Events2Join

IR Detectors


5.7 IR Detector Characteristics and Performance

The WFC3 IR detector is refrigerated with a six-stage TEC to a nominal operating temperature of 145 K. This is an unusually high operating temperature for near ...

Where to buy infrared detectors - RP Photonics

Where to Buy Infrared Detectors. Various types of photodetectors can be used for infrared radiation. They are often based on semiconductors with small bandgap ...

Dual-Band Infrared Sensor - L3Harris

... infrared detector systems. Sensor Solutions. Missile Seeker Detectors. L3Harris provides missile seeker detectors for DoD and ...

Infrared Sensor Technology - Delphian Corporation

Like visible light, infrared radiation represents only a very small portion of this electromagnetic spectrum. The primary area of interest for gas detection is ...

IR Detectors – Cadmium.org

MCT is the only IR detector technology covering the entire infrared spectrum (from 0.7 µm to 20 µm) and having a very large space heritage, hundreds of ...

Recent Progress on Infrared Detectors: Materials and Applications

limitations and advantages of the current research on infrared detectors are discussed, and the future development trend of infrared detector is prospected.

IR Detectors :: | The University of New Mexico - UNM Catalog

IR Detectors ... Detector architectures for mid-infrared wavelengths. Review of different technologies and figures of merit. Design problem to demonstrate an ...

IR Detectors: AP Series Uncooled PbS Packages - Opto Diode

Opto Diode manufactures, cooled and uncooled infrared detectors, AP Series uncooled PbS packages, AF Series uncooled flat plates, AT1 Series one-stage ...

Commercial EO/IR Sensors - Leonardo DRS

Leonardo DRS offers a diverse and effective array of EO/IR technologies including cooled and uncooled camera modules and infrared detectors.

Optical Flame Detector, UV-IR, IR3, IR4 Fire Detection - SafetyGas

Optical flame detector, UV / IR detector, IR3, IR4 to prevent any departure of hydrocarbon, petrol, diesel, hydrogen, or metal fires and more.

History of infrared detectors | Antoni Rogalski

These detectors have been extensively developed since the 1940's. Lead sulphide (PbS) was the first practical IR detector with sensitivity to infrared ...

Infrared Detectors and Emitters: Materials and Devices - SpringerLink

This book is an attempt to provide an up-to-date view of the various IR detector/emitter materials systems currently in use or being actively researched. The ...

An Introduction to Infrared Detectors - NOIRLab

near-ir mid-ir far-ir. Eric Becklin, SOFIA. Page 4. 7 January 2015. Data Reduction Workshop. 4. CCD, IR Detectors: same physics. • Silicon is ...

Bolometer Systems | IR Detectors & Cooling Solutions - IRLabs

Discover high-performance bolometer systems by IRLabs, featuring industry-leading IR detectors and advanced cooling solutions for precise temperature ...

History of infrared detectors - NASA/ADS

This paper overviews the history of infrared detector materials starting with Herschel's experiment with thermometer on February 11th, 1800.

Pyroelectric IR detectors - Micro-Hybrid Electronic GmbH

Dual- and quad channel detectors for NDIR gas measurement. The pyroelectric detectors are based on sensitive elements of MEMS technology.

Infrared Emitters and Detectors - Protocentral Electronics

Buy Infrared Emitters and Detectors and other development kits, and components online from Protocentral. Shop genuine products.

Infrared Trap Detector | NIST

NIST researchers are developing a small, low-cost device that traps more than 99% of incident infrared (IR) photons.

Mid-IR Photovoltaic Detectors, HgCdTe (MCT) - Thorlabs

Features ... These photodiodes operate in photovoltaic mode and provide coverage for Mid-IR wavelengths through 10.6 µm. The detectors are optimized for best ...

Infrared detectors:Advances, challenges and new technologies

Today IR detector technology is in its 3rd generation and comes with challenging demands. Based on the propagation of IR radiation through free space it is.