TC297TA128F300NBCKXUMA1

Microcontrollers Infineon Technologies TC297TA128F300NBCKXUMA1 Overview

The Infineon Technologies TC297TA128F300NBCKXUMA1 microcontroller, from the renowned AURIX™ family, stands out for its robust architecture optimized for high-performance automotive applications. This 32-bit processor is designed to handle complex applications with ease, offering a perfect blend of power, efficiency, and reliability. The TC297TA128F300NBCKXUMA1 is an ideal solution for developers looking for advanced control with high safety and security features. Leveraging state-of-the-art technology, this microcontroller supports a wide range of automotive applications, including advanced driver assistance systems, engine management, and electric vehicle (EV) domain control, making it a pivotal component in modern automotive electronics.

TC297TA128F300NBCKXUMA1 Features

This microcontroller offers an impressive array of features designed to meet the rigorous demands of contemporary embedded systems. Key features include high-speed processing capabilities, multiple I/O interfaces, enhanced security measures, and a built-in multicore architecture that allows for parallel processing. The integration of a safety management unit ensures compliance with the latest automotive safety standards, making this component not only powerful but also reliable in critical systems.

TC297TA128F300NBCKXUMA1 Applications

• Advanced Driver Assistance Systems (ADAS): Utilizes its processing power to analyze real-time data from sensors and cameras, enhancing vehicle safety and driving features.
• Engine Management Systems: Controls and optimizes engine functions, using its computational capabilities to improve fuel efficiency and reduce emissions.
• Electric Vehicle Management: Acts as the central controller in EV architectures, managing battery management systems, and integrating renewable energy sources for optimal performance.
• Industrial Automation: Employs its robust processing capabilities to oversee automated machinery, ensuring precision and reliability in high-stake environments.