InfraRed Detectors | EAGLE MW The Eagle MW Infra-Red (IR) detector uses the SELEX Galileo unique Mercury Cadmium Telluride (MCT) material process. It is a focal plane array detector with 640 x 512 pixels on a 24 µm pitch and Integrated Detector Cooler Assembly for high performance thermal imaging in the 3-5µm wave band. It benefits from a higher operating temperature than InSb, offering longer cooler life, less in service support and lower through life cost. |
 | EAGLE LW The Eagle LW Infra-Red (IR) detector uses SELEX Galileo's unique Mercury Cadmium Telluride material process. It is a focal plane array detector with 640 x 512 pixels on a 24 µm pitch and Integrated Detector Cooler Assembly for high performance thermal imaging in the 8-10µm wave band. It provides the highest LW performance available in the world, with longest Detection, Recognition and Identification ranges, reduced stare time & less motion blur than QWIP detectors. |
 | MERLIN MW The Merlin MW Infra-Red (IR) detector uses the SELEX Galileo unique Mercury Cadmium Telluride material process. It is a large format focal plane array detector with 1024 x 768 pixels on a 16µm pitch and Integrated Detector Cooler Assembly for high performance thermal imaging in the 3-5µm wave band. |
 | HARRIER LW The Harrier LW Infra-Red (IR) detector uses the SELEX Galileo unique Mercury Cadmium Telluride material process. It is a focal plane array detector with 640 x 512 pixels on a 24 µm pitch and Integrated Detector Cooler Assembly for high performance thermal imaging in the 8-10µm wave band. It provides the highest LW performance available in the world, with longest Detection, Recognition and Identification ranges, reduced stare time & less motion blur than QWIP detectors. |
 | HAWK MW The Hawk MW Infra-Red (IR) detector uses the SELEX Galileo unique Mercury Cadmium Telluride material process. It is a compact focal plane array detector with 640 x 512 pixels on a 16µm pitch and Integrated Detector Cooler Assembly for high performance thermal imaging in the 3-5µm wave band. It benefits from a higher operating temperature than InSb, offering longer cooler life, less in service support and lower through life cost. |
| HAWK LW The Hawk LW Infra-Red (IR) detector uses the SELEX Galileo unique Mercury Cadmium Telluride material process. It is a compact focal plane array detector with 640 x 512 pixels on a 16µm pitch and Integrated Detector Cooler Assembly for high performance thermal imaging in the 8-10µm wave band. It provides highest LW performance, with longest Detection, Recognition and Identification ranges, reduced stare time & less motion blur than QWIP detectors. |
 | SWIFT The Swift SW Infra-Red (IR) detector uses the SELEX Galileo Mercury Cadmium Telluride material process. If offers a state-of-the-art solution for laser-gated imaging applications at the eye-safe 1.5µm wave length, providing extremely high sensitivity and fast temporal gating. Swift is focal plane detector with 320 x 256 pixels, based on avalanche photodiodes, which provide almost noise-free signal gain under control of an externally applied voltage. |
 | OSPREY C MW The Osprey-C MW Infra-Red (IR) detector uses the SELEX Galileo unique Mercury Cadmium Telluride material process. It is a compact focal place array detector with 384 x 288 pixels on a 20µm pitch, and Integrated Detector Cooler Assembly for high performance thermal imaging in the 3-5µm wave band. It benefits from a higher operating temperature than InSb, offering longer cooler life, less in service support and lower through life cost. |
| OSPREY C LW The Osprey-C LW Infra-Red (IR) detector uses the SELEX Galileo unique Mercury Cadmium Telluride material process. It is a compact focal place array detector with 384 x 288 pixels on a 20µm pitch, and Integrated Detector Cooler Assembly for high performance thermal imaging in the 8-10µm wave band. It uses the highest LW technology performance available in the world, with longest DRI technology, reduced stare time & less motion blur than QWIP detectors. |
 | CONDOR II The Condor II Dual Waveband Infra-Red (DWIR) detector uses the unique SELEX Galileo Mercury Cadmium Telluride process. It is a focal plane array detector with 640 x 512 pixels and Integrated Detector Cooler Assembly for high performance imaging in the 3-5 & 8-10µm wave bands. The combination of wave bands provides improved Detection, Recognition and Identification over 1st & 2nd generation detectors. Wave band switching optimises performance in all imaging conditions. |
 | SWAN The Swan dual mode Infra-Red (IR) detector uses the SELEX Galileo Mercury Cadmium Telluride material process. It is a unique product offering a variety of imaging modes within one compact Integrated Detector Cooler Assembly. Swan is a focal plane detector with 320 x 256 pixels on a 24µm pitch. It can be used for laser gated imaging at eye-safe 1.5µm wave length, high performance passive thermal imaging in the medium 3-4.2µm wave band, and passive or solar imaging in the short wave band. |
 | DLATGS SELEX Galileo is the leading manufacturer of single element pyroelectric DLATGS detectors supplying higher performance detectors to major IR Spectrometer & FT-IR instrument manufacturers world wide. These detectors are operated at room temperature or can be supplied with temperature stabilisation. A range of element sizes is available from 0.25mm to >3.0mm, with options on filter (window) material, pin configuration & performance characteristics. |
 | WREN The Wren detector is a high performance, single element, DLATGS pyroelectric infrared detector for use in microscopy and spectroscopy applications. It operates at ambient temperatures so requires no cooling. Developed to offer an alternative to conventional cooled single element technologies, it offers a broadband IR response without the inconvenience or cost of maintaining a cooling system. |
|
|
