[en] A digit-to-time converter made from integrated circuits is described. The duration of the output interval Tsub(out)=Tsub(o)xN, where N=0.1...999 in the interval code..., Tsub(o) is the period of the reference frequency, i.e. discreteness. The crystal reference frequency generator with stabilization for 50 MHz and frequency dividers allow one to work with 20 ns, 100 ns, 1 μs up to 10 ms discreteness. The maximum interval is 9.99 s. The absolute error is Δt=Tsub(o)xNxdeltaTsub(o)+-0.15 ns, where deltaTsub(o) is the relative error of the reference generator. The converter is compatible with the CAMAC (SUMMA, VECTOR) system. The interval code setting and triggering of the converter may be realized both with digit commands of the system and manually with the code switches and external signals. The levels of all out and input signals are in accordance with the NIM standard (-0.8 V). In the 80 mm unit the converter has two channels with an independent setting of the interval code. Technical characteristics of the converter are presented alongside with the functional circuit