Magnetic Position Sensors
Broadest range of magnetic position sensors for reliable and energy-efficient applications
Infineon is the global leading semiconductor manufacturer offering all magnetic position sensor technologies with in-house production. Our portfolio comprises Hall sensors, AMR (Anisotropic Magneto Resistive), GMR (Giant Magneto Resistive) or the new TMR (Tunnel Magneto Resistive) sensors. Infineon’s XENSIV? magnetic position sensors combine highest-accuracy with proven quality for automotive, industrial and consumer applications.
Hall sensors can be used for proximity detection, linear movements, measuring the rotational speed and direction as well as the angular position of a magnetic field. Hall sensors are often used in industrial motor control applications such as BLDC (brushless DC motors) to initiate the motor commutation or major home appliances and power tools. With the smallest SOT-23 package of Infineon Hall sensors customers are able to reduce their applications′ system size and system costs.
Widely known are Infineon′s XENSIV? 3D magnetic sensors which offer the opportunity to detect the movement of a magnetic field in all three dimensions, i.e. on the X, Y and Z axis. The field of application spans from joysticks, gear shifts to anti-tampering for E-meters as well as control elements like rotary knobs and indicators.
Magnetic angle sensors from Infineon offer best performance and highest quality for automotive and industrial applications. Typical field of usage is an implementation into steering angle applications, highest safety applications for motor commutation like wipers, pumps, drives and actuators. In addition the application portfolio also includes service robotics and industrial robotics. Due to the broad bandwith of angle sensor products Infineon is able to cover all automotive and industrial applications fulffiling highest quality & safety standards like for example ASIL-D compliance.
Our linear Hall sensors are the ideal choice for highly accurate angular and linear position detection and current measurement applications. The sensors measure the vertical component of a magnetic field and outputs a signal that is directly proportional to the magnetic field. Infineon′s programmable linear Hall sensors come with different interface options PWM, SENT or SPC.
Nowadays cars feature numerous safety, body and powertrain applications that rely on sensors. Clearly focused on future trends, our outstanding portfolio of sensor ICs for numerous safety-relevant automotive systems makes cars much safer. In Electric Power Steering (EPS), our magnetic angle sensors and linear Hall sensors are used to supporting ISO 26262-compliant systems, measure the steering angle and steering torque. The majority of our latest magnetic sensors are developed based on an ISO 26262-compliant development flow and are perfect for functional safety application up to ASIL level D. For the use of our sensors in functional safety application we support our customer with a complete set of documents to minimize the efforts. This means that they can be deployed directly in all safety-relevant applications.
Description of our online simulation tools
|XENSIV? - 3D Magnetic Sensors||
3D magnetic field sensor for smaller, more accurate and robust designs. The sensor family, with low current consumption and cost-optimized design, specifically addresses the needs of new magnetic sensor applications in consumer, industrial and automotive. They are ideally suited for the measurement of three dimensional movement within a magnetic field, linear slide movement as well as 360° angle rotation.
|XENSIV? - Magnetic Hall Switches||
Discover Infineon′s broad energy saving portfolio of Hall switches in smallest package. Simulate your Hall switch applications and see the results in an accurate simulation of the magnetic field and the switching behavior of the Hall switch in the application.
|XENSIV? - Magnetic Angle Sensors||
Highest variety - low end to high end, standardized and specialized in all four magnetic technologies: Hall, GMR, AMR and TMR. This tool calculates the valid distance from the magnet surface to the sensor and the assembly error, given certain parameters: magnetic properties , sensor specification and assembly tolerances.