PE-52627

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Fixed inductors are used in a variety of power supply, signal, and control systems requiring electrical components, within which the PE-52627 inductor is one example. This inductor’s design is suitable for distribution, grid-protection, and high-current applications that require high temperature stability in extreme conditions.

The PE-52627 is an encapsulated Enhanced Vertical Double-Shielded low-profile inductor. This bobbbin-wound inductor uses two shields to minimize magnetic flux leakage and improve energy transfer for more efficient performance. The inductor offers power densities to 3.3 watts/mm³ for an effective current of 18A, and can operate at temperatures up to 100 °C, making it an ideal choice for a number of industrial control applications. In addition, its construction ensures the inductor will remain dimensionally stable throughout its operating range.

The PE-52627’s construction is composed of two components: a high-temperature non-magnetic resin and an encapsulated shielded metal core. The core is comprised of a vented bobbin encased in a protective shield. The bobbin is made of an alloy material to prevent deformation caused by a high powered current. The shield serves to reduce magnetic flux leakage, while its construction also helps increase efficiency by minimizing power loss and improving overall performance.

The PE-52627’s working principle is dependent on the presence of the core’s magnetic field. As current passes through the inductor’s core, an electromagnetic field is generated, which is then used to transform AC current into DC current. This is achieved through the inductive reactance of the core, which creates a drop in voltage due to the opposition from the field. This voltage drop is then used to direct the current through the core and onto the load.

The PE-52627’s application fields are varied, but its main usage is in power supplies and high-current circuits. It can also be used for transformer and filter applications, where enhanced waveform characteristics and magnetics performance are critical. In addition, its excellent temperature stablility and its high power output make it a suitable choice for industrial control applications, as well as for grid-interconnected systems.

The PE-52627 inductor is an ideal choice for any power supply, signal, or control system requiring a robust, low-profile inductor with superior performance. Its construction and design provide reliable power output while the shielded metal core helps minimize power losses due to flux leakage. Its wide application fields, efficient operation, and excellent temperature stabilty give it all the advantages of a fixed inductor.

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