59075-2-T-01-F

The 59075-2-T-01-F is a magnetic sensor that can be used to detect position, proximity and speed. It is a module enclosed in a plastic housing with four leads. The sensing element within the module is a magnetic core manufactured with an iron alloy. The module is connected to a power source and the measurement circuit consists of two coils which are connected to an oscillator circuit. The measurement circuit works by producing a continuous AC signal and using it to measure the amount of magnetic field strength near the module. The strength of the magnetic field is proportional to the distance from the sensor.

The 59075-2-T-01-F is primarily used for measuring distances and detecting motion. It is ideal for use in applications where a high degree of accuracy and reliability are required, such as automated systems and robotics. It is suitable for detecting objects that are close to it, such as a door or switch. It is also commonly used as a proximity switch in safety circuits.

The 59075-2-T-01-F has a wide operating temperature range, from -40°C to +85°C. It is designed to be highly vibration resistant and is able to operate even when exposed to extreme temperatures and aggressive chemicals. The module is immune to interference from electrical noise and does not require any calibration or programming. It also features a low power consumption to make it suitable for battery operated applications.

The working principle of the 59075-2-T-01-F is simple. The module generates a continuous AC signal which is then measured by an oscillator circuit. The oscillator circuit then detects the amount of magnetic field strength in the vicinity of the module. The distance of the object is then calculated and the measurement is transmitted to the user. The module is designed to detect objects at a distance of up to 10 cm, making it suitable for most applications.

In summary, the 59075-2-T-01-F is a high reliable and accurate magnetic sensor module that can be used to measure distances and detect motion in applications such as safety circuits and automated systems. It has a wide operating temperature range and is vibration resistant. Additionally, it does not require calibration or programming, and has a low power consumption, making it suitable for many applications.