Construction and experimental implementation of a model-based inverse filter to attenuate hysteresis in ferroelectric transducers

Keyphrases

• Hysteresis 100%
• Experimental Implementation 100%
• Inverse Filter 100%
• Control Implementation 66%
• Microscope Stage 33%
• Model-based Control 33%
• Design Implementation 33%
• Operating Conditions 33%
• Numerical Examples 33%
• Control Algorithm 33%
• Atomic Force Microscope 33%
• Open-loop Control 33%
• Filter Method 33%
• Charging Current 33%
• Current Control 33%
• Constitutive Nonlinearity 33%
• Charge Control 33%
• Inherent Properties 33%
• Transducer Design 33%
• Linear Control 33%
• Feedback Design 33%
• Non-centrosymmetric 33%
• Amplifier Design 33%
• Field Charge 33%
• Piezoceramic Transducer 33%
• Hysteresis Nonlinearity 33%
• Input Field 33%
• Linear Design 33%
• Homogenized Energy Model 33%
• Field Current 33%
• Transducer Materials 33%

Engineering

• Inverse Filter 100%
• Transducer 100%
• Energy Engineering 25%
• Numerical Example 25%
• Atomic Force Microscope 25%
• Open Loop Control 25%
• Illustrates 25%
• Model-Based Control 25%
• Amplifier 25%
• Piezoceramics 25%
• Control Algorithm 25%
• Nonlinearity 25%