CW100505-6N2J

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Fixed inductors are electrical components which are designed to oppose the flow of an electrical current. The general operation is that when an AC or DC input signal is applied to the inductor, it generates a magnetic field. The coil of wire within the inductor then becomes wound tighter, forming an electro-magnetic field which opposes the flow of current and resulting in a voltage drop across the circuit. This voltage drop can be used to adjust the amplitude, frequency or phase of the AC or DC signal or to provide a more consistent signal. In some cases, these inductors are used to isolate two circuits, thus preventing interference between the two.

CW100505-6N2J inductors are one specific type of fixed inductors. They are part of a family of narrow-profile, wire-wound inductors with a 0.145-inch profile. This type of inductor is available with inductance values ranging from 10µH to 470µH, offering supplementary safety for electronic installations in demanding areas such as factories, warehouses, schools, hospitals, and military sites. The capacitance is rated from 34mF to 4700 mF. A notable feature of these inductors is that they are designed with a temperature rating of 155˚C.

The primary application of this type of inductor is to provide protection from transient voltages and currents. As currents pass through the component, the inductor will oppose any sudden changes in the current, thus preventing equipment and wiring from overloading and resulting in damage. In systems which have frequent power outages, overloads can be especially troublesome, and having an inductor to smooth out or dampen these overloads can be crucial. Additionally, the CW100505-6N2J inductors have a wide temperature range and high surge current capability, making them suitable for use in outdoor telecommunications systems, in data centers, and other harsh environments.

The working principle of the CW100505-6N2J inductor is simple. It takes advantage of the relationship between electricity and magnetism. When a current is passed through a wire, a magnetic force is created that is proportional to the current. This force is known as inductance, and it is this principle that allows these inductors to limit and dampen currents. The inductors use the combined electrical and magnetic forces to resist any sudden changes in the current, thus providing protection to the equipment from overloading.

In conclusion, CW100505-6N2J inductors are a popular and reliable type of fixed inductor available for use in numerous demanding environments and applications. They take advantage of the relationship between electricity and magnetism to oppose the flow of current and to provide protection from transient voltages and currents. The wide temperature range and high surge current capability are among the features that make these components so popular and trusted.

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