Brief introduction of image intensifier structure

Image intensifier can be divided into X-ray image intensifier, infrared intensifier and visible intensifier. Image intensifier consists of intensifier tube, intensifier tube container, intensifier power source, intensifier optical system and intensifier bracket (support). The main part of it is the image intensifier tube, which has an input screen (receiving X-ray radiation to generate electron flow) and an output screen (receiving electron bombardment to emit light), making the former enhance the brightness of images thousands of times on the output screen.
The reinforcing tube is a vacuum tube made of glass. For the purpose of protection, a tube container is needed.
This tube container also plays the role of shielding X-ray, shielding external electromagnetic field and protecting the human body from high pressure damage. In addition, the booster also has a set of power supply, including the high voltage power supply of the booster tube, the focusing power supply and the power supply driving the degassing ion pump in the booster tube.

Image intensifier’s input screen intensifier can range in diameter from 4 inches to 16 inches.Smaller input screen enhancers are more flexible and cheaper to operate.
Image intensifier improves your resolution a bit, because the intensifier the output screen for electron collisions from the photocathode.However, the range of the patient’s body that the input screen can surround is limited.Larger enhancers are more expensive and less flexible to operate, but they provide greater field of view and image magnification opportunities.
Newheek image intensifier intensifies intensifiers for a number of types, including 6 inches, 9 inches and 12 inches. Applicable to different types of X-ray machines.
Newheek image intensifier can intensifier your intensifier for different purchasing intensifiers.

Author:Glinda