Implementation of quality control system using magnetic image sensor

This research depicts an overview and special technique for the recognition, detection and measuring the quality of magnetic on materials. It is based on the Hall Effect principle of and signal converter. The board is small but it gives good results in addition to ease of use, less cost and low power. The magnetic field emitted from the material to be checked is converted to a visual spectrum. This means that magnetic fields can now be seen in real-time, the magnetic sensors used on the tile are some of the most highly sensitive. Hall effect sensors and the matrix layout were simulated in the MATLAB Simulink and the results were put in the thesis. Visualizing things that are very difficult to normally seen. Because there is so much around that just cannot easily perceive, and how much more interesting bits of science we would be able to get done if only could easily see them as naturally as seeing things like color. Magnetic field detection in an object into a two-dimensional image will make that cool and very interesting especially with low cost, power and easy to use, unlike some costly sensors. In the thesis, the results of the matrix array of sensors are obtained then the performance is discussed.