FIELD: engines and pumps.
SUBSTANCE: proposed generator comprises inductive-capacitative resonator RS2 to amplify high voltage, means to generate series of HF control pulses, voltage source VMT, capacitor C1 and voltage generator GENI with switching transistor M1. Control electrode G of the latter is connected with output of said means to generate series of HF control pulses. Source S of transistor M1 is connected with chassis. Transistor drain D feeds trains of control pulses to resonator RS2 in response to train of voltage pulses fed to control electrode G of transistor M1. Drain D of transistor M1 is connected with resonator RS2 via insulating transformer TRANS. Note here that said transformer is connected in parallel with capacitor C1 and voltage source VMT.
EFFECT: lower voltage at transistor output, sufficient voltage at resonator terminals.
7 cl, 1 dwg
