The following pages provide further information and research about our products.
UV-LED Measurement
UV LED measurements require a source to power the LED and an optical measurement device (photodiode, spectrometer, etc.) to measure the light. Vektrex makes a variety of Precision Pulsed Source/Measure Units (SMUs) optimized for UV LED measurement. We offer software and complete turnkey systems for accurate electro-optical measurements.
Measurement Repeatability
Measurement repeatability is extremely important to achieve in order to save time and money while testing LEDs and laser diodes. SpikeSafe Current Sources and Source Measure Units make repeatable measurements easy to achieve.
IV Curve SMU
IV Curve SMU represents a compact instrument used to accurately and efficiently generate IV curves. This SMU combined with an easy to use software application that is included with the SMU offers a complete solution. No software development or scripting is required!
Research
Research conducted by Jeff Hulett, the Founder and CTO of Vektrex Electronic Systems, Inc. Because of his vision and leadership, the company grew from a start-up to the market leader. Currently, Hulett is the Chief Architect for Vektrex products placing the highest emphasis on technology and quality.
Applications
Applications using Vektrex products for LED and Laser device testing. Test applications using current sources for junction temperature measurement (TJ), light measurement, measurement repeatability, and photometric measurements. Systems for LM-80 and LM-92 testing of LED and Lasers.
Articles
A complete collection of articles written and published by Vektrex. The articles are focused on the need for better light measurements for LEDs and lasers and how to get / improve light measurements.
Video Library
Vektrex designs and manufactures high-performance LED/VCSEL/LIDAR test solutions for leading manufacturers and standards labs worldwide. See this page to preview a comprehensive listing of videos made by Vektrex to help you better understand your current source.