CM252016-1R0KL

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Fixed inductors are essential components for most electronic applications. CM252016-1R0KL is a special kind of fixed inductor. It is made by winding copper magnet wire around a core of ferrite or iron alloy. The inductance is determined by the core material, wire size, and the number of turns of wire.

In applications such as dc-to-dc converters or other switching power supplies, it is important to precisely control the inductance to ensure maximum efficiency. The CM252016-1R0KL fixed inductor features a precise inductance ranging from 3.5μH to 0.75mH, with low DCR and negligible temperature coefficient, making it ideal for these applications.

The CM252016-1R0KL is also used in local area networks (LANs) as a differential line transformer. Two inductors are wound in opposite directions; they serve as a means of eliminating AC common-mode signals in order to transmit data more reliably and efficiently. The CM252016-1R0KL\'s tight and consistent inductance tolerance ensures optimal data transmission.

The CM252016-1R0KL is also suitable for use as a differential ripple rejection filter. A differentialfilter typically consists of two inductors that are placed in series with the AC signal. The CM252016-1R0KL\'s low-profile (0.8mmmax) package design and tight inductance tolerance provide for optimal performance in this application.

In conclusion, the fixed inductor CM252016-1R0KL is a versatile component that is suitable for many different applications. Its precise inductance, low DCR, and low-profile package design make it particularly well-suited for the demanding requirements of dc-to-dc converters, LANs, and other difficult filtering applications.

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