When an electron moves from one atom to another, it leaves behind a ‘gap’ or charge because of the way the particle moves away.
Voltage (shown in electrical equations as the letter “ V” or the scientific symbol “ E”) is the difference in ‘potential’ between two electrons or two points in the path of the electrons movement. A man named André-Marie Ampère in 1881 first applied the principle of current flow. This path is called the ‘conductor’ and may be a wire, a pipe, or the human body. In some instances we can call this the path or method of conduction. Current (shown in an equation as “ I”, also called Amperes, and referred to by the scientific symbol “ A”): Current is a measure of the electrons that are moving (“flowing”) at any one time. 
When we measure resistance, we say that it has “’so many’ Ohms” resistance (to the flow of current in a circuit). This principle was first reviewed by a man named Georg Simon Ohm in 1867, and therefore bears his name.
Resistance (also shown in an equation as “ R”, called Ohms, and shown by the scientific symbol (): Just like the name implies, resistance is the amount of fight or effort it takes to make the electrons flow through some substance (copper, water, the human body, etc.). Here are a few of the words we use and what they actually mean.Įlectricity and the things that influence it can be measured in several ways: When a continuous and repeated movement occurs, the electrons are said to be flowing.Īlthough we are mostly familiar with the terms that are used to describe electricity, often we do not have the basic knowledge about what these things mean, where they come from and what they entail. Moving electrons from one atom to the next down a sort of ‘daisy chain’ or ‘chain reaction’ action (compare it to dominoes collapsing). Although they do not actually go from one to the next (as with water flowing), the motion does set off a cascade effect. Electrons being a part of what makes up an atom, they are capable (at times) of moving from one atom to the next or of simply bouncing back and forth between the atoms. It takes us through how electricity affects the body and what is and is not “dangerous levels of electricity” in both technical and layman’s terms.Įlectricity is defined as the flow of electrons and the difference in potent ial (total electrical charge) when they leap. This page is dedicated to a better understanding of the whys and the wherewithal’s of the tens unit, the violet wand, electrical hazards and how these devices interact with the human body. #Violet wand instruction manual how to#
You’ll figure out how to get the results you want as you practice.Much misinformation is sent out verbally and through the web about the fun and hazards associated with electro play. There is no one way to use a violet wand or a violet wand accessory.
swish it around, or stroke it, or lightly dance the tips. You’ll have to play with your wand settings, and your wand setups, and your flogging techniques that you develop to your liking. I dont know what you want to do with it–whether you want to have light tingles or horrible hot sparks. It is up to you to figure out how to use it to get the results you want. And now you are going to use the mylar flogger to spark to someone else. The current is coming from the wand, through the Body Contact Cable, through you, and to the mylar flogger. (You can use a footswitch to avoid it, but many tops dont bother as they are used to the feel of the wand’s spark, or enjoy it themselves.) Now your mylar flogger is electrified. So you have your violet wand turned on, and your body contact probe in your hand, and you go to pick up the mylar flogger.
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