Product information:

HGILD10TR-LED three color light source features:

● the light source has three colors, namely red, blue and green, and white is the three-color synthetic light.

● equipped with controller, without debugging, direct use, simple and convenient.

● the color of light source can be controlled by computer or controller.

● the light intensity can be adjusted.

● the light source is an annular uniform light source.

HGILD10TR-LED three color light source product description:

● trichromatic light source controls the trichromatic light source through the controller, which can change the light source color and adjust the light intensity, and the operation is simple.

● the three color light source can be connected to the computer through the data line, and the color of the light source can be controlled and the light intensity can be adjusted through the computer software.

● three color light source can detect spectral power, color temperature, color tolerance, color deviation, color purity, main wavelength, luminous flux, radiation power, optical efficiency and other parameters through integrating sphere.

● trichromatic light source can also be used separately.

Product information:

Deuterium lamp light source and power supply:

Deuterium lamp light source is mainly used for ultraviolet, which can reach the vacuum ultraviolet limit of 195nm, and the shorter the wavelength, the higher the brightness, which is higher than that of general tungsten halogen lamps below 360nm. The HGILD30 deuterium lamp light source produced by our company is equipped with a long-life deuterium lamp bulb in the room, which can be replaced by users. It can be used as an independent UV light source, can also be used as a fluorescent excitation light source, or can be used together with the monochromator, spectrometer, sample room, filter wheel, etc. produced by our company to form various application systems.

Product information:

Optical fiber is also known as optical fiber jumper. The optical fiber core diameter of our store is 600 microns (different core diameters can be customized). All imported quartz glass is used. The length of optical fiber can be customized arbitrarily. The standard length is 0.5m/1m/2m. The packaging method shall be stainless steel armored. If there are special requirements, PVC packaging can be used. The optical fiber interface form SMA / F - C / ST / SC can be optional. The interface form does not affect the selling price. Other special requirements can be customized.

Product information:

HG-ES spectroellipsometer

(two application options for PV / scientific research)

HG-ES spectroellipsometer is a high-performance spectroellipsometer launched in the field of photovoltaic solar cell R & D and quality control.

HG-ES spectroellipsometer is used to measure and analyze the layer structure parameters (such as thickness) and physical parameters (such as refractive index n and extinction coefficient K) of multilayer nano films in the photovoltaic field. Typical samples include single-layer antireflection films (such as SiNx, Si02, Ti02, A1203, etc.) and multilayer antireflection films (such as SiNx / Si02, sinx2 / sinx1, SiNx / A1203, etc.) on suede single crystal and polycrystalline solar cells, And multilayer nano films in thin film solar cells.

characteristic:

Highly sensitive measurement of rough suede nano films

Detection of multilayer antireflection film on crystalline silicon

Second level fast measurement

One touch instrument operation

High quality phase compensation

Xenon lamp light source intensity optimization system

Depolarization correction

Automatic variable incident angle

Back illuminated CCD spectrum acquisition system

Automatic XYZ stage, vacuum adsorption

Application:

The application of hg-es spectroellipsometer covers the single-layer and multi-layer nano films on the smooth substrate measured by the traditional spectroellipsometer. Typical applications include semiconductors (such as dielectric film, metal film, polymer, photoresist, silicon, PZT film, laser diodes Gan and AlGaN, transparent electronic devices, etc.) and flat panel display

(TFT, 0led, plasma display panel, flexible display panel, etc.), functional coatings: (antireflective, self-cleaning, electrochromic, specular optical coatings, polymer, oil, A1203 surface coating and treatment, etc.), biological and Chemical Engineering (organic film, LB film, Sam film, protein sub molecular layer, film adsorption, surface modification treatment, liquid, etc.).

Product information：

High pressure mercury lamp:

Ultraviolet light source

This high-pressure mercury lamp provides high-density UV radiation output, and its light source is ultra-high-pressure mercury lamp. The device should be equipped with optical fiber bundle or light guide rod to export light radiation, and provide irradiation conditions with super radiation density at the exit end of the optical fiber bundle or light guide rod. If combined with compound eye lens, a uniform irradiation surface with adjustable size can be formed at different distances.

Product information

HGILX300 xenon lamp of CSIC can be used to simulate solar spectrum, photodegradation / photolysis of water to produce hydrogen and other light sources. It is a research grade xenon lamp light source for solar energy and photocatalytic applications. A 300W high-voltage short arc xenon lamp is installed inside the light source to form arc discharge under high-frequency and high-voltage excitation. High pressure short arc spherical xenon lamp is a point light source with small luminous point. When ignited, the light wave radiated is strong and stable. It has a strong continuous spectrum from ultraviolet to near infrared. The light color in the visible region is very similar to sunlight. It has high energy density and stable output. It is widely used in photocatalysis, industrial catalysis, photolysis of aquatic hydrogen, photochemical catalysis, photochemical synthesis, photodegradation of pollutants, water pollution treatment It is also a light source for physical, chemical, biological, medical and photovoltaic detection and analysis.