MZT8-03VNS-KP0

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Magnetic Sensors - Position, Proximity, Speed (Modules)

Magnetic sensors have become prominent components in systems for automotive, industrial, and consumer applications. The MZT8-03VNS-KP0 is a magnetic sensor module used for detecting small changes in magnetic fields. It is a version of a Hall effect sensor, which can be used to measure the rotational position of a rotor or for proximity applications.

Application Field

The MZT8-03VNS-KP0 magnetic sensor module is designed to measure small changes in a magnetic field. It is often used in rotational position sensing applications like automotive electronic brakes, speedometers, and clutchless motorcycles. The module can also be used for proximity applications, such as door controls, motors, actuators, and other magnetic sensors. The module is well suited for battery-powered systems due to its minimal current consumption.

Working Principle

The MZT8-03VNS-KP0 magnetic sensor module is based on a Hall effect transducer principle and uses a discrete Hall element and integrated signal conditioning circuit. The device is configured as a unipolar hall sensor, and detects small changes in magnetic field such as those caused by the motion of a rotor or the presence of a magnetic field. This Hall transducer is sensitive to the strength, polarity and direction of the applied magnetic field, so the position of a rotor or the proximity of a magnetized object can be determined by the magnitude of the output signal it produces.

The Hall transducer outputs a bipolar signal which is amplified and conditioned by the integrated circuit inside the module. The signal is then processed through a low-noise amplifier, comparator, and open-collector output stage which reduces the effects of unwanted signals. The module is then programmed with the desired operational parameters to meet the application requirements.

The MZT8-03VNS-KP0 magnetic sensor module is designed with automatic zerobias current compensation which allows the power consumption to be kept at a minimum while providing stable operation with no temperature drift. The module is also designed with a low power shutdown mode which enables high signal-to-noise ratio operation.

This magnetic sensor module is an excellent choice for detecting small changes in magnetic fields. Its low power consumption, robust design, and small footprint make it ideal for a wide range of automotive, industrial, and consumer applications.

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