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ore Mr= 5000 = S000 Mo =4T 1o TT= 3 R=30cm air gap N= 100 Ie 4A 2direction The electromagnet device, whose geometric and electromagnetic parameters are given, is placed on the plane of the page in the x-y plane. 1)Calculate the magnetomotive force 2)calculate the reluctance of the system 3)Find the magnetic flux of the system Show transcribed image text

ore Mr= 5000 = S000 Mo =4T 1o TT= 3 R=30cm air gap N= 100 Ie 4A 2direction The electromagnet device, whose geometric and electromagnetic parameters are given, is placed on the plane of the page in the x-y plane. 1)Calculate the magnetomotive force 2)calculate the reluctance of the system 3)Find the magnetic flux of the system Show transcribed image text

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Mr= 5000 Mo =4 T 10 TT= 3 R=30cm ,air gap N= 100 Ic 4A 2direction The electromagnet device, whose geometric and electromagnetic parameters are given, is placed on the plane of the page in the x-y plane. 1)Calculate the magnetomotive force 2)calculate the reluctance of the system 3)Find the magnetic flux of the system Show transcribed image text
Transcribed Image Text:Mr= 5000 Mo =4 T 10 TT= 3 R=30cm ,air gap N= 100 Ic 4A 2direction The electromagnet device, whose geometric and electromagnetic parameters are given, is placed on the plane of the page in the x-y plane. 1)Calculate the magnetomotive force 2)calculate the reluctance of the system 3)Find the magnetic flux of the system Show transcribed image text
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