SCH4312-560

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Fixed Inductors

Fixed inductors refer to a wide range of components that primarily act as electrical energy storage devices. Generally, they are designed to provide a constant inductance operating over a wide range of frequencies and currents. Fixed inductors are defined as any device with a coil or ferromagnetic core that affects its inductance. They are available in various sizes, shapes and power ratings.

One example of a fixed inductor is SCH4312-560. This device is designed to provide excellent current carrying capacity up to 9.5A DC while maintaining a very low AC losses at frequencies up to 10MHz. By connecting SCH4312-560, the higher frequency components can be filtered and controlled in order to minimize harmonic noise disturbances. Other benefits of using SCH4312-560 include its very low winding losses and excellent magnetic shielding properties.

Applications of SCH4312-560

SCH4312-560 is used in a wide range of applications that require high-current carrying capability and efficient filtering. These include power supplies, inverters, switched-mode power converters, motor drives and switched-mode power amplifiers. Additionally, its magnetic-shielding capabilities make it ideal for applications such as high frequency oscillators, differential frequency devices, and microwave circuitry.

SCH4312-560 is also used in low DC-resistance applications such as power management circuits, rectifiers, cathode-ray oscilloscope wave-forms, electronic filters and ceramic capacitor bypass applications.

Working Principle of SCH4312-560

SCH4312-560 operates on the principle of electrical inductance. This means that an electric current, passing through the coil, induces a magnetic field that produces a voltage in the coil. This voltage is proportional to the rate of change of the current. This phenomenon is also known as Faraday’s Law.

The inductance of SCH4312-560 is determined by the number of turns in its coil, the core material used and the diameter of the wire. By choosing the appropriate combination of these components, SCH4312-560 can provide high inductance for applications that require filtering and controlling of higher frequency components.

At a Glance

Overall, SCH4312-560 is suitable for both AC and DC applications and provides excellent current carrying capacity with very low winding losses. Its wide operating frequency range, magnetic shielding properties and low DC resistance make it an ideal choice for a broad range of projects.

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