Conversion Using Cuk Convertors TRIZ Cases
- Configurable DC-DC Converter Topology for Bipolar Step-Up/Step-Down Output
Five-switch control with coupled inductors enables one converter to deliver positive or negative stepped-up or stepped-down DC output with improved EMI.
- Coupled-Inductor DC-DC Converter for Configurable Output Polarity
Five-switch control with coupled inductors and a bypass capacitor enables one converter to step voltage up or down with selectable positive or negative output.
- Hybrid SEPIC Flyback Converter for Isolated and Non-Isolated Outputs
Segmented SEPIC and flyback converters share a single magnetic core to provide isolated and non-isolated outputs while reducing electromagnetic interference.
- SEPIC Converter Overvoltage Protection via Parallel Varistor and Capacitor
Parallel varistor and storage capacitor divert overvoltage pulses, reducing component size while protecting transistors from damage.
- Voltage Regulator Noise Reduction via Randomized PWM Control
Randomized pulse injection and variable trigger thresholds reduce audible acoustic noise while improving transient response without hardware changes.
- DC-DC Converter Control Circuit for Negative Feedback
A DC-DC converter uses a resistor network and reference current to convert negative feedback voltages into positive signals for the control circuit.
- Ćuk Current Source EMI Reduction via Segmented Inductors
A Ćuk converter topology segments inductive storage elements to minimize electromagnetic interference while maintaining stable current delivery.