Q1: A) The energy stored in the coupling field of a magnetically linear system with two electrical inputs may be expressed as: M i iz 1 W, (A. A2. BA + B122 + %3D Express B11, B12, and B22 in terms of inductances L1, L123DM12, and L2?

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Q1: A) The energy stored in the coupling field of a magnetically linear system with two
electrical inputs may be expressed as:
1 2i2
W, (A, A2, x)= BA + B12,2 +B2
Miiz
2.
Express B11, B12, and B22 in terms of inductances L1, L12=M12, and L2?
(B) An electromechanical system has two electrical inputs. The flux linkages may be expressed
as:
i= L Ji
dir
2, (i. iz, x) = x'if + xi,
%3D
2(,, iz, x) = x-i3 + xi,
Express the energy stored for this system in terms of inductances L1, L12=M12, and L2?
-/-
Transcribed Image Text:Q1: A) The energy stored in the coupling field of a magnetically linear system with two electrical inputs may be expressed as: 1 2i2 W, (A, A2, x)= BA + B12,2 +B2 Miiz 2. Express B11, B12, and B22 in terms of inductances L1, L12=M12, and L2? (B) An electromechanical system has two electrical inputs. The flux linkages may be expressed as: i= L Ji dir 2, (i. iz, x) = x'if + xi, %3D 2(,, iz, x) = x-i3 + xi, Express the energy stored for this system in terms of inductances L1, L12=M12, and L2? -/-
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