5400R-396G

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Fixed inductors are electrical components that are used in electronic circuits to modify current or voltage flow. The 54xxR-396xxG inductors in particular are built for high-voltage, low-current performance. They are commonly used in low-level analog designs (such as audio preamps or power amplifiers) and for radio and aerospace applications. In this article, we will discuss the application field and working principle of the 54xxR-396xxG inductors.

The inductors in the 54xxR-396xxG series are specifically designed to offer maximum inductance in high-voltage, low-power applications. They are manufactured with two electro-magnetic coils built in a shielded housing. This shielding ensures that the inductance is maintained over a variety of conditions. The inductor is rated for a maximum voltage of 450 volts. They are also rated for very low operating current, from 10 milliamps to 1 amp. This low current rating makes them ideal for audio and video boards, power amplifiers, and other low-level analog designs.

The 54xxR-396xxG series is capable of handling very high frequency signals, up to 7 GHz. This makes them well suited for use in RF applications and satellite communications. They can also be used in aerospace and military applications where high frequency and voltage levels are necessary. The inductors are relatively small in size, allowing them to be easily integrated into tight-fitting boards. Additionally, the inductors are rated for a wide temperature range, from -40 degrees Celsius to +85 degrees Celsius.

The working principle of the 54xxR-396xxG inductors is based on Faraday\'s Law of inductance. When an electrical current is applied to the inductor, it creates a time-varying magnetic field. This field acts on the inductor, creating an opposing current known as inductive reactance. This reactance opposes the current, causing it to decrease in magnitude. The inductor thus acts as a voltage reducer or current limiter, controlling the amount of current allowed to flow through the circuit.

In addition to reducing the voltage or current in a circuit, the inductor also stores energy. This energy can be released into the circuit when the current is removed from the inductor. This makes the inductor useful for applications such as power supplies, where it can act as a temporary voltage regulator. It can also be used in high frequency circuits where the inductive reactance can help filter out unwanted signals.

The 54xxR-396xxG inductors are a versatile and reliable component for a range of high voltage, low current applications. They are capable of handling high frequencies and offer good temperature stability. Furthermore, the Faraday\'s Law of inductance ensures that the inductors are able to reduce the voltage or current in a circuit, as well as store and release energy. As such, they are an essential component for any analog design where high voltage and low current conditions prevail.

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