Focus on spectral sensing and optoelectronic application systems
The iLight-DHS-CAL light source provides a continuous and stable output across a wavelength range of 250-1100 nm using a combined deuterium-halogen configuration. The cooling of the light source employs a multi-channel air cooling and heat sink structure, ensuring the light source operates at optimal temperatures. The output of the light source is exceptionally stable at up to 0.5%, thanks to unique circuit control that allows the intensity of the halogen light source to be adjusted. The system supports manual or TTL shutter control.
The iLight-DHS-CAL light source provides a continuous and stable output across a wavelength range of 250-1100 nm using a combined deuterium-halogen configuration. The cooling of the light source employs a multi-channel air cooling and heat sink structure, ensuring the light source operates at optimal temperatures. The output of the light source is exceptionally stable at up to 0.5%, thanks to unique circuit control that allows the intensity of the halogen light source to be adjusted. The system supports manual or TTL shutter control.
Additionally, the light source incorporates professional optical collimating and focusing lenses, which efficiently couple light into fiber optics to enhance output intensity. It also features an integrated filter holder, making it highly suitable for the analysis and measurement of spectral samples with various characteristics within specific spectral ranges. This combination of precision light control, advanced cooling technology, and versatile optical components makes the iLight-DHS-CAL an excellent tool for precise spectroscopic applications in both research and industrial settings.
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Front |
Back |
Additionally, the light source incorporates professional optical collimating and focusing lenses, which efficiently couple light into fiber optics to enhance output intensity. It also features an integrated filter holder, making it highly suitable for the analysis and measurement of spectral samples with various characteristics within specific spectral ranges. This combination of precision light control, advanced cooling technology, and versatile optical components makes the iLight-DHS-CAL an excellent tool for precise spectroscopic applications in both research and industrial settings.
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Front |
Back |
Typical Application
Relative Spectrum
Absolute Spectrum
Typical Application
Relative Spectrum
Absolute Spectrum
Main Technical Indicators
Model |
iLight-DHS-CAL |
Wavelength Range |
250-1100 nm |
Traceable Calibration |
NIM-μWcm^-2nm^-1 |
Radiometric Calibration Surface |
Cosine probe, φ8mm |
Radiometric Calibration Repeatability |
1% |
Lifetime Monitoring |
Yes |
Power Stability |
0.50% |
Warm-up Time |
30 min for Deuterium lamp / 20 min for Halogen lamp |
Fiber Optic Interface |
φ8mm Cosine probe SMA905 |
Bulb Life |
1000 hrs (Deuterium) / 2000 hrs (Halogen) |
Bulb Color Temperature |
3000K @ Halogen |
Bulb Power |
20W @ Deuterium / 100W @ Halogen |
Trigger/Shutter Input Signal |
TTL / ≤3Hz |
IO Control Interface |
3.8mm Phoenix terminal-5P |
Operating Temperature |
5°C - 45°C |
Power Requirements |
AC 220V |
Dimensions/Weight |
186.2×330×156 mm / 5 kg |
Main Technical Indicators
Model |
iLight-DHS-CAL |
Wavelength Range |
250-1100 nm |
Traceable Calibration |
NIM-μWcm^-2nm^-1 |
Radiometric Calibration Surface |
Cosine probe, φ8mm |
Radiometric Calibration Repeatability |
1% |
Lifetime Monitoring |
Yes |
Power Stability |
0.50% |
Warm-up Time |
30 min for Deuterium lamp / 20 min for Halogen lamp |
Fiber Optic Interface |
φ8mm Cosine probe SMA905 |
Bulb Life |
1000 hrs (Deuterium) / 2000 hrs (Halogen) |
Bulb Color Temperature |
3000K @ Halogen |
Bulb Power |
20W @ Deuterium / 100W @ Halogen |
Trigger/Shutter Input Signal |
TTL / ≤3Hz |
IO Control Interface |
3.8mm Phoenix terminal-5P |
Operating Temperature |
5°C - 45°C |
Power Requirements |
AC 220V |
Dimensions/Weight |
186.2×330×156 mm / 5 kg |