1results about How to "Reduce inductive reactance" patented technology

This utility model discloses an electrical cabinet with a low inductive reactance wiring structure, belonging to the technical field of electrical cabinets. It includes a cabinet body with hinged doors at both the front and rear ends. A vertically fixed partition is located inside the cabinet, and a support rod is vertically slidably mounted on one side of the partition near the front end of the cabinet. This utility model, by vertically mounting a partition inside the cabinet and providing doors at both the front and rear ends, along with a sliding support rod on one side of the partition for installing electrical components, and evenly spaced wire slots on the partition, and a wire baffle on the other side to separate and limit the wires, ensures that wiring and electrical component installation within the cabinet are carried out on opposite sides of the partition. Electrical components do not obstruct the straight-line connection of wires, avoiding redundant bending. Wires preferentially follow straight or shortest paths, significantly reducing inductive reactance, improving system stability, and reducing overvoltage, interference, and losses caused by inductive reactance.