peer-reviewedWe characterize the metastability measurement system [8] in which asynchronous data input and sampling clock frequencies trigger metastability. We develop the equation describing the time interval between data and clock inputs for practical frequencies and show that it takes on discrete values in the absence of jitter and that the presence of jitter perturbs these discrete values. Finally, we present experimental results supporting our characterization.ACCEPTEDpeer-reviewe
Models which describe oscillatory metastability for several types of flip-flops are proposed. A cons...
Excess phase in oscillators or phase locked loops is a very important design specification typically...
A Delay Flip Flop (DFF) is used in the phase detector circuit of the clock and data recovery circuit...
We characterize the metastability measurement system [8] in which asynchronous data input and sampli...
Designing synchronous sequential circuits consisting of clocked storage elements such as flip-flops ...
Communication across unsynchronized clock domains is inherently vulnerable to metastable upsets; no ...
Metastability causes unpredictable behavior in circuits, and can cause circuit failure. Any binary v...
Synchronization means the aligning of the significant instants of one signal to the significant inst...
Synchronizers are used at the clock domain crossings and at asynchronous interfaces to reduce the pr...
Technology scaling has paved way for complex systems such as heterogeneous multi core processors, co...
PhD ThesisThe state space of every continuous multi-stable system is bound to contain one or more m...
AbstractSynchronizers and arbiters are important components of any Globally Asynchronous, Locally Sy...
Abstract — Synchronizers play a key role in multi-clock domains systems on chip and their performanc...
In this paper, we use circuit simulations to characterize the effects of technology scaling on the m...
peer-reviewedIn constant bit-rate timing transfer, the reference clocks which encode and reconstruct...
Models which describe oscillatory metastability for several types of flip-flops are proposed. A cons...
Excess phase in oscillators or phase locked loops is a very important design specification typically...
A Delay Flip Flop (DFF) is used in the phase detector circuit of the clock and data recovery circuit...
We characterize the metastability measurement system [8] in which asynchronous data input and sampli...
Designing synchronous sequential circuits consisting of clocked storage elements such as flip-flops ...
Communication across unsynchronized clock domains is inherently vulnerable to metastable upsets; no ...
Metastability causes unpredictable behavior in circuits, and can cause circuit failure. Any binary v...
Synchronization means the aligning of the significant instants of one signal to the significant inst...
Synchronizers are used at the clock domain crossings and at asynchronous interfaces to reduce the pr...
Technology scaling has paved way for complex systems such as heterogeneous multi core processors, co...
PhD ThesisThe state space of every continuous multi-stable system is bound to contain one or more m...
AbstractSynchronizers and arbiters are important components of any Globally Asynchronous, Locally Sy...
Abstract — Synchronizers play a key role in multi-clock domains systems on chip and their performanc...
In this paper, we use circuit simulations to characterize the effects of technology scaling on the m...
peer-reviewedIn constant bit-rate timing transfer, the reference clocks which encode and reconstruct...
Models which describe oscillatory metastability for several types of flip-flops are proposed. A cons...
Excess phase in oscillators or phase locked loops is a very important design specification typically...
A Delay Flip Flop (DFF) is used in the phase detector circuit of the clock and data recovery circuit...