15W Wireless Charger Module Transmitter PCBA Circuit Board with for Qi Coil for Magsafe Fast Wireless Charger Module Accessories

Product features:
1. Multi power output: supports 5W, 10W, 15W wireless charging, suitable for various device needs
2. Efficient wireless transmission: The conversion efficiency of wireless charging is ≥ 75%, ensuring a fast and stable charging experience
3. Intelligent protection function: equipped with overcurrent, undervoltage, and foreign object protection, ensuring safe and reliable use
4. Short distance high precision: Charging distance of 2-4mm, coil offset within ± 2mm can still work normally
5. Wide temperature working range: Supports ambient temperatures ranging from -30 ℃ to 80 ℃, suitable for various usage scenarios

Product parameters:
Product Name: Wireless Charging Module Transmitter
Input: DC 5V/9V
Output: Wireless charging 5W&10W&15W
Maximum output power: 15W
Wireless charging operating frequency: 110-205KHZ
Maximum output current: ≤ 1.66A (15W load)
Standby current: ≤ 80mA (average)
Rechargeable distance: 2-4mm (distance between the transmitting coil and the receiving coil with the axis aligned)
Wireless charging conversion efficiency: ≥ 75% (9V input)
Maximum horizontal movement range: 10mm from the center of the coil
Working temperature range:- 30℃~80℃

Protection function:
Overcurrent protection: Stop working when the current exceeds 2.5A
Undervoltage protection: Stop working when the input voltage is below 4.2V
Foreign object protection: Stop working if metal foreign objects are found at the charging position
Attention: Use an adapter that supports QC2.0
Description: The product belongs to the electromagnetic induction planar wireless charger, which achieves short-range wireless energy transmission through electromagnetic induction. It is suitable for wireless charging of mobile phones with wireless charging functions such as Samsung, Huawei, Xiaomi, iPhone, etc., eliminating the hassle of wired charging.
Attention: If the receiving coil is placed with a deviation of ± 2MM from the center point of the transmitting coil and exceeds the distance, it will automatically turn off. When the load is lifted and placed again (with an interval of 5 seconds), the device will reconnect and enter charging mode; The higher the partition, the smaller the deviation distance, and the larger the deviation distance, the lower the charging efficiency.

Shipping List:
Module x1