PG0926.182NL

Fixed inductors refer to inductors with fixed inductance, where PG0926.182NL belongs to. Normally they are wound with multiple turns of copper wire on a ferrite core, and thus be combined with self-supporting and radiation-resistant features. Such inductors are usually inserted in power systems, which provide a continuous impedance at a predetermined frequency, and are widely used for both power filters and high-frequency applications.

The application field of PG0926.182NL can be mainly divided into two parts, namely power system and high-frequency system. In power system, it is responsible for providing a continuous impedance at a predetermined frequency, in order to filter out noise, dissipate power, and ensure seamless operation. As for high-frequency system, this type of inductor is needed for high-frequency applications such as RFID, TV antennas, and antennas for aircraft and drones.

The working principle of PG0926.182NL can be described as the inductive and reactive effects of copper wire. Specifically, with each turn of the copper wire, electric flux is generated. The generated copper current then produces a magnetic field, resulting in a certain mutual inductance between the adjacent turns of copper wire. What is more, when the current flowing through the inductor changes, the voltage drop across the inductor produces a reactive effect, and an impedance is generated. This impedance helps it to filter out noise, dissipate power, and ensure seamless operation.

Thus, PG0926.182NL, which is classified and used in fixed inductors, is mainly used in power and high-frequency systems. By employing the inductive and reactive effects of copper wire, it helps filter out noise, dissipate power, and ensure seamless operation. It is an important component in modern technical applications.