Product: 20× USB 3.1 Type-C PCB Test Sockets Key benefits Reliable board connection: PCB-mounted Type-C sockets provide a firm mechanical and electrical attachment, reducing connector movement during testing, soldering, and repeated use. Faster assembly and repair: Built-in PCB positioning holes and standard 2.54 mm pin pitch make alignment, soldering and wiring straightforward for prototyping, small-scale production, and field repairs. Long-term durability: Aluminum-alloy shell and robust construction resist wear from frequent plugging and unplugging, extending connector life in test fixtures and consumer devices. Simple integration: Standard pin layout and compact form factor allow quick integration into custom PCBs and test boards without complex mechanical supports. Technical specifications Quantity: 20 pieces per pack Type: USB 3.1 Type-C socket (PCB-mounted test socket) Pin count: 4 pins Pin pitch: 2.54 mm Opening size: 1.0 mm PCB material: FR-4 fiberboard Housing: high-quality aluminium alloy shell How this solves common problems Prevents loose connections during testing: The firm PCB mounting keeps the connector stable under mechanical stress from frequent plugging. Speeds up wiring and rework: Standard pitch and positioning holes save time aligning and soldering connectors on custom boards. Reduces replacement frequency: Wear-resistant metal housing withstands repeated use better than cheaper plastic alternatives. Typical applications Prototype and development boards: Use as a durable, easy-to-solder USB-C interface for proof-of-concept electronics and lab test rigs. Repair and refurbishment: Replace damaged Type-C sockets on PCBs or use as a drop-in connector for repair stations and diagnostic fixtures. Small-scale production and test jigs: Install in test fixtures or production samples where a reliable, repeatable connector is required for functional testing. What you receive 20 PCB-mounted USB 3.1 Type-C test sockets (as specified above), ready for soldering and integration. Notes for designers and technicians Use standard 2.54 mm header layout on the PCB to match the socket pins. Take advantage of the PCB positioning holes for precise alignment during soldering. Confirm mechanical support in applications with high insertion force; the socket is designed for stability on FR-4 plates but additional reinforcement may be used if needed.