Instruments and Systems: Monitoring, Control, and Diagnostics Annotation << Back The application of the decomposition method to the synthesis of a series of code generators pulses tunable time parameters E.N.КOROBKOVA V.G. RUBANOV The present non-traditional method of synthesis of digital automatons covers the shaper code series of pulses tunable time parameters. Designed machine is represented as a functional-block a composition of several interrelated blocks. Each block represents one of the time parameters of the generated pulse sequence. In the basis of the suggested method of synthesis is based on the theory of generalized logical functions. The proposed representation of a finite automaton designed as a composition of two or more types of blocks, each of which, regardless of the number of bits allows us to treat incoming blocks in the composition as simple memory elements, and the projected machine in general - as a device consisting of two (or more) such elements. The number of blocks equal to the number of time parameters output generated sequence. Each block represents the final digital cyclic machine. The number of states block determines the range of parameter values. If the parameter of the output sequence is fixed, then the cyclic automaton will be with fixed number of states. If the parameter is tunable of the output sequence, then unit is used as a cyclic machine with programmable number of states. As in the first and in the second case the functional blocks can be both standard and original. As typical units can use any counters, sealer any conversion factor with any coding states, cyclic machines made by shifting registers (counters with unitary coding, Johnson counters, linear meters). As original units can use any cyclic machines, but with the obligatory presence of the entry and exit set the initial state. Keywords: digital automata, decomposition, logical functions, synthesis, minimization, counters, pulses, maps. Contacts: E&#8209;mail: rubanov@intbel.ru Pp. 49-56.