USB-C Power Delivery Trigger Boost Module PD QC Decoy Board USB Type-c to XT60 Female Fast Charger

Male Type-C Input to XT60 Female Socket Output Decoy Module for RC Drone FPV Model Battery Charging Trigger Board PCB Module

Specification:
- Item name: decoy module
- Connector: Type-C to XT60 female plug
- Output voltage: 20V ( Default ), up to 28V
- Used for RC model airplane accessories e.g

Product Introduction:
Type-C (input) to XT60 (output) module, supports PD3.1, PD3.0, PD2.0, QC, FCP, AFC voltage inducing output, automatic protocol mode switching, supports high current, high power ( 28V 5A 140 Watts ) fast charging.

Supports multiple fast charging protocols:

- Integrated PD3.1 fast charging protocol

- Integrated PD2.0 / 3.0 fast charging protocol

- Integrate Samsung AFC fast charging protocol

- Integrate Huawei fast charging protocol

- Integrated QC2.0 / QC3.0 fast Charging Protocol

- Automatic detection of CC pins, supporting Type-C forward and reverse insertion

Dynamically switch voltage levels:

- Support PD3.0 protocol: Maximum

- Support PD3.1: 5V/9V/12V/15V/20V/28V

- Support PD protocol: 5V/9V/12V/15V/20V

- Support QC protocol: 5V/9V/12V/20V

- Support Samsung AFC protocol: 5V/9V

- Support FCP protocol: 5V/9V/12V

Instructions:

1. The default setting for the inducing output voltage of this product is 20V, and customers can switch the range of inducing output voltage by short circuiting contacts 1, 2, and 3 according to their needs.

2. According to the output capability of the power supply voltage, the voltage gear can be automatically lowered (for example, induce the output voltage setting 20V can successfully induce the power supply with the highest output of 12V to output 12V), depending on other protocol power supplies.

Attention:

After connecting the input end to the power supply, first use a multimeter (or other voltage measuring instrument) to confirm whether the actual output voltage matches the voltage of the applied electrical equipment, ensuring accuracy!!! Ensure that there are no errors before connecting the electrical equipment to avoid damage caused by misoperation.