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Do not NEED spark tesla coils and capacitors? – Production of free electricity for the home

I saw patterns Tesla coils, and I noticed they had capacitors and a spark to the coil of the transformer primary past these are absolutely necessary and why? To understand why Tesla Coils use of spark gaps and capacitors, you need to better understand about resonance. So you may want to search when you have a chance. (Although not all Tesla coils use poppers).

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Tesla coils use resonance to generate high voltage high frequency. The goal is to balance what is known as inductive reactance and capacitive reactance. It almost like tuning a radio. If you have already attended an old radio, you will see that the knob turns a small capacitor. This rule of capacity so that the circuit resonates at a certain frequency. Thus, the radio allows you to selectively choose a channel, but block others. You can thank the inventor Nikola Tesla for this, incidentally.

Each time you pass AC through a coil of wire, you get a form of resistance called inductive reactance. The magnetic field induces alternating current in reality a return opposing current in the wire. The capacitors are also a form resistance called capacitive reactance. The funny thing is that the inductive reactance and capacitive reactance is zero. When this product, you get a resonant circuit. Energy is constantly bouncing back and forth between the magnetic field around the coil and the charge in the capacitor. With Tesla coil, energy is amplified at high voltage at high frequency.

That's why you need a capacitor on the primary circuit. The spark also helps to give the circuit. It works like a semiconductor switch, firing the capacitor charge in the primary right time. I hope people do not consider this spamming, but if you want, I have several videos on my YouTube page that shows more about Reels Tesla, including a 2 part video showing how to build one.

Tesla coils are exactly what a coil. Just like a transformer, it operates on a voltage change like that, so to generate the voltage changes sometimes they use a cap charge and a spark gap. Be careful with these things, they can hurt you. To One of my clients I understand Cascades High Voltage (100KV), Tesla coils can hit the range 1MV. I'm not a big fan of Tesla, he was about to microwave the world with his free energy project.

It is this e-book contains step-by-step instructions on how to build a generator Tesla. The guide is called: Tesla Secret. Since the publication of the Handbook of Tesla's secret, 1000 people around the world have used to build their own generators and Tesla are now supplying their homes for free!

Want to learn how you too can generate free electricity to power your home at no cost? If yes, then you need to download a copy of the Secret Tesla Guide.

Click here ==> Nikola Tesla Secrets to learn more about this book.

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What difference does the physical size of capacitors to the voltage and farads are identical?

I have an old stereo that needs new filter capacitors, the caps are old 3 "X 1.5" substitutions are 1.75 "x 1.25". Both are measured to 10000uf, 50 volts.

Ah, yes … The physical size of a capacitor is not really a big deal these days, with all new materials in assembling same. A filter capacitor, in your case, your diet requires the use of both. This is because food has a positive (and negative) B + voltages. An amplifier of good will have a good filter, then a good regulator of the industry's output (s) of the diet. I would go with a higher voltage and the same value to replace your old hats. Try working 80 Volts DC (WVDC) @ 10kmfd. (10.000 microfarads). A capacitor is likened to a battery. It will take a charge depending on the space between the plates, and what is in this space. What in this space is known as the "dielectric". This is where the real costs, or chemical action that happens between the plates. Oh, a little warning for you: When you replace your filter capacitors, make sure you have the polarity, or becomes warm your capacitors and ventilation, or even explode, creating and a mess of the electrolyte through the interior of your unit. It will take several hours to properly remove the electrolyte of the circuit (s) and surrounding components. I did it myself, several years ago. You do not want to go all the way , believe me. Oh, yes … The higher the voltage on a capacitor will change the materials chosen as the dielectric. Some mica capacitors use because it is dielectric air, or even. Most of the filter capacitors, such as those you want to replace, wither with age. This may take 20 to 50 years happen and will happen much more quickly when exposed to excessive heat and / or direct sunlight. I used playing with high voltage plugs in the day …. … Used to charge up to 500 volts and leave some poor kid to seize it and watch it fly across the room. Do not even think to try this, never! Back in the sixties, it was funny, but today, it could cause serious injury due to the fact that today's children are always washing hands at school in fear of catching a virus the flu / cold. A high voltage capacitor should have a "bleeder" or a piece of wire tied across the terminals to keep staff safe during handling and storage / box on the shelf. Always discharge a capacitor before working on any part of the unit, once the case was deleted. Even low voltage power supplies are never an exception, because of microprocessors could be exposed to an accidental discharge static, rotating the device into a boat anchor. I hope this is of some use to you and yours. Feel free to send me an e-. Happy Holidays!