Focus on spectral sensing and optoelectronic application systems
Standard light sources, as defined by the CIE (International Commission on Illumination), are artificial light sources whose radiation closely approximates that of CIE standard illuminants. The spectra of standard light sources typically encompass both visible and ultraviolet light regions and commonly include tungsten lamps, xenon lamps, and mercury lamps. The primary distinction among standard light sources lies in their differing relative spectral power distributions.
Standard light sources, as defined by the CIE (International Commission on Illumination), are artificial light sources whose radiation closely approximates that of CIE standard illuminants. The spectra of standard light sources typically encompass both visible and ultraviolet light regions and commonly include tungsten lamps, xenon lamps, and mercury lamps. The primary distinction among standard light sources lies in their differing relative spectral power distributions.
The spectrum of a standard light source must comply with international standards to ensure that measurement results are comparable across different countries and regions. The spectrum of standard light sources is crucial for the calibration and measurement accuracy of spectroscopic instruments because they provide a known spectral reference. Additionally, the spectrum of standard light sources is used to study fundamental properties of light and the processes of light-matter interaction, which are essential for developing and refining analytical techniques and applications in various scientific fields.
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Standard Light Source
The spectrum of a standard light source must comply with international standards to ensure that measurement results are comparable across different countries and regions. The spectrum of standard light sources is crucial for the calibration and measurement accuracy of spectroscopic instruments because they provide a known spectral reference. Additionally, the spectrum of standard light sources is used to study fundamental properties of light and the processes of light-matter interaction, which are essential for developing and refining analytical techniques and applications in various scientific fields.
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Standard Light Source
Main Technical Indicators
Main Technical Indicators
Main Technical Indicators
● Standard A/C/H Light Source
Model |
iLight-SA27 |
iLight-SC |
iLight-SH |
(Standard A Source) |
(Standard C Source) |
(Standard H Source) |
|
Wavelength Range |
380-780 nm |
380-780 nm |
380-780 nm |
Power Stability |
≤0.50%/h |
≤0.50%/h |
≤0.50%/h |
Fiber Optic Interface |
SMA905 |
SMA905 |
SMA905 |
Bulb Life |
10,000 hours |
10,000 hours |
10,000 hours |
Bulb Color Temperature |
2700K |
6744K |
2300K |
Bulb Power |
20W/100W |
20W/100W |
20W/100W |
Trigger/Shutter Input Signal |
TTL/≤3Hz |
TTL/≤3Hz |
TTL/≤3Hz |
IO Control Interface |
3.8mm Phoenix terminal-4P |
3.8mm Phoenix terminal-4P |
3.8mm Phoenix terminal-4P |
Operating Temperature |
5°C - 45°C |
5°C - 45°C |
5°C - 45°C |
Power Requirements |
DC 24V |
DC 24V |
DC 24V |
Dimensions/Weight |
80×149.3×41 mm / 3.3 kg |
80×149.3×41 mm / 3.3 kg |
80×149.3×41 mm / 3.3 kg |
Main Technical Indicators
● Standard A/C/H Light Source
Model |
iLight-SA27 |
iLight-SC |
iLight-SH |
(Standard A Source) |
(Standard C Source) |
(Standard H Source) |
|
Wavelength Range |
380-780 nm |
380-780 nm |
380-780 nm |
Power Stability |
≤0.50%/h |
≤0.50%/h |
≤0.50%/h |
Fiber Optic Interface |
SMA905 |
SMA905 |
SMA905 |
Bulb Life |
10,000 hours |
10,000 hours |
10,000 hours |
Bulb Color Temperature |
2700K |
6744K |
2300K |
Bulb Power |
20W/100W |
20W/100W |
20W/100W |
Trigger/Shutter Input Signal |
TTL/≤3Hz |
TTL/≤3Hz |
TTL/≤3Hz |
IO Control Interface |
3.8mm Phoenix terminal-4P |
3.8mm Phoenix terminal-4P |
3.8mm Phoenix terminal-4P |
Operating Temperature |
5°C - 45°C |
5°C - 45°C |
5°C - 45°C |
Power Requirements |
DC 24V |
DC 24V |
DC 24V |
Dimensions/Weight |
80×149.3×41 mm / 3.3 kg |
80×149.3×41 mm / 3.3 kg |
80×149.3×41 mm / 3.3 kg |
● Standard D Light Source
Model |
iLight-SD65 |
iLight-SD50 |
(Standard D65 Light Source) |
(Standard D50 Light Source) |
|
Wavelength Range |
380-780 nm |
380-780 nm |
Power Stability |
≤0.50%/h |
≤0.50%/h |
Fiber Optic Interface |
SMA905 |
SMA905 |
Bulb Life |
10,000 hours |
10,000 hours |
Bulb Color Temperature |
6500K |
5000K |
Bulb Power |
20W/100W |
20W/100W |
Trigger/Shutter Input Signal |
TTL/≤3Hz |
TTL/≤3Hz |
IO Control Interface |
3.8mm Phoenix terminal-4P |
3.8mm Phoenix terminal-4P |
Operating Temperature |
5°C - 45°C |
5°C - 45°C |
Power Requirements |
DC 24V |
DC 24V |
Dimensions/Weight |
80×149.3×41mm / 3.3 kg |
80×149.3×41mm / 3.3 kg |
● Standard D Light Source
Model |
iLight-SD65 |
iLight-SD50 |
(Standard D65 Light Source) |
(Standard D50 Light Source) |
|
Wavelength Range |
380-780 nm |
380-780 nm |
Power Stability |
≤0.50%/h |
≤0.50%/h |
Fiber Optic Interface |
SMA905 |
SMA905 |
Bulb Life |
10,000 hours |
10,000 hours |
Bulb Color Temperature |
6500K |
5000K |
Bulb Power |
20W/100W |
20W/100W |
Trigger/Shutter Input Signal |
TTL/≤3Hz |
TTL/≤3Hz |
IO Control Interface |
3.8mm Phoenix terminal-4P |
3.8mm Phoenix terminal-4P |
Operating Temperature |
5°C - 45°C |
5°C - 45°C |
Power Requirements |
DC 24V |
DC 24V |
Dimensions/Weight |
80×149.3×41mm / 3.3 kg |
80×149.3×41mm / 3.3 kg |