USB Connector USB Type C 16 Pin SMT Receptacle for Charging & Embedded PCB Applications

The USB Connector USB Type C 16 Pin is a compact SMT-mounted USB Type-C receptacle engineered for modern electronic devices that require dependable charging performance, USB 2.0 communication, and robust PCB integration. Featuring a right-angle surface mount design, this connector helps engineers optimize board space while maintaining excellent mechanical strength and electrical reliability.

Unlike full-featured 24-pin Type-C connectors designed for USB4 and high-speed video applications, the 16 pin USB C connector offers a cost-effective solution for devices focused primarily on charging and standard USB data communication. It supports up to 5A current capacity, making it suitable for fast-charging products, smart devices, industrial controllers, and embedded electronics. :contentReference[oaicite:0]{index=0}

The connector utilizes precision stamped contacts and a durable metal shell structure to provide stable insertion performance throughout its service life. With an operating life rated at approximately 10,000 mating cycles, it is well suited for products requiring frequent cable insertion and removal. :contentReference[oaicite:1]{index=1}

This usb type c receptacle is widely adopted in power banks, IoT devices, smart home products, charging docks, industrial equipment, communication modules, and consumer electronics. The SMT right-angle design supports automated assembly processes and improves manufacturing efficiency for high-volume production.

Engineers choosing USB Type-C interfaces can also review official industry resources from
USB-IF
and
IEC International Standards
for connector specifications and compliance requirements.

Combining compact dimensions, reliable electrical performance, strong mechanical durability, and economical implementation, the USB Connector USB Type C 16 Pin provides an excellent connectivity solution for modern electronic product development. :contentReference[oaicite:2]{index=2}

The 16-pin USB Type-C design offers an excellent balance between functionality and cost. Many embedded devices do not require the advanced high-speed differential pairs found in 24-pin USB-C connectors. By simplifying the interface while retaining charging and USB communication functions, manufacturers can reduce component costs and simplify PCB routing. :contentReference[oaicite:5]{index=5}

The usb c female connector remains one of the most popular interface choices for modern electronics due to its reversible design, compact size, and strong market acceptance. Engineers can integrate the connector into consumer electronics, industrial systems, and smart devices while maintaining compatibility with the growing USB Type-C ecosystem. :contentReference[oaicite:6]{index=6}

Compared with older Micro USB connectors, USB Type-C provides improved durability, higher current capacity, better user experience, and stronger future compatibility. For many charging-focused applications, a 16-pin Type-C receptacle delivers all required functionality without the complexity of full-featured USB4 implementations.