CIGW252012GM1R0SLE

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Fixed Inductors

Fixed inductors are electronic components that are designed to store and transport energy in the form of a magnetic field. These devices, also known as inductors, coils or chokes, are used to suppress electrical noise and to control and filter the frequency or timing of electrical signals. The CIGW252012GM1R0SLE inductor is a two-wire, surface-mount, ferrite-core type inductor.

Application Field

The CIGW252012GM1R0SLE inductor is designed for use in applications ranging from power supply decoupling and noise control to signal protection and filtering. They are particularly useful in electronic circuits where low power operations are required. These devices are used to prevent signal distortion and to provide electrical stability for numerically controlled components, such as amplifiers and timers.

CIGW252012GM1R0SLE inductors are suitable for use in a variety of audio applications, including car audio, speakers and amplifiers. The high-frequency characteristics of the device make it suitable for use in wireless communication systems, such as GSM and WCDMA cell phones. They are also used in electric and electronic equipment, such as televisions, air conditioners, and digital consumer products.

Working Principle

The basic working principle of the CIGW252012GM1R0SLE inductor is based on the phenomenon of inductance. Inductance is the ability of an electric circuit to resist a change in electric current. The electrical current creates a magnetic field around the inductor, and the changing magnetic field induces an opposing current in the inductor. This current, known as the inductive reactance, opposes the change in current, thus creating resistance.

When the CIGW252012GM1R0SLE inductor is placed in a circuit, electrical current creates a magnetic field, which induces a voltage across the coil. This induced voltage creates an opposing current, known as a back EMF, which resists changes in current. This back EMF acts as a damping force, resulting in a slower response time for the inductor.

CIGW252012GM1R0SLE inductors are designed to provide high-frequency performance by incorporating ferrite cores. The cores are composed of air gap, which creates a high magnetic reluctance. This high magnetic reluctance improves the inductor\'s high-frequency performance, allowing it to operate at higher frequencies without incurring signal distortion.

CIGW252012GM1R0SLE inductors also have a low DC resistance, which helps to reduce power loss during operation. The low DC resistance helps to reduce the energy consumption of the device, thus improving its overall efficiency. The low DC resistance of CIGW252012GM1R0SLE inductors also makes them suitable for use in applications requiring low power operations.

The CIGW252012GM1R0SLE inductor is designed to provide reliable and long-lasting performance. The high-quality components that are used in the construction of the device help to ensure that it is capable of operating at very high frequencies without incurring signal distortion. The quality of the components helps to ensure that the inductor can perform consistently, even under harsh conditions.

In summary, the CIGW252012GM1R0SLE inductor is a two-wire, surface-mount, ferrite-core type inductor that is designed for use in applications requiring low power operations such as power supply decoupling and noise control. The device utilizes the phenomenon of inductance to store and transport energy in the form of a magnetic field, creating an opposing current known as the inductive reactance and providing electrical stability for numerically controlled components. The high-quality components used in the construction of the device help to ensure that it can operate at very high frequencies without incurring signal distortion.

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