Tesla Coil Technology: Slayer Exciter

The Tesla coil, with its rich history and underlying principles of electromagnetism and resonance, continues to captivate audiences with its awe-inspiring displays. While Tesla's vision of wireless power transmission may have eluded realization, the Tesla coil remains a testament to the pioneering spirit of early electrical innovators.

Nikola Tesla, the pioneering inventor and electrical engineer, has left an indelible mark on the world with his innovations and contributions to the field of electrical engineering. Among his many inventions, the Tesla coil stands out as an iconic piece of technology that has continued to capture the imagination of scientists, engineers, and enthusiasts alike. The Tesla coil, originally developed for wireless transmission of electricity, has seen various adaptations and innovations over the years. One such adaptation is the Solid State Tesla Coil using MOSFET, often associated with the tantalizing concept of free energy. This essay explores the evolution of Tesla coil technology, its connection to free energy, and the intriguing Slayer Exciter circuit.

Make a powerful Tesla Coil high voltage - The solid state Tesla coil using this MOSFET is also called the Slayer Exciter
Make a powerful Tesla Coil high voltage - The solid state Tesla coil using this MOSFET is also called the Slayer Exciter

Solid State Tesla Coil and Free Energy

The concept of free energy, often described as a source of energy that can be harnessed without the need for an external power source, has fascinated inventors and tinkerers for generations. Solid state Tesla coils, utilizing modern electronic components such as LED diodes and MOSFETs, have become a focal point for those seeking to unlock the potential of free energy. These coils have the potential to be Overunity devices, provided that one can effectively harness and convert the energy generated by the secondary coil.

To understand the concept, it's essential to grasp how Tesla coils work. Modern Tesla coils typically rely on alternating current (AC) power from the grid, employing a step-up transformer to increase voltage while reducing current. This transformation results in an alternating spark in a spark gap, as discovered by William Sturgeon and improved upon by Nicholas Callan in the 1830s. The primary capacitor charges and discharges in resonance with the coils, generating high-frequency waves. The high-voltage, high-frequency current induced in the secondary coil can produce millions of volts, ionize the air, and create spectacular electrical discharges.

Nikola Tesla's pivotal role in the development of the Tesla coil cannot be understated. At the 1889 World's Fair in Paris, he revolutionized the design by replacing the interrupter and direct current (DC) battery with an AC generator, given his extensive work on AC technologies. Tesla made crucial adjustments, such as removing the iron core, introducing an air gap, and relocating the Leyden jars to the secondary circuit. These innovations laid the foundation for the modern Tesla coil.

Moreover, Tesla coils have been explored as potential free energy devices by Ether field physics experts, including notable figures like Don Smith. Their experiments aimed to tap into the seemingly boundless energy potential of the secondary coil, possibly unlocking a new source of energy that transcends traditional power sources.

Understanding the Slayer Exciter and Building the solid-state Tesla coil generating Overunity - Free Energy:


Tesla Technology - Two types of power generation technology (generator) of Nikola Tesla: 👉 https://searl-effect-generator.blogspot.com/p/tesla-technology.html

The Slayer Exciter Circuit

The Slayer Exciter circuit represents an intriguing development within the realm of Tesla coil technology. It is the heart of a project that demonstrates the principles of oscillation and wireless energy transfer. When activated, the circuit follows a fascinating sequence of events:

  1. Initial State: The circuit starts with the LED remaining unlit, while a current flows through a resistor into the transistor and back to the battery. The voltage across the LED maintains a positive charge on the anode and a negative charge on the cathode, effectively keeping it turned off.

  2. Transistor Activation: Over time, the transistor activates, allowing a collector current to flow through the primary coil, creating an electromagnetic field. This field influences the secondary coil, generating a voltage as a current flows into a parasitic capacitor.

  3. LED Illumination: The voltage generated in the secondary coil leads to a brief illumination of the LED, as the base current to the transistor is momentarily disrupted.

  4. Circuit Oscillation: As the collector current subsides, the electromagnetic field in the primary coil collapses, and the voltage in the secondary coil returns to zero. This cycle continues, resulting in a self-sustaining oscillation.


Basic diagram and explanation of how a solid state tesla coil works
Basic diagram and explanation of how a solid state tesla coil works

Use a MOSFET as a LED diode to replace the classic version of a Tesla coil - this device can easily be used with mains power, no need for an additional power adapter!
Use a MOSFET as a LED diode to replace the classic version of a Tesla coil - this device can easily be used with mains power, no need for an additional power adapter!

Solution for generating free energy with Tesla coil: 👉 https://ultimate-energizer-guide.blogspot.com/p/tesla-coil-free-energy.html

Conclusion

The world of Tesla technology, with its innovative Solid State Tesla Coils and the intriguing Slayer Exciter circuit, continues to fascinate and inspire generations of engineers, scientists, and inventors. While the promise of free energy remains an elusive goal, these developments showcase the enduring impact of Nikola Tesla's pioneering work in the realm of electrical engineering. Whether seeking to unravel the mysteries of free energy or simply captivated by the magic of oscillating coils and wireless energy transmission, the legacy of Tesla's inventions continues to captivate our collective imagination and drive forward the pursuit of new frontiers in technology.

Tesla technology involves high frequency, Tesla coils with spark gap, they are improved: 👉 Free Energy by Cold Electricity


Two types of power generation technology (generator) of Nikola Tesla
  1. 🔹  Radiant energy
  2. 🔹  AC generator - Free Energy

Tesla Technology

🔹 Tesla Technology and "Free Energy" in practical application

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