Measuring Magnetic Field Values in a Solenoid Valve using Arduino Microcontroller

This work plans to present a minimal-expense exploratory setup utilizing an Arduino-based microcontroller to concentrate on the attractive enlistment idea. A Corridor Impact sensor or hall effect sensor to identify the attractive fields inside a long solenoid applied the DC current. The outcomes uncovered that for the DC changed up to 160 mA, the Arduino microcontroller sensor handled the attractive fields in a scope of up to 5.30 mT. The gathered information between the flows and the attractive fields was straight plotted with 0.99. Ampere's regulation was applied to appraise how much loop turn was utilized with around 1.8% blunder and around 1,020 rounds. This device is cheap, simple to assemble, and exhibits Material science factors on the Arduino board. The examination, alongside the conversation of magnetism and electricity, will be helpful for understudies in physical science class.