CIH03Q33NJNC

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Fixed Inductors

Fixed inductors, used in various electronic systems, are coils of wire that oppose changes in current. The CIH03Q33NJNC, made by Chilisin Electronics, is one such inductor. It is used primarily in applications of medium frequency and power.

Designers of electronic applications choose the CIH03Q33NJNC primarily for its ability to provide value, good current density, and relatively low losses. The CIH03Q33NJNC can operate with frequencies up to 725 MHz and a current of up to 350 mA.

The main feature of the CIH03Q33NJNC is its construction. While most fixed inductors contain a magnetic core, the CIH03Q33NJNC does not. The inductor is composed of several lengthwise wire-wound sections and has a total of 36 turns. It is contained within a plastic case, to help shield from interference.

The CIH03Q33NJNC is used for a variety of purposes, from filter circuits, to interference suppression, to low-noise circuits. As its frequency is medium-high, it is primarily used for use in applications that need to operate with higher speeds, such as in digital circuits.

The CIH03Q33NJNC works by utilizing the magnetic properties of the inductor to oppose changes in current. When current passes through a wire, a magnetic field is created. This magnetic field then produces a second magnetic field that opposes the original. This opposition to change creates resistance to any kind of variation in the current.

The CIH03Q33NJNC also has a series of taps along its length that help modify the inductance. Tap positions are labeled according to the number of turns that pass by when the tap is moved along the length of the inductor. This allows the designer to select the nodes and circuits most suitable for the application at hand.

In conclusion, the CIH03Q33NJNC is a strong fixed inductor choice for applications such as low-noise circuits, filter circuits, and interference suppression. Its construction, features, and wide range of tap positions make it a versatile and cost-effective choice. Its ability to operate with medium to high frequencies makes it particularly well suited for applications requiring high speed.

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