110001101 Inductors, Coils, Chokes

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 are devices that store electrical energy in the form of a magnetic field. A fixed inductor also known as a coil has a wire loop that is tightly wound around a ferrite core. It stores energy in a magnetic field when a current is applied to the wire loop.

The 110001101 application field and working principle of a fixed inductor is generally used in low-frequency power circuits such as transformers, chokes, and antennas. Fixed inductors are also used as current detectors and noise filters in electrical equipment.

How does a fixed inductor work?

Whenever a current is passed through a wire coil a magnetizing force is created which then creates a magnetized field around the wire. This magnetic field stores the energy even after the current ceases to flow. This stored energy in a magnetic field is the working principle of the fixed inductor.

The 110001101 application field of a fixed inductor is to store and release electrical energy at a certain frequency and magnitude, or to block and reduce frequency components for noise reduction. The fixed inductor is also widely used in RF circuit applications for signal transmission and electromagnetic shielding.

Types of fixed inductors

There are several types of fixed inductors and they can be classified according to the parameters they work upon. These include the air-core inductor, the molded inductor, the ferrite-core inductor, and the adjustable inductor. The air-core inductor is probably the simplest type of fixed inductor as it works on the principle of a coil of wire with no core material. The molded inductor is made up of a special material such as ferrite or ceramic which is the substrate for the coil of wires. The ferrite-core inductor is a combination of wires and a ferrite core material which helps to further increase the inductive value of the inductor. Finally, the adjustable inductor is an inductor made of a coil of wires, with a core material, that can be adjusted to give a different inductive value when the core is moved.

Pros and cons of fixed inductors

Fixed inductors offer many advantages such as being easy to build and reliable in operation. The inductor can be used in multiple applications and can accommodate both high-current and low-current applications. They also offer a high degree of frequency stability and can handle high voltages. They are also very inexpensive and very reliable.

The 110001101 application field of a fixed inductor, however, has some drawbacks. Firstly, fixed inductors are usually quite large and bulky and as such are not suitable for small applications. Secondly, fixed inductors are not suited to high frequency applications as they tend to have a limited amount of inductance at higher frequencies. Finally, fixed inductors tend to have poor insulation and therefore are prone to sparking and noise when exposed to high voltages.

Conclusion

Fixed inductors are widely used in high current and low current applications as they are relatively inexpensive and reliable. They are capable of providing a high amount of inductance over a wide range of frequencies and can also handle high voltages. The 110001101 application field of a fixed inductor can be used for a range of applications from current detectors and noise filters to RF circuit applications. However, they have some drawbacks such as their large size and poor insulation which could lead to sparking and noise.

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