High Speed Data Acquisition Systems
Large selection of high speed data acquisition systems from 10kS/s – 50MS/s, multichannel, modular, flexible with on-board processing and FFT for research, education, lab and industrial applications.
These systems are ideal for capturing dynamic signals such as pressure transients, dynamic force, strain, acceleration and vibration. Modular design allows a mix of I/O capabilities to match project requirements. Local processing enables frequency domain analysis, complex triggering, closed loop control and statistical data reduction.
When choosing a system for higher speed applications there are several factors to consider in addition to sampling speed:
- Signal type and expected measurement range
- Sampling mode – sequential or parallel
- Filtering both input Anti-aliasing and post-acquisition processing
- Whether the signal is repetitive or a one-time event
- Other post-acquisition signal processing requirements, i.e. FFT, triggering, averaging, etc.
- Local storage requirements
Solutions are available for detonation/explosion testing, transient event detection, high-speed rotational testing, leading-edge theoretical physics experiments, component testing, and more.
Showing all 10 results
ADwin-PRO-IIModular, Scalable, Expandable, and Intelligent Real-Time System.
Delphin Expert Key 20028 differential analog inputs, high accuracy 18 Bit A/D converter.
Delphin Expert Vibro EV-1616 synchronous analog inputs for transient signals and vibrations.
Delphin Expert Transient ET-1616 synchronous analog inputs for acquisition of transient/periodical signals.
Delphin Expert Transient ET-88 synchronous analog inputs for acquisition of transient/periodical signals.
Delphin Expert Vibro EV-88 synchronous analog inputs for transient signals and vibrations.
ADwin-Light-16Real-Time System, Analog & Digital Inputs/Outputs, Counters, Microprocessor.
ADwin-GoldFast, Local, Real-Time CPU and Memory with Analog and Digital Inputs/Outputs.
ADwin-Gold-IILocal DSP Controller & Memory with Analog, Digital Inputs/Outputs.