PE-92114NL

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Fixed inductors are electrical components that store and release energy from the flow of an electric current. PE-92114NL is an example of such inductors, and it is a non-polarized element, suitable for AC or DC circuits. Its minimal height makes it suitable for even dense circuit boards and its low resistance also make it a popular choice for high frequency applications.

PE-92114NL is a molded wire wound inductor that will be used primarily in consumer electronics and wireless communications. This inductor is typically used in power supplies, DC-DC converters, filters, audio transducers, mobile radio circuits, and terrestrial digital TV tuners. It can also be used in other high current applications where very low resistance is needed, as it has a low DCR (direct current resistance) of only 0.20 ohms.

The operating principle of PE-92114NL is relatively simple. It works by accumulating magnetic lines of flux in a coil of wire and stores the magnetic energy as the current passes through. The resistance of the inductor will vary depending on the frequency of the current, so it is important that the amount of current passing through is constantly monitored. The magnetic field produced by the current will react with any other magnetic field in the vicinity, which is why it is often used in consumer electronics where there are multiple electromagnetic fields interacting.

The construction of PE-92114NL consists of an alloy-steel core wound with small coils of copper wire. The core material is designed to provide a high permeability within a certain range of frequency and current, so the inductor can efficiently transfer energy. The construction of the wire coils is also designed to reduce core losses and provide low resistance. The construction is non-polarity, meaning that it can be used in AC or DC circuits without any loss of performance.

PE-92114NL is a great choice for high current applications. Its low resistance makes it ideal for high frequency circuits, and its non-polar design means that it can be used in AC or DC applications without any loss of performance. The design of its wire coils and core make it very efficient at transferring energy and makes it one of the most popular inductors in consumer electronics and wireless communications.

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