Up to 500 MS/s digitizer VX2730 OPEN-FPGA Digitizer

32-channelanalog14-bit

4Vpp input range with software selectable analog gain Open FPGA programming through the graphical tool SCI-Compiler Wide range of applications (from Nuclear and Particle Physics to High Timing Resolution, Fast Neutron Spectroscopy, and Homeland Security) Suited for signals from liquid or inorganic scintillators coupled to PMTs or SiPMs, or Silicon and HPGe detectors. On-board live selection between scope mode (common trigger) and DPP mode (independent channel self-trigger) Wide selection of DPP algorithms (e.g. PHA, PSD, ZLE, DAW) Multiboard Synchronization and system-building capabilities Front panel fully programmable I/Os (4 LEMO TTL/NIM and 16 LVDS) Special 125MS/s 14-bit DAC output (LEMO) for signal inspection or trigger sum On-board Zynq® UltraScale+™ FPGA with embedded Linux-based ARM® processor 5GB of total acquisition memory (DDR4) USB-3.0 type-C and 1/10 Gigabit Ethernet or optional CONET Coming Soon (CAEN daisy chainable Optical Link protocol) interfaces Fully supported by CoMPASS and WaveDump2 readout software SDK for embedded Linux processor and host PC Overview The VX2730 Digitizer is a 32-channel digital signal processor for radiation detectors in the VME64X form factor. It offers not only waveform digitization and recording but also Multi-Channel Analysis for a complete range of applications like nuclear and particle physics, high-timing resolution, Fast Neutron Spectroscopy, and Homeland Security. It is compliant with mid-fast signals typically coming from liquid or inorganic scintillators coupled to PMTs or SiPMs, but also for high-precision detectors like Silicon or HPGe.