103-182K

Fixed inductors are electronic components used to store and control the flow of energy in an electrical circuit. They are often referred to as "inductive components" because they contain inductors, which create a magnetic field around them when current is applied. Fixed inductors can be used in a variety of applications, such as power transformers, filters, rf amplifiers, and other power devices. They are available in a wide range of styles, sizes, and configurations to meet the needs of individual applications.

The 100-180K application field is principally used in power electronics equipment. They mainly used as filters and or dampers in power electronics system, for example, high-power lighting systems.These Fixed Inductors are made up of insulated copper windings and their core can be made from ferrite, ceramic, or perforated magnetic material. They come in many different forms and sizes, ranging from small cylindrical shapes to large toroids. In addition, they can have a variety of physical shapes, depending on the type of application.

The working principle of Fixed Inductors is based on electromagnetic induction. When current is applied to an inductor, it creates a magnetic field, which induces a voltage across its terminals. This voltage is known as the inductance and is proportional to the current that is applied. The inductance of the inductor is affected by the core material, the number of turns of wire, and the magnitude of the core. Therefore, an inductor having a larger number of turns will have a higher inductance.

In addition, the core shape and material also affect the properties of the inductor. For example, a ferrite core has an extremely high saturation level, meaning that current can be supplied until the core reaches the saturation point before it can no longer support a larger current. A toroidal core, however, has a relatively low saturation point, meaning that it will continue to support higher currents even when the current is increased.

Fixed Inductors are usually used in combination with capacitors to form filters, which are used to prevent interference from signals outside the desired frequency range. Fixed Inductors are also used in transformer designs, where they are used to transfer energy from one circuit to another, as well as in power supplies.

Fixed Inductors are also used in high-frequency applications, such as radio and television broadcasting. They are designed to store energy and then dissipate it in the form of electromagnetic radiation at the desired frequency. This makes them ideal for use in wireless communications, as they provide a controlled path for the transmission of radio waves.

Fixed Inductors are widely used in many different fields, from automotive applications to consumer electronics. They provide a reliable and efficient means of storing and controlling energy in electrical circuits, and are often used in combination with other components to create a variety of applications. By understanding the working principle and application field of Fixed Inductors, engineers and designers can better develop products and systems that make use of their incredible versatility and performance.