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A type of video camera called a UV camera is designed specifically to capture light from the ultraviolet spectrum. A UV-pass filter, which only permits light with wavelengths below 400 nm in the visible spectrum, is used to achieve this.
UV photography mostly uses UV-A light, also known as near ultraviolet, with a wavelength of between 320 and 400 nm. UV wavelengths allow surfaces to appear more clearly and frequently show characteristics that are otherwise hidden.
The fundamental distinction between UV cameras and CCD video cameras is that UV cameras record UV-A light.UV light may be captured by common CCD sensors. Most lens materials absorb UV-B light, and oxygen absorbs UV-C light, making them largely insignificant.
These kinds of video cameras use a UV-pass filter to isolate UV light from other light spectrums, as opposed to some video cameras that use a UV-cut filter to remove UV light from their recording. These filters tend to let through a lot of infrared light but are always constructed of glass.
The IR pollution of UV images can be reduced using specialized filters and methods. Either UV fluorescence photography or UV reflected photography is used for UV recording. Direct UV sources, like the sun, are used to illuminate subjects directly in reflected UV photography.
UV fluorescence technology includes filtering the light source to cut out visible light.A UV-pass camera filter should also be used in addition to this “exciter” filter, and recording must be done in a very dark setting.
The Global UV Sensitive CMOS Camera market accounted for $XX Billion in 2022 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2024 to 2030.
The commercialization of the IMX487, a 2/3-type CMOS image sensor for industrial equipment, has launched Sony Semiconductor Solutions Corp. When compared to ultraviolet light, the global shutter CMOS picture sensor boasts the best pixel density in the industry at roughly 8.13 megapixels.
Through the use of components designed specifically for the UV wavelength and a distinctive light receiving unit construction, the UV wavelength-compatible CMOS image sensor offers excellent UV sensitivity and high-quality images with less noise.
The IMX487 employs Sony’s Pregius S global shutter technology, which makes use of a special back-illuminated pixel arrangement on a stacked CMOS image sensor to produce distortion-free images and high-speed performance.
The sensor is compatible with the 200 megapixel camera and delivers high-speed performance at 193 frames per second. The sensor is compatible with the 200 to 400 nm wavelength, which is the most suited UV wavelength for high-speed performance at 193 frames per second.
The pixels have a small 2.74-mm square pixel size, which contributes to the industry’s greatest effective pixel count even on a 2/3-type compact format. The pixels catch UV light with exceptional efficiency. The sensor is intended for a wide range of uses, including UV camera market semiconductor pattern defect inspection.
These UV cameras make it possible to sort materials that would be challenging to do in visible light and to check for tiny surface flaws. However, there is an increasing need for an image sensor that offers UV sensitivity coupled with excellent resolution, low noise, and fast performance.
