Response of a Single‐Degree‐of‐Freedom Isolator to a Random Disturbance Available to Purchase

A method is presented for computing acceleration, deflection, and velocity response of a damped, single‐degree‐of‐freedom isolator, subject to a random disturbance between finite frequency limits. A closed‐form solution is obtained for the case where the power spectral density is constant within any given bandwidth. The results are plotted in such a manner that the responses to a variable power spectral density function can readily be computed.