Conversion With Intermediate Conversion To Dc TRIZ Cases
- Open Loop DC-DC Converter Enable Disable Circuit
An enable disable circuit dynamically controls an open loop DC to DC converter based on output voltage levels.
- UPS Output Voltage Balancing During Mode Transitions
An output balancing module adjusts inverter voltages to maintain stable power delivery during UPS mode transitions.
- Frequency Converter Bypass for Short-Circuit Localization
A parallel switching unit bypasses a frequency converter to route high short-circuit currents, protecting semiconductor valves during fault localization.
- Local MPPT Converter for Solar Array Mismatch
Segmented local converters resolve multi-peak power losses under partial shading while maintaining centralized system control.
- AC Generator Phase Control for Load Voltage Stability
A controller adjusts control voltage phase to maintain load voltage at a target value.
- Converter Circuit Transformer Saturation Compensation
A converter unit applies adjustable DC voltage to transformer windings for magnetic flux compensation.
- Power Converter Controller Clamping Feedback Signal Slew Rate
A power converter controller clamps the feedback signal level to limit switching current during load transitions.
- Ground Fault Location in IT Networks via Common-Mode Voltage Comparison
Comparing common-mode voltage properties with inverter output voltages identifies ground faults in specific machine areas of IT networks.
- Power Converter LVRT Control via DC Source Adjustment
A power converter controller adjusts a DC source operating point during grid voltage sags to maintain system connection.
- AC Power Supply Apparatus Resonant Circuit Design
A resonant circuit generates AC voltage from DC input using switching elements and a single capacitor.