CIGW160808XMR47SLC

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Fixed inductors are components in electrical circuits that are designed to provide the electrical current with inductance. The inductors are typically constructed with one or more coils with cores made from different materials such as copper or iron. An inductor stores energy in the form of a magnetic field. The charge of the inductor, when a current is applied, depends on the number of turns, wire size, and core properties. The CIGW160808XMR47SLC is a fixed inductor designed for AC and DC power applications.

The CIGW160808XMR47SLC is a radial leaded inductor that is designed to offer an inductance of 4.7uH. This inductor is able to provide its users with excellent performance in terms of its ability to transfer energy efficiently between its source and load. It is rated to carry a maximum current of 1.5A and has a current temporary peak of 4A. The CIGW160808XMR47SLC exhibits excellent temperature stability and thus boasts of a maximum operating temperature range of -40 to 85°C.

The CIGW160808XMR47SLC is suitable for a wide range of applications. It can be used for power supply filtering, power supply electromagnetic noise suppressing, switching power supply, DC DC converter, DC DC transformer and LED lighting. It is also suitable for designing medical devices, control circuits, communication circuits and detectors. The CIGW160808XMR47SLC also has a low impedance, good heat dissipation, high efficiency, and a long life.

The CIGW160808XMR47SLC consists of an isolation sleeve and two leads. The two leads are for connecting to the circuit. The isolation sleeve is used for isolating the inductor from other components that may interfere with its performance. The two leads are also used for connecting with the two ends of the current-carrying wire. The inductor also features a few components inside to restrict the frequency range of the magnetic field created by the current flow. These components are usually beads and capacitors.

The working principle of the CIGW160808XMR47SLC is based on the rule of Faraday’s Law, which states that a change in the magnetic flux produced by a coil will induce a voltage in the coil proportional to the rate of the flux change. In the CIGW160808XMR47SLC, the change in magnetic flux is provided by the electric current passing through the inductor’s coils. The coil generates a voltage in response to this current passing through it, thus leading to a reduction in current flow.

When connected in a circuit, the CIGW160808XMR47SLC operates by creating a magnetic field. This magnetic field interacts with the other components of the circuit and can perform several functions, depending on the type of circuit. For example, in a power supply circuit, the inductance provides an impedance to the current, thus acting as an AC filter to protect the components from excessive voltage and frequency fluctuations. The inductor can also be used as a transformer in DC-DC converters by storing energy in its magnetic field and releasing it when current passes through it.

In conclusion, the CIGW160808XMR47SLC is a radial leaded inductor which provides an inductance of 4.7uH and is suitable for a wide range of power supply, communication, LED lighting, and medical applications. It is able to carry a current of up to 1.5A and is able to tolerate a peak current of 4A. It also has excellent temperature stability with a maximum operating temperature range of -40 to 85°C. The working principle of the CIGW160808XMR47SLC is based on Faraday’s Law, which states that a change in the magnetic flux produced by a coil will induce a voltage in the coil proportional to the rate of the flux change.

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