New optoelectronic devices for the Mid-Infrared spectral range open completely new possibilities for portable sensors creation. Using Mid-infrared LED-PD optopairs allows developing an instrument that is smaller, less expensive and versatile.

Publications and Papers

List of publications and papers in which LED Microsensor NT optoelectronic components were used:
Title Published Language Related Product(s) Download
Portable Optical Water-and-Oil Analyzer Based on a MidIR (1.6–2.4 μm) Optron Consisting of an LED Array and a Wideband Photodiode
Middle infrared LEDs: key element for new generation chemical sensors
Super low power consumption middle infrared LED-PD optopairs for chemical sensing
Middle IR Photodiodes Based on InAs/InAsSbP Heterostructures
Low cost, mobile sensor system for measurement of carbon dioxide in permafrost areas
Low cost, mobile sensor system for measurement of carbon dioxide in permafrost areas
Non-dispersive LED-based methane open path detector capabilities
Development of components for creation of the infrared module with the purpose of express analysis of motor-car fuel
Mid infrared LEDs and photodiodes as a novel element base for chamical analysis sensors
Optimisation of spectral characteristics of InAs-based photodiodes for middle infrared range for methane measurement
MID-IR LED-based photoacoustic CO2 sensor
Spectral Characteristics of Mid-Infrared Light-Emitting Diodes Based on InAs(Sb,P)



List of press releases about LED Microsensor NT and its optoelectronic components:
Title Published Language
Analytica-2014 Exhibition Review: "Pieces of a Complex Puzzle"
LED Microsensor NT Story: How to Survive on the Huge Russian Market