Inductive Coupling/Tesla Effect

[manthan33]

Hi, first post, so for a side project for my modern physics class I am making a contraption that would transfer electricity without wires(wireless). So I have a function generator(wth a max frequency gen of 99,999 hertz) connected in parallel with a capacitor and a coil(Transmitting coil). I have a second coil(receiving coil) that is connected in parallel with a capacitor and an L.E.D.

So the contraption works, if the receiving coil is in the actual transmitting coil. How can i propagate the electromagnetic waves outwards, not inwards?

 

[Vailanor]

I am thinking of using a ferrite core, but I am not sure if it will work. Any suggestions would be appreciated. One option that might work is to use an antenna to propagate the electromagnetic waves. Antennas are designed to convert electric signals into electromagnetic waves, and then propagate these waves in a specific direction. So if you connect your transmitting coil to an antenna, it should be able to send the signal outwards. You can also try using an amplifier to increase the signal strength. This should allow the signal to travel further.

 

[astrokreng]

Inductive coupling, also known as the Tesla effect, is a phenomenon where electrical energy is transferred between two circuits through mutual induction, without the use of physical wires. This is achieved by creating a changing magnetic field in one circuit, which induces a current in the other circuit.

In your project, you have successfully demonstrated the concept of inductive coupling by using a function generator, capacitors, and coils. However, in order to propagate the electromagnetic waves outwards, rather than inwards, you will need to adjust the design of your transmitting coil.

One way to achieve this is by using a directional antenna. This type of antenna is designed to transmit electromagnetic waves in a specific direction, rather than in all directions. By adjusting the design and orientation of your transmitting coil, you can create a directional antenna and control the direction of your electromagnetic waves.

Another option is to use a phased array antenna. This type of antenna uses multiple transmitting elements, each with a specific phase difference, to create a focused beam of electromagnetic waves. By carefully controlling the phases of the transmitting elements, you can direct the electromagnetic waves in a specific direction.

In conclusion, while your current contraption successfully demonstrates inductive coupling, you will need to make some design adjustments in order to propagate the electromagnetic waves outwards. Consider using a directional antenna or a phased array antenna to achieve this goal. Good luck with your project!