Canadian Conference on Electrical and Computer Engineering, 2005., 2005
This paper presents a detailed analysis of metastable behavior in CMOS current mode logic (CML) l... more This paper presents a detailed analysis of metastable behavior in CMOS current mode logic (CML) latches. The variation of the latch delay is primarily caused by the finite current transition time, which in fact depends on the rise/fall times of the clock signal. In this analysis a relation is defined between the latch characteristic parameters and the signal slew rates. The presented analysis is specific for CML latches, but it still gives insight of such behavior in other latch and flip-flop structures. 0.18 mum CMOS technology examples are provided
Canadian Conference on Electrical and Computer Engineering, 2005., 2005
This paper presents a detailed analysis of metastable behavior in CMOS current mode logic (CML) l... more This paper presents a detailed analysis of metastable behavior in CMOS current mode logic (CML) latches. The variation of the latch delay is primarily caused by the finite current transition time, which in fact depends on the rise/fall times of the clock signal. In this analysis a relation is defined between the latch characteristic parameters and the signal slew rates. The presented analysis is specific for CML latches, but it still gives insight of such behavior in other latch and flip-flop structures. 0.18 mum CMOS technology examples are provided
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Papers by muhammad usama