L-14C4N3KV4T

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Fixed inductors are electronic components that store electrical energy in an inductive field. The L-14C4N3KV4T is an example of a common fixed inductor. It is used primarily in circuits that require the ability to store and release electrical energy. While the L-14C4N3KV4T is not the most popular type of fixed inductor, it does have its advantages, one of which is the fact that it is extremely durable.

The L-14C4N3KV4T is a 4-pin inductor that contains a ferrite core. It also features an E-I core with a screw-adjustable winding. The primary purpose of this component is to store energy, which is released when an electrical current is applied to the device. The inductor can store a large amount of energy, hundreds of times its own weight, for extended periods of time. When the electrical current is removed, the stored energy is released gradually and safely.

In terms of size, the L-14C4N3KV4T is roughly 0.95 in (24 mm) long and 0.6 in (15 mm) wide. The ferrite core typically has an outer diameter of 0.45 in (11.5 mm), and the winding is adjustable over a range of 0.3 to 0.7 mH (millihenry). The device has a rated non-inductive resistance of 35.5 ohms, and a maximum current rating of 120 mA. The inductor also features a self-shielding design, which minimizes the amount of noise it produces.

The primary application of the L-14C4N3KV4T is in power supplies and signal conditioning, particularly in equipment that has high transient requirements. The inductor can be used to store electrical energy so that it can be released at a later time. This is beneficial in situations where the electrical current needs to be regulated or filtered. Additionally, the inductor can also limit the amount of current flowing through a circuit. The inductor can also be used in voltage regulators to help stabilize the voltage.

The working principle behind the L-14C4N3KV4T is based on Faraday\'s Law of Induction. This law states that when a current flowing through a conductor is exposed to a changing magnetic field, an electromotive force (EMF) is induced in the conductor. This EMF is proportional to the rate of change of the magnetic flux through the conductor. In the case of the L-14C4N3KV4T, the EMF is induced when an alternating current (AC) is passed through the inductor. The current then produces an electromagnetic field that stores electrical energy in the core.

When an electrical current is applied to the inductor, the stored energy is released gradually. This is known as the current-time curve. The inductor is able to maintain a steady output due to the self-shielding design, which minimizes noise. The inductor can then be used to stabilize voltage, limit current, or filter signals. As such, the L-14C4N3KV4T is a highly versatile and reliable component.

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