Boosting the power gate control voltage with an existing high-voltage source reduces IR drop and improves the I-on to I-off current ratio.
Zero crossing detection triggers pulse skipping in a power converter, reducing switching losses while maintaining output stability.
A voltage regulation circuit uses series transistors with independent loops to manage power states.
Switch elements in power supply cells manage voltage lines to reduce leak current, resolving the trade-off between low standby power and fast startup times.
Segmented power rails maintain distinct voltage levels across logic and storage circuitry, reducing startup energy costs from grid recharge.
A cascode reference voltage circuit maintains stable output using depletion transistors.