STR1-SAMM03P5

Magnetic Sensors - Position, Proximity, Speed (Modules)

STR1-SAMM03P5 is an advanced magnetic sensor module manufactured by the world\'s leading supplier of electronic components. This module features ultra-complex circuitry and up-to-date technology for enhanced performance and precision. Not only is this device robustly secure and highly reliable, but it also offers accurate and reliable results.

STR1-SAMM03P5 has been designed to detect and capture a magnitude of both position and proximity. Through the process of using Hall Effect ICs, contact-less switch operation, a dual-channel output, and measures up to 36 mm, the STR1-SAMM03P5 is ideal for a broad range of electronic applications. The module can be used to accurately measure small changes in the magnetic field of any object and is capable of transmitting values even after the module’s removal.

The module also includes a digital and analog output power system which allows the user to have the option of dedicated output types while remaining in sync with the amount of data being transmitted. This ensures that the accepted values remain constant no matter the changing conditions.

The working principle behind the module is simple yet technical. First, a user needs to activate a switch near the module for the module to sense the magnetic field of the object. As the magnet field becomes stronger, a signal is then sent out to the module which is then analyzed by the system and displayed accordingly.

The STR1-SAMM03P5 magnetic sensor module is suitable for a vast variety of electronic projects and applications. It provides measurements on a variety of precision and reliability, making it suitable for use in machines and motors where wide-ranging precision is required. This makes the module an ideal choice for narrow and wide-ranging robotic systems, contact-less switches, and electronic gadgets

In conclusion, the STR1-SAMM03P5 magnetic sensor module is a reliable and highly efficient device that stands out in quality and performance. It can be used to accurately detect small changes in the magnetic field of any object and is suitable for use in a variety of applications and projects.