This paper analyses the binary expression of ternary signals and the binary construction of circuits, and proposes the design of a mixed-valued counter by using both binary flip-flops and ternary flip-flops ("tri...This paper analyses the binary expression of ternary signals and the binary construction of circuits, and proposes the design of a mixed-valued counter by using both binary flip-flops and ternary flip-flops ("tri-flops"). Here a new design of an 8421 BCD up-counter based on the mixed-valued binary-binary-ternary-coded decimal (B2TCD) code using mixed-valued logic is presented.展开更多
基金Project supported by the National Natural Science Foundation of China
文摘This paper analyses the binary expression of ternary signals and the binary construction of circuits, and proposes the design of a mixed-valued counter by using both binary flip-flops and ternary flip-flops ("tri-flops"). Here a new design of an 8421 BCD up-counter based on the mixed-valued binary-binary-ternary-coded decimal (B2TCD) code using mixed-valued logic is presented.
