4922R-35J

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Fixed inductors generally come in two types: SMD and through-hole, and each with its own unique features. The 4922R-35J is a fixed inductor designed for SMD circuits. The component is a mid-range, moderate impedance, moderate current SMD inductor, with a wide working range and low DC resistance.

The 4922R-35J is designed for use in power conversion, EMI filter, and RFIC applications. The component has a compact size and low DC resistance, making it ideal for power supplies, filters, and transformers. The component has a rated inductance of 47uH with a tolerance of ±20%, an operating temperature range of -55℃ to +85℃, a self-resonant frequency of 3MHz, and a rated current of 600mA.

The principle behind the working of the 4922R-35J inductor is based on the principle of Faraday\'s Law of Induction. This law states that an electric field is generated whenever a magnetic field passes through a conductor. As current flows through the inductor, a magnetic field is generated, which induces an electric field in the conductor. The electric field creates a current that is opposite in direction to the direction of the original current. This is known as an inductance, and is measured in inductance or ohms. The inductance is then used to reduce the current level, regulate the voltage, or both.

The inductance of the 4922R-35J can be altered depending on the desired results. The component can be adjusted to increase or decrease the value of the inductance. The inductance can be adjusted to increase the current flow, reduce the power consumption, or provide a higher output voltage. In addition, the component can be adjusted to reduce the unwanted harmonics produced by the component, making it suitable for high-frequency applications.

The 4922R-35J is an invaluable component when considering power conversion and EMI filter and RFIC applications. The component has a wide range of operating capabilities, a mid-range inductance, and a low DC resistance, making it an essential component of any power supply or filter. The adjustable inductance, combined with the Faraday Principle of Induction, allows the component to reduce the electric current, regulate the voltage, or both.

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