Power Supply For Data Processing TRIZ Cases

A power management circuit automatically reboots an electronic device after shutdown when battery voltage exceeds a threshold.

An adjustable retention plate positions power bricks to optimize heat dissipation, resolving the trade-off between adaptability and device complexity.

An autonomous core perimeter coordinates microcontroller state saving and firmware restoration across multi-core processors.

TRIAC devices conduct power to unload mechanical relays, preventing surge damage and wear during redundant source transfers.

A circuit design method subdivides high switching activity combinatorial blocks and relocates portions to separate signal paths.

A power detector circuit measures voltage at a sensing point to detect power conditions.

A dedicated hardware controller decouples sensors from power lines and data buses to block processor software hacks.

A low power oscillator and timing circuit manage device wake-up cycles to conserve energy.

Decentralizing touch signal generation from the main driver chip reduces power consumption.

Bidirectional communication enables health checks and impedance-based voltage compensation, preventing connector burns from mismatched cable capabilities.

External event detectors monitor component states to trigger precise power adjustments, reducing energy wastage during idle periods.

A processor credit circuit uses a bypass path to reduce transfer latency between clock domains.

Docking interface substrate with power receiver and transmitter enables automated IHS connectivity, eliminating manual labor in burn rack manufacturing.

Proximity sensors detect charged objects to delay capacitive sensor calibration, preventing baseline errors and reducing power consumption.

Scan chains shift register state to non-volatile memory, preserving data during power-down cycles.

A battery manager scores hardware components by activity and power consumption to deactivate non-essential units.

Dynamic cyclic detection intervals adjust freezing control based on running application states.

A power supply fault controller detects overvoltage conditions and deactivates the DC main voltage to protect connected loads.

Control circuitry records user operations to prevent motion sensors from prematurely releasing power save mode.

A track detection unit identifies user inputs to trigger processor state transitions.

A floating-point processor selects subprecision to gate power from inactive mantissa bits.

A predictive voltage droop management system proactively initiates core throttle actions based on real-time stall event detection and timing margin analysis.

A programmable divider modifies the feedback signal to set lower power ratings, eliminating costly redesigns and re-certifications.

Configurable memory units switch between retention and non-retention states based on write access history to optimize power usage.

Reactive memory instruction tracking logic detects high power events and signals dispatch throttling to stabilize processor voltage.

Arbitration control circuitry adjusts message priority using real-time process progress data.

A system watchdog timer uses cyclic redundancy check operations to verify processor responses within a single bus cycle.

A power distribution system uses a controller to blend AC and battery DC power on a common bus.

A power management block measures propagation delays across integrated circuit portions to adjust supply voltage levels based on local process variations.

An automated system repositions data center racks to optimize airflow and maintenance access within massive array storage environments.

A non-volatile memory controller copies system data to flash storage during hibernation cycles.

A low voltage control system cuts off flash memory access channels when power drops below a threshold.

Toggle detector circuitry measures signal activity to control data rate limiter circuitry.

A power meter monitors critical and noncritical thread status to trigger automatic reboots or restarts.

A server firmware self-recovery system switches communication connections to repair storage module startup abnormalities.

Segmented power estimator circuitry detects current threshold violations and applies proportional data rate limiting to mitigate performance degradation.

A power consumption analysis system detects malicious background applications by calculating wakelock occupying time and resource usage metrics.

Application unit changes pin voltage level to generate triggering event, enabling proactive controller access without system management interrupt support.

A workload scheduler assigns dynamic power quotas to designated machines via a programmable control loop.

Dynamic power management reduces energy consumption in global branch predictors by shutting them down when local predictions maintain sufficient accuracy.

A proximity monitoring device conserves battery power by suspending wireless advertisement transmission when stationary.

Switching regulators supply power to automotive network switches and application modules based on control signals.

A cryptographic module uses time-varying impedance to modify power supply noise via a switching mechanism.

A processing unit dynamically switches power saving modes based on foreground application compatibility to reduce device consumption.

Clock control circuits sequence stage clock signals in a pipeline FFT accelerator, preventing load jumps and voltage fluctuations during processing.

A power supply unit sends pre-warning signals to solid-state storage devices before imminent power loss occurs.

A power dongle converts legacy adapter profiles for USB Type-C devices using integrated monitoring circuitry.

A bias source adjusts cascade transistor base voltage to prevent excessive current and device damage when secondary power supplies activate sequentially.