Cypress introduces a new highly integrated controller that simplifies the design of next-generation USB-C power adapters and chargers

     Cypress Semiconductor, the leader in the USB-C market, today announced a new USB-C controller that supports power transmission (PD) and simplifies the design of power adapters, phone chargers, car chargers and mobile power supplies. The Cypress EZ-PD™ CCG3PA controller supports the PD 3.0 standard that combines Programmable Power supply (PPS) and Qualcomm Quick Charge(QC)4.0 protocols, enabling new power product designs to deliver an optimized fast charging experience.

     As these technical standards and the USB Type-C standard continue to evolve, compatibility and interoperability will be a constant challenge, and the programmable CCG3PA controller can be upgraded with firmware to keep up with changes and address interoperability issues. The controller's high level of integration significantly reduces material costs and simplifies design, replacing multiple discrete devices with a single chip solution.

     Ajay Srikrishna, vice president of Wired Connectivity at Cypress, said: "With the popularity of USB-C applications this year, the demand for USB-C power supplies will also grow. This puts even more pressure on our customers to quickly bring power adapters, phone chargers, car chargers and mobile power to market, while also keeping up with the rapidly evolving USB standard. "Our highly integrated EZ-PD CCG3PA controller is optimized for the need to simplify USB-C power product design, supporting the required charging standards and keeping up with evolving technical standards through firmware upgrades."

     EZ-PD CCG3PA controller is a single chip solution, Integrated error amplifiers for constant voltage, constant current, and PPS applications, 30 V regulators allowing direct VBus operation, VBus short circuit protection on configuration channel (CC) pins, and high voltage power FETs The grid drivers, low side current detection amplifiers, dedicated hardware for traditional charger detection protocols, and system-level electrostatic discharge (ESD) protection minimize material costs for USB-C power products. Programmable overvoltage and overcurrent circuits protect the system from power overload and other misoperations. It also integrates ARM® Cortex-M0 and 64KB Flash, and reads and writes simultaneously at the time of the firmware upgrade. In addition, this product facilitates the design of efficient USB-C power adapters for a wide range of applications such as mobile phones and personal computers.