Multi User License - $2,500
A photodetector is an electrical device that turns light into a signal. Typically, the phrase refers to a sensor that detects visible or infrared light. Optical communications, medical diagnostics, and night vision are just a few of the uses for photodetectors.
Photodetectors are divided into three categories: junction photodetectors, avalanche photodetectors, and photoconductive detectors. The sort of photodetector that is used is usually determined by the application.
They’re employed in spectrometers, light barriers, optical data storage devices, autocorrelators, beam profilers, fluorescence microscopes, interferometers, and a variety of other optical sensors to measure optical powers.
. Others, such as imaging applications, can be constructed as enormous two-dimensional arrays. They’re known as focal plane arrays. There are CCD and CMOS sensors, for example, which are mostly used in cameras.
The Europe Photodetector Market accounted for $XX Billion in 2021 and is anticipated to reach $XX Billion by 2026, registering a CAGR of XX% from 2022 to 2027.
DEPHAN is a leading manufacturer of high-performance next-generation photodetectors. For LIDAR market participants, existing technologies constitute a performance impediment.
DEPHAN has developed a device that overcomes the limitations of first-generation vehicle LiDARs, allowing for the development of automotive LiDAR devices that are long-range, high-resolution, and inexpensive for widespread use.
As a result, DEPHAN technology is ideal for next-generation LiDAR developers. Several foreign firms have already tried our samples and have given us favourable comments. Our worldwide relationship portfolio is continually expanding. One of the DEPHAN’s aims is to replace vacuum photomultipliers (PMTs) with solid-state.
Therefore, DEPHAN plans to raise more funds and begin mass manufacturing of photodetectors for the LIDAR industry, as well as begin pre-product lot development for the optical communications and biomedical businesses.
© Copyright 2017-2023. Mobility Foresights. All Rights Reserved.