CEL-S500 solar analog light source Introduction: CEL-S500 xenon lamp source is a research-grade xenon lamp source specially designed for solar cells; 500W high-voltage short-arc spherical xenon lamp is installed inside the light source to form arc discharge under high frequency and high voltage excitation. The high-voltage short-arc spherical xenon lamp is a point source with a small luminous point. When ignited, it emits a strong and stable, ultraviolet, visible, and near-infrared strong continuous spectrum. The visible light color is similar to daylight, the energy density is high, and the output is stable. It can be used not only in solar cell research, but also in photoelectric response type device testing, IV performance testing of solar cells, surface photovoltage spectrum, biological illumination, photocatalysis, surface defect analysis and the like. The analog daylight Xenon light source (Intelligent E7 series, E9 series) realizes automatic power-on, power-off, automatic adjustment of optical power, custom switching times and frequencies, digital monitoring, and program mode to automatically adjust light according to different stages of the experiment time. Strong (can completely simulate the change of daylight throughout the day). Can be used with software. This series of light sources can be compatible with a variety of specifications, brands, imported and domestic filters and lenses (25.4mm, 50.8mm, M52, M62, etc.), our company can provide various specifications of quartz filters, reflectors, K9 optics Filters, etc. Visible light: solar cell test, simulated sunlight, point source output, fiber-optic extraction, uniform parallel light. In combination with the AM1.5 filter, a better fit to the solar spectrum can be achieved, and the product performance is better. In combination with the adjustable diaphragm, the spot illumination area can be adjusted, and the irradiation area is continuously adjustable from 3 mm to 50 mm in diameter. Technical Parameters: Model: CEL-S500 Light bulb type: Ball type xenon lamp (optional German import OSRAM) Optical power range (1Sun=100mw/cm2): 0.1-5Sun Maximum power: 300-500W Current adjustment range: 15A-25A Main emission spectrum range: 300-2500nm Light intensity (mw/cm2): 10-500 Power supply stability: ±0.01% Light source stability: ±0.5% Parallel spot diameter: 50-60mm Point light output diameter: 2-3mm Zoom function: can change the light output round spot size Lamp life: 500-1000 hours Cooling method : air cooling
Introduction: CEL-S500 xenon lamp source is a research-grade xenon lamp source specially designed for solar cells; 500W high-voltage short-arc spherical xenon lamp is installed inside the light source to form arc discharge under high frequency and high voltage excitation. The high-voltage short-arc spherical xenon lamp is a point source with a small luminous point. When ignited, it emits a strong and stable, ultraviolet, visible, and near-infrared strong continuous spectrum. The visible light color is similar to daylight, the energy density is high, and the output is stable. It can be used not only in solar cell research, but also in photoelectric response type device testing, IV performance testing of solar cells, surface photovoltage spectrum, biological illumination, photocatalysis, surface defect analysis and the like. The analog daylight Xenon light source (Intelligent E7 series, E9 series) realizes automatic power-on, power-off, automatic adjustment of optical power, custom switching times and frequencies, digital monitoring, and program mode to automatically adjust light according to different stages of the experiment time. Strong (can completely simulate the change of daylight throughout the day). Can be used with software. This series of light sources can be compatible with a variety of specifications, brands, imported and domestic filters and lenses (25.4mm, 50.8mm, M52, M62, etc.), our company can provide various specifications of quartz filters, reflectors, K9 optics Filters, etc. Visible light: solar cell test, simulated sunlight, point source output, fiber-optic extraction, uniform parallel light. In combination with the AM1.5 filter, a better fit to the solar spectrum can be achieved, and the product performance is better. In combination with the adjustable diaphragm, the spot illumination area can be adjusted, and the irradiation area is continuously adjustable from 3 mm to 50 mm in diameter.
