MHQ0603P2N7BTD25

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Fixed Inductors

Fixed inductors, sometimes called coils, are electronic components made of a coil of electrical wire and one or more cores. The core can be made of air, a magnetic material, or a combination of the two. The windings of a fixed inductor form an inductance when current flows through the coil. This inductance can be used to store energy, limit current, filter noise, deliver power, and many other applications. It is important to note that fixed inductors vary widely in physical size, electrical properties, and purpose.

MHQ0603P2N7BTD25

A popular model of fixed inductors is MHQ0603P2N7BTD25, often used in high frequency radio frequency (RF) applications. It is a 0603 size, 2.7nH +/- 20%, halogen-free, RoHS compliant, molded chip inductor. The inductance tolerance is +/- 20% and the operating temperature range is -40°C to +125°C.

Applications

An MHQ0603P2N7BTD25 fixed inductor is primarily used in high-frequency RF circuits, such as in common mobile telephone applications. This type of inductor has excellent frequency response, a low Q factor, excellent solderability, and is suitable for reflow solder processes. Additionally, thanks to its small size, it is very suitable for use in portable electronic devices.

Working Principle

When an electric current flows through the windings of a fixed inductor, an inductive reactance is created. This inductive reactance is a measure of the opposition to the current generated by the inductance of the inductor. If the frequency of the electric current is held constant, the inductive reactance remains constant. Along with capacitive reactance, inductive reactance is one of the two forces that determine a circuit’s total impedance. This impedance can be useful in radio frequency applications, as it can help keep signals from leaking out of the circuit.

The MHQ0603P2N7BTD25 fixed inductor has a specific purpose, but its core principles are the same as those of all other inductors. By using the principles of inductive reactance, it can be used to store energy, limit current, filter noise, and deliver power. All of these qualities make it a versatile component useful in a wide variety of applications.

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