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The 10W PCBA 2Coils Qi Wireless Charging Coil is a state - of - the - art wireless charging solution. It is designed to support a maximum charging power of 10W, which is sufficient to rapidly charge various modern electronic devices such as smartphones, tablets, and smartwatches. Integrated on a Printed Circuit Board Assembly (PCBA), it combines the functionality of two coils, which is key to its high - performance operation. These two coils work in harmony to create a more stable and efficient magnetic field. Based on the principle of electromagnetic induction, when an alternating current passes through the transmitting coils, a magnetic field is generated. This magnetic field then induces an electric current in the receiving coils of the compatible device. What sets this charging coil apart is its compliance with the Qi wireless charging standard. This ensures broad compatibility with a vast number of Qi - enabled devices, allowing users to enjoy a seamless and cable - free charging experience. Additionally, the Qi protocol enables functions like power negotiation and foreign object detection, enhancing both charging efficiency and safety. In summary, the 10W PCBA 2Coils Qi Wireless Charging Coil is a reliable and efficient choice for modern wireless charging needs.
1. High power efficiency: Supporting up to 10W charging power, it can quickly charge various electronic devices, such as smartphones, tablets and smartwatches, significantly shortening the charging time, meeting the user's demand for efficient charging, and enhancing the convenience of device use.
2. Dual Coil Synergy: The two coils integrated on the PCBA work
together to generate a more stable and efficient magnetic field,
making the charging process more stable and reliable. The dual-coil
structure also better adapts to different charging distances and
angles, allowing users to place their devices more flexibly during
charging without the need to precisely align the charging area.
3. Wide compatibility: Strictly following the Qi wireless charging
standard, it is perfectly compatible with most of the devices on
the market that support Qi wireless charging, which ensures that
users can enjoy seamless wireless charging experience no matter
what brands and models of Qi devices they are using.
4. Intelligent and safe: With the help of Qi protocol, it is
equipped with power negotiation and foreign object detection
function. Before charging, the transmitter and receiver negotiate
power to determine the optimal charging power, avoiding inefficient
charging or device damage due to power mismatch. The foreign object
detection function monitors the charging area in real time, and
once metal or other foreign objects are detected, the power will be
reduced or the charging will be stopped immediately, which
effectively prevents the heat generated by foreign objects from
causing potential safety hazards.
5. Compact Integration: PCBA integration design, compact size, very
suitable for applications with limited space, such as thin and
light electronic products. At the same time, this integration
simplifies the structure of the entire charging system, reduces
complex external wiring, reduces the risk of line failure, and
improves the stability and reliability of the system.
Advantage | Explanation |
High - power Charging | With a maximum power of 10W, it can quickly charge various devices, saving users' charging time. |
Dual - coil Design | The two - coil structure creates a more stable magnetic field, enabling better adaptability to different charging distances and angles, and providing users with more flexible charging positions. |
Qi - standard Compatibility | Compliant with the Qi standard, it can be widely used with a large number of Qi - enabled devices, ensuring seamless charging experiences for users. |
Smart Safety Features | Equipped with power negotiation and foreign object detection functions through the Qi protocol, it improves charging efficiency and safety. |
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. |