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3D magnetic sensors are created to achieve three dimensional sensing with a low power requirement and the capacity to measure 3D linear and rotational movement.
Magnetic sensors are frequently employed in security and military applications such as navigation, location monitoring, antitheft systems, and the detection, differentiation, and localization of ferromagnetic and conducting items.
An important tool for determining the strength of a magnetic field is a 3D magnetic sensor. It can detect linear, angular, rotational, and three-dimensional motions, and it can communicate the data using an output interface.
The Global 3D magnetic sensor market accounted for $XX Billion in 2023 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2024 to 2030.
3D magnetic hall effect sensors are available from Infineon and are made specifically for use in commercial, industrial, and automotive applications.
They offer a wide selection of sensors with characteristics tailored for high-performance applications with respect to price and size, which may be found in anything from gear shifts and joysticks to power equipment and smart home appliances.
The Infineon 3D Hall sensor family’s devices are all tiny packages with an ultra-low power mode for minimal power consumption and a typical 2-wire digital I2C interface.
The 3D magnetic hall effect sensors from Infineon XENSIV TLI493D-W2BW and TLV493D-A2BW have a small physical footprint, a low power need, and a high degree of magnetic field measurement precision.
The TLV493D-A2BW is a tiny sensor that is appropriate for system designs with low-space requirements, such as wearable technology and home goods, thanks to its small WLB package dimensions (1.13mm x 0.93mm x 0.59mm).
This compact 3D magnetic field sensor can provide longer battery life and battery charging cycles thanks to its low quiescent current of 7 nA in standby mode.
On the other hand, Infineon’s brand-new XENSIV TLI493D-W2BW 3D sensor is breaking new ground in a variety of industrial and commercial use cases, powering appliances, joysticks, pushbuttons, and robotics with improved position control.
The TLE493D-W2B6 3D magnetic sensor, which is next to it and uses similarly little power and has an output with an incredibly small footprint, has a specialised wake-up feature that, by aiding in the overall system’s power-saving efforts, is particularly useful for battery-powered applications.
Due to the integrated diagnostics that enable functional safety, this sensor is also appropriate for high-safety applications.
