Spectral Dynamics software modules always provide you with the best in control technology.  Our Lynx™ Sine Module incorporates a true analog-quality sine sweep with a double precision integrated phase algorithm in order to ensure the lowest signal distortion possible. Our easy-to-use flexible user interface, will allow you to configure your control parameters: manual or automatic test, control with the fundamental signal (tracking filter) or with the RMS of the broadband, control strategy. Other  Sine based software modules; Stepped Sine and Search& Dwell can be easily incorporated into your testing control suite with your original system configuration or added later to your system as your testing needs to expand down the road.

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Sine software offers a complete solution for your swept sine testing needs. With tracking filter processing in DSP's on input channel cards large channel count swept sine tests can be performed without degradation in control loop performance.

Features

• Analog quality sine signal generation
• Multi-channel digital tracking filters with variable fixed and proportional bandwidths
• Digital resampling provides true proportional bandwidth tracking filters
• Sweep range from 0.1 to 10,000 Hz
• Optional resonance search and phase-tracked dwell
• Frequency Response Function (FRF) measurements for all active channels
• Independent limit profiles for each active measurement channel

Sine testing can be done two ways:

Overall test level control, where we do not care about what frequency causes the response energy. Fundamental Control, which requires Tracking Filters. Signal Generation hardware matters. Lynx™ generates harmonic free analog quality Sine signals that permit remarkable resonance control and accuracy.

NOT generating Harmonic content, means the power amplifier WON'T receive high frequency energy which it CANNOT reproduce, thereby removing another worry from the Test Professional's mind.

Nearly all tests presume Tracking Filters are being employed. Lynx™ provides True analog quality tracking filters created in DSP with the same Sine-Co-Sine Heterodyne method SD patented in 1961, If you must test to MilStd expectations, you must use tracking filters. FFT based processes DO NOT yield the same accuracy that Digital Tracking Filters offer.