Sentences with phrase «photodetector uses»
The high - performance photodetector uses so - called surface plasmon polaritons, highly concentrated electromagnetic waves at metallic - dielectric interfaces, to combine optics and electronics on smallest space.
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The newly developed photodetectors, the smallest photodetectors worldwide for optical data transmission, can be used for integrated optical circuits that significantly enhance the performance of optical communication systems.
The materials would be used for infrared lasers, for photodetectors or for innovative LEDs in the infrared range, for example, since the physical properties of germanium are significantly changed by these additives.
The first demonstration of the technique was used to image the natural nanostructure of the photodetector itself.
The scattered photons are collected using a similarly closely placed photodetector (not depicted), allowing an image to be constructed.
After interacting with the sample, the scattered photons are collected using a closely placed photodetector, allowing an image to be constructed.
Thus, one can split off the light that forms the lower - frequency end of the comb using a mirror that only reflects longer - wavelength light but passes shorter wavelengths, then send it through the doubling crystal, and finally direct both it and the light of the higher - frequency end of the comb onto the same photodetector.
Used in conjunction with a photodetector, the filter converts optical signals to electrical signals.
At NEC in Japan, where I used to work, researchers have built these ultrafast photodetectors and tested them on computer processors.
Many modern processors actually contain multiple smaller processors, and they use this photodetector to help them communicate by light with one another.
This effect, known as a photoconductive response, can be used to make a photodetector or light sensor, and because the two - dimensional nanosheets exhibited such a strong photoconductive response across a broad light spectrum and simultaneously resist chemical contamination, this research could lead to a revolution in extreme low - light, high - resolution imaging products and applications, such as consumer and professional cameras and video cameras, for example.