USB 2.0 Female Charging Port Connector with Cable & Socket

$9.94 $11.70

USB 2.0 Female Power Jack Connector with Cable

Upgrade your electronics projects with this versatile USB 2.0 Female Charging Port Connector. Featuring a tinned tail for effortless soldering and a durable internal copper cable, this connector is designed for reliable charging performance in a wide range of DIY and repair applications.

Key Features

Solder-Ready Tinned Tail: Pre-tinned leads make soldering quick and clean — ideal for custom electronics builds and repairs.
Internal Copper Cable: High-conductivity copper core ensures consistent power delivery, flexibility, and long-lasting durability.
Robust PVC + Alloy + Copper Construction: Explosion-proof design that resists cracking and bending fatigue for an extended service life.
Wide Compatibility: Compatible with USB 2.0 devices — great for charging ports, DIY electronics, circuit boards, and hobbyist projects.
Easy to Use: Compact design fits neatly into most builds; no special tools required beyond a standard soldering iron.

Specifications

Connector Type: USB 2.0 Female
Material: PVC + Alloy + Copper
Package Includes: 1 × USB 2.0 Female Charging Port Connector with Cable
Made in: Mainland China

Note: Due to variations in monitor settings and lighting, the actual color of the item may differ slightly from images shown. Please allow 1–2 cm measuring deviation due to manual measurement.

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Frequently Asked Questions

Q: What is this USB 2.0 female connector with cable used for?

A: This USB 2.0 female charging port connector is ideal for DIY electronics projects, device repairs, circuit board builds, and any application where you need to add or replace a USB 2.0 female socket. The tinned tail makes it easy to solder directly onto a PCB or wire harness.

Q: Is the cable flexible enough for tight spaces?

A: Yes! The internal copper cable is engineered for flexibility and can be bent without risk of cracking, making it well-suited for compact enclosures and tight routing scenarios.

Q: What materials are used in this connector?

A: The connector is constructed from a combination of PVC, alloy, and copper. This combination provides a balance of flexibility, conductivity, and mechanical durability for long-term use.