5142-104K

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Fixed Inductors are one of the most common in electrical engineering. The 5142-104K application field and working principle is used extensively in digital, analog, and RF electronics. This inductor operates with a regulated voltage supply to prevent excessive ripple current or power dissipation.

The basic construction of this coil is a ferrite core with a windings of copper wire. The main differences between different inductors is the number of turns and wire size of the winding. The higher induction or larger inductance value of an inductor results from an increased number of turns and larger diameter wire.

The way that an inductor works is via the relationship between it\'s inductance and the path of current through its core. As current flows through the inductor, a magnetic field is generated within its core. This magnetic field is responsible for impeding the flow of current through the inductor\'s winding. This effect is referred to as inductive reactance, or simply inductance. The higher the inductance, the greater the effect of reactance on the current flow.

The 5142-104K application field and working principle is primarily used in analog and RF electronics. Its typical applications include filter networks, voltage transformers, oscillators, and signal stabilizers. The primary reason for its use is due to its ability to withstand high current spike, and maintain a constant inductance regardless of temperature and voltage fluctuations.

Distinguishing characteristics of the 5142-104K application field and working principle are the dielectric strength and the pulse absorption. The dielectric strength measures the ability of the coil to resist a breakdown when a voltage above the rated maximum is applied. The pulse absorption is the ability of the coil to hold up to the high frequency pulses that occur in high speed logic circuits. As a result, the 5142-104K is often utilized when extra protection for a circuit is required.

The basic working principle of the 5142-104K application field and working principle is similar to other inductors. The current produces a magnetic field that induces a voltage, and the voltage generates an opposing currents, which in turn produces another magnetic field that resists the current. This results in a decreasing current, or an "inductive kick" as the inductor attempts to maintain a constant inductance.

The 5142-104K application field and working principle offers some unique features. The inductance range is low, with the maximum value being 0.433uH. Due to the low inductance, the inductors can be used in very compact circuitry. Additionally, the coil has a high saturation current rating of 12.4A. This allows the coil to operate in very demanding criterion, such as high current applications.

Overall, the 5142-104K application field and working principle is a very versatile inductor. Its compact size, high saturation rating, and excellent performance when used in high speed logic circuits make it a popular choice for many types of designs. Although it is primarily used in analog and RF designs, its application field and working principle can be utilized in many other applications as well.

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