SRP1270-1R0M Inductors, Coils, Chokes

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Fixed inductors are ubiquitous in today’s electronic devices. They are used in all kinds of amplifiers, oscillators, and other circuits. In many applications, the inductance of an inductor needs to be carefully controlled to ensure the correct operation of the circuit. The SRP1270-1R0M is a type of fixed inductor designed for precision applications.

The SRP1270-1R0M is a surface-mount, shielded, non-inductive wound, power inductor. It consists of a high-grade magnetic core with a copper winding and an integral shield. The inductor has a self-shielding design that provides excellent electrical performance over wide frequency range. The inductance of the SRP1270-1R0M is 0.1μH ± 10%. The inductor has a rated current of 1A and is rated for an operating temperature range of -40° to 125°C.

The SRP1270-1R0M is particularly well-suited for use in DC-DC converters and high-frequency switch-mode power supplies. Its small size allows for easy installation in tight spaces, and its non-inductive winding minimizes noise and reduces stray magnetic fields. In addition, the self-shielding design helps to minimize the effects of EMI, making it ideal for use in commercial applications.

The working principle of the SRP1270-1R0M is based on the interactions between current and magnetic fields. When electric current passes through the inductor, it produces a magnetic field. This field helps to regulate the flow of current within the inductor, and it also helps to reduce the amplitude of high-frequency signals. The SRP1270-1R0M is designed to maintain a constant inductance over a wide range of currents. This ensures that the inductor can be used in precision applications where precise control of current is required.

The SRP1270-1R0M is a widely used inductor and is suitable for a variety of applications. It is often used in buck-boost converters and motor drivers, as well as in frequency filters and RF circuits. Its precise inductance and self-shielding design make it ideal for use in high-speed circuits and in applications where precision and performance are required.

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