Knowledge

The newest, highest technology televisions utilize OLEDs (a light-emitting dioide in which the emissive electroluminescent layer is a film of organic compound that emits light in r

The advent of high-powered and high-efficiency LEDs have allowed for myriad lighting applications. Prior to the 1970’s, LEDs were too expensive and dim to allow for use other than

LED usage and applications can be divided into four main categories. These include: Visual Signals – where LEDs are used to indicate a message or meaning. One example of a visual s

LEDs were initially too pricey to be used for any practical or everyday purposes. At over $200 per unit, all but the most expensive laboratory or scientific equipment could justify

A walk through the lighting section of any hardware store, and you may be dazzled by not only the sparkling fixtures but also the sheer number of options with which you are present

SWIR is incredibly close to the visible spectrum. That’s why it is able to offer important imaging qualities like resolution and contrast. However, it can also simultaneously captu

Like we’ve said before, LEDs designed for the SWIR range can be incredibly effective in a variety of applications. They can reach vast ranges that are simply not possible with sili

SWIR avalanche photodetectors (APD) utilize reverse voltage to produce an internal gain. This allows them to have a high SNR (signal-to-noise ratio) compared to PIN diodes. It also

SWIR LEDs are commonly created out of Arsenide, Gallium, and Indium. The technology mainly uses InGaAs lattice in order to capture as well as emit light that is found in the SWIR w