STEVAL-IFD001V2 - STMicroelectronics USB Interface Evaluation Board
The STEVAL-IFD001V2 is a highly versatile evaluation board from STMicroelectronics, designed to showcase the capabilities of the STUSB1600A USB Power Delivery (PD) controller. This innovative product caters to developers and engineers looking to explore the features and performance of USB PD technology in their applications.
At the heart of the STEVAL-IFD001V2 is the STUSB1600A, a cutting-edge IC that supports the USB Type-C cable and connector specification. With the ability to handle USB PD negotiation over a Type-C connection, this controller is crucial for developing modern USB interfaces that can deliver up to 100W of power (20V, 5A).
The evaluation board comes equipped with a variety of features that make it an essential tool for testing and development. It includes a USB Type-C receptacle, enabling direct connection to devices with Type-C ports. Additionally, the board provides an array of test points and jumpers, which offer flexibility and ease of access when measuring signals and configuring different operational modes.
The STEVAL-IFD001V2 also integrates protection features that are vital for safeguarding the IC and connected devices. These include overvoltage and overcurrent protection, ensuring that the evaluation setup remains secure even under fault conditions. Moreover, the board supports both source and sink power roles, making it suitable for a wide range of USB PD applications, from power adapters and chargers to more complex devices requiring power negotiation capabilities.
For developers seeking to streamline their design process, the STEVAL-IFD001V2 comes with comprehensive documentation and software resources. These materials facilitate a deeper understanding of the board's functionality and help accelerate the development of USB PD projects.
Overall, the STEVAL-IFD001V2 from STMicroelectronics is an exceptional evaluation platform that offers a rich set of features for anyone working with USB Type-C and Power Delivery technologies. It stands as an invaluable asset for both prototyping and educational purposes, driving innovation in the realm of USB connectivity.
