CPI0805G1R8R-10

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Fixed inductors are key electronic components found in various types of equipment. They are usually made of a metal core wrapped with a wire within which electrical current can flow. The most common type of fixed inductor is the CPi0805G1R8R-10. This product features a surface-mountable package with a rated inductance value of 1.8 mH and a rated current of 10 A. It has dimensions of 8.0mm x 5.0mm x 4.6mm and is designed to operate between -40°C to 85°C.

Fixed inductors are used in various applications as they provide high value of inductance in a relatively small size. The CPi0805G1R8R-10 inductor is frequently used in power supply circuits, high-efficiency switching regulators, LED drivers, DC-DC conversion, and RF communications. Additionally, this inductor can be implemented in a variety of circuit designs. Some of these include DC-DC switching converters, series regulators, gain blocks, filter circuits, and matching networks.

The CPi0805G1R8R-10 works on the principle of inductance, which is the opposition to any change in the current flowing through a conductor or circuit. This inductor has two terminals and current is passed through it. This causes a magnetic field to be created. This magnetic field will then induce or create an electromotive force that opposes any change in current flowing through the circuit. The amount of this opposition is defined by the amount of inductance of the inductor.

This fixed inductor offers high saturation current, high current handling capability, and low DC resistance. The inductance value is maintained for wide frequency ranges, high dynamic performance, wide ambient temperature range, and high-frequency characteristics. Moreover, this component is designed to be conformal coated and moisture-resistant, and it features a higher rated temperature.

The CPi0805G1R8R-10 fixed inductor is a reliable and robust component that can deliver excellent electrical performance over a wide range of operating conditions. It is ideal for use in power circuitry in various electronics applications, as it offers high saturation current, low resistance, and high current handling. This component is also agnostic to conductive or magnetic field interference making it excellent for use in high-EMI environments.

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