GCT USB4216 16-Pin Fully SMT USB Type-C® Receptacles
Manufacturer
Part #
Category
GCT USB4216 ConnectorsDescription
GCT USB4216 16-Pin Fully SMT USB Type-C® Receptacles are compact, fully SMT receptacles with a total body length of 6.50mm. They are approved for Power Delivery (PD) up to 240W and can withstand 20,000 mating cycles for USB 2.0 applications. Ideal for designs where real estate or small product size is critical.
GCT USB4216 16-Pin Fully SMT USB Type-C® Receptacles
Introduction
The GCT USB4216 is a compact and efficient USB Type-C® receptacle designed for modern electronic applications. With its fully surface-mount technology (SMT) design, this connector is ideal for devices where space is at a premium.
Part Description
The GCT USB4216 features a total body length of just 6.50mm, making it an excellent choice for compact designs. It supports Power Delivery (PD) up to 240W and is rated for 20,000 mating cycles, ensuring durability and reliability in USB 2.0 applications. This receptacle is specifically engineered for environments where minimizing size without compromising performance is crucial.
Applications
- Portable electronics
- Audio/video equipment
- Health and fitness devices
- Consumer electronics
- Industrial equipment
Industries
- Consumer Electronics
- Healthcare
- Industrial Automation
- Telecommunications
- Automotive
Usage Ideas
- Portable Charging Station: Create a compact charging station for multiple devices using the GCT USB4216 to provide efficient power delivery.
- Wearable Health Monitor: Design a small health monitoring device that utilizes the USB4216 for data transfer and charging, ensuring a sleek form factor.
- Compact Audio Interface: Develop a portable audio interface for musicians that leverages the USB4216 for quick connectivity and power supply in a lightweight design.
Conclusion
The GCT USB4216 16-Pin Fully SMT USB Type-C® Receptacles are an excellent solution for designers seeking a reliable, compact connector for a variety of applications. With its robust specifications and versatility, it is well-suited for industries ranging from consumer electronics to healthcare, making it a valuable component in modern electronic design.