CALCULATING the LC RESONANT frequency of an HF transformer. 06/08/22.
In this video, I explain in detail how to calculate the LC resonance frequency of an HF transformer coil.
The "Anton Dremlyuga" YouTube channel was created in 2012 for the purpose of practical and theoretical research into alternative energy, as alternative, non-hydrocarbon energy is the future. The primary focus was on developing electrical installations without any rotating parts or mechanics, as well as compactness, the absence of grounding (grounding loop or grounding cable), and any antennas. The core of the research is practical manipulation of wave and LC resonant circuits, studying issues related to magnetic flux interruptions, the separation of the electric and magnetic components of electric current in electrical circuits, identifying patterns, and describing them in theoretical form. The research framework for the above-mentioned areas is structured as follows: processing available theoretical and practical information from the Russian- and English-language internet on the above-mentioned topics, compiling a brief conclusion from the processed information, creating a rough plan for implementing the idea derived from the conclusions, developing a practical experimental design, conducting the experiment, analyzing the experiment, and compiling a theoretical description of the experimental conclusions in text format. This systematizes the material covered, gleaned from practical experience, and forms a theoretical foundation for future experiments. Step by step, we move toward the stated goal: "Creating autonomous, super-unity electrical energy sources and developing a working model of a generator with excess electrical energy generation."
The "Anton Dremlyuga" YouTube channel was created in 2012 for the purpose of practical and theoretical studies of the issue of alternative energy, since alternative, non-hydrocarbon energy is the future. The main emphasis was primarily on the development of electrical installations without any rotating parts and mechanics, as well as compactness, lack of grounding (grounding circuit or grounding cable) and any antennas were pursued. The basis of research work is manipulations in practice with wave and LC resonant circuits, studying issues related to interruptions of magnetic flux, issues of separation (separation) of electric and magnetic components of electric current in electrical circuits, identifying patterns and describing them in theoretical form. The support of research in the above areas is based on the following order: processing of the available theoretical and practical amount of information from the Russian and English-speaking segment of the Internet on the above topics, drawing up a short conclusion from the processed information, drawing up an approximate plan for the implementation of the idea taken from the conclusions, drawing up a practical scheme of experience, conducting experience, analyzing the experience, drawing up a theoretical description of the conclusions from the experience in text format. Thus, there is a systematization of the material covered, taken from practice and the formation of theoretical foundations for the following experiments. Step by step to the goal: “Creation of overunity sources of electrical energy with COP more than 1, development of an operating model of a generator with release of excessive of electrical energy.”
Skype: WillMacht
Email: [email protected]
Email: [email protected]
Telegram: @AntonDremlyuga