SRR7045-2R7M

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Fixed inductors are electronic components that are used to introduce inductance in electrical circuits. The SRR7045-2R7M is a fixed inductor designed for medium to high frequency operation.

The SRR7045-2R7M is an axial-type inductor with a .070" x .045" body size that is ideal for a wide variety of electronic applications. This type of inductor is designed for medium to high frequency operation, with a nominal inductance of 2.7 mH and a rated current of 130 mA. The inductor has a maximum DC resistance of 0.033 ohms and a saturated current of 206 mA.

Most commonly, SRR7045-2R7M inductors are used in low-impedance and high-frequency applications such as RF power amplifiers, coupled circuits that form a tuned parallel resonance network, and general filter circuits. The inductor has been designed such that it minimizes insertion loss and prevent overcurrent conditions in high-frequency applications. The inductor can also be used as part of a voltage regulator module, as it helps prevent the circuit from being overloaded.

The working principle of the SRR7045-2R7M is based on the principle of electromagnetic induction. The inductor uses an electric current to create a magnetic field, and in turn, the magnetic field will induce an electric current in the conductor. This process occurs at a constant ratio, and the amount of induced voltage is determined by the size and shape of the inductor. The same principle is used in all types of inductors, and the SRR7045-2R7M is no exception.

The component is composed of a number of ferrite-manganese-zinc and copper wire coils wound around a central core. As electric current passes through the coils, a strong magnetic field is generated that creates a strong induced current. This current is then diverted back to the original source, creating a continuous flow of energy.

The SRR7045-2R7M is an ideal fixed inductor for medium to high frequency operations, and its various application fields include RF power amplifiers, filters, coupled circuits, and voltage regulator modules. It is designed to minimize insertion loss and prevent overcurrent conditions in high-frequency applications, and its construction helps ensure a steady and reliable level of current flow. As such, this type of inductor is an integral part of a wide range of electronic circuits.

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