Nucleolenz field study

Detector characterization with 8-channel DAQ

An instrumentation team needed one compact platform for detector testing, sensor characterization and waveform validation. The Data Acquisition System delivers eight simultaneous channels at 24-bit / 100 KSPS over USB 2.0 — with a DAC stage that generates test stimulus on the same unit.

The challenge

Engineering teams validating detectors, sensors and embedded systems need repeatable multi-channel measurement through every stage of development. In practice that often means a bench stacked with a DAQ box, a separate signal generator for stimulus, and ad-hoc scripts to get the data somewhere it can be graphed and compared.

The team wanted the loop closed in one unit: enough simultaneous channels to watch a detector and its references together, resolution that does not bury small effects in quantization, a stimulus source on board, and software that graphs and exports without ceremony.

  • Multi-channel acquisition on one platform
  • High-resolution sampling
  • Exportable data for downstream analysis
  • USB connectivity for any bench PC
  • Waveform/test-signal generation alongside acquisition
  • Compact bench form factor

What we built

The Nucleolenz Data Acquisition System samples eight channels simultaneously at 24-bit resolution and 100 KSPS, streaming over high-speed USB 2.0 to bundled graphing and export software. Characterization runs that used to need custom capture scripts become point-and-record sessions with exportable data for downstream analysis.

The on-board DAC stage adds eight output channels with an adjustable square wave up to 25 kHz — stimulus/response testing without a separate signal generator on the bench. One compact unit covers detector electronics work, instrumentation R&D, lab automation and production-test scenarios.

Our role

Outcomes

  • One compact platform for multi-channel test workflows
  • Useful for detector electronics and instrumentation R&D
  • Exportable data for analysis and reporting
  • Supports lab automation and production-test scenarios

Requirements

  • DAC: 8 output channels, adjustable square wave to 25 kHz
  • Software: bundled graphing and export tools
  • Form factor: compact bench unit

Instruments in this study

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