Image credit: Allegro MicroSystems
angle and enabling smooth and responsive steering control. Other applications include pedal position detection for accurate throttle and brake control and transmission gear selection. This technology can also be used in motor control and battery management to provide current measurements to optimize the performance of motors and ensure efficient charging and discharging of vehicle batteries. In industrial applications, TMR sensors can provide accurate position feedback in servo motors and linear actuators for motion control and positioning in manufacturing systems, pick- and-place machines, and other
automated equipment. Current sensing is also essential for industrial applications for motor protection, power monitoring, and energy management. Here, TMR sensors can provide precise current measurements for real-time monitoring of motor health, detection of overload conditions, and optimizing energy consumption. TMR sensors can also be integrated into consumer products like gaming devices and smartphones to provide new features and enhanced user experiences. For example, these sensors can provide gesture recognition allowing users to interact with devices
through intuitive motion controls. Other applications include motion tracking and orientation detection for more immersive
gaming experiences and advanced user interfaces.
Conclusion TMR technology is a breakthrough in magnetic sensing that offers better performance, energy efficiency, and reliability compared to standard magnetic sensors. With their high sensitivity, low power consumption, temperature stability, and wide dynamic range, these sensors are able to meet the current and future needs of various industrial, automotive, and consumer applications.
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