MLX90333KGO-BCH-100-SP

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The MLX90333KGO-BCH-100-SP is a magnetic sensor with linear and compass (IC) capabilities. This sensor is designed to measure the position of a rotating magnet, such as in automotive applications, and its linear IC and compass functions provide a precise and efficient way to measure magnetic fields. The MLX90333KGO-BCH-100-SP is a 3-axis digital Hall effect magnetic sensor with a powerful I2C interface.

The MLX90333KGO-BCH-100-SP works by receiving an external magnetic field from a rotating magnet, such as from an actuator or motor. This external field is then converted to a digital signal via the integrated IC. The digital signal is then read by the processor via the integrated I2C interface. This processed digital signal is then used by the processor to determine the position of the rotating magnet.

The MLX90333KGO-BCH-100-SP can be used for many applications, including automotive, industrial, and drone applications. It is ideal for use in robotics, motor position control, and other applications requiring magnetic field sensing. Additionally, the MLX90333KGO-BCH-100-SP is also suitable for sensing within high-temperature, low-magnetic-field environments such as aerospace, aerospace, and medical applications.

The MLX90333KGO-BCH-100-SP has a wide temperature range from -40°C to +105°C and is interfaced via an I2C bus. The sensor has a number of features that make it particularly well suited for use in applications such as automotive ECUs. These features include a programmable gain between 0.4 and 20.4 mT, a programmable refresh rate of 1Hz to 500Hz, scalability of 5-bits to 12-bits of linearity, and a chopper-stabilized, low-noise current-sensing architecture.

The MLX90333KGO-BCH-100-SP is a versatile and robust sensor that provides excellent accuracy and resolution in a wide range of temperature and magnetic field environments. Its integrated linear and compass (IC) functions make it an ideal choice for applications in automotive, industrial, and drone applications. The sensor\'s programmable gain and refresh rate ensure that it can be easily adapted to various applications, and its scalability and low-noise architecture ensure that it can accurately and reliably detect external magnetic fields.

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