RL895-390K-RC

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Fixed inductors are essential components in an electronic circuit. They store energy in an electric field and are designed to have a specific inductance value. The RL895-390K-RC is a common-mode choke with a 360uH inductance.

The primary application field of the RL895-390K-RC is power supply and voltage regulation circuits. Its purpose is to block DC signals while passing AC signals. The choke helps to keep power supply in a stable condition by reducing the flow of high-frequency interference signals.

Another common application is in EMI suppression. This application requires a careful selection of either an inductor or capacitors. By using an inductor, it can reduce noises in a wide spectrum, from low frequency up to relatively high frequencies. The RL895-390K-RC is known for its excellent high-frequency noise reduction in audio signal supplies, radios, dishwashers, etc.

In addition, the RL895-390K-RC is also popularly used in audio-equipment in order to reduce the level of AC noise. This choke yields better suppression compared with other varieties in the same category due to its superior power handling capability. As such, the RL895-390K-RC is a popular choice for audio equipment in the entertainment industry due to its low audible noise.

The working principle of the RL895-390K-RC is the same as any other fixed inductor. It works by storing energy in an electric field. When current flows through the interwinding, an electromagnetic field is created that causes an opposing current to flow. This opposing current, or inductance, is what helps to block DC signals while passing AC signals.

The RL895-390K-RC is a popular and reliable choice for applications including power supply, voltage regulation, EMI suppression, and audio-equipment. Its excellent power handling capability enables it to reduce AC noise in a wide spectrum, from low to high frequencies. As such, its working principle is based on the storage of energy in an electric field, which generate opposing current that helps to block DC signals while passing AC signals.

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