Abstract :
The self-synchronizing (SS) sequential circuits proposed by Chuang and Das, as well as by Rey and Vaucher are analyzed and compared. A variation of the latter system is proposed. It is shown that none of the above approaches can be used for unrestricted input change (UIC) operation. Procedures for synthesizing Huffman type asynchronous circuits suitable for UIC operation are improved. Data handling rates for the SS and Huffman type circuits are compared for SIC and MIC operation.
Keywords :
Asynchronous, inertial delay, multiple input change (MIC), nonfundamental mode, self-synchronizing (SS), sequential circuits, single input change (SIC), unrestricted input change (UIC).; Asynchronous circuits; Circuit synthesis; Clocks; Delay; Microwave integrated circuits; Pulse circuits; Sequential circuits; Shift registers; Silicon carbide; Strontium; Asynchronous, inertial delay, multiple input change (MIC), nonfundamental mode, self-synchronizing (SS), sequential circuits, single input change (SIC), unrestricted input change (UIC).;
