59025-2-T-02-F

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59025-2-T-02-F is a type of magnetic sensor used in fields where precise measurement of a magnetic field is required. It falls into the category of magnetic sensors, such as position, proximity, speed (modules). It is a digital Hall effect device, housed in a robust package that contains two basic components, an integrated circuit (IC) and a Hall effect junction.

These sensors are used in a variety of applications, from linear position sensing on industrial machines and computers, to flow meters, gear tooth detections, torque applications, and strain, pressure and acceleration measurement. It is also used in automotive applications, including ABS braking systems and engine injectors.

The principle of operation of the 59025-2-T-02-F is that as a magnetic field moves near the sensor, it produces a Hall voltage in the semiconductor material of the IC. This voltage is linearly proportional to the magnetic flux density of the applied field. When the Hall voltage reaches a predetermined threshold, the digital Hall effect sensor changes its output state from low to high.

This device is widely used in applications that require a precise measurement of the field, such as in industrial robots and automometry systems. It is also used for safety critical applications, such as automotive ABS systems, where if the Hall voltage threshold is not reached, then the brakes are not activated.

This sensor is designed to operate in harsh environments, from -45°C to +150°C, and has very low power consumption. It is often used in battery powered applications, such as in home automation and smart home products, where it can be adequately powered at all times.

The 59025-2-T-02-F is an extremely versatile digital Hall effect sensor, due to its wide operating temperature range, its robust construction and its low power requirements. It is suitable for use in a wide range of applications where precise measurements of magnetic fields are required. In addition, its low power consumption makes it suitable for use in battery powered applications.

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