Introduction: See Electrons With a Naked Eye!!!

Hello Everyone

I am Rishabh...A 16 year old guy from India fond of Electronics..

This is my first Instructable. I came across a Science exploration contest so i decided to post what I accidentally discovered while Experimenting(Or you can call it just to go deep into functioning of various gadgets and appliances)

So this is my first DIY Instructable...Please vote if you like the idea

Many people are fond of just having a look at electrons but they could not afford to buy expensive Electron microscopes which would be useless after they see those tiny Particles!!!

So here is the INEXPENSIVE way of having a glimpse of Electrons..

Caution:-The components of the Television might cause Injury or Electric Shock..Do Not Touch The Components Other Than Specified...

Step 1: Gathering the Required Materials

The Materials I have used can be easily either bought from a hardware store or could be found at your home.

Here is a List of all those Things

Materials



1. A compasses(Geometrical) and a Divider[You can even use any conductor pieces as substitute]
2. A Screw Driver[Or any other thing with a plastic coating on one end and conductor on the other.]
3. Pliers
4. A Long Copper wire(for Earthing)
5. Two Aluminium Keys[Any Aluminium/Zinc Conductors]
6. A Working/Non-Working T.V.[Picture Tube Must BE Working]


Step 2: Preparing for the Experiment



• Preparing the T.V. and -ve Plate




1. Remove the Back Cover of the T.V. and locate a Black Cap like thing near the back of screen(Shown in Picture)
2. Connect the Aluminium/Zinc conductor to this cap by placing it above the cap.(shown in Pic 2)
3. Connect the compass and divider to this key's hole.
4. Now connect these to the Pliers so that it holds the arrangement in place.
5. Now place another key(Conductor) on the pliers.




• Preparing the Earthing +ve Plate




1. Take the copper wire and wind/solder it around the conductive part of screw driver.
2. Keep the other end of the copper wire in contact with the Earth.(Simlpy just hold it beneath your shoe)


Step 3: The Final Showdown

Now comes the most Interesting part.....
1. Hold the screw driver(with wire for earthing) and bring it close to the Aluminium/Zinc conductor..
2. Adjust it's position so tjat you could see tiny light bands going from conductor to the screw driver...
These bands are clusters of electrons that quickly move to the +ve plate...
Thankyou for Reading....
If you feel like voting ,Please Encourage.....
The experiment is shown in video. You can have a Look at that.

The link for video is:-

The Experiment is an original idea and subject to copyrights. Kindly contact before using commercially...

Comments

author
qdogg made it! (author)2015-03-02

All I see is a spark. Maybe I'm missing something but any spark shows the passing of trillions of electrons. Can you explain how this experiment is unique?

author
rshacker86 made it! (author)rshacker862015-03-02

hi buddy...
its unique to me because it was my first accidental discovery....
moreover you can get a supply of current as well as magnetic field and can amend it to perform it in your own way....moreover it does not require any additional components except a CRT T. V. ...
AND LAST it's to much messy (hahaha) as It was my first instructables. ..

Thanks for your comment...

author
russ_hensel made it! (author)2015-01-16

Messing with the high voltage from a TV like this is fun, but it is not safe. I would not try this at home. Sorry.

author
Liradon made it! (author)Liradon2015-01-16

High voltages are no problem when your ampères are low. I don't know how much ampères are going through that jolt, so I can't say it's 100% safe either.

author
russ_hensel made it! (author)russ_hensel2015-01-18

By amperes you mean current or charge/unit time. If a very current limited supply is connected to a capacitor ( as they often are ) then the capacitor can supply the possibly fatal current. Even after the supply is turned off.

author
Liradon made it! (author)Liradon2015-01-18

Current or charge per unit time are the same. Current is the amount of charge per unit time.

You're right about the capacitor though, I guess.

author
rshacker86 made it! (author)rshacker862015-01-29

I was trying to recharge a battery of 3.5 volt of 890 mAh
This is what happened
can you explain it why it got sooo swollen???

temp_181790671.jpg
author
rshacker86 made it! (author)rshacker862015-01-16

thank you for your support

author
rshacker86 made it! (author)rshacker862015-01-16

It is due to the reason that i had mentioned not to touch any other parts

author
highseraphim13 made it! (author)2015-01-28

It's good that you're trying interested in figuring how different devices work. But just a quick warning, always be careful when using high voltage supplies. Also, if that's a very old CRT TV, there's a slight chance that it emits low energy x-rays which, in the long term, might be harmful to you. But keep it up! ;)

author
rshacker86 made it! (author)rshacker862015-01-29

thank you for that...next time whenever i investigate any device I will try to know about the various components and if they are harmful....
thank you once again

author
zork the destroyer made it! (author)2015-01-17

What you are seeing are not actually electrons. The arc you see is the light emitted by the ionized gas that makes up air. The electrons coming from the flyback transformer want to go to ground, the higher the voltage, the more easily they can make ti there. The electrons come from the flyback, then out of the electrode, through the air atoms, then into the ground electrode. When an electron raises an energy level and goes back down, it releases a photon. Check this out https://www.instructables.com/id/MAKE-A-HIGH-VOLTAGE-SUPPLY-IN-5-MINUTES/?ALLSTEPS

author
Liradon made it! (author)Liradon2015-01-18

This guy nailed it.

You can't actually see electrons that easily.

author
javi_el_largo made it! (author)2015-01-16

Hi, at this voltages (15,000-20,000 volts) it doesn't matter the current. This may KILL you. You may suffer a heart attack. Every TV technician always discharges the picture tube before repairing a TV set to avoid the massive electric discharge.

author
zork the destroyer made it! (author)zork the destroyer2015-01-17

The voltage from a TV flyback is much less than 15kV. The ouput is only 200V-400V. If you notice the arcs that were produced were only around 5mm; the air ionization rule of thumb is, 10kV per 2.51cm. If the arc is 200V, then the ratio per 10kV is 0.02. If you apply this ratio to length, 2.51*0.02, then you get 0.05cm.

author
rshacker86 made it! (author)rshacker862015-01-16

Sorry but I dont completely agree
even I performed(being completely beginner)
There is no harm if you carefully only mess up with the part indicated....It is rubber and does not allow more than 5-6 volts you can watch the video in which i even used my body for earthing.....

author
rshacker86 made it! (author)rshacker862015-01-16

If you really are afraid then just set it up without the plug in socket and tape screwdriver near the aluminium conductor
Then just plug the socket and enjoy from far

author
lyle963 made it! (author)2015-01-17

nice but unsafe. a friend of mine has a scar from the shock he got while repairing a TV without unplugging the mains. you wanna see electron flow, look into cigarette lighter without gas

author
rshacker86 made it! (author)rshacker862015-01-17

okk...Thank you

author
technovative made it! (author)2015-01-16

Interesting way to visually demonstrate the movement of electrical energy by discharging an existing high voltage source (CRT driver in a working TV) across a spark gap. I think though, that CRT displays are rapidly becoming scarce, particularly in the USA.

author
rshacker86 made it! (author)rshacker862015-01-16

thank you

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