Propose the sequential circuits with the ternary D-ffs in series^1. Discuss the equivalence between the sequential circuits with the p-valued flip-flops in series and in parallel as a part of studying the multiple val...Propose the sequential circuits with the ternary D-ffs in series^1. Discuss the equivalence between the sequential circuits with the p-valued flip-flops in series and in parallel as a part of studying the multiple valued logic circuits.展开更多
The usage of multiple-valued logic is not so common as binary logic in the electric science and technology. One reason is that it lacks the proper memory element which is not too complicated. Ref. [2] which studied th...The usage of multiple-valued logic is not so common as binary logic in the electric science and technology. One reason is that it lacks the proper memory element which is not too complicated. Ref. [2] which studied the ternary masterslave flip-flop with three-rail output solved this problem. A sort of ternary edgetriggered D flip-flop corresponding to Ref. [2] has been designed in Ref. (3)展开更多
文摘Propose the sequential circuits with the ternary D-ffs in series^1. Discuss the equivalence between the sequential circuits with the p-valued flip-flops in series and in parallel as a part of studying the multiple valued logic circuits.
文摘The usage of multiple-valued logic is not so common as binary logic in the electric science and technology. One reason is that it lacks the proper memory element which is not too complicated. Ref. [2] which studied the ternary masterslave flip-flop with three-rail output solved this problem. A sort of ternary edgetriggered D flip-flop corresponding to Ref. [2] has been designed in Ref. (3)
