AISR-875-561L

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Fixed Inductors are often used as inductive components for energy storage, filtering, radio frequency and active compensation. The most popular type of fixed inductors is AISR-875-561L. This type of inductors has a wide variety of applications such as AC/DC converters and low voltage converters. Its working principle is that it has two coils, one that is connected to the power source, and the other one is connected to the circuit circuit.

The AISR-875-561L is made up of two cylindrical coils with high permeability cores and is designed for smooth inductance. The two coils are wrapped around a center core which helps to maintain the circuit\'s inductance and prevents the inductance from changing as the power frequency changes. This type of inductor provides the circuit with stability, accuracy and improved efficiency.

The inductance of AISR-875-561L is adjustable as it contains three tapped coils, a main coil and two auxiliary coils. The main coil is used for the wire connection, while the two auxiliary coils are used for adjusting the inductance of the circuit and for providing the required inductance at different power frequencies. These coils are made of nickel-zinc ferrite material, and they are wound in different shapes, depending on the application.

The working principle of the AISR-875-561L is very simple and easy to understand. When an AC current is passed through the main coil, a magnetic field is created around it. The two auxiliary coils are then used to control the magnetic field so that the inductance of the circuit can be adjusted. This type of inductor provides the circuit with enhanced stability, accuracy, and efficiency.

The AISR-875-561L is used in a variety of applications such as radio frequency applications, power supplies, and other electronic circuits requiring fine tuning. It also has a number of advantages like increased power flow, good temperature stability, and low loss of energy. The inductor is also suitable for high current applications.

The AISR-875-561L is an excellent choice for inductive components because of its wide application, efficiency and stability. It provides a high level of performance and is an excellent choice for applications requiring precise control and accuracy. It is also a great choice for radio frequency applications, which requires high power efficiency.

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