A Zero-overhead Self-timed 160ns 54b Cmos Divider

@inproceedings{UniversityAZS,
  title={A Zero-overhead Self-timed 160ns 54b Cmos Divider},
  author={Horowltz Stanford University}
}
  • Horowltz Stanford University
This circuit demonstrates a self-timed iterating ring which attains the speed of a combinational array while using only a fraction of the silicon area. The stages in the ring compute mantissa quotient digits for a floating-point division operation. Unlike circuits which implement self-timing by using a matched on-chip clock generator to provide an internal clock for synchronous blocks, the circuit of this paper uses local control handshaking between fully asynchronous blocks and will operate… CONTINUE READING
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