The Microchip MCP25625-E/ML is a highly integrated CAN (Controller Area Network) controller that facilitates reliable and efficient communication in automotive and industrial applications. With its advanced features and compact QFN (Quad Flat No-Lead) package, this controller offers a robust solution for implementing CAN bus communication. Its advanced features, compact design, and extended temperature range make it versatile for ensuring data integrity and reliability in various systems and environments.

Efficient CAN Communication: Ensuring Data Integrity

The MCP25625-E/ML is engineered to ensure the integrity of data transmitted over the CAN bus. It supports CAN 2.0A and CAN 2.0B protocols, making it versatile for various applications. Its integrated message filtering and receive buffer management help streamline data reception and processing.

High-Speed Operation: Rapid Data Transfer

With a maximum CAN bus speed of 1 Mbps, the MCP25625-E/ML can rapidly transfer data, ensuring timely communication between nodes on the CAN bus. This speed is especially crucial in automotive applications where real-time data exchange is essential.

Typical Applications of the Microchip MCP25625-E/ML, CAN Controller, 28-Pin QFN

The Microchip MCP25625-E/ML CAN Controller stands as a reliable and efficient solution for implementing CAN bus communication in a wide range of applications, such as:

Automotive: The controller is typically utilised in automotive applications, including engine control units, transmission control modules, and body control modules, to facilitate communication between various vehicle subsystems.
Industrial Control: In industrial automation and control systems, the MCP25625-E/ML enables efficient communication between PLCs (Programmable Logic Controllers), sensors, and actuators, ensuring precise control and monitoring.
Medical Devices: Medical equipment and devices that require reliable data exchange, such as patient monitoring systems and diagnostic instruments, benefit from the CAN controller's robust communication capabilities.
Aerospace: In aerospace applications, the controller can be found in avionics systems, ensuring the reliable transfer of critical data between aircraft components.
Renewable Energy: The controller plays a role in renewable energy systems, including solar inverters and wind turbine control, where it helps coordinate and monitor energy generation and distribution.

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Microchip MCP25625-E/ML, CAN Controller, 28-Pin QFN

MCP25625-E/ML

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Typical Applications of the Microchip MCP25625-E/ML, CAN Controller, 28-Pin QFN

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