CY7C66113A-PVXC

Application Specific Microcontrollers Infineon Technologies CY7C66113A-PVXC Overview

Introducing the Infineon Technologies CY7C66113A-PVXC, a sophisticated Application Specific Microcontroller designed to cater to modern USB connectivity requirements. This microcontroller integrates an 8K memory and a 4-port USB hub, all housed in a compact 56-TSSOP package, making it an ideal choice for developers looking to streamline design and enhance functionality in their digital and mixed-signal applications. The CY7C66113A-PVXC stands out for its efficiency and versatility, ensuring reliable performance in a broad array of applications.

CY7C66113A-PVXC Features

The CY7C66113A-PVXC microcontroller by Infineon Technologies is packed with features that make it a powerful tool for developers. Key attributes include a built-in USB hub controller that supports up to four USB devices, facilitating the design of more integrated and user-friendly consumer electronics. The device's 8K byte ROM is perfect for handling firmware and application-specific code, which is crucial for high-performance tasks. Additionally, its small form factor (56-TSSOP) not only saves space but also reduces the complexity and cost of the overall system design.

CY7C66113A-PVXC Applications

• PC Peripherals: Utilized in the development of keyboards, mice, and webcams, the CY7C66113A-PVXC allows for seamless integration and management of multiple USB connections within these devices.
• Portable Docking Stations: The microcontroller serves as the core component in portable docking stations, enabling efficient connectivity and communication between multiple devices through its USB hub capability.
• Consumer Electronics: Applied in consumer electronics such as smart TVs and gaming consoles, this microcontroller enhances USB support for better user interface and device compatibility.
• Industrial Automation: In industrial settings, the CY7C66113A-PVXC is used to facilitate communication between various sensors and actuators, improving automation processes and system reliability.