RLB0913-104K

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Fixed Inductors

Fixed inductors are passive components that store energy in the form of a magnetic field. They can be made from either copper wire, ferrite cores, or other material that can carry electrical current through a conductor. The most common type of fixed inductor is the coil. That is when a conductor, usually a metal wire, is wound around a ferrite core. The core material is an important part of an inductor, as it affects both the inductance and the amount of voltage or current each type can handle.

RLB0913-104K Application Field and Working Principle

RLB0913-104K is a fixed inductor that is designed for quick response in high performance applications. The nickel-plated copper wire & ferrite core construction makes this inductor reliable and accurate. It is suitable for use in frequency control and signal isolation circuits. Furthermore, it provides efficient and low-loss operation for high-frequency switching applications.

The RL0913-104K provides a high self-resonant frequency of 12MHz. Its high efficiency and energy-saving characteristics make it an ideal choice for use in a wide variety of power- and energy-dense applications. With its large-common mode line-to-line choke, RL0913-104K provide excellent high frequency noise suppression to deliver improved system performance in a variety of applications.

At the heart of the RL0913-104K is a high-grade ferrite core. The ferrite core is designed to reduce losses caused by core saturation. This reduces the total energy consumed by the inductor and allows it to operate at a higher efficiency. The rectangular nickel-plated copper wire construction increases the energy efficiency of the inductor while allowing for high power switching applications.

The RL0913-104K inductor is designed to withstand high current, which results in low losses. This makes it highly efficient in a range of applications ranging from portable electronic devices to power supplies. Its inductance of 104 mH allows it to regulate current and voltage in precision circuitry. Its minimum Q factor of 8 makes it an excellent choice for broadband communications applications.

The RL0913-104K inductor is an excellent choice for high-performance, efficient, and reliable inductors. Its high-grade ferrite core and nickel-plated copper wire construction make it an ideal choice for a wide variety of applications. Its energy efficiency and low losses make it highly efficient in many power and energy-dense applications. It is suitable for use in high-frequency switching applications or for precision circuits in broadband communications.

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