Digitizer
Digitizer are available in various form factors such as PCI/PCI-e, PXI/PXIe, Ethernet/LXI, USB, MTCA and cover a wide range of specifications and capabilities making it possible for the users from different fields to find solution for range of applications. We have products with Sample rates up to 10 GS/s and ADC resolutions of 8, 12, 14 and 16 bits.
We also have Digitizers with onboard powerful FPGA for on board processing of data. Contact us for more information on product and pricing
1ksps to 5 GSps Digitizer from Spectrum GmBH
The Digitizers also known as ADC or DAQ cards or PC-Oscilloscope cover medium and high sampling rates ranging from 1 MS/s up to 5 GS/s with a bandwidth in excess of 1 GHz. More than 100 different Digitizer products are available at Spectrum Instrumentation. The sophisticated synchronization technology (star-hub) of Spectrum Instrumentation allows to set-up systems with single channels as well as systems with hundreds of channels.
Digitizer Mix mode with Digital I/O
Spectrum Instrumentation has released an optional module for its latest range of 16-bit digitizers and AWGs that adds 16 synchronous digital lines to the analogue data. The additional digital lines extend the four multi-purpose XIO lines that are already standard on these digitizer and AWG cards. This makes in total 20 fully programmable XIO lines that can run as synchronous digital inputs for a digitizer, synchronous digital outputs for an AWG, or asynchronous I/O lines, status lines, or even additional trigger inputs. M2p.6568-x4 AWG-card provides 8 analogue AWG channels and up to 20 synchronous digital outputs or marker outputs.
400MSPS to 10GSPS sample rate per channel Digitizer with open FPGA from Teledyne SP Devices
These digitizers with resolutions upto 14 bits provide performance benefits for a wide variety of applications, including LIDAR, time-of-flight mass spectrometry, swept-source OCT, distributed fiber sensing, automated test equipment (ATE), big physics, and more.
Customers can develop custom application-specific real-time DSP by using the optional firmware development kit and/or utilize the stand-alone firmware packages for pulse detection, waveform averaging, software defined radio, and ultra-high-speed data transfer.
The software suite include support for multiple programming languages and operating systems as well as drivers and tools for commonly used environments such as LabVIEW™, MATLAB™, and EPICS.