Integral sphere analysis system

NegotiableUpdate on 01/20

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

The integrating sphere analysis system is mainly used for testing color rendering index, correlated color temperature, radiance ratio of red, green, and blue light, spectral characteristics, luminous flux, infrared cutoff performance, etc

Product Details

Integral sphere analysis systemFunction description:

Cold light source parameters：

The radiation ratio of red, green, and blue light:

The green light radiation flux in the wavelength range of 515nm to 545nm is based on the standard of φ eg:

The ratio of red light radiation flux in the wavelength range of 630nm to 660nm, denoted as φ er to φ eg

The ratio of blue light radiation flux in the wavelength range of 435nm to 465nm, denoted as φ eb to φ eg;

Infrared cut-off performance: the ratio of radiant flux to luminous flux within the wavelength range of 350nm to 800nm;

● Green light radiation flux φ eg

● Red light radiation flux φ e

● Blue light flux φ eb

The ratio of φ er to φ eg

● φ eb and φ eg

Integral sphere analysis system Basic Parameters：

● Correlation color temperature Tc (K) Blackbody deviation from Duv illumination E (lx) Candlelight E (Fc)

● Optical communication lm

Radiation power (W) ） Color coordinates（x，y）、（u，v）、（u′，v′）Relative spectral power distribution P (λ)Color rendering index Ra, Ri (i=1-15)

● Color rendering index (bar diagram)

Color rendering index (spatial diagram)

● Color coordinate map CIE1976 CIE1960 CIE1931Color Tolerance Chart SDCM (MacAdam Ellipses, Rectangular Boxes, and CIEu'v 'Circles)Main wavelength, peak wavelength, center wavelength, centroid wavelength, half widthLight dark visual ratio S/PColor purity, red ratio, green ratio, blue ratio, CIE1931 tricolor stimulus values X, Y, Z●More functional parameters can be customized

Optoelectronic parameters：

● Luminous flux (lm) ● Radiant flux (MW) ● Luminous efficiency (lm/w) ● Energy efficiency ● Ability to classify levels

● Current (A) ● Voltage (V) ● Power (w) ● Power factor (PF)

HAS6000The cold light source testing system is a product designed specifically for this purpose, with strong professionalism. It is mainly used for testing parameters such as color rendering index, correlated color temperature, radiance to brightness ratio of red, green, and blue light, spectral characteristics, luminous flux, infrared cutoff performance, etc., for referenceYY/T 1081-2011endoscope Endoscope function supply device cold light sourcestandardCold light source for spectral analysis system of light sourceLED(Otolaryngology and Otolaryngology), Endoscope, Handheld EndoscopeCold light source, handheld light source, surgicalLED照明光源。

Compliant with standards:

YY/T 1587-2018Endoscope Electronic Endoscope Standard
YY/T 1081-2011Endoscope function supply device cold light source

Endoscopic cold light source detection system is used to measure color coordinates, color temperature, color rendering index, color tolerance, peak wavelength, dominant wavelength, color purity, half width, color ratio, relative spectral power distribution, luminous flux, optical radiation power, etc. Meet the cold light source standard requirements for YY 1081-2011 endoscope function supply device.

Power factor (PF)