B82477R4152M100

Fixed inductors are widely used in electrical and electronic equipment, such as radio, television, audio, computer and communication device. This article is about B82477R4152M100, a fixed inductor that is used in printed circuit boards or other applications.

B82477R4152M100 is an impedance component, specifically an inductor, with a ferrite core, and is composed of an iron-aluminium-silicon-magnesium alloy. It is classified as a fixed inductor, meaning that it is used to induce a voltage when a current passes through it.

B82477R4152M100\'s application field mainly involves filtering, coupling & decoupling, noise suppression and resonance circuits. The inductor is compact, and has been designed to meet the demands of handheld electronic devices and other applications. The device has a wide frequency range, with specifications for frequency starting at 10KHz and up. With a max working current of 2.4A, its design ensures minimal resistive losses

B82477R4152M100 works by using a fixed form of a winding inductance. As current passes through it, the winding generates a magnetic field which induces an opposing voltage, creating a certain amount of stored energy in the windings. This interaction between the voltage, current and magnetic field is the basis of inductance.

Thanks to its good heat dissipation, B82477R4152M100 has excellent frequency response, and can also be used in a wide variety of applications. It works well in controlling current and has low resistance losses compared to other components. It also provides increasing impedance while frequency increases, making it a great choice for noise suppression.

In conclusion, B82477R4152M100 is a fixed inductor that has been designed to meet the demands of electrical and electronic devices. It is mainly used for filtering, coupling & decoupling, noise suppression and resonance circuits, with its wide frequency range making it ideal for these applications. Thanks to its heat dissipation, the inductor provides excellent frequency response, and also offers low resistance losses, perfect for controlling current and noise suppression.