MLX90367LGO-ABU-000-SP

Series:	Triaxis®
Part Status:	Active
For Measuring:	Linear, Rotary Position
Technology:	Hall Effect
Rotation Angle - Electrical, Mechanical:	0° ~ 360°, Continuous
Linear Range:	--
Output:	SENT
Output Signal:	--
Actuator Type:	External Magnet, Not Included
Linearity:	--
Resistance Tolerance:	--
Voltage - Supply:	4.5 V ~ 5.5 V
Mounting Type:	Surface Mount
Termination Style:	SMD (SMT) Tab
Operating Temperature:	-40°C ~ 150°C

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Introduction to MLX90367LGO-ABU-000-SP

The MLX90367LGO-ABU-000-SP is an integrated 3-axis Hall-effect magnetic rotary sensor designed for demanding industrial, automotive and consumer applications. It is designed to provide extremely accurate, reliable angle and linear position measurement solutions. The device is an ideal choice for applications requiring wide linear and angular range such as absolute angular rate measurement, tire tread depth, suspension shock displacement, or joystick position measurements.

Unique Features

The MLX90367LGO-ABU-000-SP features a patented symmetry sensing system that combines a high-resolution ADC, a low-noise preamplifier, and four symmetrized Hall-effect elements to produce an optimal output signal. The design also features a low-power linear ASIC to provide a wide range of operating voltages and extreme linearity. The device offers several programmable options for ease of use and flexibility, including adjustable excitation frequency, linear/angular range, and offset.

Application Fields

The MLX90367LGO-ABU-000-SP is designed to be used in a variety of demanding applications that require precise angular or linear position measurements. It is suitable for applications such as aircraft flight systems, automotive powertrain control, consumer motion control, and medical sensing.

Working Principle

The MLX90367LGO-ABU-000-SP uses multiple Hall-effect elements located at equal distances around a rotary axis to measure the angular position of the rotor. When mounted on a motor, shaft or other rotating element, the sensor\'s four Hall-effect elements detect the flux pattern of a magnet and generate a sine-wave signal. This signal is amplified and then fed to an ADC, which converts the analog signal to a digital signal. The digital signal is then processed by an ASIC which compensates for quiescent offsets, converts the signal and provides a digital output for further processing.

Conclusion

The MLX90367LGO-ABU-000-SP is an advanced rotary sensor designed for demanding industrial, automotive and consumer applications. It utilizes Hall-effect elements for precise angular measurements, whilst taking advantage of its low-power linear ASIC for higher resolution and accuracy. With its high resolution, low noise, wide range of programmable features and high accuracy, the MLX90367LGO-ABU-000-SP is the ideal choice for any application requiring precise linear or angular measurements.

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