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

Inductors, also referred to as coils, chokes, or reactors, are electric components which are used to store energy in the form of an electromagnetic field in a coil of wire. Fixed inductors are inductors with a predetermined inductance value, as opposed to variable inductors which can be adjusted to produce an alternate inductance value. The 768775268 is a fixed inductor with a specific application field and working principle.

Application

The 768775268 fixed inductors are predominantly used in applications found in computer and telecommunications fields. They are often found in clock circuits, as well as other synchronous digital circuits, for creating a precise system clock. In clock circuits, they are necessary for filtering high-frequency voltage signals, as well as pulse wave modulation switching power supplies. They also have excellent performance characteristics, and offer high efficiency supplies.

Additionally, 768775268 fixed inductors are used in a narrow range of other applications, as well. These include low-noise electrical motor-driven systems and wind power systems, as well as inverter systems and industrial motor frequency drives. 768775268 units can also be used in wind turbine power system, both onshore and offshore, as the induction element in an electric energy transmission system.

Working Principles

The 768775268 fixed inductor operates similarly to all other inductors. An electromagnet is wound around a metallic core, forming the inductor. For 768775268 models, a ball bearing is usually attached. Current passes through the inductor winding, producing a notable intensity of electromagnetic force. This magnetic field links together with the inductor\'s core, producing an intense electro-magnetic field.

The 768775268 fixed inductor can reduce the signal transmission frequency, allowing for a large current capacity rating. No matter the applied power voltage, current will always remain limited. 768775268 models are known for being non-resonant inductors, meaning that they will not increase in frequency according to the impedance of the component devices used with them. This makes them reliable for applications where precise voltage and frequency signals need to be produced.

Advantages

768775268 fixed inductors provide several advantages. They are robust and reliable, with good galvanic insulation and low power loss characteristics. 768775268 inductors are compatible with almost any manufacturer, and can be easily repaired and/or replaced when necessary. Since they are non-resonant, they also offer excellent input impedance and capacity voltage ability. Used in high-frequency transmission systems, 768775268 inductors can reduce signals to manageable levels, limit the current passing through them, and reduce distortion.

Conclusion

The 768775268 fixed inductor is a reliable component for computer and telecommunications application fields, and offers several advantages, including good input impedance, low power loss, and reduced distortion. This type of inductor is ideal for producing precise and controlled clock and voltage signals, and is perfect for use in appliances, robotic systems, and electric motor-driven applications. With its robust design and versatility, the 768775268 fixed inductor provides reliable and consistent performance.

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