so yesterday i told my brother not to take apart the computer monitor, today i come home to find he did so, after yelling at him for a while i noticed this, i absolutely love how they hid it so we had to remove the case to see it.
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Because it's not a problem in a normally working TV. The tube may normally operate at 23kV - problems may not occur until the tube's running at 30kV or above. Plus, this is more a hazard to the service guy who's right next to it, sticking tools in, than it is for the average user that's sitting five feet away or more, by which point the X-rays are negligible.
Naah, those tubes aren't giving any radiation, if you don't drive it with overvoltage like somebody said. And if you do so, it isn't harmfull, HV is more dangerous. I have played with these and i have no cancer or mutations(yet)
It could be possible to make x-rays with that way, coz theoretically working mechanism is same as x-ray tubes(witch are also pretty cool like all electron tubes :3)
And, those monitors really radiates little bit, not all electrons are stopped to front. Thats why old monitors makes your eyes red and there was protectors in market(15 years ago or something)
It could be possible to make x-rays with that way, coz theoretically working mechanism is same as x-ray tubes(witch are also pretty cool like all electron tubes :3)
And, those monitors really radiates little bit, not all electrons are stopped to front. Thats why old monitors makes your eyes red and there was protectors in market(15 years ago or something)
I trigged HV suply to higher, and burned dot in center because deflection wasn't working. I have also HV generator, over 2kV (TVs have 28kV), and i have shocked myself with it, so HV is much more dangerous than x-rays :D
Some monitors also can work overloaded and make more radiation, but they burn then (B+ a.k.a. main power trimmer turned to full, if i remember right)
CRTs can be used to this too: http://www.youtube.com/watch?v=1P8MNfQOKYc
Some monitors also can work overloaded and make more radiation, but they burn then (B+ a.k.a. main power trimmer turned to full, if i remember right)
CRTs can be used to this too: http://www.youtube.com/watch?v=1P8MNfQOKYc
TVs and monitors works like this: electrons are accelerate to screen phosphor, and electron beam is deflected to draw picture. Beam draws every line and bounces back to top. Around the CRT's neck, there is two deflection coils, vertical, and horizontal. What i done, was that i sniped wires and connected deflection coils to amplifier, so i can drive them with audio. Two sinewave makes neat cosin plots, because there is x and y axel. Theoretically, i can show what i want with that, it's like mathematical xy coordination. Someday i do maybe oscilloscope clock with that CRT, i dunno, it's drawing speed is little slow for that, coz magnetic deflection not electric like in scopes.
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