SBC3-102-281

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Fixed Inductors are electronic components that generate a magnetic field because of current applied through the component. The magnetic field produced by these components can then be used to transfer energy or generate a signal. The SBC3-102-281 is a class of Fixed Inductor component, manufactured by Sumida and designed for applications in power supplies, power generators, and other systems that require inductors.

The SBC3-102-281 works by generating an inductive reactance to the applied current and generating a counter-electromotive force (emf). This resistance to current, also known as inductance, is determined by the length of the inductor’s coil, the number of turns the coil makes, and the area of the coil. The greater the inductance, the more powerful the magnetic field generated, so it is necessary to choose the right attributes of the inductor for different applications.

The SBC3-102-281 offers a wide range of uses. In power supplies, it can be used as a filter device, helping to reduce the amount of noise emitted by the equipment. In radio applications, the component can help reduce the level of interference generated by other components. Additionally, the SBC3-102-281 provides a solution for voltage offset problems, where the output varies from the input. By adding a voltage offset, the inductor can help to ensure stable voltage supplies are maintained.

The SBC3-102-281 is also useful for applications in generators and motors. In these, the inductor helps to reduce the flow of current and control the speed at which the current is flowing. This helps to prevent the motor or generator from getting too hot and provides greater control over the speed and efficiency of the system.

The SBC3-102-281 is also suitable for use in audio amplifiers. In these, the inductor helps to filter out undampened AC signals from the input, allowing it to produce a higher quality output. The inductor can also be used in rectifiers, where it acts as a buffer between two drawn-out phases of AC current. This helps to prevent any spikes in voltage.

The SBC3-102-281 component also offers various other benefits. It can help to reduce power losses that occur when energy is transferred from one circuit to another. Additionally, it helps to reduce the amount of heat produced by electrical current, increasing the efficiency of the system. These benefits make the SBC3-102-281 a popular choice for many applications, making it an invaluable part of any circuit.

The specific data is subject to PDF, and the above content is for reference