Infineon KIT-XMC-PLT2GO-XMC4200 ARM Cortex Evaluation Board KITXMCPLT2GOXMC4200TOBO1

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RS Stock No.:
234-1587
Mfr. Part No.:
KITXMCPLT2GOXMC4200TOBO1
Brand:
Infineon
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Brand

Infineon

Classification

Evaluation Board

Kit Name

KIT-XMC-PLT2GO-XMC4200

Technology

ARM Cortex

Device Core

ARM Cortex M4

Processor Family Name

ARM Cortex

Infineon Microcontroller Development Kit, ARM Cortex M4 Core, Industrial Microcontroller Family - KITXMCPLT2GOXMC4200TOBO1


This analogue output module is designed for industrial I/O systems, providing reliable output solutions in automation and control environments. With a compact design measuring 125 x 30 x 100mm, it features eight channels capable of delivering both voltage and current outputs. The device operates on a supply voltage of 24V and is engineered to handle a variety of applications requiring precise analogue signals.

Features & Benefits


• Supports 8-channel analogue outputs for versatile applications
• Outputs configured for both voltage and current parameters
• Offers high resolution of up to 14 bits for accurate signal representation
• Diagnostics functions to alert for wire-breaks and short-circuits
• Capable of operating in temperatures from -20°C to +40°C
• Designed for cable lengths of up to 100m with shielded configuration

Applications


• Used with SIMATIC S7-1200 series for improved control systems
• Ideal for integration into complex automation environments
• Utilised in settings requiring reliable 4-20mA signal transmission
• Effective in systems demanding precise voltage outputs of -10V to +10V

What output current range does this module support for various applications?


It supports a current output

How does the diagnostics functionality enhance system performance?


The built-in diagnostics function enables proactive monitoring of critical parameters, such as wire-breaks and short-circuits, enhancing reliability and minimising the risk of system failures during operation.

What are the environmental operating conditions for optimal performance?


This device can function effectively in ambient temperatures between -20°C to +40°C, ensuring reliable operation across various environments. The module is also designed to withstand operational pressures ranging from 540 hPa to 1,140 hPa.

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