Abstract: A fast D-FF circuit is described which is free of the glitch problem which exists in similar circuits published recently.
The glitch removal described here does not compromise the maximum achievable clock speed, which is measured at. 1.54GHz for a divide by 16 circuit and 1.39GHz ...
A fast D-FF circuit is described which is free of the glitch problem which exists in similar circuits published recently. The glitch removal described here ...
Qiuting Huang, Robert Rogenmoser: A Glitch-Free Single-Phase CMOS DFF for Gigahertz Applications. ISCAS 1994: 11-14. a service of Schloss Dagstuhl - Leibniz ...
A glitch-free single-phase CMOS DFF for gigahertz applications. Qiuting Huang, Rogenmoser R. Expand. Publication type: Proceedings Article.
This paper investigates the characteristics and performances of several true single-phase clocked (TSPC) D flip-flops (D-FFs) at low supply voltage.
The new D-flip-flops are free from glitch problems due to internal charge sharing. Transistor merging technique has been employed to reduce the number of ...
The measured maximum input frequency is 1.57 GHz at a supply of 5 V and only 3 mA. Read more. Share · A glitch-free single-phase CMOS DFF for gigahertz ...
A glitch-free single-phase CMOS DFF for gigahertz applications · Qiuting Huang ... A fast D-FF circuit is described which is free of the glitch problem which ...
In this work True Single Phase Clock. (TSPC) based on Ratioed logic D flip-flop and Transmission Gates (TGs) is implemented in 0.18μm CMOS process. A Glitch ...