Multi - Pack Dial Code Adjustable Type - C Power Module (5pcs)

🛠️ Product Overview: The Type-C PD QC Trigger is a versatile power module designed for efficient fast charging applications. Available in 1, 5, or 10-piece sets, this module features a dial code adjustment system to seamlessly control the output voltage, supporting a wide range of devices with precise power requirements. Whether it's for personal use, educational purposes, or electronics development, this module ensures reliable performance and adaptability.

🧩 Product Functions: This advanced module is engineered to support various charging protocols, including PD3.0, PD2.0, and BC1.2, allowing it to deliver a robust power output of up to 100W. Equipped with built-in protection mechanisms for over-temperature and over-voltage, it ensures a safe charging experience while maximizing efficiency.

💍 Adjustable Voltage Features: The output voltage is finely tunable, providing users with the ability to adjust settings via easy-to-use DIP switches. The maximum output voltage achievable is 20V, catering to a multitude of devices that require specific voltage levels for optimum performance.

⚡ Comprehensive Protocol Support: This module is designed to accommodate various fast-charging protocols beyond just PD, including BC1.2. This versatility makes it an essential tool for any tech enthusiast or professional looking to power a diverse array of devices.

⚡ USB Type-C PD Functionality: Embracing the latest technology, this module features USB Type-C PD capabilities that include reversible insertion detection, allowing users to connect devices without worrying about orientation. It also supports automatic switching, ensuring compatibility across different devices.

Input Voltage Compatibility: The module allows for a wide range of input voltages, from 4V to 22V. This flexibility enhances its usability across various applications, making it compatible with numerous power sources.

🔌 Instructions for Use: The configuration for voltage adjustment is straightforward. Each DIP switch corresponds to a specific function, outlined as follows:
CFG1 = DIP switch 1
CFG2 = DIP switch 2
CFG3 = DIP switch 3
For each switch, toggling down represents '0' and toggling up indicates '1' (the ON position). By adjusting these switches, users can request specific output voltages based on the capabilities of the charger protocol being utilized.