Which Plasma Ball Will Produce Light, Plasma, and Spark?

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In a discussion about plasma balls with varying current power, it is clarified that three plasma globes with the same gas pressure will behave differently based on their current levels. A low current power will produce fewer plasma lines and less light, while a middle current will yield moderate illumination. High current power can create more plasma activity but risks damaging the device if the voltage exceeds safe levels. The balance between current and voltage is crucial for optimal performance without causing failure. Understanding these dynamics is essential for determining which plasma ball will effectively produce light, plasma, and sparks.
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if we have 3  plasma ball.and they have the same pressure gas ...one have low current power .the scond have  middle current power .the third have strong current power .. ...so which will of them produce ...light ..plasma ...spark..
 
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Plasma ball of what?
What is a "low energy current"?

Your question is very vague.
 
I mean when the plasma ball produce illuminate light. ..if we increase the power current or if we decrease it
 
taregg said:
if we have 3  plasma ball.and they have the same pressure gas ...one have low current power .the scond have  middle current power .the third have strong current power .. ...so which will of them produce ...light ..plasma ...spark..

taregg said:
I mean when the plasma ball produce illuminate light. ..if we increase the power current or if we decrease it

Do you mean "plasma globe"?

http://a.tgcdn.net/images/products/zoom/usb_plasma_ball.jpg
usb_plasma_ball.jpg
 
if we have 3  plasma globe .and they have the same pressure gas ...one have low current power .the scond have  middle current power .the third have strong current power .. ...so which will of them produce ...light ..plasma ...spark...(yes I mean plasma globe )
 
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What do you mean with "low current power"?
If you operate them at a lower voltage, they will have fewer plasma "lines", or do not operate at all, so you get a lower amount of light.
If the voltage gets too high, the devices will break, then you don't have light at all (apart from a very short flash, maybe).
 
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