PE-92100KNL

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Fixed inductors are components that absorb and store energy in electrical form and is crucial for filtering, blocking and coupling circuits. The PE-92100KNL is an inductor that offers great performance in these roles and is used in a variety of applications.

The PE-92100KNL inductors feature an inductance of 9.2uH, a DC current of 8.19A and a saturation current of 11.4 A. It also offers high accuracy and a wide temperature range (-40°C ~ +125°C). Its unique construction also features a closed magnetic circuit with back-iron for radiation prevention and a strong adhesive to ensure it remains secure under harsh operating conditions.

The PE-92100KNL has a variety of applications. First, it can be used as a filter inductor in AC/DC applications, such as diodes, transistors, power supplies, adaptors, and converters. In those applications, the inductor acts to filter out noise caused by electromagnetic interference, thus ensuring stable operation of the system.

Second, the PE-92100KNL can be used as an electromagnetic shield. Electromagnetic shields are typically composed of a steel plate, which is also referred to as a Faraday cage, and the PE-92100KNL is able to prevent and block electromagnetic interference by absorbing and neutralizing it.

Third, it can be used as a pulse transformer in narrowband pulse circuits. It can also be used as a noise-suppression inductor to suppress radio frequency interference in AC/DC applications. This application requires a much higher saturation current than the PE-92100KNL can provide, so it instead utilizes the inductor’s ferrite core and tightly wound coils to absorb the radio frequency signals and prevent them from going out and disturbing other equipment or causing interference in nearby areas.

Fourth, the PE-92100KNL can also be used as a choke coil for suppressing noise such as spikes, harmonic, and switching noises. Finally, this inductor can be used as a matching transformer in transceiver communications, which has two advantages – matching impedance between transmitter and receiver and adjustment of input or output power level.

The working principle of the PE-92100KNL is relatively simple and follows basic magnetic rules. The inductor absorbs electrical energy and stores it in a magnetic field. The amount of energy stored is proportional to the current flowing through the inductor and the amount of time it has been flowing. When this current stops flowing, the stored energy is released back in the form of an opposing current.

In addition, the magnetic core used by the PE-92100KNL further augments its effectiveness. By using a ferrite core, the inductor is able to reduce the losses associated with the inductive process, allowing more energy to be stored and then released.

The PE-92100KNL is a great choice for a wide variety of applications, offering great accuracy, stability, and temperature ranges. Its unique construction ensures that it can hold up under harsh conditions and its high saturation current is able to effectively suppress noise. Its simple working principle makes it easy to understand and utilize for its applications.

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