- #MATLAB INTERP1 ANONYMOUS FUNCTION DRIVER#
- #MATLAB INTERP1 ANONYMOUS FUNCTION FULL#
- #MATLAB INTERP1 ANONYMOUS FUNCTION SOFTWARE#
Conventional edge triggering, which includes trigger time stamping, is enhanced by a number of sophisticated trigger modes that help with the capture of the most elusive events. Multiple-waveform recording allows the capture of numerous events, even at very high trigger rates. It also includes processing techniques such as FFT’s, for frequency domain analysis, and data interpolation for improved timing measurements.Acquisitions can be made in both single-shot or multiple-waveform recording modes.
#MATLAB INTERP1 ANONYMOUS FUNCTION FULL#
SBench 6 is a powerful measurement GUI for full card control, with display, analysis, storage, and documentation capabilities. Alternatively, for users who don’t want to write their own code, the company offers SBench 6 Professional.
#MATLAB INTERP1 ANONYMOUS FUNCTION DRIVER#
The SDK contains all the required driver libraries as well as numerous programming examples.
#MATLAB INTERP1 ANONYMOUS FUNCTION SOFTWARE#
A software development kit (SDK) enables the cards to be programmed with today’s most popular languages, such as C, C++, C#, Delphi, VB.NET, J#, Python, Julia, Java, LabVIEW, and MATLAB. Perfect for automated testing systems, the cards come with all the tools necessary to use them in a PC running either a Windows or Linux operating system.
These include Window, Re-Arm, Delay and Software triggers, as well as the ability to use the cards inputs (channel, trigger and digital lines) to set up specific trigger conditions based on Boolean logic.ĭrivers and software for new digitizer cards The data can also be sent to PC memory for storage or directly to CPUs and CUDA-based GPUs for customized signal processing and analysis.Īcquisitions can be made in both single-shot or multiple-waveform recording modes. The on-board memory can be used as a ring-buffer, working much like a conventional oscilloscope, or fully as a FIFO-buffer for continuous data streaming. All cards of the M5i series use 16-lane, Gen 3, PCIe technology, which allows the acquired data to be streamed at 12.8 GB/s. Acquisitions can be stored in a generous 4 GB (2 GSamples) of on-board memory (16 GB or 8 GSamples optional) and transferred over the PCIe bus at the fastest speeds possible. To handle a diversity of input signals, the raw acquisition performance is complimented by flexible front-end circuitry with programmable full-scale ranges, from ☒00 mV to ☒.5 V, and input offset. The range lets our customers choose the performance level that perfectly fits their specific requirements.” Our flagship digitizer line, that is based on 12-bit ADC technology, now has seven different models with sampling rates from 3.2 to 10 GS/s and bandwidths from 1 to 4.7 GHz. As such, bandwidth is critical for any engineer or scientist that wants to measure and characterize high frequency electronic signals. It also makes it possible to detect and measure faster pulses and signal edge speeds. More bandwidth means less signal attenuation at higher frequencies. Oliver Rovini, Chief Technical Officer, said “At 4.7 GHz, these new digitizer cards offer our highest bandwidth capability to date.
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