Multiple Input And Output Pulse Circuits TRIZ Cases

A Widlar bandgap circuit generates a temperature-independent threshold voltage for precise signal comparison.

Segmented input buffers and a phase detector enable differential signaling through a single line, resolving the trade-off between pin count and noise tolerance.

A tracking analog-to-digital converter detects peak current excursions using adaptive step sizes and a finite state machine.

Segmenting control circuits stabilizes voltage stress on the regulation element, enabling reliable high-voltage current delivery.

Segmented gate discharge reduces short circuit protection time, minimizing heat loss while preventing voltage overshoot.

A phase comparator device generates magnitude and rate offsets by calculating voltage rate gain based on aggregate inductance.

Periodic switching controls operational amplifier activity to reduce power consumption while maintaining measurement precision.

Switched current sources enable fast short circuit and open load detection while reducing circuit complexity.

An integrated over voltage protection circuit limits latch output signals to prevent damage to thin oxide devices during high power supply operation.

An overvoltage protection circuit limits voltage at terminal Vm using a comparator and switching transistor to divert excess current.

A GaN transistor protection circuit monitors current magnitude and adjusts gate voltage to reduce flow.

A power module integrates a high-side variable delay circuit to adjust switching timing based on detected collector current levels.

A bias regulator circuit generates back-bias voltages using a charge pump and comparator to stabilize integrated circuit operation.

A motor control device estimates Hall signal slopes to determine rotation cycles without high-speed AD conversion.

A perimeter conductor transmits a pseudo-random signal detected by a mobile device to determine position inside or outside a defined area.

A phase adjusting device uses delay circuits and buck converters to generate staggered voltage outputs across integrated circuits.

A method for electrically characterizing semiconductor device pins by adjusting selected electrical states and measuring dependent values.

A timing generator adjusts sampling based on primary-side pulse edges to enable accurate secondary-side feedback.

An asynchronous digital shunt regulator steers excess current to ground using a comparator and DAC without requiring a system clock.

A switching converter monitoring circuit estimates output current using a dedicated estimation stage.

A non-linear profile generator creates clock waveforms using linear combinations of ramp functions with varying slopes and initiation times.

A bandgap voltage generator core detects power supply thresholds using adjustable current, eliminating excessive error margins and temperature sensitivity.

Parallel semiconductor switches enable continuous power supply when driving circuit boosting fails, maintaining reliability without complex redundant circuits.

A comparator circuit uses a dynamically adjustable bias current generator to optimize operational amplifier performance across varying load conditions.

A switching regulator adjusts inductor current bounds based on load estimation to maintain efficient power delivery.

A charger control method adjusts ramp signals based on transformer current limits to stabilize output voltage during load changes.

Voltage sensing circuit detects brownouts in LED emergency lighting equipment, enabling reliable operation with reduced battery capacity and size.