
The Data Physics 900 Series vibration controller: Uniquely designed to mitigate risks during testing. The primary objective of satellite vibration testing in the laboratory environment is to validate survivability of Continue Reading →
The Data Physics 900 Series vibration controller: Uniquely designed to mitigate risks during testing. The primary objective of satellite vibration testing in the laboratory environment is to validate survivability of Continue Reading →
Easy to Use. Versatile. Powerful. It’s a Dynamic Signal Analyzer. It’s a Vibration Controller. And if you need a single tool that does it all, it’s both. You can even Continue Reading →
After receiving nearly 50 entries from around the world…we have a winner! A sincere thank-you to all who have participated in this contest! HP5427A Vibration Control System – Circa 1981 Continue Reading →
How old did you say your vibration controller is? Is your current vibration controller often referred to as “vintage” or “long in the tooth”? Are you concerned it may be Continue Reading →
Voice Recording, available in Data Physics’ SignalCalc Dynamic Signal Analyzer and SignalStar Vibration Controller software as part of throughput to disk analysis, allows the user to utilize an input channel Continue Reading →
Contracts worth £19 million have been awarded for the first of the major facilities for the National Satellite Test Facility (NSTF) which is to be built and operated by the Continue Reading →
Get your free pass – click on the image! The Vibration Institute Annual Training Conference & Expo (VIATC) provides a practical learning experience, quality networking with top industry professionals, and Continue Reading →
Come visit us at Stand #8256 to say hello and see how we are driving new development in the Automotive Testing community with HIGH-PERFORMANCE vibration testing solutions for: EV & Continue Reading →
Visit us in booth 307! It’s Not Just Modal Anymore PREDICTIVE MODELING FOR ENGINEERING DESIGN AND DECISION MAKING January 28—31, 2019 in Orlando, Florida IMAC is a conference and exposition Continue Reading →
“SAFETY FIRST FOR SATELLITE AND SPACECRAFT TESTS” A solution that provides the smooth ramp-down of vibration testing has helped to safely test the world’s most advanced space telescope. Read the Continue Reading →
We’re driving new development in automotive testing and development. Visit us in booth 6015!
Exciting event this week. Kevin McIntosh, General Manager of the Vibration Test Systems Business Unit attended the opening of our customer’s new Engineering and Prototype Laboratory in Everett, Washington. The Continue Reading →
This is part one in a series of articles about how to evaluate the quality of a vibration control system. In each we will present important features of the control Continue Reading →
With the tragic earthquake and resulting tsunami in Japan last year, there is an increased focus on ensuring that critical equipment can withstand earthquake forces. The Data Physics SignalStar Vector Continue Reading →
Multishaker testing has been growing in popularity over the past several years. This testing is done not only in the automotive industry, but across the board in the Aerospace, Defense, Continue Reading →
Shock Response Spectra (SRS) are now widely used in many industries. Data Physics analyzers and controllers make the process of measuring Shock Response Spectra and producing transients from a given Continue Reading →
To effectively understand dynamic signal analyzers and vibration controllers, this article aims to describe basic dynamic signal analysis concepts. Many dynamic data processing techniques involve transforming the data to the Continue Reading →
Data Physics was the first to market very high resolution random control – 6400 lines of resolution. The use of narrowly spaced spectral lines in random control has both positive Continue Reading →
The demand for very large force shaker systems is increasing. Typically this is met with large electrodynamic shakers (approximately 45klbf to 60klbf). However, larger shakers have limited frequency range. Shakers Continue Reading →
Discussions about dynamic range are most often concerning dynamic signal analyzers. However, a large dynamic range is perhaps even more beneficial for closed loop vibration control. In vibration control applications, Continue Reading →