Among the core components of electronic devices, the performance of the inductor directly affects the stability and reliability of the device. The Φ22-730652A magnetic ring inductor we have launched, with its solid structural design, has become the preferred choice for power supply, filtering and other scenarios.
This inductor adopts a ring-shaped coil structure. The maximum outer diameter of the magnetic ring is 25.5mm, and the overall height is 32mm. The pin spacing is controlled at 10 ± 0.5mm, which can perfectly adapt to the circuit board design with high density integration. The coil and the base plate are fixed with epoxy resin, which not only improves the insulation performance but also effectively resists external environmental interference.
In terms of electrical performance, Φ22-730652A is equipped with two sets of windings, namely N1 and N2. Both are wound using 0.65mm high-purity enameled copper wire. Its core inductance parameters reach ≥ 115mH (between the 1-4 and 2-3 pins), which can stably achieve efficient conversion and transmission of electromagnetic signals, providing solid electromagnetic support for the equipment.
From material selection to process control, Φ22-730652A Common-mode inductance fully complies with strict quality standards. Whether it is industrial control equipment, consumer electronics or new energy applications, this inductor can provide stable performance to help customers achieve product upgrades and contribute to the high-quality development of the electronics industry.