Uploaded May 2024 | Updated September 2026, 2 weeks ago
In this video I demonstrate some magnetic levitation devices, which have entertained many of the customers. Two of my devices are passive, which means they don't require any electronics, but the other two contain Hall Effect Sensors, which are used in conjunction with an other circuits to produce correction voltages for the electromagnets positioned above the permanent magnets. As the permanent magnets get to close or too far away from the electromagnets, a correction voltage is produced which strengthens or weakens the electromagnets to keep the permanent magnetic in suspension.
In this video I demonstrate some magnetic levitation devices, which have entertained many of the customers. Two of my devices are passive, which means they don't require any electronics, but the other two contain Hall Effect Sensors, which are used in conjunction with an other circuits to produce correction voltages for the electromagnets positioned above the permanent magnets. As the permanent magnets get to close or too far away from the electromagnets, a correction voltage is produced which strengthens or weakens the electromagnets to keep the permanent magnetic in suspension.
