Converting a Switching Solenoid to a Proportional Actuator

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概要

• 論文の詳細を見る

• Solenoids are presently used as cheap and robust switching components. These are variable reluctance devices with their characteristics dictated by a highly nonlinear magnetic circuit. This paper describes the research work done on converting a switching solenoid into a proportional device. It first investigates the magnetic characteristics of a solenoid, followed by developing a control model for the device. Based on this model, a dual rate cascade control scheme with a nonlinear force mapper is proposed for proportional control. This scheme is tested out by simulation and implemented on a Digital Signal Processor based controller.

• 社団法人 電気学会の論文
• 1996-04-20

著者

• Cheung N.

  University Of New South Wales Australia

• RAHMAN M.

  University of New South Wales, Australia

• LIM K.

  University of New South Wales, Australia

• Lim K.

  University Of New South Wales Australia

• Cheung N.C.

  University of New South Wales, Australia

• Rahman M.F.

  University of New South Wales, Australia

• Lim K.W.

  University of New South Wales, Australia

関連論文

• Converting a Switching Solenoid to a Proportional Actuator

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