How many volts does a cathode ray tube emits?

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SUMMARY

A cathode ray tube (CRT) accelerates a beam of electrons to approximately 10 keV, resulting in a potential difference of about 10 kV. This voltage is derived from the transformed alimentation voltage. The CRT emits visible light when electrons collide with the pixels, and the emission of X-rays due to bremsstrahlung radiation is significantly reduced in compliance with international directives. It is important to note that volts represent the moving force of electrons rather than being emitted themselves.

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This discussion is beneficial for physicists, electrical engineers, and anyone interested in the operational principles of cathode ray tubes and their safety regulations.

James12345678
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I don't know a lot about classical physics but I was wondering how many volts a cathode ray tube emits?
 
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A cathode ray tube accelerates a beam of electrons which can get about 10 keV of energy, that is the difference of potential is about 10 kV, obtained transforming the alimentation voltage.
The tube emits visible light colliding electrons of the pixels.
The emission of x rays, due to the bremsstrahlung radiation, of the last monitor was very reduced in respect to international directives.
 
Volts are nothing to be emited, but they are the moving force of electrons just like gravity
 
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