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HP8000 LED fast-scan micro-spectrophotocolorimeter，the system can determine spectral power distribution, chromaticity coordinates, correlated color temperature, color rending index (Ra), color difference, peak wavelength, spectral half width, dominant wavelength, color purity, luminous flux, test for photometry colorimetry electricity of LED characteristics. Characteristics and specifications:Range of wavelength: 380nm-80nmAccuracy of chromaticity coordinates: ±0.0015(x, y)Range of dominant wavelength (λD): 380nm-780nmAccuracy: ±0.3nmRange of correlated color temperature (CCT): 1000K-100000KAccuracy: ±3%Range of luminous flux (ΦV):10mlm-20000.0lmRange of luminous intensity: 10mcd-3000cdAccuracy: class1Forward current (IF):0.01mA-2500.0mAAccuracy: ±0.5%Forward voltage (VF): 0.01V-30.0VAccuracy: ±0.5%Reverse current （IR）: 0.01μA-200.00μAAccuracy: ±0.5%Reverse voltage (VR): 0.01V-30.0VAccuracy: ±0.5%
HPG1900 system is capable of measuring luminous intensity distribution, luminous intensity, efficient luminescence angle, spread angle, total luminous flux, luminaires efficiency, equal illumination diagrams, isoc[[[[[[and]]]]]]ela diagrams, available average illuminance curve (AAI curve), UGR, voltage, current, power, PF, frequency etc. It can realize both CIE B-β [[[[[[and]]]]]] C-γ solution.
 
HPG1900 system meets the requirements of international st[[[[[[and]]]]]]ards [[[[[[and]]]]]] can output the test result in CIE, CEN, IESNA（95,2001）、EULUMDAT、CIBSE( TM14) format. The output file is compatible to widely used Lighting Design Software such as Dialux, AGI32, Lumen-Micro.
CP2088E LED Power Driver Test Instrument is the comprehensive test instrument for LED driver power which is according to GB/24825~2009 and IEC62384:2006 etc. standards. It can measure the following parameters: input power, input power factor, input current, output voltage, output current, driver efficiency, THD, Displacement Factor(DF), Harmonic (AC&DC) and output start (DC) etc.

HFA-3000 Light Flickering Analyzer is specially designed for measuring Flicker parameters and evaluation of light source. It can meet the current standards and technical specifications, provide comprehensive Flicker evaluation parameters, and automatically determine the Flicker safety level according to the standards.

Flicker index, Flicker percentage, Flicker frequency, Pst, SVM (Meet the latest standards of CIE TN:006. NEMA77. Energy Star. ERP2019). PAM Modulation percentage ( Meet CEC JA10), Mp ( Meet ASSIST and latest standard of Energy Star) 

The hardware circuit is an essential part of the circuit system. Whether the hardware circuit design is reasonable or not directly affects the product’s performance. Hardware circuit design is generally divided into design requirements analysis, schematic design, PCB design, process file processing, etc. Every detail in the design process may become the key to the success and failure of products.
The product structure design is based on the overall layout to determine and draw the structure. The factual content includes material, shape, dimension, tolerance, and heat treatment and must consider the surface condition, processing technology, strength, rigidity, precision, and the relationship with other parts.

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