Memory Strobe Signal Delay Adjustment for Power Optimization

The patent applies local quality by providing different delay times to different memory sections based on their distance from the sense amplifier. Closer sections receive shorter delays while farther sections receive longer delays, optimizing both sensing accuracy and power consumption for each local region rather than applying a uniform worst-case delay to all sections.

The patent implements dynamics by making the delay time adjustable and adaptable based on the specific memory section being accessed. The system dynamically selects appropriate delay values from multiple available delay stages, allowing the sensing timing to be optimized for each particular access pattern and section distance.

As memory density increases and data lines become longer, the patent applies local quality by segmenting the memory into sections with different delay characteristics. Each section receives a delay tailored to its specific distance from the sense amplifier, preventing uniform over-delaying that would waste power across the entire high-density memory structure.

The patent segments the memory structure into multiple sections with different delay requirements. This segmentation allows the system to handle increased memory density by treating each segment independently with appropriate timing, rather than forcing a single delay value across the entire expanded memory structure.