ETQ-P2H2R6BFP

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Fixed inductors are the most widely used type of inductors, and the ETQ-P2H2R6BFP is a type of fixed inductor. It\'s essentially an inductor that uses an inductive element, usually a wire coil, to induct a current or voltage in an electric or electronic circuit. The ETQ-P2H2R6BFP series is specially designed with an inductance range of 0.01 to 10 mH, offering an inductance tolerance of 110%, and it can be adapted to any operating frequency from 1 Hz to 1 MHz.

The ETQ-P2H2R6BFP fixed inductor has a wide range of possible applications, from automotive and consumer electronics to medical instrumentation and professional audio. It can be used in multiple configurations such as with DC-DC converters, filters, RF amplifiers, flybacks, switching regulators, switching power supplies, chokes, transformers, low-frequency oscillators and many other circuits.

The typical operating frequency range for fixed inductors is usually from 50 Hz to 1 MHz, but the ETQ-P2H2R6BFP can also be used in higher frequency applications up to 10 MHz. The working principle of an inductor is based on the relationship between electric current and magnetic flux. When an electric current passes through the inductor, it generates a magnetic field around it and stores energy in the form of a magnetic field. When the current is stopped, the inductor releases the stored energy, along with its associated voltage and current, back into the circuits. This process is called magnetic induction.

The ETQ-P2H2R6BFP fixed inductor features a ferrite core construction, allowing it to provide increased inductance without needing a larger physical size. It also has excellent frequency characteristic, low temperature stability and high current capabilities. Additionally, it has a self-healing winding structure for improved reliability and long life.

The ETQ-P2H2R6BFP is a high-performance fixed inductor that offers a wide range of applications and working principle benefits. Its large range of inductance, high current capabilities and low temperature stability make it the perfect choice for use in a variety of circuits. Additionally, its robust construction and reliable performance make it an excellent choice for numerous applications and high-frequency operations.

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