Reset-Controlled Data Transmission Circuit for Node Floating

The reset control circuit generates reset signals in advance based on input data patterns that may cause node floating. When specific data patterns are detected, the circuit proactively activates reset signals to prevent node floating before it occurs, rather than reacting after the problem manifests.

The circuit monitors input data patterns and uses this information to control the generation of reset signals. The reset control circuit receives feedback from the data input circuit about potential floating conditions and adjusts reset signal generation accordingly, creating a closed-loop control system that prevents node floating.

The reset control circuit is integrated with the existing data transmission circuit components, including the enable controller and current mirror component. By merging the reset control functionality into the existing circuit architecture rather than adding completely separate components, the patent reduces overall device complexity while still achieving reliable prevention of node floating.

The reset control circuit serves multiple functions: it generates reset signals based on input data patterns, prevents node floating, and maintains data integrity. This multi-functional approach allows a single circuit addition to address multiple potential issues simultaneously, reducing the need for additional separate components and thereby limiting the increase in device complexity.