[en] The time-to-amplitude-to-stored signal converter has been developed taking into account the special property of measuring the time position of the LIV-30 linear induction accelerator pulses coming over parallel channels with small relative delay and a possibil ty of timing the converted time interval boundaries to flat-topped voltage pulses. The stored voltage signals are hold long enough for following measurements. Some essential performances of the converter module made as a single-width CAMAC module with 29 integral circuits are as follows: conversion channel number - 4; time interval range - 10-800 ns; conversion factor - 5 mV/ns; conversion error - 0.15-0.20 %, hold time for signals with 0.05-0.10% error is more than 1-10 ms, time interval bound uncertainty is 1-3 ns, input blocking during hold time, synchronized resetting, selection of input pulses over gating time