LQW18ANR36J8ZD Inductors, Coils, Chokes

Fixed Inductors are components consisting of a wire wound around a core. The core is made of soft iron, ferrite, powdered iron, ceramic, or other conductive material, and works to reduce losses and increase the inductance. The LQW18ANR36J8ZD is a type of fixed inductor with a compact size and high-Q value, making it ideal for high-frequency applications.

Its application field includes a variety of power transmission, conversion, and other AC applications, such as ballasts, fluorescent lamps, LED lighting, switchmode power supplies, and low-voltage AC power control circuits. It is also used in the manufacture of computers, cell phones, as well as other electronic products. The inductor has a low parasitic reactance, low heating conditions, low noise, and high frequency characteristics which makes it suitable for applications such as impedance matching, noise suppression, energy storage, and interference reduction.

The working principle behind fixed inductors is relatively simple. An alternating current (AC) flows through the inductor, making the chosen core material act as a magnet and generate a magnetic field. This field then opposes any changes to the current, which is what creates the inductance. When the current decreases, the magnetic field will collapse and release an energy burst. This is known as an inductive kickback.

Fixed inductors such as the LQW18ANR36J8ZD come with a variety of density and shape parameters. Depending on the application, they can be configured with different configurations like low- parasitic reactance, low ESR, and other characteristics. Furthermore, the inductor also minimizes the risk of having a large DC loss. This makes the LQW18ANR36J8ZD an ideal choice for applications which require a reliable and cost-effective solution.

In conclusion, the LQW18ANR36J8ZD fixed inductor is a perfect example of a reliable inductor component that is capable of delivering reliable performance and reliable cost savings. It is suitable for a variety of applications including power conversion, impedance matching, noise suppression, energy storage, and interference reduction. Furthermore, it is also capable of managing high-frequency applications and low voltage AC power control circuits. As such, it represents a perfect choice for those looking for an inductor solution with the highest level of reliability and performance.