CLS62NP-272KC

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Fixed Inductors are components of a circuit used to control current flow and store energy, and the CLS62NP-272KC is a model of this type of component.

The CLS62NP-272KC consists of an iron core with two insulated copper windings on either side, or a “bifilar” coil. The component is fixed, meaning that the windings are fixed in place and cannot be adjusted. The winding type and core construction, also known as the “structure” of the component, are two key factors in how the inductor performs in circuit applications.

The CLS62NP-272KC has a maximumcurrent rating of 4.6A, and an inductance range of 0.22mH to 8.7mH. It has a ferrite core material which allows for a significant level of effective signal frequency, ranging from DC up to 500MHz maximum, with a Cross Talk of 85dBm at 100MHz. The component has an Operating Temperature of -40 to +125C and a Reflow Temperature of 260C. It also has an Operating Temperature Range of -55 to +155C.

The CLs62NP-272KC is mostly used in communication equipment, digital devices and personal computers, where it is used to reduce interference between signals, known as cross talk. It is also used in systems that require high temperature performance, where the component\'s ability to operate in temperatures up to 125C can be beneficial. Its relatively low cost and high frequency makes it a popular choice.

The basic operating principle of the CLS62NP-272KC is relatively simple. When a current is passed through the inductor, a magnetic field is created around it. This field then creates an opposing voltage in the wire itself, which prevents the current from changing too quickly. This voltage is known as inductance, which is measured in millihenrys (mH). The inductance of the inductor determines how quickly it will reduce the current, and is thus an important factor in controlling signal interference.

In summary, the CLS62NP-272KC is a type of fixed inductor, often used in digital and communication and computer systems. It is relatively low cost and has a high frequency range, making it a popular choice for many applications. Its operating principle and structure, along with its ability to perform in high temperatures, all make it a valuable component when considering signal interference.

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