HP9000 Automated Spectroradiometric Measurement System

Typical measurements provided by the HP9000-LED Measurement System are:
   Total Radiant Flux(Watts)
   Total Luminous Flux(lumens)
   Total Spectral Flux (Watts/nm)
   Total Power (Watts)
   Dominant Wavelength
   Spectral Purity
   Correlated Color Temperature
   Peak Wavelength
   Color Rendering Index
   ChromaticityCoordinates
   Spatial Radiation Measurements delete
   Half-Bandwidth
   Averaged Luminous Intensity (lumens/sr)
   Averaged Radiant Intesity (Watts/sr)

Characteristics And Specifications:
1)Fiber coupling light input
2)Low stray light performance
3)High spectral resolution
4)High sensitivity
5)High dynamic range
6)Value monitor for pass/fail testing
7)Research-grade precision
8)Application configurable with wide array of optional accessories
9)Traceable calibrations from 380nm to 780nm, optional calibrations for spectral intensity. (special: 200nm-780nm, 700nm-1100nm)
10)Accuracy of wavelength: ±0.5nm(peak wavelength)
11)Accuracy of chromaticity coordinate: ±0.001
12)Best for measuring: LEDs, low light LEDs, High Power LED, SMD LED,Flux LED, Miniature Lamps.
13)Spectral results in milliseconds
14)Auto-merge with Word®and Excel®
15)Hardware design in concert with CIE 127 and CIE 84 recommendations
16)Range for luminous flux: 10.0mlm-2000.0lm(Used with the suitable integrating sphere)

Electrical specifications:
1)Forward current (IF): 0.1mA-2000.0mA
2)Forward voltage (VF): 0.01V-20.0V
3)Reversed current (IR): 0.01µA-100µA
4)Reversed voltage (VR): 0.01V-20.0V

HP9000 Application Software Features:
1)Real-time graphics utility
2)Value Monitor with pass/fail, visual/audible alarms
3)Excel® and Word® compatible
4)Display, log, and store resultant data
5)Chromaticity calculations including x,y,z , u,v , etc.
6)Comparison cursors
7)High Resolution CIE Plots with Accumulating Coordinates Zooming and Dominant Wavelength Tracking
8)Accumulation graphs for time studies