We present a new approach to model delay of the digital cell in very deep submicron (VDSM) IC designs. It provides higher accuracy for both delay and�...
Abstract. We present a new approach to model delay of the digital cell in VDSM IC designs. It provides higher accuracy for both delay and transition time�...
We present a new approach to model delay of the digital cell in VDSM IC designs. It provides higher accuracy for both delay and transition time than the�...
An effective current source cell model for VDSM delay calculation ...
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We present a new approach to model delay of the digital cell in very deep submicron (VDSM) IC designs. It provides higher accuracy for both delay and�...
We present a new approach to model delay of the digital cell in very deep submicron (VDSM) IC designs. It provides higher accuracy for both delay and�...
Abstract: We present a new approach to model delay of the digital cell in very deep submicron (VDSM) IC designs. It provides higher accuracy for both delay and�...
Bibliographic details on An Effective Current Source Cell Model for VDSM Delay Calculation.
Current-based cell delay modeling has proven to be more successful than voltage-based logic cell timing analysis in achieving this goal [5]-[7]. In fact some�...
Gate models are generated by performing transistor-level simulations, per library standard cell, for a set of input signal slews and output loads. This standard�...
This paper proposes a systematic methodology for obtaining a current based delay model for gates, which can accommodate both single (SIS) and multi-input�...