CIH02T5N6SNC

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Fixed Inductors

Fixed inductors, also known as inductive circuits, are passive components used to generate an electric field. A fixed inductor is actually an unpowered, non-oscillating, inductor circuit. It is composed of an inductor, capacitor, and resistor. The inductance of a given inductor is usually determined by its coil structure and surrounding material. The coil is usually composed of multiple conductors that are coiled around a core material, such as an iron core, and an insulator. A capacitor is used to control the discharge of energy from the inductor.

CIH02T5N6SNC Application Field and Working Principle

The CIH02T5N6SNC is a type of fixed inductor that is specifically designed for high frequency applications. It has an inductance of 5µH with a rated current of 7A and an operating temperature range of -55°C to +125°C. The core of this type of inductor is made from ferrite, which is an electrical insulator, and the coil is composed of multiple layers of copper wire for increased inductance. This type of inductor is typically used for high frequency filter applications, amplifier circuits and other radio frequency type applications.

At the operating frequency, the input signal is converted into an AC form, and the inductor generates a magnetic flux that passes through the core and the coil. The changing magnetic flux in the core generates an electric field, causing current to be induced in the coil. The generated current is then used as an output signal. The inductor also acts as a filter, allowing low frequency signals to pass while blocking out high frequency signals.

The CIH02T5N6SNC can also be used in paralleling applications, such as voltage regulators. When two or more inductors are used in a parallel configuration, they can act as a single inductor. This can be used to increase the current and magnetic field formed, thus allowing different kinds of currents to flow. The output current is determined by the equivalent inductance of the total circuit.

Fixed inductors are essential components in many electronic circuits, and the CIH02T5N6SNC is specifically designed for high frequency applications. It has excellent performance characteristics and is well suited for use in high frequency filter applications, amplifier circuits and other radio frequency type applications. Its superior performance and high operating temperature range make it an ideal choice for use in high-performance electrical and electronic products.

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