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Magnetic Fields: Unraveling Their Mysteries
Understanding Magnetic Fields Hey there! Let's chat about magnetic fields for a bit. You've probably encountered them from time to time, maybe while playing with magnets or using a compass. But what exactly are they, and why should you care about them? Magnetic fields are vector fields that surround magnets, electric currents, and even changing…
Types of magnetisation
The respective type of magnetisation depends on the desired application, shape and material of the magnets used. So, for example, when using different magnetisation types with otherwise identical shapes, differences in the relationship between adhesive force and air gap are achieved. Also, the used raw magnet plays a significant role. If it is made of…
Demagnetisation curve
The demagnetisation curve The demagnetisation curves are located in the second quadrant of the hysteresis curve. These curves indicate the differences between the Neodynium Iron Boron, the Samarium Cobalt, the Alnico and the ferrite magnets, that we use in our magnetic assemblies. Remanence B is the magnetic induction value which is use in the magnet…