Showing papers by "Jai Narayan Tripathi published in 2010"
30 Dec 2010
TL;DR: System level model has been created for USB HSLINK taking into account the external parameters like board, package, measurement environment which influence the performance of the channel.
Abstract: Signal Integrity (SI) and Power Integrity (PI) are the most critical issues for higher operational speeds in semiconductor industry. This work identifies and optimizes the parameters of board, package and termination environment, influencing the signal integrity and power integrity of serial link. System level model has been created for USB HSLINK taking into account the external parameters like board, package, measurement environment which influence the performance of the channel. Parameters variations appearing from manufactura-bility constraints, material property constraints, design tolerance etc affecting the serial link performance has been optimized using Taguchi method based on statistical co-analysis. Using the Taguchi statistical techniques, sensitivity analysis on parameter variations affecting HSLINK performance is analyzed and optimized for desired performance.
7 citations
01 Dec 2010
TL;DR: Designing of an Asymmetric RF Oscillator for improved Signal Integrity, using Design of Experiments is presented and Taguchi Orthogonal Array is used for the same.
Abstract: Designing of an Asymmetric RF Oscillator for improved Signal Integrity, using Design of Experiments is presented and Taguchi Orthogonal Array is used for the same. Dependence of various physical parameters on output quality parameters that are Eye Height and Jitter, are shown by curves. Jitter is reduced and Eye Height is increased and as outcome of both, Eye SNR is increased. All in all, Designing of an Asymmetric Oscillator for better Signal Integrity is shown using Design of Experiments.
4 citations
Proceedings Article•
01 Nov 2010TL;DR: In this paper, the design of an asymmetric RF Oscillator using Design of Experiments is presented and Taguchi Orthogonal Array is used for the same. Dependence of various physical parameters on output quality parameter, which is Phase Noise, is shown by curves.
Abstract: Designing of an Asymmetric RF Oscillator using Design of Experiments is presented and Taguchi Orthogonal Array is used for the same. Dependence of various physical parameters on output Quality Parameter, which is Phase Noise, is shown by curves. The improvement in Phase Noise is around 1.5 dB. All in all, Designing of an Asymmetric Oscillator is shown using Design of Experiments.
3 citations