MLX90292LGO-CAE-000-TU

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The MLX90292LGO-CAE-000-TU Magnetic Sensor – Linear, Compass Integrated Circuit (ICs) is a high sensitivity angle sensor ideally suited for applications requiring accurate and reliable angular measurements. The sensor uses giant magnetoresistive (GMR) technology to measure the x and y component of a magnetic field or the tangential angle of a magnetized material. The device consists of two probe arms that measure the GMR signals, a signal conditioner to transform the signals into a sine and cosine for angle positioning, and a digital ASIC for controlling the functions of the IC. The sensor offers various output options such as digital angle & sin/cos output, direction indication and analog sine/cos output.

The application field of the MLX90292LGO-CAE-000-TU device is mainly for providing an extremely high accuracy angle measurement in a compact size package. Examples of the applications that can benefit from the use of this device include sensors for controlling operation of air conditioners, brushless motor position control, automatic door openers, optical auto focussing lenses, and steering wheels, as well as a variety of industrial or domestic appliances that require precise angular measurements. The device can also be used for robotic guidance systems, angular rate measurement, remote control tracking, and level control.

In addition, the MLX90292LGO-CAE-000-TU device is very well suited for determining the angular position of a magnetized material like a magnet, as well as the x and y components of the magnetic field. The device has the capability to measure objects at a high level of accuracy at a distance which makes it ideal for robotic guidance systems or remote measurements of magnetized material. The device also has the ability to be calibrated electronically, meaning that the accuracy of angular measurements can be improved depending on the calibration parameters.

The working principle of the MLX90292LGO-CAE-000-TU device is based on the magnetic principle that when a magnet is placed in the vicinity of the sensor, the two probe arms are magnetically interconnected. The force of attraction between the two probe arms varies depending on the angle of the magnet and the strength of the magnetic field. A sine and cosine output signal is proportional to the changes in the angle of the magnet relative to the probe arms. The signal conditioner then amplifies and digitizes the signals which can be read out by the digital ASIC.

Furthermore, the MLX90292LGO-CAE-000-TU device provides features such as compensation for temperature to maintain accuracy when the operating temperature changes, automatic bias, and scale factor correction. The device also contains an internal reference oscillator to provide accuracy synchronization which aids in increased accuracy and reliability of angle measurements. The device is also compatible with various communication standards, including I2C, SPI and SENT.

In conclusion, the MLX90292LGO-CAE-000-TU Magnetic Sensor – Linear, Compass Integrated Circuit (ICs) offers a wide range of applications that can be used to measure accurate angles on a variety of materials. The device is very sensitive and accurate, and also provides features such as temperature compensation, automatic bias, and scale factor correction which increases reliability of the measured angle. Additionally, the device is compatible with various communication standards, making it ideal for a variety of applications that require precise angle measurements.

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