Data Physics software

The Fast Fourier Transform (FFT) Converts Dynamic Signals from the Time Domain to the Frequency Domain, Enabling Engineers and Technicians to Analyze and Understand Signal Frequency Content. Used extensively in industries such as aerospace, automotive, defense, power and process, and manufacturing, the FFT serves as a primary tool for applications where vibration and other dynamic measurements are made including acceptance testing, vibration surveys, model validation, and troubleshooting and diagnostics.

The 900 Series Recording and Playback functionality has the ability to record data at up to 216k samples/second for review, export, post processing, or driving a shaker. Recording can be done simultaneously with real-time measurement or control and the recording sample rate can be independent of the measurement sample rate. Recorded data can be analyzed with any analysis type. 

Sine Vibration Control is Used to Qualify a Test Article or to Excite its Resonances to Test Durability. Swept Sine testing is the primary tool for characterizing the dynamics of a test article. Sine testing delivers sinusoidal excitation to the article under test, controlling the excitation level through a pre-defined frequency range.

Random Vibration is representative of the broad range of vibration environments that products and structures experience during their lifetimes. Random vibrations excite all of a structure’s resonant frequencies simultaneously, often simulating the environment the structure will see when it is in the field.  Short or long duration random vibration tests are used to ensure a product or structure will be able to withstand the vibrations it will experience during its lifetime.