This paper describes techniques for the modeling and analysis of parasitic coupling effects for large VLSI designs. Analysis results from a controlled ...

Jan 1, 1999 · ... Design, automation and test in Europe. Chip-level verification for parasitic coupling effects in deep-submicron digital designs. Pages 128 ...

This paper describes techniques for the modeling and analysis of parasitic coupling effects for large VLSI designs. Analysis results from a controlled ...

This paper describes techniques for the modeling and analysis of parasitic coupling effects for large VLSI designs. Analysis results from a controlled ...

Abstract. Interconnect parasitics are playing a dominant role in determining chip performance and functionality in deep- submicron designs.

Techniques for the modeling and analysis of parasitic coupling effects for large VLSI designs and results from application of these techniques on a lending ...

Interconnect parasitics are playing a dominant role in determining chip performance and functionality in deep-submicron designs. This problem is compounded ...

This paper describes techniques for the modeling and analysis of parasitic coupling effects for large VLSI designs. Analysis results from a controlled ...

Apr 25, 2024 · Chip-Level Verification for Parasitic Coupling Effects in Deep-Submicron Digital Designs. DATE 1999: 658-663; 1992. [j3]. view. electronic ...

ABSTRACT. This tutorial describes the problems encountered in typical ultra-deep submicron. (UDSM) designs, and the full-chip interconnect verification ...