B78108S1335J000

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Fixed Inductors

Fixed inductors, also known as non-air-core or air-cored inductors, are components used for electrical applications that involve the storage and flow of energy or current. They are either wound using magnetic or electrical coils or made from specific materials with their own intrinsic inductance properties. These components vary in size, shape, and inductance with specific alterations and adaptations suited for particular environment or applications. The main application of fixed inductors is filtering or blocking certain frequencies including radio and LF (low frequency) signals. They are also commonly used with pulse transformers and flyback transformers.

The B78108S1335J000 is one example of a fixed inductor that has an inductance of 10µH. It is constructed in a through-hole design with an alloy core made of manganese zinc ferrite. This component is able to operate within the temperature range of -40°C to 125°C and works with an insulation voltage of 675V. The rated current of the B78108S1335J000 is 9A.

The application field of the B78108S1335J000 is wide including consumer electronics, medical devices, automotive industry, transformers, power supplies, and more. When used in power supplies, the B78108S1335J000 helps reduce EMI (electromagnetic interference) by distributing the energy. Medical devices also require these components in order to prevent the electrical surge while connecting with other devices. Meanwhile, in the automotive industry, these inductors are primarily used in audio and lighting systems to help maintain the characteristics of the audio signal or keep the lighting systems working.

The working principle of fixed inductors involves electricity flowing through the coils to create a magnetic field. This produces an electric current that is equal to the wave voltage and it is this current that is responsible for storing and releasing energy. The most common type of fixed inductors are those that contain a ring core, air gap, and windings made of copper or some other conductive material. When electricity passes through the coil, it creates a magnetic flux that is proportional to the strength of the current, which causes the inductor to store a certain amount of energy. Whenever the current flows in the opposite direction, the magnetic flux collapses and releases the stored energy as an electrical current. This process is known as an oscillation.

In summary, fixed inductors, such as the B78108S1335J000, are widely used in a number of applications due to their ability to store and release energy. This can be achieved by harnessing the electrical current created by the flowing electricity in the copper or manganese zinc ferrite coils. The B78108S1335J000 can be found in various industries including consumer electronics, medical devices, automotive industry, transformers, and power supplies. As such, these components are invaluable in each environment as they help reduce EMI, prevent electrical surges, and maintain signal or lighting characteristics.

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