A portable terminal displays a notice screen before sleep mode to allow temporary timer resetting.
A memory control circuit unit sets a sleep pin connecting flag based on device signal logic levels to enable the device sleep function only when valid.
Placing UPS modules in an idle state enables precise fault detection through response comparison while maintaining continuous power supply to the load.
Series-connected voltage regulation units control power-on timing to prevent nonlinear fluctuations and maintain system stability.
A control system adjusts processor and display parameters to match application requirements.
A trusted channel loads software images into secure non-volatile random access memory to enable low-power system on chip operation.
Thermal management system links heat generating components via phase change devices to share cooling capacity.
A power control device adjusts clock rates based on monitored data output throughput.
A mobile terminal adjusts screen standby timeout using periodic infrared user detection to prevent premature standby entry.
Segmented touch panel control circuits adjust scanning frequencies per area to reduce power consumption while maintaining response speed.
A clip member with segmented contacts enables efficient charging of an active pen battery without tether constraints.
Persistent on-chip memory retains configuration data to bypass off-chip reinitialization, reducing resume latency while maintaining deep sleep power savings.
Grouping devices with dynamic power ceilings balances budget utilization against performance stability, preventing overcurrent issues.
A power management method predicts peripheral idle periods to extend CPU low-power states.
Configuring the USB driver as a power policy owner allows the filter driver to wake the port, enabling reliable data transmission without extra hardware.
A video conference system presents battery levels of participating mobile devices to users.
Segmented buffers preserve utterance data during digital signal processor resets, reducing standby power consumption while maintaining wake-up word reliability.
Power management circuit copies architecturally-visible state to a retention circuit before powering down low-utilization execution units.
Autonomous firmware orchestrators adjust thermal zones upon detecting power anomalies, resolving instability risks in heterogeneous computing platforms.
A volatile counter tracks events while nonvolatile storage preserves data via a backup power source.
A display device control unit switches between display and touch detection modes using distinct frequency signals to optimize operational efficiency.
An operational decline table estimates battery health using temperature data, eliminating the need for time-consuming electrical discharge procedures.
Leverages temperature inversion effects to reduce leakage power in processing units by dynamically adjusting supply voltage based on operating temperature.