Dc-Dc Conversion TRIZ Cases

A switching power regulator clamps the error amplifier output via a sample-and-hold circuit to prevent output voltage overshoot during dropout recovery.

A power conversion circuit uses a detection circuit to monitor switch voltage levels and adjust drive signals for load protection.

A switching regulator uses a single feedback terminal to receive control signals and program peak current limits via distinct signal ranges.

A processor generates an offset voltage to regulate core power directly, eliminating external bus communication overhead.

Segmenting switched pulse generator sections into subsets reduces energy loss while maintaining voltage adaptability and reliability.

A current detection circuit shares components between conduction paths using OR circuits and voltage drop cancellation.

A compensation circuit converts supply voltage transients into opposite-polarity signals to stabilize reference outputs.

A DC to DC converter uses an assistant winding and RC circuit to generate control pulses for transistor switching.

Adapter power add-up feature combines multiple chargers to support high power demands.

A power converter monitors output voltage rate of change to preemptively stop switching elements.

Dynamic compensation stabilizes over current protection trip points across temperature and voltage variations, reducing thermal overstress risks.