B82464Z4153M Inductors, Coils, Chokes

Fixed Inductors

Fixed inductors, also known as chocks, are electronic components used in various applications which include radio frequency interference (RFI) reduction, high frequency filtering, decoupling, and antenna applications. A fixed inductor is typically made from a single component with an air core, meaning there is a lack of any core material such as iron which is normally used in inductors. This results in higher Q factors and higher inductance values compared to variable inductors, making fixed inductors highly beneficial for applications such as RFID and digital circuits.A B82464Z4153M fixed inductor is a commonly used type of inductor which is specially designed for low-loss applications, and can handle currents up to 10A with a peak current of 15A. It is a ferrite core component with a rated inductance of 4.7µH and a saturation current of 17.1A. This type of inductor has a high self-resonance frequency, high maximum voltage rating, and is designed for surface mount applications.The working principle behind a fixed inductor is relatively simple. The B82464Z4153M inductor is designed with two plates with a winding of wire between them, which acts as an inductor. When an electrical current flows through the wire, the current flowing in one direction induces a magnetic field in the other. This generates a back electromotive force (EMF) which opposes the current flow and results in inductance.The application field of the B82464Z4153M fixed inductor is quite wide. It is commonly used in mobile phones, digital cameras, GPS systems, computer motherboards, microwave ovens, TV sets, power supplies, and many more electronic products. The inductor is usually integrated into these products as part of a filter or RF shielding component, and it is important in maintaining signal frequency accuracy and enhancing signal transmission.The B82464Z4153m inductor has a variety of advantages over other types of inductors such as lower power consumption, higher frequency response, improved signal integrity, and high reliability. This makes it one of the most widely used components in modern electronics.