EmbeddedRelated.com
The 2026 Embedded Online Conference
USB4125-GF-A

USB4125-GF-A

GCT
USB Connectors USB C Rec, GF, RA, 6p, SMT, TH stakes, H = 3.16mm, T+R
1,206 in stock

Overview

The USB4125-GF-A is a 6-pin USB Type-C receptacle designed specifically for power-only applications, supporting up to 3A at 48V. It features a right-angle, surface-mount design with through-hole shell stakes for enhanced mechanical stability on the PCB. By removing the high-speed data pins, this connector provides a simplified and cost-effective charging interface for modern electronics.

Why Choose This Part

This connector offers high durability rated for 20,000 mating cycles, significantly exceeding the standard USB-C requirements. Its 6-pin configuration simplifies PCB routing by eliminating high-density differential pairs, while the through-hole stakes provide superior solder retention against side-loading forces.

Applications

Battery Powered Devices
Ideal for handheld tools and portable electronics that require a modern USB-C charging port without the complexity of data lines.
Legacy Port Replacement
A direct upgrade path for replacing Micro-USB or DC barrel jacks in products that only require power delivery.
IoT Gateways
Provides a robust power input for smart home hubs and industrial sensors that use a dedicated USB power adapter.
LED Lighting Products
Suitable for desk lamps and decorative lighting where a 3A power input is needed in a compact form factor.

Key Specifications

Gender Receptacle
Features Power Only, No Data; Solder Retention Tab
Shielding Shielded
Termination Solder
Mating Cycles 20000
Mounting Type Surface Mount, Right Angle; Through Hole
Connector Type USB-C (USB TYPE-C)
Number of Ports 1
Voltage - Rated 48VDC
Mounting Feature Horizontal
Number of Contacts 24 (6+18 Dummy) - Power Only 6 Pin
Current Rating (Amps) 3A
Operating Temperature -30degC ~ 85degC

Also Consider

USB4105-GF-A GCT - A similar 6-pin power-only USB-C receptacle with a lower profile 3.26mm height and different PCB footprint options.
The 2026 Embedded Online Conference