Apparatus Without Intermediate Ac Conversion TRIZ Cases
- Single-Inductor Multi-Output Converter Design
A single-inductor multi-output converter uses a charge pump unit to generate multiple voltage rails from one magnetic component.
- Charge Pump Control Circuit Dynamic Frequency Adjustment
A charge pump control circuit adjusts its operating frequency based on real-time voltage differences to stabilize output.
- Switching Voltage Regulator Control System with Adjustable Conversion Rates
Dynamic control module adjusts discrete conversion rates based on error voltage to prevent overshooting and reduce manufacturing costs.
- Isolated Converter Switched Capacitors Current Ripple Reduction
Switched capacitor groups alternate states to isolate input and output ports, reducing current ripples in compact power supplies.
- Self-Regulating Current-to-Current Charge Pump
A self-regulating current-to-current charge pump uses flying capacitors and rectifying inverters to transfer charge.
- High-Voltage Charge Pump Using Low-Voltage Transistors
A two-stage charge pump circuit uses low-voltage transistors to transfer charge efficiently.