Remington Industries 24H200P.25 24 AWG Magnet Wire, Enameled Copper Wire, 200 Degree, 4 oz, 0.0220" Diameter, 197' Length, Natural

There is more This wire has been enamelled. I used it to make a mini Tesla After scraping the enamel off the ends in which soldering was required (with a sharp blade), it was easy to For use in Tesla coils, magnets, transformers, and other thin insulated wire, this is the stuff to use. This is an easy DIY mini Tesla coil like the one found in the Slayer Exciter circuit (solid state and simple). * The slayer exciter It's an oscillator, a resonant power supply (or is it an RF oscillator, a type of resonant power supply) with a NPN transistor (or actually a PNP, but reversed? Unlike a resonator, this circuit DOES NOT require you to tune it to a specific A Tesla coil simply takes care of itself, while this one takes care of everything. In addition to a parasitic capacitance to ground, there is a feedback resistance. A DC current is applied to the big coil (secondary) ADC is applied to the transistor base, and a DC is applied to the large (primary) coil. This grounding connects the transistor with the ground plane. The secondary coil is also connected to a DC supply it's at the other end. You can turn it off by applying power to the transistor. Creating AC current from DC is accomplished in a very short time by high-frequency oscillation (alternating) back and forth. . . which is executed very rapidly at high frequency. There will be no top disc (or sphere) on the Slayer Exciter Tesla coil, but the frequency will be around 6,000 kHz. If you reduce the frequency of your transistor, it will be less hot. By saving it from going up in flames. Slayer exciters have low frequency oscillation under low power, which will cause transistors to burn out as they slowly oscillate onto and off. . . so they need a large heat sink with thermal paste to prevent this from happening. You can also double or triple the transistors If you lay the three legs on top of one another and tie them together, that would make sense, but I think it is dumb It is not hard to do, just cool it for less than 30 seconds with a proper heat sink! The TO was given to me There is an 18 package version of the 2N2222a which has a metal heat sink, but it is round. . . so the heat sink is harder The sink needs to have a hole at the center and be shaped like a star. There is a transistor in that place. In this way, the LED acts as a safety device for the transistor, preventing it from going too negative. At the moment, I'm able to live without it. As much as possible, I prefer to create things with a minimum number of parts. In addition, I'm having a lot of fun building these, and it's not my first time. Ultimately I will replace the transistors with an LED or Schottky diode if the transistors blow, even with the heat sink. I succeeded on my first attempt without changing a heatsink or using LED or Schottky diode, or even using Basically, a bunch of unnecessary math I can see how many turns my coil has, but it doesn't actually tell me that. The numbers I see tend to be around turn for the primary, about 3 to 5 turns for the secondary, and about 300 turns for the tertiary There are three factors in Pi. D = 14159 x

1. The circumference of 5' by 4'

I am converting 7' by 12 by 237 and getting 2364 inches by multiplying by 12 . I will then take 2364 / 3066 and get the number of turns in the coil. C is the circumference of the paper tube. The number of turns is equal to the number of inches of wire / the circumference. I am here to assist you in any way I can. There are 502 turns total in 6 turns of the thicker wired "primary" coil, which has to be wound around in the opposite direction of the turns of the thicker wired

Therefore, I eventually carried out a total of about 500 turns on the primary coil and five In the building "***" - Wire of 24AWG gauge enameled on the outside (enameled means that the outside is coated with insulation) We've grown 197 feet since last year. You will need to scratch away the enameling on both ends of the wire to make it work! "***" - We used a layer of scrap thicker than the 24AWG to make a few (5 turns) primary coils. "***" - The tube of paper towel is made of cardboard. "***" - Ensure that everything is held together with electrical tape, Scotch tape, or both. "***" - Making a stand out of the blue cap of a water bottle (wasn't necessary in the end). "***" - You'll need a 2N2222A transitor (metal or plastic and whatever you can find or order). "***" - The heat sink and the heat exchanger A small piece of thermal paste for the transistor (I didn't bother since I only ran it for a few "***" - The resistor 22K is a. "***" - It must either be powered by a 9v battery and come with connectors The voltage should be about 5 volts when connected to a DC power supply. "***" - You will need a knife, sandpaper, or file to scrape away the last inch of enamel from the thinner wire. - To make the top collector (I didn't bother with a collector), cut a lid of an aluminum soup can or the bottom of a soda can into a dished disc or use a doorknob or a ball wrapped in aluminum foil. "***" - (Though it may be just as easy to twist the few components together with the solder and soldering iron). "***" - You will need a small fluorescent light bulb that lights up wirelessly in your hand.

You will need to strip the enameling from both ends of the thin wire. As a base for this picture, I used a blue bottle cap I am using a DC power supply at about 5vDC, with red being positive and black being negative As opposed to enamel paint or anodizing, most enameled wires are coated in thin plastic rather than enamal paint. I like that. Let's go for the cheapest option There is no separate on/off switch for me since I use power supplies and not batteries. Lastly, I decided not to include the LED (or Schottky diode) in this circuit. The device is just a safety device. It will light up if an LED is incorporated in the circuit, and thereby make sure it doesn't go too negative. I find it kind of This is my super simple setup, so there you go. It lit up the bulb in my hand after I gave it about 5 volts!.

Lana Jarvis

| Oct 08, 2020

Exactly what it says on the tin.

Sloan Hammond

| Mar 18, 2021

I used it for my kids' science projects and it was great.

Allie BUTCHER

| Jul 02, 2021

This magnet wire is awesome quality!.

Greta LAW

| Jan 24, 2021

In order to help me with my needs. The Tesla coil experiment was a great success!.

Trent Hicks

| Dec 28, 2020

The shipping was fast and the product was.

Adalyn Ortega

| Dec 14, 2020