Segmented Z2-FET switches invert signals through potential control, reducing manufacturing precision requirements for doped regions.
An asymmetric hysteresis capacitor modulates PMOS transistor switching speed to lower dynamic current spikes in CMOS logic circuits.
Single-direction pass gate alignment reduces silicon area and power consumption by simplifying routing and improving manufacturing precision.
A body bias generator down-converts power supply voltage to provide dynamic body voltages for semiconductor memory transistors.
Segmented gates suppress standby power dissipation, enabling lower supply voltage operation without process changes.
Applying negative voltage to a PMOS switch eliminates body effect and source degeneration, reducing resistance to improve MRAM storage density.
Reverse body bias disables SOI output terminals, eliminating isolation cells and reducing leakage current in power islands.
A semiconductor device uses a four-transistor unit cell to switch between conducting and non-conducting states via node potential control.
A semiconductor device maintains a constant back gate potential using an internal voltage generation circuit and battery.
A semiconductor logic element uses segmented field effect transistors to isolate internal nodes and control charge flow.
A voltage generator adjusts the control voltage of a power gating headswitch to maintain a super-cut off state.
A power gating circuit monitors voltage levels to control switch states for logic blocks.
Dynamic body biasing in a high speed buffer circuit minimizes crowbar current during switching transitions.
A signal processing unit uses oxide semiconductor transistors to hold data in storage circuits without power.
A body bias generator circuit switches between supply voltages to modulate transistor thresholds in digital logic.
An ESD protection circuit utilizes interconnect capacitors stacked across multiple metal layers to increase capacitance density.
Gate capacitances delay PMOS and NMOS switching to reduce through current without adding external components.