3613C100K

Fixed inductors, such as the 3613C100K, are commonly utilized in diverse application fields, ranging from communications to audio-video devices. It is a type of passive electronic component that stores energy in the form of magnetic flux. Its main purpose is to provide a reliable electrical connection between two circuits in order to transfer electric current from one to the other.

The 3613C100K is a high-quality three-terminal inductor. It is comprised of a bobbin, core, lead, aluminum housing and a variety of other components. Depending on the application, the bobbin can be made of ferrite or iron core. Other components used are normally copper wire, flux linkages, insulating coatings, and iron powder cores. Together, these components help provide the 3613C100K with its excellent performance characteristics.

The 3613C100K can be used in a wide range of applications, such as power supply applications, audio-video applications, digital signal processing, and telecommunications. It is very reliable due to its low electrical resistivity and excellent temperature stability. It is also known for its wide frequency range and low DCR. These characteristics make the 3613C100K highly reliable in most applications, which is why it is frequently used in high-tech electronics.

The working principle of the 3613C100K is based on the Faraday Law of Induction. This law states that when a changing magnetic field passes through a circuit, an electrical current is induced in the circuit. In this case, the 3613C100K contains windings in a ferrite or iron core which creates a magnetic field. When AC current passes through the windings, a changing magnetic field is generated, and this in turn induces the proper electrical current in the circuit.

The 3613C100K uses a specific inductance value in order to achieve efficient performance. This value is measured in Henrys (H). The inductance determines the amount of AC current which gets induced in the circuit, as well as the amount of magnetic flux and power dissipated across the circuit. Increased inductance values result in increased power, while low inductance values can limit the amount of AC current that gets induced in the circuit.

To sum up, the 3613C100K is a highly reliable three-terminal inductor. It is commonly used in power supply, audio-video, digital signal processing and telecommunications applications. It utilizes the Faraday Law of Induction to induce a proper electrical current in the circuit. Its inductance value is often provided in Henrys, which is a measure of the efficiency of the product. With high efficiency and excellent temperature stability, the 3613C100K is a great choice for a variety of applications.