PG0015.124NLT

The PG0015.124NLT is a series fixed inductors that offers a variety of inductance, current rating, height, width and depth options. It is suitable for a wide range of electronics, including applications in computers, laptops, tablets, phones and other electronic products. This series of fixed inductors is widely used in high-frequency circuits, power supplies, high efficiency switching converters, vibration suppression filters, and energy storage circuits.

The working principle of the PG0015.124NLT fixed inductors is based on the electromagnetic effects of a conductor passing an electric current through. Inductors store energy in the form of a magnetic field when a current is passes through it, and it can also convert that magnetic field back to energy when the current is taken away. This phenomenon of inductors storing and releasing electromagnetic energy is what makes it useful for a variety of electronic applications.

The PG0015.124NLT fixed inductors are comprised of two parts, the inductor core and the winding. The inductor core is usually made of ferrite, iron oxide, permalloy, or powdered iron. The winding is usually made of copper or aluminum. The inductor is a passive component, meaning that it does not have an active input from an external source, such as a battery. The inductor is used to store and release energy in the form of electricity, depending on the direction of current flow.

The inductance of the PG0015.124NLT fixed inductors is determined by the construction of the components included in the inductor. Inductors that have more turns of wire and a larger core size will have a higher inductance. The inductance of the inductor is measured in Henries (H). The current rating of the inductor is determined by the size of the winding, the size of the core, and the type of material used to construct the inductor. The current rating of the inductor is typically measured in milliamps (mA).

In addition to providing electrical inductance, the PG0015.124NLT fixed inductors also act as filters, blocking or attenuating signals at certain frequences. This is useful in electronics applications such as power supplies, where components need to be protected from high frequency noise that could damage sensitive electronics. The frequency response of an inductor is determined by its inductance and its physical size.