36401E10NG

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Fixed inductors are passive components commonly used in electrical and electronics circuits. They are also known as coils, chokes, or electrical reactors, and they work by storing energy in an electromagnetic field created by passing a current through a coil. The 36401E10NG is a type of fixed inductor designed to handle high frequencies and current levels. This article will discuss the application field and working principle of the 36401E10NG.

The 36401E10NG is an ideal component for use in DC/DC converters, high frequency switching power supplies, telecommunications and other applications involving highly sensitive circuits due to its excellent temperature characteristics. It is also useful in boosting the current flow in automotive applications. The inductor\'s construction consists of a thin film style inductor core, wound with thin enameled copper wire, and with two pairs of rectangular pins made from metal for connecting leads. The device has a rated current of 1.0A and a maximum operating temperature of -55°C to +125°C.

The 36401E10NG inductor has a relatively simple working principle. The current that is applied to its leads induces a magnetic flux within the core. This flux builds up around the coil and as the current increases, so does the buildup of the magnetic flux. This magnetic flux can be stored in the form of electromagnetic energy by storing the current in the inductor. Since the inductance is the ability of the inductor to oppose any changes in the electrical current, the voltage also increases as the flux builds up.

The rated current of the 36401E10NG means that it can handle a maximum of 1.0A, although it should be noted that it has a higher saturation current. The inductance rate of 1.0NH to 1.25NH indicates it is suited to applications requiring large inductance values. The inductor is also quite efficient, as it has a low impedance level and is capable of suppressing high frequency noise.

In summary, the 36401E10NG is a type of fixed inductor suited to high frequency and current level applications such as DC/DC converters, high frequency switching power supplies, and automotive applications. It has a rated current of 1.0A, an inductance rate of 1.0NH to 1.25NH, and a low impedance level. Its working principle involves inducing a magnetic flux within the core when a current is applied to its leads, and then storing the current in the inductor.

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