Ultraviolet Sensor Series
The ultraviolet sensor series focuses on UVA, UVB, and UVC detection for UV index monitoring, radiation measurement, flame detection, and deep-UV sensing applications.
It absorbs ultraviolet detector products previously grouped under the photoelectric category and emphasizes visible-light rejection, responsivity, dark current, and package suitability.


AlGaN Solar-Blind Series UV Photodetector LD-A275-050T
A solar-blind UV photodetector based on AlGaN material in a TO46 package. It featu

AlGaN Solar-Blind Series Ultraviolet Detector LD-A275-100T
A solar-blind ultraviolet photodetector based on AlGaN material in a TO46 package.

GaN Series UV Photodetector LD-G355-009S
A gallium nitride-based broadband UVA+UVB photodiode operating in photovoltaic mod

GaN Series UV Photodetector LD-G360-020T
The LD-G360-020T is a broadband ultraviolet photodetector based on InGaN material,

GaN Series UV Photodetector LD-G360-100S
The LD-G360-100S is a broadband ultraviolet photodetector based on gallium nitride

GaN Series UV Photodetector LD-G360-100T
The LD-G360-100T is a broadband ultraviolet photodetector based on Indium Gallium

GaN Series UV Photodetector LD-G385-020S
The LD-G385-020S is a broadband ultraviolet photodetector based on gallium nitride

GaN Series UV Photodetector LD-G410-100T
The LD-G410-100T is a broadband ultraviolet photodiode based on InGaN material, op

LD-G355-400T GaN Series Ultraviolet Detector
The LD-G355-400T is a gallium nitride-based broadband ultraviolet photodetector co

LD-G375-100T GaN Series UV Photodetector
The LD-G375-100T is a broadband ultraviolet photodetector based on InGaN material,

SiC Series Ultraviolet Detector LD-S275-025T
A broadband ultraviolet detector based on silicon carbide material, covering UVA,

SiC Series Ultraviolet Detector LD-S275-100T
The LD-S275-100T is a broadband ultraviolet detector based on silicon carbide mate

SiC Series Ultraviolet Detector LD-S275-900T
The LD-S275-900T is a broadband ultraviolet photodetector based on silicon carbide

