Quality control has become a major focus for manufacturers in recent years. Manufacturers are striving to produce products that are consistent with design specifications. The drive for manufacturing consistency is motivated by the need to: reduce manufacturing scrap and thereby reduce manufacturing costs, increase the reliability of products in the field, reduce or eliminate the number of products with noise or vibration problems reaching the consumer, and achieve national/international quality certifications to maintain market competitiveness. Better quality control improves profits by increasing revenues and decreasing costs. Clearly, a good production test system, which enhances quality control, will result in improved profits.

Superior quality control results can be achieved by SignalCalc-QC due to its measurement flexibility. A robust architectural design enables the system to measure and apply evaluation criteria in the Power Spectrum, Transfer Function, Synchronous Average, Correlation, and Real-Time Full and 1/3 Octave measurements. Signals are measured and evaluated on a per frequency bin and per time sample basis, as appropriate, to capture subtle abnormalities in a product's vibration and/or acoustic signature. Depending on the specific measurement, you can select from the following signal analysis formats: Real, Imaginary, Phase, Magnitude and dB Magnitude. SignalCalc-QC also provides overall signal level measurement and the ability to apply a series of user defined scalar criteria to measured levels.

SignalCalc QC Quality Control