The large range of measurement and analysis software solutions cater to every application in dynamic signal analysis.
You can choose a range of hardware platforms from the pocket-sized ACE to the new Abacus combined with your preferred computer platform to configure a state-of-the-art solution for any dynamic signal analysis application.
SignalCalc dynamic signal analyzers offer connectivity across networks and applications, consistency of the intuitive user interface design across all products, and compatibility of data and results with industry standards ensuring efficient interchange with other popular design and analysis programs.
SignalCalc ACE Powered by Quattro
Ultra portable and rugged, the all new SignalCalc ACE, powered by Quattro, provides USB 2.0 connectivity to a host PC or laptop and is completely bus powered. With realtime analysis capability from DC to 93 kHz (204.8 kHz sample rate) it is an NVH engineer’s dream machine.
Simply load the software, connect the USB cable between Quattro and the PC and it is ready to begin measurement.
Perfect for any Application
Quattro provides a powerful and highly mobile backbone for the most demanding applications. 4 inputs and 2 outputs make it ideal for advanced modal testing including MIMO analysis.
The easily configurable tachometer input makes difficult machinery diagnostics effortless and with a host of available measurements including synchronous averaging, order tracking, demodulation and a complete rotordynamics toolkit, it is ideally suited for troubleshooting any rotating machinery problem.
Record and Analyze Data in any Environment
With its compact size, rugged design and the ability to record data on all channels at a rate of 204.8 ksamples/sec, it can tackle data acquisition in aircraft, in-vehicle and industrial environments with ease and efficiency. Weighing just over a pound., it provides a uniquely mobile yet powerful test platform.
Powered by Quattro, ACE provides 32 bit floating-point DSPs delivering up to 204.8 kHz sample rate on all channels simultaneously.
Your computer screen becomes an instantaneous viewport into the activity and content of your signals.
Outstanding Dynamic Range
ACE incorporates high quality Sigma Delta converters, 32-bit floating-point arithmetic, leading edge analog design and accurate signal processing algorithms. This combination of carefully integrated ingredients produces measurements of astonishing dynamic range and fidelity.
ACE can identify and separate two closely spaced tones differing in amplitude by a factor of 1,000,000: 1. In concert with Zoom and High-Resolution options, the high dynamic range allows you to detect features normally not observed in spectral measurements.
ACE performs analysis in the time, frequency, order and amplitude domains. Use synchronous averaging to recover repetitive events buried in noise. Correlate signals to discover their similarity and temporal alignment.
Use FFT spectrum analysis to identify dominant frequencies and spectral density levels. Characterize linear systems by their Transfer, Coherence and Impulse Response functions.
Measure Probability functions and test the normality of your experimental data. SignalCalc ACE core functions include powerful FFT measurements, high dynamic range, and extensive analysis tools.
Multiple Analysis Domains
Choose the analytic viewpoint that best explains the physics of your application. ACE provides uniquely informative displays in Time, Frequency, Amplitude, Order, Amplitude and Angle domains.
Noise and Vibration Testing Features
Two independent signal generators provide choices of sine, swept-sine, random noise, pseudo-random, burst-random, pink noise, chirp, impulse and half-sine transients.
For impact tests, excellent trigger controls combined with force and response windows, automatic overload rejection and preview averaging assure the capture of optimum data. For shaker tests, burst random eliminates spectral leakage from lightly damped structures while sine sweep and dwell support holographic studies.
The intuitive organization of controls and the flexible arrangement of measurement data on screen is a significant contribution to the art of user interface design. You will find ACE a natural extension of how you use word processors, spreadsheets, or other Windows applications.
Control panels can dock to the edges of the window or float anywhere on the desktop. You can hide and retrieve them at the click of a button. Graphics may be sized and customized with selectable colors, textures, grids, readouts and annotation.
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