current passes through these coils, they work in concert to create a magnetic field pattern that can better adapt to different charging distances and angles. This means that the device being charged doesn't need to be precisely aligned with the charging pad, providing users with greater convenience.
Secondly, the three - coil structure improves charging efficiency. Each coil can contribute to the energy - transfer process, allowing for a more efficient conversion of electrical energy into magnetic energy and then back to electrical energy in the receiving device. This results in faster charging times, which is highly desirable for modern, power - hungry electronic devices such as smartphones, tablets, and even some wearable devices.
Moreover, the integration on the PCBA circuit board ensures seamless compatibility with other components in the overall charging system. It simplifies the assembly process and reduces the need for additional external wiring, enhancing the overall reliability and compactness of the wireless charging setup. In summary, the PCBA Circuit Board 3Coils Wireless Charging Coil is a high - performance solution that meets the growing demands for efficient and user - friendly wireless charging in various electronic devices.
2.Features
PCBA Circuit Board 3Coils Wireless Charging Coil has the following features:
1. Efficient charging: three coils work together to produce a more complex and uniform magnetic field, effectively improving the charging efficiency, which can accelerate the charging speed of various types of electronic devices, to meet the user's demand for fast charging, such as allowing cell phone charging time to be significantly reduced.
2. Fault-tolerant: multiple coils can be adapted to different charging distances and angles, the device being charged does not need to be accurately aligned with the charging area, and the placement position is more flexible, reducing the stringent requirements for the charging position and enhancing the user experience.
3. High degree of integration: integrated on the PCBA circuit board, closely matched with other circuit components, reducing the need for external wiring, reducing the risk of line failure, and improving the stability and reliability of the entire wireless charging system.
4. Good compatibility: As part of the PCBA circuit board, it is easy to integrate with the charging system of various electronic devices, whether it is a cell phone, tablet or wearable device, it can be easily adapted to a wide range of applications.
5. Optimize the use of space: the integration of three coils on the circuit board can achieve a more powerful charging function in a limited space, which contributes to the miniaturization of the equipment and thin and light design, in line with the development trend of the pursuit of small and portable modern electronic devices.
| Advantage | Explanation |
| High - efficiency Charging | The three - coil configuration allows for more efficient conversion of electrical energy into magnetic energy and back, significantly shortening charging times for devices like smartphones and tablets. |
| High Tolerance to Misalignment | Multiple coils create a magnetic field that can adapt to various charging distances and angles, enabling users to place their devices more casually on the charging pad without sacrificing charging performance. |
| High Integration Level | Integrated on the PCBA circuit board, it reduces external wiring, simplifies the overall system structure, and improves the reliability of the wireless charging system by minimizing potential connection failures. |
| Wide Compatibility | As part of the PCBA circuit board, it can be easily integrated into different types of electronic devices' charging systems, making it suitable for a broad range of applications from mobile phones to wearables. |
| Space - saving Design | Combining three coils on the circuit board optimizes space utilization, which is beneficial for the miniaturization and sleek design of modern electronic devices. |
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