KTN-S-30

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KTN-S-30 is a kind of special industrial grade photomultiplier tube that is widely used in industrial sensor applications. This photomultiplier tube is composed of a semi-conductor device and a high voltage power supply. It is capable of detecting a variety of signals from a range of ultraviolet to infrared. It can detect electromagnetic radiation in the range of 10 to 40 kHz. The output signal of this photomultiplier tube is applicable to many industries, such as medical, pharmaceutical, leak detection, environmental protection, civil engineering, and more.

The application field of KTN-S-30 is mainly related to the detection and measurement of light signals. It is mainly used in the detection and measurement of optical signals including ultraviolet, visible light, infrared light, and so on. The range of wavelengths for the photomultiplier tube is from 380 nm to 950 nm. It is also used in experiments to investigate the optical characteristics of light.

The working principle of KTN-S-30 is based on the photomultiplication effect. In this effect, a single photon of light causes the generation of multiple electrons. These electrons are then accelerated by an electric field, which multiplies the number of electrons detected. The accelerated electrons then pass from one dynode to the other, and after each passage, the number of electrons is increased. Finally, the amplified electrons are collected in an anode and converted into a current signal.

This photomultiplier tube has a wide dynamic range, which makes it suitable for use in industrial applications. It is also able to detect very weak signals and has good resolution and sensitivity. In addition, it has low noise levels. Furthermore, the photomultiplier tube is highly resistant to magnetic fields, which makes it ideal for use in magnetic field detection.

KTN-S-30 is a widely used photomultiplier tube that is suitable for a wide range of industrial applications. Its application fields include the detection and measurement of optical signals, and its working principle is based on the photomultiplication effect. It is capable of detecting a wide range of wavelengths from ultraviolet to infrared. It has a wide dynamic range and low noise level. Furthermore, it is highly resistant to magnetic fields, making it ideal for use in magnetic field detection.

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