What is an electron weapon?
The electron gun is an electronic parts set inside a television or computer cathode ray tube (CRT) that produces an electron beam that lights up a phosphorins coating on the inner glass surface of the TV or monitor. The electron weapon is the heart of CRT found on TVs and computer monitors. It consists of several parts, including an electrode located inside the CRT, which produces a highly focused beam of accelerated electrons. The beam creates a visible image on the inside of the large glass screen. Modern TVs with flat panel and computer monitor do not use an electron gun.
The element or fiber in the electron gun is heated and maintained at a high negative voltage. The TV or computer tube screen also maintains a high charge, but this charge is the opposite of the charge in the electron gun. When the fiber reaches a certain temperature, the electrons have enough energy to leak the negative voltage and flying or shooting towards the inside of the screen, illuminatedis phosphors that dress glass. The easiest example of this kind of phenomenon is electrically charged particles in solar winds that hit the Earth's atmosphere and cause radiation Aurora Borealis or northern lights.
The electron gun fires the focused beam of the electrons towards the CRT glass. This beam must hit each pixel on the screen about 70 times every second. The surface of the screen is covered with phosphoresorive material that shines in a particular color when these electrons are hit. The beam must hit the exact point with the correct electron frequency to create a specific color on the screen. The mask ensures direct intervention in a particular point and provides a sharp and clear pixel on the screen.
phosphors on the inside of the screen remain illuminated only in a fraction of a second, so the electron beam must constantly refresh to keep them clear. The electron gun begins atThe upper left side of the screen and spray the beam of focused electrons towards the screen from left to right. On the typical 800 x 600 resolution screen, the electric pistol must be a beam of 800 pixels per row over 600 lines 75 times per second or more. Magnetic fields help to lead electrons more precisely to pixels. When these electrons hit the interior of the TV screen, they become light energy and leave the screen like light.