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For Fast and Precise Position Detection:
10 Good Reasons for the MICRONAS HAL 302x Sensor from TDK

Why should you use the HAL 302x sensor from TDK for position detection?
The specialists at GLYN have therefore taken a closer look at the sensor for you. We have found 10 good reasons that can be of great benefit in your application areas:
- Fast angle determination: with a configurable delay time of 5µs to 20µs. This is particularly useful for applications up to 150,000 rpm.
- Stray field robust motor position sensing: The ability to suppress external magnetic interference means that the sensor can be used in environments with electromagnetic interference.
- ISO 26262 compliant design: This indicates high safety and reliability standards, which is critical for safety-related automotive applications.
- Built-in diagnostic functions: Increases system safety and reliability by detecting system faults such as over and under voltage.
- Integrated wire break detection: This increases reliability and safety as problems in the wiring can be detected at an early stage.
- Simple configuration with just one two-pole solenoid: This simplifies installation and reduces the cost of additional components.
- Robustness against mechanical tolerances: This makes the sensor more resistant to physical stresses and variations in mounting. This is particularly advantageous in industrial environments.
- Programmability via integrated signal path: Enables flexible customization of sensor characteristics, which can be useful for a variety of applications.
- Wide operating temperature range from -40 °C to 170 °C operating temperature: Enables use in extreme environments, ideal for automotive and industrial applications.
- Availability in a common package type (SOIC8-SMD): This facilitates integration into existing designs and systems.
Read the technical data of the sensor family here.
In summary, the HAL 302x is a powerful and versatile sensor family that is particularly suitable for automotive and industrial applications where robustness, accuracy and adaptability are crucial.
Further information is available on request.