(SciPulseSpec) Pulsed or Continuous Spectroradiometer, Microsecond-Range Capable

Unlock precision in pulsed light analysis with SciPulseSpec. Designed for solar simulators, LEDs, flash lamps, and adaptive lighting systems, this advanced spectroradiometer captures the temporal evolution of a pulse with integration times as short as 50 µs. Featuring an integrated optical trigger, NIST-traceable calibration, and automatic spectral irradiance calculation, SciPulseSpec delivers accurate spectral data for 1 Sun measurements (1000 W/m²). Complete with fused silica fiber optics for collection, BNC outputs, and intuitive RunSpectrometer software for customizable scripting and data visualization, SciPulseSpec is your solution for high-performance spectral characterization.

Intended Irradiance Range: 0.5 - 1.5 Suns (500-1500 W/m^2)
Spectral Range: 300–1050 nm
Spectral Resolution: 1.2 nm
Wavelength Accuracy: ±0.5 nm
Signal-to-Noise Ratio: >380 (no average)
Dynamic Range: >2300 (no average), >10,000 (average 10)
Integration Time: 50–1000 µs (1 µs step)
Delay Time: 0–∞ µs
Detector: Linear CCD
Power: 24 V DC

While designed for pulsed light source measurements, SciPulseSpec can also be used to measure continuous light sources. A shutter or other source of modulation will be needed to activate the optical triggering mechanism.