MC9S12DT256CMPV

Microcontrollers Freescale Semiconductor MC9S12DT256CMPV Overview

The Microcontrollers Freescale Semiconductor MC9S12DT256CMPV is a high-performance microcontroller tailored for advanced embedded control applications. Engineered by Freescale Semiconductor, this microcontroller integrates a robust 16-bit CPU12 core with a maximum clock speed of 25MHz, designed to offer exceptional computational power and efficiency. Its rich set of features, including substantial FLASH memory, make it ideal for complex and demanding applications across various industries. The design and capabilities of the MC9S12DT256CMPV make it particularly suitable for handling tasks that require a reliable, high-speed computational unit that can operate efficiently under tight constraints.

MC9S12DT256CMPV Features

This microcontroller is equipped with advanced features that enhance its performance and suitability for high-demand applications. Key attributes include a 16-bit CPU12 architecture, a substantial 256KB of flash memory for robust data storage and program management, and a 25MHz clock speed for rapid processing capabilities. Additionally, its integration facilities support a wide range of peripherals and external connections, further expanding its usability in complex electronic systems.

MC9S12DT256CMPV Applications

• Automotive Control Systems: Utilizes its robust processing capabilities to manage and control automotive functions such as engine management, transmission control, and safety systems.
• Industrial Automation: Serves as a control unit for automation processes, where precision and reliability are paramount, enhancing efficiency and productivity in manufacturing environments.
• Robotics: Employs its high-speed processing power and extensive memory capacity to perform complex calculations required in robotics for real-time decision making and control.
• Medical Devices: Applied in the management and control of medical diagnostic devices and advanced therapeutic technology, where precision and reliable operation are critical.