Master's Thesis

Universal Verification Methodology for Power Management Unit

Marcio Éder Sequeira Soares2022

Key information

Authors:

Marcio Éder Sequeira Soares (Marcio Éder Sequeira Soares)

Supervisors:

Marcelino Bicho dos Santos (Marcelino Bicho dos Santos); Jorge Manuel Dos Santos Ribeiro Fernandes (Jorge Manuel Dos Santos Ribeiro Fernandes)

Published in

11/30/2022

Abstract

Nowadays, mixed signal applications are widespread in the semiconductor industry. Mixed signal validation adds complexity to the verification process, which difficults functional verification Universal Verification Methodology (UVM) is the current standard methodology for verifying digital and mixed-signal designs. Real Number Modelling allows the description of mixed-signal designs using a High-level verification language. This approach imposes limitations upon the verification process but builds the foundation for coverage-driven verification and functional verification. Universal Verification Methodology applied to models based on Real Number Modelling allows for robust verification environments while significantly reducing simulation time and time-to-market. In this work, a UVM testbench environment is proposed for voltage regulators and a power management unit verification, under the scope of pAvIs project. This new verification solution is integrated in the design and test flow of SiliconGate.

Publication details

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Fields of Science and Technology (FOS)

electrical-engineering-electronic-engineering-information-engineering - Electrical engineering, electronic engineering, information engineering

Publication language (ISO code)

eng - English

Rights type:

Embargo lifted

Date available:

10/03/2023

Institution name

Instituto Superior Técnico