Infineon XENSIV-TLE5012B E1000 Sensor 2GO Kit Sensor Evaluation Kit TLE5012BE1000MS2GOTOBO1 [TLE5012BE1000MS2GOTOBO1]; 260-8624

Infineon Evaluation board, ARM Cortex M0 Device Core, XMC1000 Processor Family - TLE5012BE1000MS2GOTOBO1

This evaluation board is a key instrument for assessing the TLE5012B GMR angle sensor technology. It enables users to explore the sensor's functionalities, thereby facilitating advancements in automation and electronics. The kit is particularly valuable for professionals in the electrical and mechanical sectors, offering crucial insights into sensor performance and aiding product development.

Features & Benefits

• Integrates an ARM Cortex M0 processor for efficient processing
• Supports multiple sensor variants for a wide range of applications
• Includes comprehensive GUI software for monitoring and data logging
• Enables real-time data acquisition and analysis for practical insights
• Allows users to configure protocols through an intuitive interface
• Compact design enhances portability and usability in various settings

Applications

• Used for angle sensing in automation systems
• Suitable for evaluating motion control
• Supports development projects in the automotive and industrial fields
• Employed in research and development for sensor technologies

What type of sensors can be evaluated with the kit?

The kit supports various TLE5012B sensor variants, including E1000, E5000, and E9000 models, allowing for thorough evaluation based on specific needs.

How do I establish a connection between the board and my computer?

Connect the board to your computer using a micro USB to USB cable and launch the application software for smooth communication and data acquisition.

What software is required for operation?

The evaluation kit requires specific GUI software available on the manufacturer's website to assist with setup, monitoring, and data analysis.

Can the sensor settings be modified during operation?

It is advisable not to change protocol settings while the sensor is operational, as this may lead to undefined sensor behaviour.

How can I save acquired data for further analysis?

Data can be exported in CSV format using the Save feature within the software, making it easy to access for further processing in applications like Microsoft Excel.