CLS5D14HPNP-220NC

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Fixed Inductors

Fixed inductors are among the most useful components in electronic circuitry. These components are used in various types of electrical circuits like radio frequency and power frequency circuits. The most common type of fixed inductors are the wire-wound inductors. They are used to provide inductance in the circuit and operate on the principles of inductive reactance. The use of wire-wound inductors is widespread in most circuits and they have become the standard choice for general purpose use in consumer electronics.

CLS5D14HPNP-220NC is a fixed inductor type and it is most commonly used in power supply circuits. This type of inductor is designed to have a very low DC resistance combined with very high inductance. A low DC resistance ensures that the inductor can operate efficiently and maintain its maximum rated current throughout its life. The high inductance provides more stability in the power supply and helps avoid noise in the power circuits. The CLS5D14HPDNP-220NC has a nominal inductance of 20H with a tolerance of ±10%. The inductor has a maximum rated current of 10Amps and it can operate up to 220ºC. The inductor has a very low DC resistance of 0.12ohms.

The CLS5D14HPDNP-220NC inductor is ideal for use in power supply circuits since it is designed to provide reliable and efficient power transfer. It is used mainly in applications that require high switching frequencies such as in switching power supplies or DC-DC converters. The inductor can also be used in other applications such as power line filters, loudspeaker networks, and audio amplifiers. The inductor is also ideal for use in very low voltage power conversion circuits in desktop PCs, servers, and other electronic equipment.

The most important aspect of the CLS5D14HPDNP-220NC is its working principle. It follows the electromagnetic principle which states that when a current flows through a wire, a magnetic field is created that induces a voltage in the inductor. When the current ceases flowing, the magnetic field collapses which induces a voltage in the opposite direction. This principle is used to maintain a constant voltage in the inductor and helps avoid voltage spikes. The inductor is also designed to provide low voltage drop and good frequency stability.

In conclusion, the CLS5D14HPDNP-220NC is a fixed inductor type that is designed for use in power supply circuits and other applications that require very high switching frequencies. It has a low DC resistance and high inductance which makes it an ideal choice for applications in which stability and efficiency are paramount. The main principle behind its working is the electromagnetic principle which is used to maintain a constant voltage in the inductor and help prevent voltage spikes.

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