This calculator is based on the results of this work. It allows you to find the optimal ratio of the parameters of the coil of the Tesla transformer (TT) when combining two modes of its operation: distributed and concentrated, which in the language of free energy researchers is called "wave resonance". In this mode, the TT has the highest efficiency of its work and can work as a pump of charges from the Earth.

The calculator is divided into three parts. In the uppermost part, data on the combined mode of operation of the TT are presented, in the middle - the parameters of the TT operation are calculated as a charge pump, and at the very bottom are the calculator controls.

"Combined Mode" allows, independently of other parts, to calculate the optimal parameters of the coil and the solitary container. The latter, in this calculator, acts as a conductive sphere connected to the upper end of the coil. Its lower end is connected to the ground, or remains free, but in the latter case, the charge pump from the Earth does not work.

A more detailed description of some input and output parameters:

• Frame thickness - thickness of the pipe frame on which the coil under test is wound.
• ε of the frame - relative permittivity of the pipe frame.
• Varnishing - whether the wound bobbin is varnished on top.
• Frequency - the calculated frequency of the coil.
• The winding pitch is the distance between two adjacent coil turns.

Separately, you need to stop at the "Frequency Adjustment" parameter. The introduction of this parameter allows you to improve the performance of the charge pump and increase the overall efficiency (COP), but requires some explanation. For example, if this parameter is equal to "10%", then this means that after assembling the coil, a magnetic (ferrite) core will need to be inserted into it until the calculated frequency is reached, which will initially be 10% higher than the required one.

Section - "Pump charges" - allows, depending on the previous part of the calculator, to obtain data on the efficiency of the TT as a charge pump, and data on the calculated power. To obtain power values, it is necessary to enter the parameter - "Voltage on a solitary container". It shows the charge voltage of a solitary container (sphere), which attracts charges from the Earth. Also, here you can change the parameter "Solitary capacity charging efficiency", which is usually 50%, but in some cases can be more - 70%.

This calculator can save the received calculations to your account. To do this, you must be registered on this site. You can save the result of the calculation, which is called the word "project" here, by clicking on the "Save to accountutton, and then completely restore the data from the "My Projects" section.