Developed and distributed by Nuclear Instruments
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Developed by our team in collaboration with Caen
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VME 6U programmable logic unit with user-customizable FPGA, expandable I/O, and support for various digital functions in experimental setups.
NIM Four-Fold Programmable Logic Unit with touchscreen and web interface for logic, timing, counting, and pulse generation applications.
Modular and scalable front-end readout system for large detector arrays, featuring ASIC-based front-end cards and a concentrator board for synchronized data acquisition.
Fast digital detector emulator with 1 ns rise time, dual-channel output, and advanced signal emulation capabilities for testing radiation detection systems.
Dual-channel digital detector emulator with programmable pulse generation, timing control, and noise emulation for testing radiation detection systems.
64k-channel Digital MCA with 14-bit 200 MS/s ADC, Ethernet and USB connectivity, and web-based GUI for high-resolution gamma spectroscopy.
One-channel micro digital detector emulator with 500 MSps DAC, real-time signal emulation, and web-based GUI for testing radiation detection systems.
Desktop Four-Fold Programmable Logic Unit with touchscreen and web interface for logic, timing, counting, and pulse generation applications.
Single-channel 85 V / 10 mA high-voltage power supply module with digital and analog control, designed for SiPM biasing applications.
1-channel 16k Digital MCA for high-resolution gamma spectroscopy with compact design and real-time pulse height analysis.
32-channel 14-bit 125 MS/s desktop digitizer with open FPGA architecture and programmable analog front-end for flexible data acquisition in laboratory environments.
128-channel 14-bit 125 MS/s digitizer with single-ended inputs and open FPGA architecture for customizable data acquisition.
128-channel 14-bit 125 MS/s digitizer with open FPGA and multi-detector support for large-scale experiments.
Sci-Compiler is a visual programming tool designed for fast prototyping and deployment of scientific data acquisition and control systems. It allows users to graphically connect functional blocks and generate optimized HDL code for FPGAs, streamlining development cycles in research instrumentation, test benches, and custom electronics without deep knowledge of hardware design languages.
PMT replacement based on a SiPM array with integrated power supply and Ethernet Remote Control