Y=6
- X 1 Y 6 1 (62.33 KiB) Viewed 35 times
X=1 Y=6
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answerhappygod
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X=1 Y=6
X=1
Y=6
Consider the setup shown in Fig. Q5. Determine the minimum amount of current required to keep the magnetic plate at a distance of (2.Y) mm from the pole faces of an electromagnet having (100X) turns when the torque exerted by the spring at an effective radius of 20 cm is 20 N-m. Assume each pole face has a circular cross section with a diameter of 3 cm. Consider the relative permeability of magnetic material and magnetic plate as infinity. Magnetic plate T 20 cm cm (100X) turns 3 cm HE air-gap Figure Q. 5. Spring
Y=6
Consider the setup shown in Fig. Q5. Determine the minimum amount of current required to keep the magnetic plate at a distance of (2.Y) mm from the pole faces of an electromagnet having (100X) turns when the torque exerted by the spring at an effective radius of 20 cm is 20 N-m. Assume each pole face has a circular cross section with a diameter of 3 cm. Consider the relative permeability of magnetic material and magnetic plate as infinity. Magnetic plate T 20 cm cm (100X) turns 3 cm HE air-gap Figure Q. 5. Spring