B1179BS-3R3N=P3 Inductors, Coils, Chokes

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Fixed inductors are electrical components that are used in many electronic circuits. They are wound or molded into various shapes and sizes, and come in both air-core and ferromagnetic-core constructions. The B1179BS-3R3N=P3 is a high-quality fixed inductor that provides excellent performance in a variety of applications.

The B1179BS-3R3N=P3 fixed inductor is designed to be an efficient energy storage solution in a wide range of electronic circuits. It is a high-performance component that offers excellent features such as resistance to heat and vibration. It is also able to maintain its electrical characteristics over its operational temperature range. The B1179BS-3R3N=P3 has a low leakage inductance, high current rating, low Q-factor and low power loss.

The B1179BS-3R3N=P3 fixed inductor can be used in critical signal applications, such as high-frequency amplifier and RF circuits, where its low leakage inductance provides superior noise suppression. It is also suitable for use in power-factor correction (PFC) circuit topologies, such as boost, buck, and flyback regulators. Furthermore, it can be used in auto-ranging, voltage-controlled oscillators, AC-DC converters, and power-supply controllers. It is also ideal for use in automotive and industrial applications where a reliable power source is critical.

The B1179BS-3R3N=P3 fixed inductor works by storing an electrical charge when current flows through it. The inductance of the device defines the amount of energy it can store. Electromagnetic field is created inside the device when the current flows, and this field stores the energy. When the current is removed, the energy stored in the electromagnetic field is gradually released. The released energy is then dissipated in the form of heat.

The working principle of fixed inductors can be demonstrated using the equation L=(1/2) × N × (μr)^2 × (A/90). In this equation, L stands for inductance, N stands for number of turns, μr stands forrelative magnetic permeability, A stands for magnetic area, and 90 stands for the angle of field produced by the magnetic flux. The equation shows that when a current passes through the inductor, the inductance of the device will be determined by the number of turns, the relative magnetic permeability, and the angle of the field produced by the magnetic flux.

The B1179BS-3R3N=P3 fixed inductor is an excellent choice for use in a variety of applications. Due to its excellent electrical characteristics and performance, it provides reliable power-supply regulation with minimal power loss. Furthermore, its low leakage inductance helps to limit EM interference. It is a reliable component that is perfect for use in a wide range of applications.

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