Comparator Current Booster Circuit for Faster Output Settling

The patent applies preliminary action by pre-charging the output node capacitance through a current booster circuit before the comparison decision is made. The current booster circuit activates early in the comparison process to charge the output node, ensuring that when the comparison result is determined, the output voltage signal is already close to its final value, thereby reducing settling time without sacrificing response speed

The patent employs periodic action through a clock signal that periodically activates the current booster circuit. The current booster is enabled during specific phases of the clock cycle to provide charging current, and disabled during other phases to allow normal operation. This periodic control optimizes the balance between reducing settling time and maintaining continuous monitoring capability

The patent applies dynamics by making the current booster circuit controllable and dynamic rather than static. The current booster is enabled only during specific periods when settling is needed, controlled by a clock signal or control logic. This dynamic control allows the system to increase current temporarily to reduce settling time, then return to normal lower current operation, optimizing the trade-off between settling speed and power consumption

The patent changes the current parameter dynamically by adjusting the current flow through the comparator based on operational needs. The current booster circuit modifies the current parameter from a baseline value to a higher value during settling phases, and returns it to the baseline value during normal operation. This parameter change approach allows the system to achieve fast settling when needed while maintaining low power consumption during normal operation