Capacitor Step

Input from 12 vdc batteries or 120 vac WARNING! We are not responsible for anything in these plans, you build at your own risk. Be careful, The high voltages used in these plans can kill you.

Transformier

Copyright 1996 - 2003 Creative Science & Research

This is not a free energy device, but can be used for powering many differant types of free energy devices. Great for many HV anti-gravity experiments as well, HV with high amps!

Time is running out

FOR RESEARCH PURPOSES ONLY- BUILD AT YOUR OWN RISK!

Time is running out

FOR RESEARCH PURPOSES ONLY- BUILD AT YOUR OWN RISK!

WARNING!

carefullyltage can kill you! So please be careful! We are not responsible for anything in these plans! You build at your own risk. Keep away from children. Use rubber gloves and a rubber lab coat and shoes. It only takes one mistake with high voltage. Alway's carefully discharge all capacitors into a HV Coil after usage.

Creative Science & Research PO BOX 557 New Albany, IN. 47151 www.fuelless.com

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The information we are giving you is confidential and copyrighted information as well as Patent pending by Creative Science & Research 1996-2004 our iron core Moid

PVC Bobbin Transformer

The plans provided here are to give you a basic idea of what we have developed in high voltage step up technology. There are many ways to step up voltage, these are just a few ideas that we have came up with, With these plans it will be easy to step up high Voltage and keep most of the amperage input. HV with High amps is very much needed in HV research. To buy such power supplies would cost well over $2000.

PVC Bobbin Transformer

The Air Core and Epoxy Iron core transformer

Make an air core bobbin from PVC plastic sheeting, you can buy 1/8" to 1/4" plastic sheeting at any sign or screen printing shop or supply company. The material is great for bobbins and is easy to work with. You can use a matt knife to cut the material and PVC glue to glue and connect it. You will be making a round type bobbin, you will need a 2" diameter x 2 inch length of PVC pipe, Cut a qty of 2, 6" diameter x 1/8" thick pieces of PVC sheeting. Glue one piece to the bottom of PVC pipe, On the top piece cut a 2" or less hole in the center so you can get our special soft iron core into the center of the bobbin. After that is dry you will need to wind 30 strands of #32 copper coated wire side by side parallel with each other and in equal lengths, you will need 15 small bobbins with 2 strands per bobbin so you will not need to buy 30 x (6 lbs) spools which would be very expensive. simply buy 2 large spools of #32 wire and wind them both at the same time on each 3" spool to get a total of 15 small spools, use a table top or floor drill press to wind your bobbin coil. This configuration is a special high capacitance type transformer coil. ( Patent Pending! )

You will now need to make a molded epoxy /soft iron core, ( Patent Pending /( Creative Science & Research).

You will need High strength 2 ton all purpose epoxy made by Devcon company. You can buy this at most hardware stores. Now find as many old worn out wall transformers or HV Microwave transformers as you can find. remove the coil wire and cut the iron core into small pieces about 1" to 3". It is best to take apart each laminate piece of iron first, (if you can get them apart ). You will need an electric grinder with a fine wheel.

You will be grinding down each small piece, but first you will need to make a catcher, Find a cardboard box about 10" x 12" line the inside with aluminum foil 2 times, get a small piece of 5" x 6" sheet metal and tape this right under where the grinding wheel will be throwing the hot sparks from the metal. If you do not use sheet metal the sparks will burn through the aluminum, Now use duct Tape to tape the box to the underside of the grinder.( Best to use a grinder that is on a metal stand.) Now begin grinding down the soft iron and catching it into the box. Using a pair of pliers to hold each piece. Get as much as you can for now and for future use.

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Now take the small soft iron particles and place the iron fillings inside of the PVC 2" pipe, leave about 1/4" space from the top. Now mix about a 2" diameter space by 1/4 tall of epoxy, mix it very well. Once you are done, pour out the iron fillings from the 2" pipe bobbin, onto a plastic or hard card board piece about 12" x 12" ( to keep epoxy from getting on your table top. ) Steel or plastic surface is best! Now begin adding and mixing the epoxy with the iron fillings a small amount at a time, you do not want to add to much epoxy, so it's going to be a little hard to mix at first, you want the end mix to be pasty not runny.

AC Input

Primary # 26 copper wire

AC Input

AC Input

Primary # 26 copper wire

Secondary # 30 copper wire

Example: represents 300 feet of wire(s) AC Output

Secondary # 30 copper wire

Example: represents 300 feet of wire(s) AC Output

# of strands Input output

2 strands = 120 vac x 120 vac

3 strands = 120 vac x 240 vac

4 strands = 120vac x 360 vac or

30 strands = 120 vac x 3,480 vac

199 strands = 120 vac x 23,880 vac output! Wow!

You can make Iron core in different strengths by simply adding more iron and making it pastier or by adding less iron and more epoxy to make it lighter and weaker. Using less can sometimes be better, because if you mix it right the core becomes very high efficient meaning the core will be lighter than a solid commercial type core would but be the same output strength! Why is this? Well, each piece of iron ( If mixed and prepared correctly ,) becomes a small magnet and there fore they all line up together like many thousands of small magnets stacked one on top of the other making the core stronger!

For even higher efficiencies, construct another molded iron core to the outside of the coil, just like you see in regular transformers. Or you can use an existing transformer iron core from a HV transformer or a small wall transformer. Simply remove the bottom of core with a hack saw, then replace your with new multi-strand bobbin, replace the bottom of the core and glue with 50% epoxy and 50% iron fillings or powder. Clear epoxy the whole thing and let it sit for 24 hrs.

Question: How many turns should I use? Answer: The less number of winds the more amperage output, and the loss of heat energy! It is best to wind about 120 to 200 times. The high capacitance created in the coil will help generate more amperage at the output

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Renewable Energy

Renewable Energy

Renewable energy is energy that is generated from sunlight, rain, tides, geothermal heat and wind. These sources are naturally and constantly replenished, which is why they are deemed as renewable.

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