A compact Power Delivery (PD) trigger module that enables a constant 15 V output from power supplies and power banks equipped with a USB-C connector. The module features a built-in identification chip that negotiates the appropriate voltage with the power supply, ensuring stable and reliable operation. The module decodes only the 15 V voltage and does not alter it, ensuring the safety of connected devices.

Key Technical Features

• Output voltage: 15 V (constant)
• Maximum output current: 5 A
• Maximum supported power: 75 W (requires a suitable power supply and cable)
• Input connector: USB Type-C
• Supported protocol: Power Delivery (PD) only
• Not supported: QC2.0 / QC3.0 / QC4.0
• Dimensions: 10.5 x 19 x 5 mm
• Weight: 1 g

Benefits of using the module

• Power stability—the built-in negotiation circuit ensures a constant voltage of 15 V without fluctuations.
• High efficiency—the ability to deliver up to 5 A of current allows for powering demanding devices with a power consumption of up to 100 W.
• Equipment safety—the module does not increase or decrease the voltage beyond the PD standard, which protects circuits from damage.
• Miniature dimensions—weighing just 1 g and measuring 10.5 x 17.5 mm, it integrates easily into small enclosures.
• Connector versatility—the use of the popular USB-C standard simplifies the selection of a suitable power supply.

Example Applications

• Powering laptops and portable devices requiring 15 V.
• Building custom workshop power supplies based on USB-C PD chargers.
• Powering audio amplifiers and radio equipment.
• Powering DC motors and LED strips rated for 15 V.
• DIY projects requiring a stable, high-power power source.
• Powering electronic circuits (for ESP8266, ESP32, Arduino, and Raspberry Pi) when used with an appropriate step-down converter.

ℹ Note

• The specified parameters represent the module’s maximum capabilities—the actual voltage, current, and power depend on the profiles actually offered by the connected charger or power bank.
• Before connecting, check the available voltages on your power supply in the “Output” section on the casing.
• The device is not a voltage converter, but a trigger that forces the power supply to output a specific voltage.