Abstract: A system for pre-charging and equalizing potentials on a bitline pair in a DRAM integrated circuit. The system includes an equalization circuit at one position on the bitline pair and another equalization circuit at another position on the bitline pair. As charge is distributed between the bitlines and to/from the pre-charge potential source through multiple conduction paths, the pre-charge and equalization time of the bitlines is reduced.

Abstract: A system for pre-charging and equalizing potentials on a bitline pair in a DRAM integrated circuit. The system includes an equalization circuit at one position on the bitline pair and another equalization circuit at another position on the bitline pair. As charge is distributed between the bitlines and to/from the pre-charge potential source through multiple conduction paths, the pre-charge and equalization time of the bitlines is reduced.

Abstract: A self-adjusting path is created by utilizing a phase detector and modifying a clock path and a data path to enable the passing of data in either phase of the clock. The new input path is controlled by the output of the phase detector. Each time a command is issued, the phase of the clock is detected and latched. The phase of the clock at the time the command issues is thus captured and can propagate through the pipeline along with the data. Accordingly, each stage along the data path can be synchronized to a different phase of the clock to reduce data corruption.