Memory Receiver Circuit for Data Strobe Noise Suppression

The patent implements dynamic control of the data strobe signal by enabling a write data strobe function that generates artificial strobe signals during write operations when the memory controller's strobe function is off. This dynamic addition of functionality allows the system to maintain reliability while managing power consumption by selectively activating the strobe generation based on operational mode.

The patent introduces an intermediary write data strobe function that acts as a mediator between the memory controller and the memory device. This intermediary function generates controlled strobe signals that prevent noise amplification while maintaining proper signal levels, thus resolving the contradiction between power savings and signal reliability.

The patent converts the harmful effect of noise amplification into a beneficial control mechanism by implementing a write data strobe function that deliberately generates controlled artificial strobe signals. This approach uses the amplifier's inherent gain characteristic to produce strong, clean signals rather than merely amplifying noisy incoming signals, thus transforming the potential harm into a useful feature.

The patent changes the operational parameters of the data strobe signal by switching between different signal sources and modes. During write operations, it generates artificial strobe signals with controlled amplitude and timing parameters, while during read operations, it uses the differential amplifier to amplify incoming signals. This parameter switching allows the system to optimize signal strength while avoiding noise amplification in appropriate operating conditions.