Approach of Waveform Recovery for Impulse Signal Transmitted Along a Long-distance Line

In this paper the approach of shape recovery for impulse signal transmitted along a long-distance line is described. The actual spectrum of impulse signal during electronic device tests on accelerators is ranging from 1 MHz-1 GHz. In addition, the amplitude value and the waveform are significantly distorted. The actual waveform of impulse signal can be recovered by calculation using the “MES” program, developed by authors and that realized equivalent system approach. The registered reactions are presented in an operator form. The program restores the signal at its input using the frequency response of the measuring line. The initial signal is recovered after the convolution.