Assisting in LED technology implementation through innovative engineering services and products.
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1003 7th Avenue
Kirkland, Washington
98033
tel: (425) 605-8500
fax: (801) 912-2645
sales@OrbOptronix.com

ETΦ™ LED Characterization System
(Electrical-Thermal-Optical)

Designing products that use high power
LEDs just got a whole lot easier.

White LED

Features

Orb Optronix released the first electro-thermal-optical characterization system in the world to allow fully automated spectral characterization of light emitting diodes (LEDs). The new ETΦ systems (also known as ETO) from Orb Optronix measure the spectral light output of light emitting diodes while precisely controlling electrical and thermal parameters.

In order to design systems that utilize high power LEDs, the light output characteristics (color and flux) must be known as a function of temperature and electrical input characteristics. ETO makes this fast in easy. Just load a high power LED or LED array, input test parameters ranges, hit start, and in less than an hour, you have all the data necessary to make fundamental design decisions regarding LED selection, thermal management, luminous efficacy, and more.

ETO LED Characterization System Configurations:
for discrete LED characterization to high-powered LED arrays

ETO pedastal
6” Pedestal System for discrete LED Characterization

Platform
Air Cooled 100cm2 platform for high-powered LEDs and LED array characterization

6-inch liquid
Liquid Cooled 100cm2 platform for high-powered LEDs and LED array characterization

ETO LED Characterization System Configurations

ETO system configuration table

Thermal Platform Operating Range

Thermal platform operating range

Supported Source Meters

ETO system configuration table

SpectralSuite™ Software Capabilities:

Complete test sequencing for automated control of current, temperature and spectral measurements. Complete data analysis capabilities for automatic graph generation.

Screen Shots

Data grid

Applications

Design & Development of Products Using LEDs

  • LED Selection
  • LED Qualification
  • LED Characterization
  • LED Benchmark Analysis
  • LED Thermal Engineering
  • LED Optical Engineering
  • LED Electrical Engineering

Highly Accurate LED Measurements

LED QA/ QC

  • Incoming Inspection

LED Manufacturers and Distributors

  • LED Research and Development
  • LED Design
  • Specification Sheet Data
  • Application Engineering Data
  • Customer Support

Specifications

Array Resolution1024 pixel (SP-50-VIS and SP-50-UV)
2048 pixel (SP-50-NIR)
Spectral Range380 to 780nm (SP-50-VIS)
250 to 500nm (SP-50-UV)
360 to 1000nm (SP-50-NIR)
Optical Bandwidth4.1 nm (SP-50-VIS and SP-50-UV)
1.5 nm (SP-50-NIR)
Wavelength Binning Resolution1 nm
Dynamic Range Resolution14 bit
Optical InputSMA Fiber Connector
Typical Flux Measurement Range1 Lm to 100000 Lm
Wavelength Accuracy± 0.5 nm
Wavelength Repeatability± 0.2 nm
Stray Light< 10-3
Chromaticity Accuracy (x,y)± 0.002
Chromaticity Repeatability (x,y)± 0.0005
CCT Reproducibility± 20°K (Illuminant A)
Integration Time Range5 to 5,000 ms
ETO-06-01 Pedestal Dimensions HxWxL42.54cm x 32.38cm x 37.15cm
Instrument Case Dimensions HxWxL19.00cm x 53.34cm x 54.61cm
ETO-06-01 Pedestal Weight~9.9 kg
Instrument Case Weight~15.4 kg
Operating Environment10°C to 40°C and < 85% relative humidity
InterfaceUSB 2.0
Power SupplyChoice of Keithley™ 2400 Series Models
Voltage Monitor 4-Wire
Thermal Control Range0°C to 100°C, 2W to 50W
Additional options available (contact sales)
Thermal Control Repeatability+/- 0.5°C
Thermal Set-Point Resolution0.1°C
InterfaceUSB 2.0 Connectivity
For quotation or to request more information please call 425.605.8500
or email sales@orboptronix.com
copyright © Orb Optronix 2010