SCRC Switch Segmentation for Lower Sub-Threshold Power Current

The patent divides the SCRC switches into multiple sets (first set, second set, etc.) that can be independently controlled. Each set can be selectively activated based on operational mode, allowing the system to reduce sub-threshold leak current in active regions while keeping power consumption low in inactive regions during lower-speed modes.

The patent implements dynamic control of SCRC switch activation based on operational mode. The system transitions from static activation (all switches always on) to dynamic activation (only necessary switches on), adapting the SCRC switch configuration to match the current operational requirements and thereby optimizing power consumption.

The patent segments the wide SCRC switch configuration into multiple sets that can be activated selectively. This allows the system to provide sufficient power delivery capability when needed (by activating necessary sets) while reducing the total quantity of active switches during lower-speed modes, thereby reducing both peak and steady-state power supply current.

The patent applies local quality by activating SCRC switches only in the specific regions where power delivery is currently needed. Instead of uniformly activating all switches across the entire circuit, the system selectively enables switches in local regions corresponding to active circuit blocks, optimizing the balance between power delivery and current consumption.