MLX92241LUA-BAA-113-SP

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

MLX92241LUA-BAA-113-SP Application Field and Working Principle

Magnetic sensors and switches play a crucial role in many systems. They are used to detect the presence and position of magnets, for example, to detect either whether a door is open or closed, or the exact position of a sensor. Each magnetic sensor or switch has different characteristics to determine what type of application it will be used for. The MLX92241LUA-BAA-113-SP magnetic sensor is one such sensor, as it has a number of features and characteristics which make it ideal for many applications.

What is MLX92241LUA-BAA-113-SP?

The MLX92241LUA-BAA-113-SP is a solid-state magnetic sensor which operates by detecting the presence and position of a magnet. It has a compact design with a short operating range, which means it is best suited for tasks which require a precision detection of a magnet over a short distance. It is also capable of providing analog output, allowing for signal conditioning and additional signal processing.

Application Field Of MLX92241LUA-BAA-113-SP

The MLX92241LUA-BAA-113-SP is popularly used for a variety of applications. It has been successfully used to detect positions of switches, sensors, and doors in automation systems, such as robotics, conveyor systems, and HVAC systems. It has also been used to detect the position of actuators, such as for linear motors, solenoid valves, and hydraulic pumps. Additionally, it can be used to detect the presence of magnets in security and anti-theft systems, to detect the presence or positioning of medical instruments, and to secure and unlock doors.

Working Principle of MLX92241LUA-BAA-113-SP

The MLX92241LUA-BAA-113-SP works by detecting the presence and positioning of a magnetic field via Hall Effect. This Hall Effect works by sensing a signal voltage when a magnet is located close to a Hall Effect sensor. The sensor then produces an output, which can be used to measure the position of the magnet. This output can be either Digital (On-Off) or Analog (Linear) depending on the application and how it is wired.

The Digital output will switch between 0 and 1 when the magnet passes the minimum distance for the sensor. The Analog output is more precise than the Digital output, as it will produce a linear signal which is proportional to the distance of the magnet from the sensor. This can be used to gain a more accurate indication of the position of the magnet.

The maximum distance for the MLX92241LUA-BAA-113-SP is 4mm and the response time is 30 microseconds. It is important to note that only a low-frequency, low-Gauss field is detected by this sensor. That is, any field with a frequency higher than 20KHz and Gauss higher than 50G is not able to be sensed by this magnetic sensor.

Conclusion

The MLX92241LUA-BAA-113-SP magnetic sensor is an ideal choice for many applications, such as detecting the position of switches, actuators, and doors. Its features make it a reliable and accurate magnetic sensor, and its ability to produce both digital and analog outputs makes it more flexible than other types of magnetic sensors. It is important to understand its operating range and response time to ensure it is used for the correct application.

The specific data is subject to PDF, and the above content is for reference