4 cm gi 'g2 | cm | cm 2 cm 1 cm Cross-section 1 cm I cm

4 cm gi<br>'g2<br>| cm<br>| cm<br>2 cm<br>1 cm<br>Cross-section<br>1 cm<br>I cm<br>

Extracted text: 4 cm gi 'g2 | cm | cm 2 cm 1 cm Cross-section 1 cm I cm
Problem 1 In the following magnetic circuit, N = 1000; µ. = 1230. As shown in the figure, for the left leg: lg1 = 0.02 cm, and the right leg: 1,2=0.04 cm. Assume the reluctance of the magnetic core to be negligible. Neglect fringing at the air gaps and any leakage fields. (a) Find an expression for the flux in the middle leg in terms of current i

Problem 1<br>In the following magnetic circuit, N = 1000; µ. = 1230. As shown in the figure, for the left leg: lg1 = 0.02 cm, and the<br>right leg: 1,2=0.04 cm. Assume the reluctance of the magnetic core to be negligible. Neglect<br>fringing at the air gaps and any leakage fields.<br>(a) Find an expression for the flux in the middle leg in terms of current i<br>

Extracted text: Problem 1 In the following magnetic circuit, N = 1000; µ. = 1230. As shown in the figure, for the left leg: lg1 = 0.02 cm, and the right leg: 1,2=0.04 cm. Assume the reluctance of the magnetic core to be negligible. Neglect fringing at the air gaps and any leakage fields. (a) Find an expression for the flux in the middle leg in terms of current i

Jun 11, 2022

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4 cm gi 'g2 | cm | cm 2 cm 1 cm Cross-section 1 cm I cm

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