FIELD: electricity.
SUBSTANCE: electrical signals amplification by parametric oscillation excitation in resonance circuit and conversion of electrical energy into oscillation energy with the frequency f1 in resonance circuit of low-voltage winding of Tesla transformer, as well as amplification of electrical current and voltage oscillations by periodic change in potential due to polarization of air molecules and water vapours in the electric field of isolated capacity and parametric resonance in the resonance circuit of high-voltage winding of Tesla transformer with frequency f2= f1 are proposed.
EFFECT: increased amplification factor and decreased dependence of parameters from load value with increased Q-factor of resonance circuit due to one-way transmission of electric power from the power source to the load, exclusion of load resistance from the electrical circuit which provides parametric amplification of electrical oscillations and usage of electric field energy of isolated capacities, which leads to a parameter capacity change in resonance circuits of high-voltage windings of Tesla transformers.
17 cl, 5 dwg
