The present invention relates to pulse power technology. The system includes an input channel, a pulse edge detector (2) connected in series with two inputs, a filter (3), a variable delay unit (4), and a feedback channel from the generator to one of the inputs of the pulse edge detector (2). The system comprises a reference delay unit (1), and the input channel is connected both to the variable delay unit (4) and to a reference delay unit (1) for simultaneous supply of input to said units. Signals to both inputs of the pulse edge detector (2) are synchronous on average, i.e. tstab.avg=1/τ∫tstab dt=tref with τ>>τest.oper where: tstab.avg—generator output delay relative to the input signal, averaged over the operation time of the system τ at a given tref; tref—reference unit (1) output delay relative to the input signal; τest.oper—stabilization system time response to changes in external parameters, with the stabilization delay tstab determined from the condition tstab=tvar+tunstab where: tvar—delay of the variable delay unit (4); tunstab—unstable delay of the generator. The stabilization of the delay is independent of the pulse repetition frequency.