SRP1235-R47M

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Fixed inductors are electronic devices used to restrict electrical current within a suitable frequency range. They can usually be found in various electronic circuits, such as radio receivers, amplifiers, oscillators, and other active components. Fixed inductors are usually classified by the type of construction, coil type, and physical size. SRP1235-R47M is a type of fixed inductor.

SRP1235-R47M is an axial lead fixed inductor with radial ferrite core. Its core is composed of ferrite material, while its coil is composed of enameled copper wire. This particular type of inductor is suitable for various applications, such as miniature, hand held, and main frame equipment. SRP1235-R47M has a working frequency range of 10kHZ to 30MHz, an inductance range of 0.332uH to 10uH, and a saturation current range of 13A to 60A.

The working principle of SRP1235-R47M is fairly simple. Basically, this type of inductor is basically used to create a magnetic field when an electrical current passes through it. This magnetic field can then be used to regulate and alter the current in the circuit. When the current is increased, the inductance also increases, while when the current is decreased, the inductance also decreases.

In terms of its application field, SRP1235-R47M can be used in various types of electronic circuits, such as voltage regulator circuits, power supplies, and power filtering. It can also be used in audio frequency applications, such as speaker crossover networks.SRP1235-R47M is also suitable for applications that require low noise and high current ripple rejection, such as digital devices and power converters.

In summary, SRP1235-R47M is a type of fixed inductor with an axial lead and radial ferrite core. This particular type of inductor has a wide range of applications, from radio receivers to voltage regulator circuits, and from audio frequency applications to digital devices. Its working principle is fairly straightforward and is based on the magnetic field created by passing electrical current through it.

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