| Keywords |
Actuators, automatic winding layout technique, capacitive actuator, DC resistance, DC-DC power convertors, dielectric films, discharges (electric), efficiency optimization, electric actuators, electric drives, Energy efficiency, high voltage bidirectional flyback DC-DC converter, high voltage dc-dc power converter, high voltage flyback transformer parasitics, high voltage transformer design, high-voltage dc???dc power converter, Insulation, leakage inductance, loss model, MOSFET, Optimization, power 100 W, power 25 W, Power transformer insulation, self-capacitance, switched-mode power supply, transformer design, transformer winding, transformer windings, transformers, voltage 0 kV to 2.5 kV, voltage 24 V, Windings |
