1130-152K-RC

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Fixed Inductors are electrical components that consist of a copper coil, an iron core, and a ferrite wrap. Unlike variable inductors, which have a winding adjustment that allows the current to be adjusted within its operating range, fixed inductors are designed to maintain their specified inductance value over a wide range of applied currents and line voltage variations. They are typically used in filter applications and are well suited for frequency selective circuits. The 1130-152K-RC is a fixed inductor and has a broad application field and specific working principle.

Application Field of 1130-152K-RC

The 1130-152K-RC is typically used in high frequency circuits such as those found in transmitters and receivers. With an operating temperature of up to 125°C, the 1130-152K-RC can be used in a wide range of harsh environments, including very high or very low temperatures. Its small size and low profile make it an ideal choice for use in space restricted areas, such as automotive and mobile electronics. The high current capabilities of the 1130-152K-RC make it an ideal choice for signal filtering applications. Some of the key features of the 1130-152K-RC are its low insertion loss, excellent linearity, and high power rating.

Working Principle of 1130-152K-RC

When an alternating current is passed through the 1130-152K-RC, a magnetic field is created around the wire coils of its core. This magnetic field magnifies and amplifies the current, creating an AC voltage across the inductor. At high frequencies the voltage across the inductor is proportional to the rate of change of the current, and the current is then changed by the amount of resistance the inductor has in the circuit. This relationship is defined by Ohm’s Law, which states that current is equal to voltage divided by resistance. As the resistance of the inductor decreases, the current through it increases, creating a filtering effect.

The 1130-152K-RC also has the ability to resist induced and received noise, which is a key feature in many applications. The inductor helps to limit the amount of power received from the transmission to provide better signal clarity and helps to prevent losses to neighboring circuit noise. By doing this, it helps to ensure that only the desired signals are transmitted and received.

The 1130-152K-RC can also be used as an active element in a resonant circuit. In this application, the inductor can act as either a resonator or an oscillator depending on the circuit design. In a resonator, the inductor is used to absorb power from the oscillator, while in an oscillator configuration, the inductor helps to sustain the oscillation of its frequency.

The 1130-152K-RC is a fixed inductor that has a broad application field and a special working principle. Its ability to reduce power losses due to noise, the small size and low profile make the 1130-152K-RC a great choice for many high frequency applications, such as signal filtering and active elements in resonant and oscillator circuits.

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