Infrared Thermal Imaging

Infrared Thermal Imaging

Infrared Thermal Imaging

Infrared thermal imaging technology is an image formed based on the temperature difference on the surface of an object. Infrared thermal imaging technology uses a thermal infrared sensitive CCD to image objects, reflecting the surface temperature of the object. Its working wavelength mainly ranges from 2.0 to 1000 microns. Applied in military, industrial, medical, scientific research and other fields.

Detailed Introduction

Optical components required for infrared thermal imaging

Windows

Calcium fluoride windows, barium fluoride windows, magnesium fluoride windows, silicon windows, germanium windows, zinc selenide windows, zinc sulfide windows, sapphire windows, fused silica windows, lithium fluoride windows, K9 glass windows


Filters

Germanium long wave pass filters, silicon long wave pass filters


Mirrors


Application fields of infrared thermal imaging

Night reconnaissance, missile guidance, battlefield situational awareness, equipment fault detection, production line monitoring, energy management, disease diagnosis, temperature monitoring, pain management, intrusion detection, fire warning, celestial observation, meteorological research


Instruments required for infrared thermal imaging

Pyroelectric detectors, thermoelectric stack detectors, micro radiometers, photon detectors, signal processing circuits, display systems, power supply systems


Optical Components Required For Infrared Thermal Imaging

Related Application Fields

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