USB-PD TRIGGER MODULE WITH USB-C / SOLDER PADS (5V 9V 12V) JOY-IT

JOY-IT COM-ZYPDS-02 USB-PD Trigger Module – USB-C Power Delivery Fixed Voltage Request Module

The JOY-IT COM-ZYPDS-02 USB-PD Trigger Module is a compact and reliable solution for requesting fixed voltages from USB-C Power Delivery (PD) power supplies. It simplifies accessing defined output voltages (5 V, 9 V or 12 V) directly from USB-PD adapters without needing microcontroller control or software configuration — perfect for test setups, development, lab work and embedded projects.

Key Features

• USB-PD Voltage Request: Requests defined voltages (5 V default, adjustable to 9 V or 12 V) from PD power supplies.
• PD2.0 & PD3.0 Support: Compatible with USB Power Delivery 2.0 and 3.0 chargers and power adapters.
• Hardware-Based Configuration: Voltage selection is adjusted by removing one or two onboard resistors — no software required.
• High Current Output: Supports up to 5 A output current and up to 60 W power delivery.
• Small Size & Easy Integration: Compact PCB with USB-C input and solder pad outputs for clean installation in prototypes or custom devices.

Technical Specifications

Model
COM-ZYPDS-02

Supported Protocols
USB Power Delivery 2.0 & 3.0

Output Voltages
5 V (default), 9 V, 12 V (adjustable by resistor configuration)

Max Output Current
5 A

Max Output Power
60 W

Input Interface
USB-C

Output Interface
Solder pads

Dimensions
19 × 10 × 5 mm

Weight
~2 g

Use Cases & Applications

The COM-ZYPDS-02 Trigger Module is ideal for powering or testing devices that require a specific fixed voltage from a USB-C PD power source — such as development boards, single-board computers, sensors, communication modules and other embedded electronics. Its hardware-only design ensures stable voltage negotiation without external controllers.

Important Notes

This module does not convert voltage — it only requests a specific voltage from a PD-capable USB-C power supply. A compatible PD charger that supports the requested voltage level is required for proper operation.