FOM 2000 Iit Green Phosphor

FOM 2000 Lit Green Phosphor

FOM 2000

Latest S25R Cathode Production Technology

High Signal-to-Noise Ratio

 Products Description

FOM 2000 lit green phosphor is a state-of-the-art image intensifier that is designed for high sensitivity and high signal-to-noise ratio performance. It utilizes the latest S25R cathode production technology, which allows for improved electron emission and enhanced performance under low light conditions. This technology not only enhances the sensitivity of the image intensifier but also significantly reduces noise in the image.

 With the use of this technology, FOM2000 lit green phosphor is capable of delivering a better image quality than traditional image intensifiers. Its high sensitivity and improved signal-to-noise ratio allow for enhanced image clarity, detail, and contrast. This makes it ideal for a wide range of applications including night vision, surveillance, and scientific imaging.

 FOM2000 lit green phosphor image intensifier is also equipped with a green phosphor screen, which provides superior image quality compared to traditional black and white screens. The use of green phosphor screen allows for better contrast and detail, making it easier to detect objects in low light conditions.

 FOM2000 lit green phosphor comes with a range of features such as automatic gain control, brightness control, and manual gain control, allowing users to customize the image output to suit their specific needs. The product is also backed by a robust warranty and technical support program, ensuring its reliability and longevity.

 In conclusion, FOM2000 lit green phosphor is a high-performance image intensifier that leverages the latest S25R cathode production technology and green phosphor screen to provide unmatched image quality. Its high sensitivity, improved signal-to-noise ratio, and superior contrast make it ideal for a wide range of applications. With its compact and durable design, users can rely on FOM2000 lit green phosphor to deliver reliable and high-quality imaging performance.

Technical Parameters