Micro-Change M12 Male Terminating Resistor for NMEA2000, DeviceNet, CAN Bus, CANopen

Description

Introduction:

The Micro-Change M12 Male Terminating Resistor plays an important role in preventing signal reflections and maintaining signal integrity in communication networks such as NMEA2000, DeviceNet, CAN Bus, and CANopen. It is typically installed at the end of the network bus to reduce interference and crosstalk between the signal lines and ensure stable data transmission. Premier Cable P/N: PCM-0479

Specification:

Features:

1. Durable M12 Conenctor: The terminal resistor adapter adopts the standard M12 A-Code 5 Pin connector, enabling a secure and stable connection and effectively preventing accidental disconnections.
2. Enhanced Signal Integrity: The Micro-Change M12 Terminating Resistor can reduce or eliminate signal reflections at the end of communication lines, enhancing signal integrity and ensuring stable and reliable data transmission, even in complex network installations.
3. Wide Compatibility: It supports multiple communication protocols including DeviceNet, NMEA2000, CAN Bus, and CANopen, allowing for versatile use in different network systems and ensuring reliable performance across multiple applications.
4. 120-ohm Resistance Value: A 120-ohm resistor is located between pin 4 and pin 5, providing the correct impedance for the network to ensure effective signal transmission and reduce reflections.

Application:

1. Marine Systems: The Micro-Change M12 Terminating Resistor can prevent data loss and interference in critical marine operations by maintaining proper network termination, widely used in navigation systems, sonar, radar, and other marine instruments.
2. Building Management Systems: The terminating resistor ensures stable and effective communication between building automation components (HVAC systems, lighting control systems, and security systems), improving energy efficiency and system reliability.
3. Environmental Monitoring: It is designed to maintain signal integrity in systems that monitor environmental parameters such as weather conditions, pollution levels, and water quality, ensuring accurate data transmission.
4. Industrial Automation: It can be used in industrial automation to ensure stable communication between sensors, actuators, and controllers, facilitating controlling and monitoring the whole manufacturing process.
5. Robotics: It can ensure proper network termination in control systems and robotic applications, maintaining data accuracy and system reliability.

Drawing: