Implementing a Neutron-Diagnostic advanced DAQ system use case on a PXIe platform through a 3D remote laboratory

PXIe-based multi-channel data acquisition system of soft X-ray camera

“…Therefore, to reduce the probability of single event upset in this system, the Verilog HDL (Hardware Description Language) and the design of the peripheral circuit for the FPGA have been continuously modified and optimized. The PXIe connector is used to transmit the FPGA's output data to the NI chassis with transmission speeds that can reach up to 2.5 Gb/s [1,3,14,15,16,17,18,19]. The connection circuit diagram of FPGA and PXIe is presented in Fig.…”

Methodology for the integration of high-throughput data and image acquisition systems in EPICS

“…Also, the FPGA is better suited for doing data process that can be done during the acquisition, data processing that does not require accumulate many data before starting the process. Examples of these processes are the timestamping of the data [63], calculation of the histogram [70] (explained in 4.2), small pattern recognition [71], pulse counting [72], or the implementation of the control loop. In Table 12 it is shown a resume of the resources of used to implement this features.…”

“…In Fig. 46 a comparison An example of neutron diagnostics was implemented [72] using this tool, to show the possibilities offered by the platform. This implementation is based on a real application for fusion power estimation through the average neutron flux emitted by the plasma, detected using detectors based on a fission chamber [78].…”