CIH03QR10JNC

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Fixed Inductors are amongst the most common electrical components due to their broad range of applications and robust construction. The CIH03QR10JNC Fixed Inductors are no exception; this specific type is utilized in a variety of circuits requiring reliable energy storage.The CIH03QR10JNC is a 10nH Unshielded Inductors with Ferrite Core and 120mA Rated Current. The induction of the CIH03QR10JNC is measured at 10nH +- 20%, with a tolerance of 0.3 ohm. It is specifically designed for use in the multi-layer ceramic capacitor application.Fixed Inductors such as the CIH03QR10JNC are non-moving parts; as such, they can be used in either low frequency or high frequency applications. They are commonly found in circuits that require inductive reactance or energy storage, such as: frequency converters, electronic filters, transistor circuits, transformers, anti-islanding circuits, media-gate circuits, and voltage-controlled oscillators.The CIH03QR10JNC offers numerous advantages over other inductors. As the core of the inductor is composed of ferrite, the minimal amount of vibration or movement withstanding is improved, making it suitable for a wide variety of environments. Furthermore, since the CIH03QR10JNC uses a strong magnetic field to store energy, the induction value remains relatively constant, even under extreme temperature swings.The working principle of the CIH03QR10JNC fixed inductor is based on Faraday’s law of induction. This law states that when a wire coil is placed within a magnetic field, a voltage is induced in the coil. This voltage is known as the induced EMF, or electromotive force. The CIH03QR10JNC takes advantage of this principle by using a core made of ferrite parts, which is responsible for the supply of flux. This flux links the turns of the coil, allowing for the reliable storage of energy.In conclusion, the CIH03QR10JNC Fixed Inductors are widely used in various types of circuits due to their reliable and efficient energy storage capacity. Their core made of ferrite offers them the ability to withstand vibration and temperatures swings, while Faraday’s law of induction allows the reliable induction of energy.

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