2-Pack ZY12PDN USB-C PD 2.0/3.0 to DC Fast Charging Power Module with Screw Terminal - Quick Charge Adapter Board for DIY Electronics, Raspberry Pi, and Portable Devices

Product Description

Product parameters:Voltage: 3~20VCurrent: 0~5AModule size: 30mm (length) * 15mm (width)Note:1. Only supports PD decoy triggering, does not support QC or other fast charging, does not support large USB port to C port line, be careful not to buy the wrong one!2. This product is only for professional users. After PD is triggered, it is forbidden to access equipment that cannot withstand pressure.Package included:2 * ZY12PDN moduleInstructions for use:After power-on, ZY12PDS will enter PD mode by default, and the colorful lights show steady red, indicating that the default 5V has been applied.If the adapter supports more voltages, you can click the touch switch to switch the output voltage. The colorful lights are on and the steady [Red, Yellow, Green, Blue, Blue, Purple, White] shows the corresponding 1-7 voltage and current group output by the actual application adapter.If the adapter does not support the PD mode, the connection timeout is abnormal or the application fails to respond, the colorful lights flash red.Mode setting:When power on, the colorful lights will flash once and the color indicates the current working mode. Press and hold the button and then power on. After the colorful lights flash quickly, let go to enter the setting, short press to switch the color of the colorful lights, long press to save the light off.Colorful light color corresponding function:Red: button to switch voltage,Yellow: apply for 8-10V,Green: apply for 11-13V,Green: apply for 14-16V,Blue: apply for 18-20V,Purple: apply for the highest voltage,White: Polling for all supported voltages.Apply for the highest voltage logic: If you broadcast 5, 9, 20, 20, 15V, then apply for 20V. Apply for the highest voltage value in the broadcast. If there are multiple same highest values, apply for the last one. Apply for fixed voltage logic: Suppose you set 14-16V, broadcast 5, 14, 16, 15, 12V, then apply for 15V, apply for the last voltage in the range in the broadcast.