ETΦ LED Characterization System

Also known as ETO, these systems range in size and power to suit your electrical and thermal requirements.

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 conditions. ETO makes gathering this data fast and easy. Simply load a high power LED package, module, array or SSL subassembly onto the thermal platform, input electrical and thermal ranges, hit start and in less than an hour you have a complete data set. Use this data to make fundamental design decisions regarding LED selection, thermal management, color mixing, luminous efficacy, and more.
Features

Complete NIST Traceable Electrical-Thermal-Optical Data
Automated Data Acquisition and Analysis Tools
Highly Accurate LED Spectral Flux Measurements
TEC Temperature Control and Ts, Tc, Tj Monitoring
Single Pulse, DC, and PWM Power Supply Control
4-Wire Voltage and Current Measurement

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