Qunatumbox Firmware DAQ141
QuantumBOX (NIDAQ121) FPGA firmware for SiPM/PMT quantum optics experiments. 8 channels with baseline restoration, LE/CFD triggers and QDC energy. Photon counting mode: common-trigger 8×16-bit energies. Photon timing mode: per-channel 47-bit timestamps, ~2 ps CFD. HW counters, coincidences, scopes.
License:
You may also like
DAQ141
High-performance, fully integrated digitizer developed by Nuclear Instruments for advanced SiPM-based muon detection systems
DAQ141-6
High-performance, 6-channel waveform digitizer developed by Nuclear Instruments for demanding scientific and industrial data acquisition.
QMPD-1
Power supply and controller for the QMPD-2 detector head, designed to run the detector fully stand-alone, with no DAQ141-6 in the system.
Quanta
Acquisition and analysis software for the Nuclear Instruments digitizer platform — the software layer of the QuantumBox chain.
Quantumbox SDK
Python SDK for the QuantumBOX: settings, calibration, photon counting and timing, data saving.
Trending Products
DAQ14125
High-performance 14-bit, 125 MS/s digitizer with 8 single-ended analog input channels, designed for precision data acquisition and customizable real-time signal processing.
Sci-Compiler
FPGA firmware generation tool for scientific instrumentation and data acquisition.
R5560
High-density 128-channel digitizer with open FPGA architecture for large-scale physics experiments.
Trending Packages
Lib R5560
Cross-platform hardware access library for communicating with CAEN R5560 and DT5560 devices.
Sci-Compiler
Advanced visual programming environment designed to simplify the development of FPGA-based systems for scientific instrumentation, industrial control, and custom electronics.
Zeus2
Software application for HV module control, monitoring, configuration and IV curve acquisition in SiPM systems.