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AC Voltage source in magnetic field interface.
Posted 30 mar 2012, 08:27 GMT-4 Low-Frequency Electromagnetics Version 4.2a 2 Replies
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Hi,
I'd like to study the distribution of resistive losses on a slab with eddy current produced by an inductor. In my study the inductor works with an AC voltage of 300V with a frequency of 10kHz. I tried to build a model to do that and i use symmetry in order to avoid large number of degree of freedom. The model is a eighth of the real dimension. My question is: How i can give the voltage difference, so i mean how i can generate current? In the model i'm using the impedence boundary condition and the difference voltage is applied in the surface number 8 and 17.
Can someone help me.
Thanks
Nicola
I'd like to study the distribution of resistive losses on a slab with eddy current produced by an inductor. In my study the inductor works with an AC voltage of 300V with a frequency of 10kHz. I tried to build a model to do that and i use symmetry in order to avoid large number of degree of freedom. The model is a eighth of the real dimension. My question is: How i can give the voltage difference, so i mean how i can generate current? In the model i'm using the impedence boundary condition and the difference voltage is applied in the surface number 8 and 17.
Can someone help me.
Thanks
Nicola
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2 Replies Last Post 2 apr 2012, 02:45 GMT-4