CY8C20346-24LXI

Application Specific Microcontrollers Infineon Technologies CY8C20346-24LXI Overview

Infineon Technologies presents the CY8C20346-24LXI, a standout model in the realm of Application Specific Microcontrollers. Engineered to optimize efficiency and performance, this PSoC CapSense MCU integrates multiple system components, including capacitive sensing, microcontroller functionality, and analog and digital components. This integration not only reduces system complexity but also enhances reliability and scalability in a variety of applications. The CY8C20346-24LXI excels in delivering robust performance and flexibility, making it an ideal choice for developers looking to push the boundaries of interactive device design. Its capabilities support a wide range of designs from simple to complex, all within a compact package that significantly eases the design and manufacturing processes.

CY8C20346-24LXI Features

The CY8C20346-24LXI is packed with features that leverage advanced CapSense technology, enabling developers to create more intuitive and innovative products. Key features include high sensitivity and noise immunity for capacitive sensing, low power consumption for extended battery life in portable devices, and programmable analog and digital blocks that allow for highly customizable solutions. The integration of a powerful microcontroller core with efficient power management circuits ensures that the CY8C20346-24LXI is not only powerful but also economical in operation.

CY8C20346-24LXI Applications

• Consumer Electronics: In devices such as smartphones and tablets, the CY8C20346-24LXI enhances user interface options through responsive touch interfaces.
• Home Appliances: Utilized in smart home devices like touch-sensitive smart thermostats and kitchen appliances, enabling seamless and intuitive controls.
• Automotive: Integrated into dashboard controls and touch-sensitive buttons, improving the user experience and safety by reducing driver distractions.
• Industrial: Applied in control panels for machinery and equipment, where robust and reliable user interfaces are crucial for efficient operations.
• Healthcare: Employed in medical devices, where precision and reliability in touch sensing can significantly enhance device usability and patient interaction.