Infineon PMSM FOC Motor Control Software Using XMC Microcontroller Evaluation Module KITXMC1400DCV1TOBO1

This digital output module is an integral part of the Siemens I/O system, designed specifically for seamless automation applications. This module provides 8 channels and operates at a supply voltage of 24V, making it a versatile option for various industrial tasks. With a compact design measuring 62 x 15 x 63mm, it efficiently manages digital outputs under a variety of conditions.

• Supports 8 digital outputs with up to 0.1A current for reliable performance
• Fast response times with a maximum output delay of just 1.8μs
• Robust short-circuit protection enhances operational safety
• Designed for long-distance installation with a maximum cable length of 500m
• Diagnostics functions provide real-time monitoring of output status
• Capable of withstanding ambient temperatures between -20°C and +40°C

• Utilised in automated production lines for real-time control
• Effective in manufacturing plants requiring precision output management
• Ideal for machinery interfacing in various electrical setups
• Serves as a key component in monitoring and control systems for data acquisition
• Used in environments with high volatility, ensuring operational reliability

The module is built to operate efficiently within a temperature This ensures consistent performance, even under varying environmental conditions.

The ability to connect devices up to 500m away using shielded cables allows for flexible system architecture. This is particularly beneficial for large installations where equipment may be distributed across significant distances, maintaining reliable signal integrity.

By providing eight digital outputs, it allows for precise control of various machines and actuators within an automation framework. This enhances the ability to execute commands quickly, thereby streamlining production processes.

It features short-circuit protection, which mitigates risks associated with electrical faults. This regulatory measure ensures that the module operates safely, thereby protecting both the device and connected equipment from damage.