CF322513-330K

Fixed Inductors - CF322513-330K

CF322513-330K is a type of fixed inductor, which is widely used in various electronic devices and accessories. It consists of an iron core wound with many turns of copper wire. This core-wire combination react electro-magnetically when a current flows through it, creating a magnetic field around it. This field then induces a voltage in the second wire connected to the inductor. This voltage then goes on to power other components of the circuit or devices. This is known as the principle of induction.

Application Fields

CF322513-330K is used in a variety of electronic products, including radio circuits, television receivers, amplifiers, consumer electronics, PCs, network equipment, etc. It is also used in various power supplies and stabilizers, providing stable power supply to an electronic circuit. Furthermore, this type of fixed inductor is widely used in personal electronic products, such as cell phones, PDAs, laptop computers, etc. Moreover, CF322513-330K is also suitable for automotive electronics and mobile communication applications.

Working Principle

The working principle of CF322513-330K is based on the electro-magnetic induction between the core and the windings of the inductor. When a current flows through the inductor, it produces an electromagnetic field around the coil which induces a voltage between the two wires connected to the inductor. This voltage then goes on to power other components of the circuit or devices.

CF322513-330K has a higher inductance compared to other inductors due to the presence of the core. The core material in this inductor is made up of a ferrite material, which offers a high degree of magnetic permeability to the inductor. This provides greater inductance and better resistance to magnetic saturation. Additionally, this core material also provides better temperature stability for the inductor, meaning that it can handle higher current without any risk of thermal runaway.

In summary, CF322513-330K is an ideal choice for various electronic products due to its high inductance, good temperature stability, and low resistance to magnetic saturation. Its core material also ensures better power efficiency, making it an essential component for many applications.