XC164CM U CAN

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The XC164CM U CAN is a MCU family from Infineon Technologies, and it is most suitable for automotive applications. The evaluation board is designed to provide high performance, low power consumption and low cost. This article will provide a comprehensive overview of the XC164CM U CAN application field and its working principle.

Applications

The XC164CM U CAN platform is a low power MCU family specifically designed for automotive applications. It offers a wide range of MCU products, ranging from 8-bit microcontrollers to 16-bit devices and 32-bit ARM Cortex-R cores. The application field of XC164CM U CAN covers a broad range of automotive control and communication applications, including engine control, body electronics, powertrain control, in-car entertainment, and safety systems. For example, the XC164CM family has been successfully used in ABS, ESP, airbag control systems, cruise control, and many other embedded applications.

Advantages

The XC164CM U CAN evaluation board has many advantages over other MCU products. For example, it provides high performance and low power consumption due to its reconfigurable on-chip peripherals and its optimized instruction set. It is also designed for low cost applications. In addition, it supports multiple real-time operating systems, such as S32K and S32DS. Moreover, the advanced CAN transceiver and integrated CAN bus interfaces provide reliable data transmissions.

Working Principle

The XC164CM U CAN evaluation board is based on a 16-bit microcontroller architecture that can execute instructions and access data in a single cycle. The instruction set includes a rich set of instructions for arithmetic, logic, and bit-field manipulation. It also features an advanced set of peripheral devices such as ADC, SPI, and UART controllers, as well as a CAN controller. These devices are integrated on-chip and can be activated through software.

The CAN controller is a peripheral component that enables communication between multiple MCU devices via a CAN bus. It is an asynchronous serial communication protocol that supports both broadcast and point-to-point messages. The CAN controller receives data in frames and transmits them in the same format. The frame consists of an identifier, which uniquely identifies the message, and a data field, which contains the data.

The XC164CM U CAN platform also features a clock management system that provides accurate timing for multiple on-chip peripherals. The clock management system consists of a CPU clock, a peripheral clock, and a peripheral clock divider. It adjusts the speeds of different clock sources to provide a uniform and consistent timing across all on-chip peripherals.

In addition to its on-chip peripheral devices, the XC164CM U CAN evaluation board also provides several off-chip interfaces such as SD/USB, Ethernet, and CAN interfaces. These interfaces provide additional functionality and expand the device’s application range. For example, with Ethernet and CAN, multiple devices can be interconnected in a networked system.

Conclusion

The XC164CM U CAN evaluation board is a highly versatile and cost effective MCU platform specifically designed for automotive applications. It features a high-performance 16-bit microcontroller architecture, a robust set of integrated on-chip peripherals, and a clock management system for reliable timing control. In addition, its off-chip interfaces provide additional functionality and expand the device’s application range. Therefore, it is an ideal choice for automotive control and communication applications.

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