CM252016-4R7KL

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Fixed inductors are a form of electrical component, consisting of a coil of wire wrapped around a solid core and then connected to terminals. The core material in inductors is usually made from ferrite, iron, or metal powder, and the winding type depends on what kind of current it is expected to pass. Inductors are generally used in a variety of electronic circuits for filtering, resonant circuits, voltage-regulator circuits, and switching power supplies. In particular, the CM252016-4R7KL fixed inductor is a popular choice for voltage-regulator circuits.

The CM252016-4R7KL inductor has a small footprint, measurinig only 0.25 inches square and 0.16 inches tall. It has a rated inductance value of 4.7 uH and a rated current of 4.3 A. The number of turns of wire encircled in the core varies slightly based on the inductance and current values, but can usually be anywhere between 16 and 18. Once connected to its terminals, the inductor will help to regulate the input and output voltages depending on the voltage. This will help to reduce noise, interference, and ripple from the circuit.

When DC current passes through and around the inductor core, a magnetic field is created, with the positive side of the current passing through the inductor on the right hand side and the negative signal on the left hand side. This magnetic field will in turn generate an opposing EMF (electromotive force) in the opposite direction, with the left side generating a positive signal and the right side generating a negative one. By harnessing this EMF, the CM252016-4R7KL fixed inductor can be used to control the input and output voltages of a circuit, filtering out any noise and distortion.

The CM252016-4R7KL fixed inductor is a popular choice for voltage-regulation purposes, as it is known for its reliability, signal accuracy, and noise-reducing capabilities. It has become a preferred component for a variety of industry applications, including but not limited to automotive, telecommunications, computer and consumer electronics, and industrial control circuits. Though the inductor itself is small in size, its ability to regulate signals and reduce distortion makes it an important component of many electronic systems.

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