An electromagnet requires a specific duration to reach its full magnetic potential, which cannot be achieved with a 1 nanosecond pulse. The discussion highlights the importance of the LC time constant in determining the time needed for magnetization. A pulse of such short duration is insufficient for a small lifting electromagnet to fully magnetize, as the magnetic field builds up over time based on the inductance and capacitance of the circuit.
PREREQUISITESElectrical engineers, hobbyists working with electromagnets, and students studying electromagnetism will benefit from this discussion.
Mindstormed said:Does it take a certain amount of time for an electromagnet to reach it's full magnetic potential? For example, would a 1 nanosecond pulse of juice be enough to fully magnetize a small lifting electromagnet? Thanks in advance.