How to Safely Work with Electronics

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Part of the video series: How to Build Electronic Circuits

Summary: Learn how to safely work with electronics and learn how voltage and current can shock you in this free home maintenance video.

Views: 2,625 | Tags: design, safety, foundation, how-to, circuit, electronic, diagram, device, electronics, electronic circuits


About the Expert

Ross Safronoff Ross Safronoff started using a two piece VHS camera system, and then progressed to a 8mm camcorder, then Hi-8, followed by a mini-DV, and finally a Digital8. ... read more

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Video Transcript

How to Safely Work with Electronics

Hi! This is Ross on behalf of expertvillage.com. Let us talk about safety. When you are working with electronics and electricity you always have to be mindful of safety. Safety is common sense, right? But if you do not understand what’s is going on with electricity it might be hard use that common sense. You get a shock in electricity when current flows through you. So you will find your technicians that are working on high power items, microwaves, TVs and such like that though actually remove your jewelry of watches, rings, necklaces, something that can go and hit and something that is voltage that has high potential current output, rubber soled shoes. Now we are not working in the high voltage items or actually that might be your thought. But there are items, many items that have high voltage contained in them. This TV for instance has plenty of high voltage in it. Yes, there is low power electronics, fly back transformer is generating 10s and 1000s of volts through the CRT here do not mess with it. As a matter of fact, one hand is more than enough to even be closed by, you just do not want to touch it. Anything that plugs in to the wall, you should be really careful because you have the house current available. In house current, the outlet is typically set with the breaker to 15-20 amps. That’s a lot of voltage, a lot of potential current that is available to give you shock, you do not want to mess with it, also when you unplug something, it does not mean it is safe. There are capacitors in here. A number of capacitors store energy and so if you unplug it, there is still energy available potentially dangerous energy. Static electricity, you have free electrons floating through like walking across the carpet, rubbing a balloon on your head that is really high voltage, but there is not much current available to that. So it is the current that gives you the shock.

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