|  
Sign In  Or  Create New Account
  Optical Tables and Vibration Control
    Breadboards and Grid Platforms
    Honeycomb, Granite and Rigid Structures
    Isolators
    Optical Tables
    Structural Rails and Carriers
    Technical Reference
   
  About Optical Table Performance Specifications
   
  Approximating Real-World Beam Deflection
   
  Environmental Vibration Criteria
   
  Fundamentals of Vibration
   
  Glossary of Commonly Used Vibration and Vibration Control Terms
   
  How to Approximate an Optical Table’s “Ideal Rigid Body” Line
   
  Modular Vibration Isolation Table Simplifies Laboratory Reconfiguration
   
  Shipping Weights
   
  Technical Reference Guide
   
  Understanding the Compliance Curve
   
  Vibration Control Technology Enables Critical Improvement in Microscopy Applications
   
  Why Honeycomb Structures Deflect Less Than Solid Structures
    Testing, Analysis and Design
    Vibration Control Replacement Parts
    Workstations and Isolated Platforms
 Show All Product Lines
Home > Products > Optical Tables and Vibration Control > Technical Reference > How to Approximate an Optical Table’s “Ideal Rigid Body” Line

How to Approximate an Optical Table’s “Ideal Rigid Body” Line
How to Approximate an Optical Table’s “Ideal Rigid Body” Line

Product DescriptionProduct DetailCatalog PDF
Product Description
The compliance of a body is defined as the displacement amplitude of a point on the table surface per unit of force applied. Under the influence of a time-varying force, the compliance of a free ideal rigid body in one dimension is proportional to the inverse square of the frequency:




Back To Top

 
Founded in 1969, Newport is a pioneering single-source solutions provider of laser and photonics components to the leaders in scientific research, life and health sciences, photovoltaics, microelectronics, industrial manufacturing, and homeland security markets.
Home | Products | Support | Markets | About Us | Investors | My Account | Contact Us | Contact Webmaster
Terms of Use | Privacy Policy   Copyright © 1996-2009 Newport Corporation. All rights reserved .