Multiple Input And Output Pulse Circuits TRIZ Cases
- Voltage Detection Circuit for Charge Pump Stability
A voltage detection circuit samples supply voltage to regulate charge pump output.
- High Voltage Power Supply PWM Control and Feedback
A high voltage power supply uses pulse width modulation generation to create stable output levels.
- Hysteretic Power Converter Control for Low Duty Cycle Ripple Reduction
Dynamic hysteretic bandwidth adjustment reduces output voltage ripple while maintaining stable voltage levels under varying load conditions.
- Motor Driving Circuit Dynamic Current Limiting
A motor driving circuit adjusts current limits based on operating states to stabilize control signals.
- Differential Integrator Calibration for Charge Pump Current Sensing
Coarse and fine trim stages correct residual gain errors within 1% to maintain accurate current measurement across varying load levels.
- Over-voltage Protection Circuit with Delay Unit for SOC
A voltage comparator and delay unit detect rapid supply changes to protect the system-on-chip from damage.
- Adjusting Control Loop Timing via Scheduler Signal Delay Compensation
A scheduler adjusts subsequent input signal timing based on previous reception times to maintain scheduled control loop periods.
- Wireless Biosensor Resonant Circuit Segmentation for Power Transfer
A wireless biosensor apparatus segments resonant circuit operation into measurement and transmission phases to maintain continuous energy supply.
- Zener-Free Gate-Protection Circuit for MOSFET Load Switches
A source-voltage detector enables a diode-transistor network to clamp the gate-to-source voltage differential in MOSFETs.
- Avalanche Diode Arrangement With Latch Comparator For Excess Bias Monitoring
Avalanche diode arrangement uses a latch comparator to monitor excess bias voltage directly at the node.
- Oscillator Circuit Frequency Stability via Time-Sharing Current Distribution
Time-sharing distribution of reference current across segmented paths compensates for process variations, temperature fluctuations, and power supply noise.