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The flux density in the gap of a 1mA (full scale) moving '-coil' ammeter is 0.1 Wb/m^2. the rectangular moving coil is 8mm wide by 1cm deep and is wound with 50turns. calculate the full scale torque which must
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The flux density in the gap of a 1mA (full scale) moving '-coil' ammeter is 0.1 Wb/m^2. the rectangular moving coil is 8mm wide by 1cm deep and is wound with 50turns. calculate the full scale torque which must be provided by thr springs. The flux density in the gap of a 1mA (full scale) moving '-coil' ammeter is 0.1 Wb/m^2. the rectangular moving coil is 8mm wide by 1cm deep and is wound with 50turns. calculate the full scale torque which must be provided by thr springs. The flux density in the gap of a 1mA (full scale) moving '-coil' ammeter is 0.1 Wb/m^2. the rectangular moving coil is 8mm wide by 1cm deep and is wound with 50turns. calculate the full scale torque which must be provided by thr springs.
- Expert Answer
The torque provided by the springs in a moving coil ammeter is given by T NABIsin where T is the tor View the full answer
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Posted Date: March 19, 2023 23:19:16