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      Stepping Motor를 위한 구동회로 설계 = A Study on the Design of Driving Circuit for Stepping Motors

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      https://www.riss.kr/link?id=A2016845

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      A winding of Stepping motor is described by inductance and resistance as the csacade fashion.
      As switching frequency increases, the build-up time become large and it results in the decreased torque and slow response. The least expensive way is to add a resistor in series. But this method has disadvantage in which much power is dissipated in series resistors.
      To reduce the power dissipation in driver and to increase the performance of a stepping motor, a dual voltage driving method is first investigated.
      Also, to drive the stepping motor at high speed, a hysterisis driving method which offers the specified current build-up with low loss is secondly investigated. The advantage of the hysterisis driving method is that it needs a single power supply and gives small power loss and the driving efficiency is very high from low speed to high speed.
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      A winding of Stepping motor is described by inductance and resistance as the csacade fashion. As switching frequency increases, the build-up time become large and it results in the decreased torque and slow response. The least expensive way is to ad...

      A winding of Stepping motor is described by inductance and resistance as the csacade fashion.
      As switching frequency increases, the build-up time become large and it results in the decreased torque and slow response. The least expensive way is to add a resistor in series. But this method has disadvantage in which much power is dissipated in series resistors.
      To reduce the power dissipation in driver and to increase the performance of a stepping motor, a dual voltage driving method is first investigated.
      Also, to drive the stepping motor at high speed, a hysterisis driving method which offers the specified current build-up with low loss is secondly investigated. The advantage of the hysterisis driving method is that it needs a single power supply and gives small power loss and the driving efficiency is very high from low speed to high speed.

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