Improvement of Transient Characteristics of Negative Stiffness Control System by Feedforward Control
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概要
- 論文の詳細を見る
- 2012-09-10
著者
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Mizuno Takeshi
Saitama University
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Takasaki Masaya
Saitama University
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ISHINO Yuji
Saitama University
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SHAHADAT Mhia
Saitama University
関連論文
- A Nonlinear Compensator of Zero-Power Magnetic Suspension for Zero-Compliance to Direct Disturbance
- An Active Micro Vibration Isolator with Zero-Power Controlled Magnetic Suspension Technology(Advanced Technology of Vibration and Sound)
- B33 VIBRATION ISOLATION SYSTEM USING ZERO-POWER MAGNETIC SUSPENSION : 6^ REPORT: EXPERIMENTAL STUDY ON SYSTEM WITH A WEIGHT SUPPORT MECHANISM
- 221 AN ACTIVE MICROVIBRATION ISOLATOR WITH MAGNETIC SUSPENSION TECHNOLOGY(General Session III)
- Self-Sensing Magnetic Suspension Using an H-bridge Type Hysteresis Amplifier Operating in Two Quadrants
- Mass Measurement Using a System Containing an On-Off Relay with Dead Zone
- Foreword(Advances in Motion and Vibration Control Technology)
- Application of Unbalance Compensation to Totally Active Magnetically Suspended Gyro(The 20th MAGDA Conference in Pacific Asia (MAGDA2011))
- Realization of Voltage-controlled Double Parallel Magnetic Suspension System(The 20th MAGDA Conference in Pacific Asia (MAGDA2011))
- Foreword
- Improvement of Transient Characteristics of Negative Stiffness Control System by Feedforward Control
- Application of Unbalance Compensation to Totally Active Magnetically Suspended Gyro
- Double Electrostatic Suspension System Using Variable Capacitor
- Double Electrostatic Suspension System
- Flux-Path Control Magnetic Suspension System Using Voice Coil Motors
- Mass Measurement System Using Relay Feedback with Hysteresis
- Preface
- Fabrication of Power Saving Solar Magnetic Suspension System