CIL10S220KNC

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Fixed Inductors encompass a range of passive components that store energy or respond to current by producing a magnetic field. These components are commonly used in phase-shifting circuits, when you need to delay signals by a specific amount of time. One such component in this field is the CIL10S220KNC inductor, which is designed for use in high-frequency and power electronics designs.

The CIL10S220KNC is a shielded 10-µH inductor, with a low profile of only 0.3 inches. It is constructed with an iron-based ferrite core and enamelled copper wire, which provides high inductance and current handling capability while keeping core losses to a minimum. The core material also helps to provide excellent thermal performance, allowing the CIL10S220KNC to handle high current peaks without risk of overheating.

The CIL10S220KNC is designed for high-frequency applications in power electronics, such as switching power supplies, DC/DC converters, solar inverters and motor control circuits. As such, it is able to handle high current peaks of up to 20A and high frequency signals up to 1 MHz. The low profile of the CIL10S220KNC also makes it well suited to placing within tight space constraints, such as in motor control and telecoms circuits.

The CIL10S220KNC works on Farady’s law of induction, which states that a voltage will be induced in a coil when a changing magnetic field passes through it. When the CIL10S220KNC is placed in a circuit, the current passing through it produces a magnetic field which then creates an opposing electromotive force, which opposes the flow of current and generates a voltage. The CIL10S220KNC thereby functions like a voltage regulator, allowing precise voltage regulation in high-frequency power circuits.

The CIL10S220KNC is a versatile and reliable choice for use in high frequency or power electronics designs. Thanks to its ferrite core, it is able to handle high current in a low thermal profile, making it suitable for use in applications with tight space constraints or heat-sensitive components. As a result it is used in a range of industries and markets, from medical imaging devices to renewable energy applications.

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