CLF7045T-470M-H

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Fixed inductors, also known as inductors, are electronic components composed of inductance coils and core pieces. They are widely used in electrical circuits and devices to store energy, isolate signal changes, filter low-frequency signals, and also used for impedance matching, or tuning in radio frequency. They are one of the most indispensable parts in the circuit of communication devices and small home appliances.

CLF7045T-470M-H is a type of fixed inductor, which is available in a standard EIA 7343 package, and consists of two layers of coil windings which have a common aluminum interlayer. The inner turn has a wire diameter of 0.20 mm, while the outer turn has a wire diameter of 0.40 mm. Its operating temperature range is from -40 to +125℃.

The working principle of CLF7045T-470M-H as an inductor or fixed inductor can be summarized as: when the current passes through the winding of the inductor, the inductor winding will generate an inductance; when two windings are connected in series, the inductance and resistance of the inductor will increase; when two windings are connected in parallel, the inductance and resistance will be reduced. The more the windings of an inductor, the greater the inductance.

In terms of application fields, the CLF7045T-470M-H can be found in many industries you may know. For instance, it is ideal for any application that requires an inductor with excellent performance, such as switching power supplies, battery chargers, DC/DC converters, automotive electronic systems, and more. It is also a very reliable inductor thanks to its superior noise and temperature characteristics. Moreover, its tight tolerance, high current carrying capacity, and a wide operating temperature range makes it an ideal inductor for use in demanding applications.

In summary, CLF7045T-470M-H as a fixed inductor is available in a standard EIA 7343 package. It features excellent noise and temperature characteristics, tight tolerance, high current carrying capacity, and a wide operating temperature range. It has applications in industries such as switching power supplies, battery chargers, DC/DC converters, automotive electronic systems, and more. All of these make it an ideal inductor for use in demanding inductor applications.

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