CTX01-19116-R

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Fixed Inductors

Inductors are one of the most widely used electronic components in the production of radio and digital circuits. They are used in both AC and DC electronic circuits and are applied in various fields such as radio broadcasting, mobile communications, lightning protection systems, high frequency welding systems, etc. In this article we will discuss about the characteristics and applications of the CTX01-19116-R fixed inductor.

Characteristics of the CTX01-19116-R Fixed Inductor

The CTX01-19116-R fixed inductor is a single-layer coated surface-mount device, with a rated current of 0.375A and inductance values ranging from 10uH to 100uH. It has a maximum total DC resistance of 1.1mΩ at rated current and adopts an aluminum nickel alloy as its winding material, which has a very good corrosion resistance. The external shell of the device is made of oxidation-resistant plastic and is fire resistant. It has very good environmental adaptability and is widely used in measurement and control systems, radio communication equipment, and other electronic equipment.

Applications of the CTX01-19116-R Fixed Inductor

The CTX01-19116-R fixed inductor is ideal for use in a wide range of applications. It is widely used in high frequency suppression and matching circuits, radio broadcast circuits, lightning protection systems, high frequency welding systems and other electronic equipment. The inductor has several advantages that make it suitable for such applications. For example, it has low AC resistance and good power stability, making it suitable for use in high frequency switching circuits. Additionally, its low DC resistance and high inductance make it suitable for matching and frequency suppression circuits.

Working Principle of the CTX01-19116-R Fixed Inductor

The inductor works on the principle of Faraday\'s law of induction. It is composed of a current-carrying coil of wire wrapped around a core of iron or ferrite. When an alternating current flows through the coil, a magnetic field is produced, which induces an electromotive force (EMF) in the coil. This induced EMF opposes the current in the coil and is proportional to the rate of change of the current in the coil. This is known as inductive reactance and it limits the rate of change of the current, which prevents the current from reaching dangerous levels. The inductance of the coil, which is determined by the number of turns and the core material, determines the amount of electrical energy stored in the coil.

The fixed inductor is widely used for various applications such as radio broadcasting, mobile communications, lightning protection systems, high frequency welding systems and other electronic equipment. With its aluminum nickel alloy winding material, its low DC resistance and high inductance values, it is suitable for high frequency suppression and matching circuits. Additionally, its wide range of inductance values and high power stability make it suitable for use in high current applications.

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