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Infineon Arduino Library Sensor Development Board TLE4964-3M XENSIV Hall Switch TLE4964-3M
Specifications
| Country of Origin | India |
|---|---|
| Brand | Infineon |
| Model | TLE4964-3M |
| Featured Device | Arduino library, TLE4964-3M - XENSIV� Hall switch |
| BrandInfineon | Featured DeviceArduino library, TLE4964-3M - XENSIV� Hall switch |
Key Features
- Equipped with one TLE4964-3M magnetic hall sensor for precise magnetic field detection.
- Includes ready-to-use Arduino library to facilitate rapid development and evaluation.
- Supports operation from unregulated power supply with reverse polarity protection.
- Has output overcurrent and over temperature protection for safety and reliability.
- Features active error compensation and high stability of magnetic thresholds for robust performance.
- Designed for fast evaluation and development of IoT system solutions using Shield2Go boards and My IoT adapters.
Product Description
Infineon's TLE4964-3M Arduino library sensor development board includes a XENSIV Hall switch sensor designed for magnetic field sensing applications. The board is equipped with a TLE4964-3M magnetic hall sensor and provides a complete Arduino library for quick integration and system development.
This development board allows operation from an unregulated power supply and incorporates reverse polarity protection to safeguard the device. It also includes output overcurrent and over temperature protection, ensuring reliable functionality and longevity.
Active error compensation is integrated alongside high stability magnetic thresholds, offering consistent and accurate sensor readings. The modular Shield2Go form factor combined with Infineon My IoT adapters enables customers to rapidly prototype and evaluate IoT system solutions with flexibility and speed.
Typical industrial and laboratory use cases include IoT device development, magnetic field sensing for automation, and educational prototyping with Arduino platforms. Equipped with one TLE4964-3M magnetic hall sensor for precise magnetic field detection.
Includes ready-to-use Arduino library to facilitate rapid development and evaluation. Supports operation from unregulated power supply with reverse polarity protection. Has output overcurrent and over temperature protection for safety and reliability.
Features active error compensation and high stability of magnetic thresholds for robust performance. Designed for fast evaluation and development of IoT system solutions using Shield2Go boards and My IoT adapters. Explore other sensor development tools and components at EnvMart for comprehensive electronic systems development.
Explore more products in our Hall Effect Sensors category.
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Frequently Asked Questions
The TLE4964-3M sensor development board is designed for precise magnetic field detection using the XENSIV Hall switch sensor. It facilitates rapid development and evaluation of IoT system solutions.
The included Arduino library allows for quick integration and system development, enabling users to easily prototype and evaluate applications using the TLE4964-3M sensor.
This model supports operation from an unregulated power supply, which allows for flexibility in various applications.
Yes, it includes reverse polarity protection, output overcurrent protection, and over temperature protection to ensure reliable functionality and safety.
Active error compensation enhances the accuracy and stability of the sensor readings, ensuring consistent performance even in varying conditions.
Typical applications include IoT device development, magnetic field sensing for automation, and educational prototyping with Arduino platforms.
The TLE4964-3M sensor development board is manufactured in India.
It is designed in a modular Shield2Go form factor, which allows for easy integration with My IoT adapters and other components.
The board features high stability magnetic thresholds, which are crucial for providing accurate and reliable sensor readings in various applications.
Yes, the TLE4964-3M is suitable for industrial applications, particularly in automation and IoT device development.
It is designed for fast evaluation and development of IoT system solutions, making it ideal for prototyping and testing.
The featured device is the TLE4964-3M XENSIV Hall switch, which is specifically designed for magnetic field sensing applications.
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