USB-C PD3.0 Trigger Board hiBCTR 10pcs Adjustable 20V/5A Module Black

Description

Product Overview

The hiBCTR USB-C PD3.0 Trigger Board is engineered to bring the latest USB-C power delivery standards to a wide range of electronic applications. Housed in a robust black enclosure, each board measures just 21.5 x 11.5 x 4.2 mm and weighs only 4 grams, making it an unobtrusive yet powerful addition to any circuit. The board supports a comprehensive set of protocols including PD2.0, PD3.0, Quick Charge (QC), Fast Charging Protocol (FCP) and Adaptive Fast Charging (AFC), ensuring compatibility with virtually any USB-C power source.

Designed for both hobbyists and professional engineers, the board can deliver up to 20 V at 5 A, providing a full 100 W of power. This high output capability enables you to power demanding devices such as single-board computers, high‑performance LEDs, and portable battery packs directly from a USB‑C source. The adjustable voltage feature allows you to select the exact output required for your project, reducing the need for additional regulation components and simplifying the overall design.

Each package contains ten fully tested boards, each with a female USB‑C input connector and a compact housing that can be easily mounted on a prototype board or integrated into a custom enclosure. The boards are manufactured with strict quality control processes, ensuring consistent performance across the entire batch. The low standby power consumption further enhances efficiency, making the boards suitable for battery‑operated or energy‑sensitive applications.

Usage

In practical terms, the hiBCTR trigger board is ideal for retrofitting older hardware that originally relied on barrel‑jack or older USB‑A power inputs. By replacing the legacy power entry module with this USB‑C compatible board, you can extend the lifespan of existing devices while taking advantage of modern, higher‑capacity chargers. Typical use cases include upgrading development kits, enhancing portable power banks, and creating custom charging stations for IoT devices.

The board’s small footprint allows it to be incorporated into tight spaces such as wearable electronics, drone power systems, and compact robotics platforms. Its ability to negotiate multiple voltage levels means it can adapt to a variety of power supplies, from standard 5 V phone chargers to high‑power laptop adapters, without requiring manual reconfiguration. This flexibility reduces inventory complexity for manufacturers and simplifies field service for end‑users.

For engineers working on prototype builds, the board provides a reliable reference design that can be quickly integrated into a breadboard or perfboard layout. The included documentation outlines recommended wiring practices, voltage setting procedures, and safety guidelines, ensuring a smooth development experience from concept to production.

Why Choose Us

hiBCTR is committed to delivering high‑quality electronic components that meet the rigorous demands of modern engineering projects. Our trigger boards are manufactured using industry‑standard SMT processes, and each unit undergoes functional testing to verify voltage accuracy, current handling, and protocol compliance. This dedication to quality translates into reliable performance, reduced failure rates, and confidence in long‑term deployments.

Beyond the hardware itself, we provide comprehensive technical support to assist customers throughout the product lifecycle. Whether you need help with initial integration, troubleshooting unexpected behavior, or optimizing power efficiency, our engineering team is available to offer guidance and detailed explanations. We also maintain an up‑to‑date knowledge base that includes application notes, reference schematics, and firmware updates when applicable.

Key Features

• Universal USB‑C compatibility with PD2.0, PD3.0, QC, FCP and AFC support for versatile power sources.
• High‑power output of 20 V 5 A (100 W) enables charging of demanding devices and fast charging of batteries.
• Compact 21.5 × 11.5 × 4.2 mm form factor fits tight spaces and simplifies board layout.
• Adjustable voltage output provides precise control for custom applications, reducing the need for extra regulation components.
• Dedicated after‑sales support and detailed documentation ensure smooth integration and long‑term reliability.

FAQ

What USB‑C power adapters are compatible with this board?

The board is designed to work with any USB‑C charger that follows the USB Power Delivery specification, including PD2.0 and PD3.0 compliant adapters. It also supports Quick Charge, Fast Charging Protocol and Adaptive Fast Charging, so most modern phone, laptop and power bank chargers will negotiate the appropriate voltage automatically.

Can I use the board to step down voltage for lower‑voltage devices?

Yes. The board’s adjustable voltage feature allows you to set the output to lower levels such as 5 V, 9 V, or 12 V, making it suitable for powering a wide range of low‑voltage electronics. The internal regulation circuitry ensures stable output even when the input voltage varies within the supported range.

How does the board handle over‑current or over‑voltage protection?

Each board incorporates built‑in protection mechanisms that monitor current and voltage levels. If the load attempts to draw more than the rated 5 A or if an unsafe voltage is detected, the board will automatically shut down the output to prevent damage to both the board and the connected device.

Is the board suitable for battery‑powered applications?

Because of its low standby power consumption and efficient power conversion, the board is well‑suited for battery‑operated devices. It can be powered directly from a high‑capacity USB‑C battery pack, providing consistent voltage while preserving battery life through intelligent power management.

What is included in the package?

The package contains ten fully assembled trigger boards, each with a female USB‑C input connector, a compact housing, and a set of mounting holes for easy integration. Detailed datasheets, wiring diagrams, and a quick‑start guide are also provided to help you get up and running quickly.