Features:
1. Multi-power output: support 5W, 10W, 15W wireless charging, adapting to the needs of a variety of devices
2. High-efficiency wireless transmission: wireless charging conversion efficiency of ≥ 75%, to ensure a fast and stable charging experience
3. Intelligent protection: with over-current, under-voltage, foreign object protection, to ensure the use of safe and reliable
4. Short-distance high-precision: charging distance of 2-4mm, the coil offset ± 2mm within the normal operation
5. Wide temperature operating range: support -30℃~80℃ ambient temperature, adapt to a variety of use scenarios

Parameter:
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 (Axis to Axis correct Transmitter and Receiver Coil's Wireless charging conversion efficiency: ≥75% (9V input)
Horizontal maximum moving range: 10mm from the center of the coil
Operating temperature range: -30℃~80℃
Protection function:
Over-current protection: stop working when the current exceeds 2.5A
Under-voltage protection: stop working when the input voltage is lower than 4.2V
Foreign object protection: stop working when you find metal foreign objects at the charging position
Note: Use the adapter that supports QC2.0 to charge the battery.

Description: The product belongs to the electromagnetic induction class plane wireless charger, through the electromagnetic induction way to realize the short distance wireless energy transmission, suitable for samsung, huawei, millet, iphone and other cell phones with wireless charging wireless charging, free of wired charging of the cumbersome.

Note: the receiving coil is placed off the center of the transmitting coil ± 2MM beyond the distance automatically shut down, the load is lifted and placed again (interval of 5 seconds) the device is reconnected to enter the charging state; the higher the spacer, the smaller the distance of the deviation, the larger the distance of the deviation, the lower the charging efficiency.

Package include:
Module x1