Serialized Data Output Circuit for Power Domain Skew Alignment

The patent introduces a level shifter as an intermediary component between different power domains. The level shifter converts voltage levels from a first power domain to a second power domain, enabling clean signal transfer without direct coupling between domains. This mediator approach resolves the technical contradiction by maintaining signal integrity while managing power domain complexity through dedicated voltage translation hardware.

The patent segments the power domain architecture into distinct, isolated domains (first power domain and second power domain) with dedicated level shifters for each interface. This segmentation allows each power domain to operate independently with its own voltage characteristics, while the level shifters provide controlled interfaces between them. The segmentation approach enables functional versatility across multiple power domains while managing reconciliation complexity through modular, localized voltage translation.

The patent applies equipotentiality by ensuring that data signals and clock signals both undergo identical voltage level translation through matching level shifters. By placing level shifters on both data and clock paths with matched characteristics, the patent creates equipotential conditions that preserve the temporal relationship between signals. This approach maintains skew alignment precision while enabling efficient data transfer across power domain boundaries.