Featured Article
Understanding LIDT Laser Optics For High-Power Lasers
By Gooch & Housego PLC

To analyze the specific damage characteristics of high-power laser optics, it is important to understand the laser induced damage threshold (LIDT), an analytical threshold determination method that can reveal damage diagnostics, and its testing provides a lower-cost option for coating development. This paper details the different test types of LIDT, how to measure the optical thresholds, how to identify defects within high-power lasers, and more.

Spotlight On Military Imaging And Sensing
Understanding Detectors With Thermoelectric Coolers

In order to optimize a detector for enhanced performance levels within their designated applications, it is important to understand the heatsinking of the package. A detector’s thermal resistance is minimized by the proper heat sink selection and mounting by using a thermal interface material.

Phantom Miro C110 Camera

Vision Research presents the new small, flexible Phantom Miro C110 camera designed to operate in a wide range of applications including industrial trouble-shooting, mechanical analysis, motion analysis, and any other application requiring high-quality, high-speed imaging analysis. 

Why SWIR And InGaAs Are Useful

Sensing in the shortwave infrared (SWIR) range (wavelengths from 0.9 to 1.7 microns) has been made practical by the development of indium gallium arsenide (InGaAs) sensors. This white paper covers the importance of using InGaAs technologies in SWIR applications.

Designing A New Optical Projection Device For Military Pilots

When the Department of Defense decided its landscape flight simulators to train pilots required too large a display, too large an enclosure space, and felt a bit antiquated in general, the DoD looked for a helmet-mounted simulation solution to replace the traditional rear-projection screens they were using.

Pulsed Laser Diodes At 1550 nm

LASER COMPONENTS designs and produces PLDs at 1550 nm with high-power levels up to 50 W. This wavelength cannot be detected by common night-vision goggles, making the PLDs ideal for multi-junction pulsed laser diodes within military laser rangefinder and friend/foe identification applications.

Defense And Security

SCHOTT Lighting and Imaging offers high-tech materials and components for enabling the defense and security industry to develop night vision, display, sensor, and other technologies that are smaller, lighter, and more effective.

Featured Downloads
Optical Components For SWIR Imaging

This application note provides information on the benefits of SWIR imaging in harsh or low-light level conditions, and PG&O's capabilities in manufacturing optical components for SWIR imaging.

High-Speed Imaging For Military Applications

Studies involving ballistics, survivability, weapon launches, and small and large caliber arms have unique imaging requirements. Download the article to understand what those requirements are, and the high-imaging solutions that Photron has developed to meet them.   

FAST Thermal Imaging — Tank/Artillery Muzzle Flash Analysis

Typical large caliber muzzle flash lasts less than 0.2 seconds in the MW (3 μm to 5 μm) band. This fact leads to the most important technological challenge when it comes to the detection and characterization of short, millisecond long events: high frame rate.

Do You Know What You Are Really Buying?

Datasheets can be misleading, so how do you know what you are really buying? To help optical designers and engineers view optical datasheets more critically and ask the right questions of lens providers, this article discusses key datasheet parameters.

Featured Multimedia
Key Specifications For SWIR Detectors

Raf Vandersmissen with Xenics spoke to us about how read noise and dark current can impact performance parameters in SWIR detectors – specifically as it relates to sensitivity, dynamic range, and signal-to-noise ratio.

Bulletin Board
CMOS Sensor Family

The 120-megapixel CMOS sensor has a pixel count equivalent to the approximate number of photoreceptor cells in the human eye. Recording capabilities at approximately 60x the full HD resolution of 1920 x 1080 are made possible by parallel signal processing, which reads signals at a high-speed from multiple pixels. This sensor has a size of 29.22 mm x 20.20 mm, a square pixel arrangement of 2.2 μm x 2.2 μm with 122-million effective pixels, and 28 digital signal output channels.

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