TV flyback core bobbins

thingiverse

My ongoing research project focuses on pulsating core transformers, a key component in various experiments and demonstrations related to free energy and unconventional energy production methods. The primary focus of my research centers around a cheap TV flyback transformer core that can be acquired for less than $15 on eBay. By carefully removing the windings and reusing these bobbins, individuals can construct test coils for evaluating specific configurations. To create a complete bobbin, print one half facing upwards and assemble two halves together, securing them with overlapping layers of tape. This will form the base upon which you can wind your coils. One application for this approach involves testing Stan Meyer's VIC coil setup, a concept based on over 50 patents granted to him, primarily focusing on static high-voltage-to-water applications. One notable achievement includes appearing on Channel 6 News where he successfully demonstrated running a car solely on water, a feat corroborated by multiple eyewitnesses. Several videos are available online for those interested in learning more about the VIC experiment and the results obtained using pulsed transformers with double chokes. One example of a successful build is documented here https://www.youtube.com/watch?v=Xq9Cu6wGe8U , while scope shots showing the effects on high voltage applications can be viewed at https://www.youtube.com/watch?v=_Q84uqYbOss . My own experimentation has resulted in constructing a "Jesus fish" setup utilizing these coils (https://www.youtube.com/my_videos?o=U&pi=3), providing further insight into this field. For those looking for detailed explanations of Stan Meyer's circuitry and principles, this resource (http://www.irondmax.com/irondmax/forum/forums/thread-view.asp?tid=378&posts=58&start=1) is a comprehensive guide. In order to maintain the same ohm value as the original flat cores utilized by Stan Meyer in his work, the specifications for using 30 gauge wire are as follows: * The primary coil will be wound with 10.5 ohms of resistance, spanning a total length of 101.74 feet. * The secondary coil should be constructed to yield 72.4 ohms over its full length of 701.55 feet. * Two additional coils (C1 and C2) can also be built; C1 requires 76.1 ohms and spans a length of 737.4 feet, while C2 should achieve 70.1 ohms across its 679.26-foot span. Each of these coil designs will fit snugly onto the provided spools, making it easy to maintain consistent dimensions and resistance values.