ACTUATOR SELECTION TOOL
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Voltage Difference Prestrain (Primary Axis) Prestrain (Secondary Axis) Constant Load Frequency Work Density Typical Strain Operating Stress Power Density Continuous Power Cycles (Minimum) Efficiency Electrochemical Strain Coefficient Charge Capacitance Bandwidth Strain Rate Stress Rate Stress Relax Rate (Active) Stress Relax Rate (Inactive) Creep Rate (Active) Creep Rate (Inactive) Peak Power Peak Engineering Strain Average Strain Rate Average Stress Rate Charge/Volume Charge/Mass Capacitance/Volume Electric Field Intensity Y-Axis Length Width Thickness Outer Diameter Inner Diameter Volume Number of Strands Turns Density Dielectric Constant Conductivity Young's Modulus Tensile Strength Strain at Break Concentration Ratio (1st:2nd Solution) pH Voltage Min. Voltage Max. Voltage Difference Prestrain (Primary Axis) Prestrain (Secondary Axis) Constant Load Frequency Work Density Typical Strain Operating Stress Power Density Continuous Power Cycles (Minimum) Efficiency Electrochemical Strain Coefficient Charge Capacitance Bandwidth Strain Rate Stress Rate Stress Relax Rate (Active) Stress Relax Rate (Inactive) Creep Rate (Active) Creep Rate (Inactive) Peak Power Peak Engineering Strain Average Strain Rate Average Stress Rate Charge/Volume Charge/Mass Capacitance/Volume Electric Field Intensity Graph 2 Enable      X-Axis Length Width Thickness Outer Diameter Inner Diameter Volume Number of Strands Turns Density Dielectric Constant Conductivity Young's Modulus Tensile Strength Strain at Break Concentration Ratio (1st:2nd Solution) pH Voltage Min. Voltage Max. Voltage Difference Prestrain (Primary Axis) Prestrain (Secondary Axis) Constant Load Frequency Work Density Typical Strain Operating Stress Power Density Continuous Power Cycles (Minimum) Efficiency Electrochemical Strain Coefficient Charge Capacitance Bandwidth Strain Rate Stress Rate Stress Relax Rate (Active) Stress Relax Rate (Inactive) Creep Rate (Active) Creep Rate (Inactive) Peak Power Peak Engineering Strain Average Strain Rate Average Stress Rate Charge/Volume Charge/Mass Capacitance/Volume Electric Field Intensity Y-Axis Length Width Thickness Outer Diameter Inner Diameter Volume Number of Strands Turns Density Dielectric Constant Conductivity Young's Modulus Tensile Strength Strain at Break Concentration Ratio (1st:2nd Solution) pH Voltage Min. Voltage Max. Voltage Difference Prestrain (Primary Axis) Prestrain (Secondary Axis) Constant Load Frequency Work Density Typical Strain Operating Stress Power Density Continuous Power Cycles (Minimum) Efficiency Electrochemical Strain Coefficient Charge Capacitance Bandwidth Strain Rate Stress Rate Stress Relax Rate (Active) Stress Relax Rate (Inactive) Creep Rate (Active) Creep Rate (Inactive) Peak Power Peak Engineering Strain Average Strain Rate Average Stress Rate Charge/Volume Charge/Mass Capacitance/Volume Electric Field Intensity Graph 3 Enable      X-Axis Length Width Thickness Outer Diameter Inner Diameter Volume Number of Strands Turns Density Dielectric Constant Conductivity Young's Modulus Tensile Strength Strain at Break Concentration Ratio (1st:2nd Solution) pH Voltage Min. Voltage Max. Voltage Difference Prestrain (Primary Axis) Prestrain (Secondary Axis) Constant Load Frequency Work Density Typical Strain Operating Stress Power Density Continuous Power Cycles (Minimum) Efficiency Electrochemical Strain Coefficient Charge Capacitance Bandwidth Strain Rate Stress Rate Stress Relax Rate (Active) Stress Relax Rate (Inactive) Creep Rate (Active) Creep Rate (Inactive) Peak Power Peak Engineering Strain Average Strain Rate Average Stress Rate Charge/Volume Charge/Mass Capacitance/Volume Electric Field Intensity Y-Axis Length Width Thickness Outer Diameter Inner Diameter Volume Number of Strands Turns Density Dielectric Constant Conductivity Young's Modulus Tensile Strength Strain at Break Concentration Ratio (1st:2nd Solution) pH Voltage Min. Voltage Max. Voltage Difference Prestrain (Primary Axis) Prestrain (Secondary Axis) Constant Load Frequency Work Density Typical Strain Operating Stress Power Density Continuous Power Cycles (Minimum) Efficiency Electrochemical Strain Coefficient Charge Capacitance Bandwidth Strain Rate Stress Rate Stress Relax Rate (Active) Stress Relax Rate (Inactive) Creep Rate (Active) Creep Rate (Inactive) Peak Power Peak Engineering Strain Average Strain Rate Average Stress Rate Charge/Volume Charge/Mass Capacitance/Volume Electric Field Intensity Graph 4 Enable      X-Axis Length Width Thickness Outer Diameter Inner Diameter Volume Number of Strands Turns Density Dielectric Constant Conductivity Young's Modulus Tensile Strength Strain at Break Concentration Ratio (1st:2nd Solution) pH Voltage Min. Voltage Max. Voltage Difference Prestrain (Primary Axis) Prestrain (Secondary Axis) Constant Load Frequency Work Density Typical Strain Operating Stress Power Density Continuous Power Cycles (Minimum) Efficiency Electrochemical Strain Coefficient Charge Capacitance Bandwidth Strain Rate Stress Rate Stress Relax Rate (Active) Stress Relax Rate (Inactive) Creep Rate (Active) Creep Rate (Inactive) Peak Power Peak Engineering Strain Average Strain Rate Average Stress Rate Charge/Volume Charge/Mass Capacitance/Volume Electric Field Intensity Y-Axis Length Width Thickness Outer Diameter Inner Diameter Volume Number of Strands Turns Density Dielectric Constant Conductivity Young's Modulus Tensile Strength Strain at Break Concentration Ratio (1st:2nd Solution) pH Voltage Min. Voltage Max. Voltage Difference Prestrain (Primary Axis) Prestrain (Secondary Axis) Constant Load Frequency Work Density Typical Strain Operating Stress Power Density Continuous Power Cycles (Minimum) Efficiency Electrochemical Strain Coefficient Charge Capacitance Bandwidth Strain Rate Stress Rate Stress Relax Rate (Active) Stress Relax Rate (Inactive) Creep Rate (Active) Creep Rate (Inactive) Peak Power Peak Engineering Strain Average Strain Rate Average Stress Rate Charge/Volume Charge/Mass Capacitance/Volume Electric Field Intensity