Kapanadze 1

If the same procedure is performed after W2, the maximum voltage will be achieved. The released S1 on W2, shortly after a short circuit, will generate Back Electromotive Force (BEMF) in W2, which is usually 20-30 times higher than the voltage prior. Learning this method through actual testing will make it easier to identify similarities in circuit behavior. Akula's self-runner is no exception. Wesley continues to assert that it is related to nuclear phenomena and appears prepared for a conflict against an unidentified adversary. However, he does not test this idea or present any evidence. The accessibility of metal powders and a glass tube is questionable. If the same procedure is followed after W2, the maximum voltage will be achieved. The released S1 on W2, shortly after a short circuit, will generate BEMF in W2, which is typically 20-30 times greater than the voltage before. It is challenging to determine the opposite effect; it is suggested to search for frequency, as the sine voltage is most significant. A woman who constructed a free energy generator indicated that a sine wave should be created on one coil from the autogenerator, and then another coil, with a few turns, should be induced with short impulses on the sine wave for maximum amplitude, generating substantial current. Understanding the necessity of two frequencies is now clearer. Consideration has been given to how Akula may have implemented the aforementioned methods. It is possible he connects each end of the center tap coil to two different voltages and current levels, resulting in multiple charges flowing into the same wire, creating a significant discharge, which is then captured by the three-turn coil and sent to the capacitor and resonator coil. Updates on news from Russian forums and videos that could aid in understanding and replicating the self-runner device are appreciated. If the same procedure is followed after W2, maximum voltage will be achieved. The released S1 on W2 will produce BEMF shortly after a short circuit, typically 20-30 times higher than the previous voltage. Based on the information provided, it is assumed that energy gain has been demonstrated through experimentation with this transformer winding shorting concept. A schematic of the proposed design, if different from that shared by Verpies, is requested. It is important to note that an increase in voltage from coil discharge (BEMF, which pertains to motors rather than oscillators) does not necessarily indicate a gain in output over input energy levels.

The circuit described involves a transformer with a winding configuration that allows for the generation of Back Electromotive Force (BEMF) upon short-circuiting. The operation hinges on the relationship between the winding configurations and the induced voltages. When S1 is released after W2, a significant voltage spike occurs, resulting in BEMF that can be substantially higher than the initial voltage. This phenomenon is critical in applications where energy harvesting or amplification is desired.

The concept of using two different frequencies is integral to the design. The primary coil generates a sine wave, while a secondary coil, featuring a few turns, is strategically placed to capture high-amplitude short impulses. This configuration allows for the efficient transfer of energy from the primary to the secondary, maximizing current output. The interaction between the two frequencies creates a resonant effect, enhancing the overall performance of the circuit.

To further elucidate the design, the schematic should detail the transformer setup, including the connections to the center tap coil and the specific voltage levels applied to each end. The inclusion of capacitors and resonator coils in the circuit is essential for energy storage and stabilization, facilitating the transfer of energy to the load effectively.

In conclusion, the described circuit offers insights into advanced energy generation techniques, leveraging BEMF and resonant frequency interactions. The proposed schematic should provide clarity on the connections and operational principles, allowing for replication and further experimentation.If you do same after W2 will have maximum voltage the released S1 on W2 shortly after short circuit will create BEMF in W2 which is usualy up 20-30 times higher than voltage before. When you learn this method by doing actual testing the similarities will be more easy to spot in what circuits are doing.

akula`s self runner is not exception. Wesley is still stating that it all has to do with nuclear something, and looks like he`s prepared for war, against an unknown enemy. But also does not test the idea, or at least show anything. Are metal powders and a glass tube that hard to get If you do same after W2 will have maximum voltage the released S1 on W2 shortly after short circuit will create BEMF in W2 which is usually up 20-30 times higher than voltage before. There hard to say or oposite or not, I think need just search frenquency then voltage of sine is most big.

How say woman who build free energy generator, that from autogenerator need made sine on one coil and then with other coil, inductir leet say of few turns beet exatly with short impulses on sine most bigest amplitude, this makes big curent. So I now understand why need two frenquencies. I`ve been thinking of how akula may have done what you are mentioning above. Maybe he takes each end of the center tap coil, and adds two different voltages, and different current levels to each one of the two wire ends.

So, that the there are several charges all going into the same wire, creating the big bang, which is then picked up by the 3 turn coil, and send to the capacitor and resonator coil. What do you think Thank you for keeping us posted on any news in the Russian forums, as well as anything on the Russian videos that may help us to understand, and to replicate the self runner device.

If you do same after W2 will have maximum voltage the released S1 on W2 shortly after short circuit will create BEMF in W2 which is usualy up 20-30 times higher than voltage before. When you learn this method by doing actual testing the similarities will be more easy to spot in what circuits are doing.

akula`s self runner is not exception. From the information you are giving, I assume that you have proved the energy gain from experimenting with this shorting of transformer winding concept. Please provide a schematic of what you are proposing if different from that posted by Verpies. As you are aware an increase in voltage from coil discharge (BEMF relates to motors not oscillators) does not necessarily mean a gain in output over input energy levels.

🔗 External reference