Infineon TRUSTMV3SHIELDTOBO1 Evaluation Board for MCU And MPUs

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£21.91

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£26.29

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RS Stock No.:
348-862
Mfr. Part No.:
TRUSTMV3SHIELDTOBO1
Brand:
Infineon
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Brand

Infineon

Power Management Function

Evaluation Board

For Use With

MCU And MPUs

Kit Classification

Evaluation Board

Kit Name

TRUSTMV3SHIELDTOBO1

COO (Country of Origin):
DE

Infineon Evaluation board, Evaluation Board Type, Power Management Function - TRUSTMV3SHIELDTOBO1


This transponder is a high-temperature RF module designed for seamless data communication within automation systems. Measuring 27mm in diameter and 4mm in height, it operates at a frequency of 13.56 MHz and supports a maximum RF data rate of 26.5 kbit/s, making it suitable for various industrial applications.

Features & Benefits


• Designed to operate at temperatures up to +180°C for durability
• Supports multitag capability for efficient data handling
• Utilises ISO 15693 protocol for reliable communication
• Features EEPROM memory with 112 bytes of user storage
• Constructed from robust PPS material for long-lasting performance
• IP68/IPx9K rated for protection against dust and water

Applications


• Utilised in RF200 and RF300 reader systems
• Applicable in the MOBY D identification systems
• Ideal for industrial automation for asset tracking
• Effective in environments with extreme temperature fluctuations

What is the operational temperature range for continuous use?


The operational temperature for continuous use is up to +100°C, while it can withstand temperatures up to +180°C for a limited duration, enabling versatility in extreme conditions.

How does the memory structure enhance data integrity?


The memory structure includes a fixed UID of 8 bytes, with 112 bytes allocated for user memory and 8 bytes for configuration. This ensures robust data management and block-by-block write protection, securing user information.

How can this evaluation board facilitate development in automation projects?


By incorporating high-end security functionalities and easy integration with existing systems, it streamlines the design process for automation projects, promising enhanced security without compromising on system performance or user experience.

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