XENSIV™ TLE49012 / TLI49012 Magnetic Angle Sensors


XENSIV™ TLE49012 / TLI49012 Magnetic Angle Sensors

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Part #

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Infineon Technologies TLE49012 / TLI49012 Sensors

Description

High-precision digital magnetic angle sensors featuring ultra-low 1.5 µs latency, integrated self-calibration, and on-axis or off-axis measurement capability. Available with UVW, SPI, or ABZ + PWM interfaces in a compact PG-VSON-8 package for automotive, industrial, robotics, and motor control applications.


Infineon XENSIV™ TLE49012 / TLI49012 Magnetic Angle Sensors

Introduction

The Infineon XENSIV™ TLE49012 and TLI49012 are high-precision digital magnetic angle sensors designed for fast and reliable rotational-position measurement. With ultra-low latency, integrated self-calibration, and flexible output options, these compact sensors support demanding motor-control and motion-sensing systems.

Part Description

The TLE49012 / TLI49012 family measures the angular position of a magnetic field and converts it into digital output data for a controller, inverter, or processing system. It supports both on-axis and off-axis magnetic measurement arrangements, giving designers flexibility when positioning the sensor and magnet within a mechanical assembly.

Key characteristics include:

  • Ultra-low 1.5 µs latency for fast control-loop response
  • Integrated self-calibration to help compensate for installation and magnetic-system variations
  • High-precision magnetic angle measurement
  • Available interface options including UVW, SPI, and ABZ + PWM
  • Compact PG-VSON-8 package
  • Suitable for automotive, industrial, robotics, and motor-control designs
  • Digital outputs that simplify integration with microcontrollers, motor drivers, and control electronics

The availability of multiple output formats allows the sensor family to fit applications ranging from commutation-focused motor systems to high-resolution position-feedback solutions.

Applications

Potential applications for the TLE49012 / TLI49012 include:

  • Brushless DC motor commutation
  • Permanent-magnet synchronous motor control
  • Servo motor angle feedback
  • Electric power steering systems
  • Automotive actuator position sensing
  • Rotary encoder replacements
  • Robotic joint-position measurement
  • Gimbal and camera stabilization systems
  • Industrial automation equipment
  • Valve and throttle position sensing
  • Knob, dial, and rotary control measurement
  • Automated guided vehicle and mobile robot motor systems

Industries

Possible industries for these magnetic angle sensors include:

  • Automotive and transportation
  • Industrial automation
  • Robotics
  • Factory equipment manufacturing
  • Consumer appliances
  • Building automation
  • Medical equipment
  • Renewable energy systems
  • Aerospace support equipment
  • Smart mobility and electric vehicle systems

Usage Ideas

  1. BLDC Motor Controller
    Use a UVW-output version to provide rotor-position information for a compact brushless motor controller in a fan, pump, or actuator.

  2. Robotic Rotary Joint
    Mount the sensor near a diametrically magnetized shaft magnet to measure joint angle in a robotic arm, gripper, or autonomous platform.

  3. Industrial Valve Position Monitor
    Pair the sensor with a rotating magnet attached to a valve stem to provide digital position feedback to a programmable logic controller or embedded control unit.

Conclusion

Infineon’s XENSIV™ TLE49012 and TLI49012 magnetic angle sensors provide a compact, fast, and flexible solution for rotational-angle measurement. Their low latency, self-calibration capability, selectable digital interfaces, and support for on-axis or off-axis magnetic configurations make them well suited to precision motor control, automotive systems, robotics, and industrial position-sensing applications.