Index Terms. Variable frequency crosstalk noise analysis: a methodology to guarantee functionality from dc to fmax. Hardware · Hardware validation · Functional ...
In this paper, we explain this phenomenon and propose a simple procedure to include timing information and guarantee functionality from dc to fmax. Categories ...
In this paper, we explain this phenomenon and propose a simple procedure to include timing information and guarantee functionality from dc to f<sub>max</sub>.
The primary purpose of these two studies was to evaluate the quality of observer data derived from two methodologies associated with behavioral assessment.
Variable frequency crosstalk noise analysis: a methodology to guarantee functionality from dc to fmax ... Crosstalk noise failures are frequency dependent.
2002/01/01 · Variable frequency crosstalk noise analysis: a methodology to guarantee functionality from dc to f/sub max/. Krauter B., Widiger D.
Variable frequency crosstalk noise analysis: : a methodology to guarantee functionality from dc to fmax. DAC 2002: 665-668; 2001. [c1]. view. electronic edition ...
Variable Frequency Crosstalk Noise Analysis: A Methodology to Guarantee Functionality from DC to FMAX. Speaker(s):, Byron Krauter - IBM Corp., Austin, TX.
2002/06/10 · Variable frequency crosstalk noise analysis: a methodology to guarantee functionality from dc to fmax ... crosstalk violations at 3GHz clock.
Krauter, B., Widiger, D.: Variable Frequency Crosstalk Noise Analysis: A Methodology to Guarantee Functionality from dc to fmax. In: Proceedings DAC (2000).