Question: 3. Answer the following about PMMC Instruments. [1M] i. Derive the equation for control torque in terms of flux density, area, current and number of
3. Answer the following about PMMC Instruments. [1M] i. Derive the equation for control torque in terms of flux density, area, current and number of turns of the coil. ii. What happens if the control toque is more than deflection torque? 3. Answer the following about PMMC Instruments. [1M] i. Derive the equation for control torque in terms of flux density, area, current and number of turns of the coil. ii. What happens if the control toque is more than deflection torque
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