SDR1030-150M

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Fixed inductors, also known as coils, chokes, or reactors, are electrical passive devices typically used in electronic circuits to store energy in a magnetic field. Primarily used for providing AC and DC filtering, blocking, bias, and emitter degeneration, these components are common in all types of consumer electronics, sensors, motor drivers, and other applications. One common type of fixed inductor found in a variety of applications is the SDR-1030-150M fixed inductor.

The SDR-1030-150M inductor, also known as a fixed power inductor, is a multi-path through-hole component that combines a distributed antenna with a low current shielding effect. This type of power inductor was developed mainly for high performance power supply applications, and is most recognized by its diameter of 10mm and height of 3mm. This particular device features a maximum current rating of 150mA, with a direct current resistance varying from 122mΩ to 741mΩ depending on the manufacturer. Other features of the SDR-1030-150M include an inductance range of 1.6µH to 10µH, with a saturation current up to 300mA.

The application field for the SDR-1030-150M is varied and highly dependent on the needs of the project. Common uses for these components include AC/DC filtering, EMI filtering, DC/DC converters, and other power supply circuitry. This particular model could be used in a range of situations, from charging devices to automotive electronics and RFID circuits. Generally, these components are used when high power loads exist in an electronic assembly.

In order to understand the working principle of the SDR-1030-150M, it is first important to understand what electromagnetic induction is and how a power inductor works. Electromagnetic induction is the process by which an electric current is generated in a conductor by a changing magnetic field. This occurs when a changing magnetic field is applied to a power inductor such as the SDR-1030-150M, thus inducing an electric current in the conductor.

This current is used to create a magnetic field of its own. This magnetic field interacts with the magnetic field of the original power inductor, and in turn, the current of the power inductor is increased. This is known as inductive current, and is used in the SDR-1030-150M inductor in order to increase the output current from the inductor. More specifically, when connecting a power source to the SDR-1030-150M inductor, the inductor will increase the current as the voltage increases or decreases.

The ability of the power inductor to increase the current enables it to filter out any noise or unwanted frequencies and provide smooth as well as reliable performance in multiple circuits. This helps to ensure that the necessary signals are allowed to pass through the circuits at the required levels. It also helps to reduce the power dissipation and resulting heat, which can damage sensitive electronic equipment.

The SDR-1030-150M inductor is a highly efficient power inductor, allowing for reliable performance in a variety of applications. It can handle up to 150mA and features an inductance range of 1.6µH to 10µH, making it a versatile component for a variety of applications. Its ability to increase the current enables it to filter out any unwanted frequencies or noise, thus providing clean and reliable performance in multiple circuits. Its relatively small size makes it ideal for use in tight spaces, allowing more components to be packed together in tight spaces. As a result, this is an ideal component for a range of applications, including power supplies, AC/DC filtering, EMI filtering, and DC/DC converters.

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