アイソレータの伝達要求に基づくばねの剛性および配置の設計

Key Points

• The research aims to design spring stiffness and arrangement based on isolator transmission requirements to enhance observation accuracy.
• Calculated sensitivity of spring stiffness and arrangement on inherent vibration frequencies.
• Developed a design method based on calculated sensitivities.
• Identified that resonance frequency in the z-direction is determined dependently when attachment surfaces are only on the sides.
• Demonstrated the ability to independently adjust resonance frequencies when attachment surfaces include the bottom or all sides except the top.