1330-20J

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Fixed inductors are a type of passive electronic component with standard inductance values. They are used extensively in electronic circuits due to their ability to store energy in the form of a magnetic field. The 1330-20J application field and working principle is specifically designed for its high frequency applications.

This inductor is specially designed to store energy in a magnetic field up to 8.6GHz with low conductor loss and low Q degradation. Its body is constructed with a black laminate or black stainless steel for protection against short circuit or thermal overload. Moreover, the inductor’s built in temperature compensation system ensures that it remains at the optimal level to perform superbly even in thermal fluctuations.

The 1330-20J inductor has a maximum DC current rating of 1000mA, which makes it suitable for use in DC circuits up to 8.6GHz. Furthermore, it has a maximum voltage rating of 15V, which makes it suitable for use in circuits with high voltage applications. Additionally, the inductor has an inductance range of 0.6 – 2.2μH, and its maximum Q value is at 5.2 at 8GHz.

The working principle of this inductor is fairly straightforward. The core of the inductor is made out of ferromagnetic materials which act as a magnetic field store. When an AC current is passed through the inductor, an oscillating magnetic field is produced which generates an opposing voltage, known as a ‘back EMF’. This back EMF is then stored in the inductor’s storage medium which is then converted into a DC voltage, thus forming the energy reservoir.

The 1330-20J inductor is used in high frequency applications such as the radio frequency (RF) power amplifiers and cellular phones. It is capable of performing superbly in AC and DC circuits up to 8.6GHz. Its temperature compensation system ensures that it remains at the optimal level for peak performance, even when exposed to thermal fluctuations. Moreover, its low Q degradation makes it suitable for use with high frequency signals. The inductor is also suitable for use in circuits with high voltage applications, due to its high current ratings and low conductor loss.

To conclude, the 1330-20J application field and working principle is specifically designed for high frequency applications. Its low conductor loss and low Q degradation makes it suitable for use in high frequency circuits. Additionally, its temperature compensation system ensures that it stays at an optimal performance level, even when exposed to temperature variations. Finally, its current ratings also make it suitable for use in circuits with high voltage applications.

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