0925R-222J

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Fixed Inductors

Fixed Inductors are a type of passive electronic component used to store energy in a magnetic field, where the component\'s inductance doesn\'t change significantly with applied voltage or current. Used for a variety of applications, from filtering and buffering circuits to providing signal phase shifts, fixed inductors come in many shapes and sizes, with the most common being cylindrical and wound coils.The 0925R-222J is a type of fixed inductor, and one of the most common types. It is a radial-leaded, small-medium size component with a 2.4mm diameter. The component\'s inductance is 222uH ±5%, with a rated current of 4.2A. It has an unloaded DC resistance of < 0.06 ohms and high Q characteristics.The material used in the construction of the 0925R-222J has characteristics that provide the component with a high performance, while still being cost-effective, making it a popular choice for many applications. The material is composed of a high permeability magnetic core, high-grade copper winding, a thermoset caulking compound to seal the device and prevents ingress of environmental agents, and a tin-plated outer shell to protect the copper wiring.The 0925R-222J can be used in a variety of applications. It is most commonly used to filter out high-frequency signals, and to reduce electrical noise. It is also often used in circuits that require heavier load inductive loads, such as in DC/DC converters, where the inductor acts as a host for storing energy as it enters the circuit. Additionally, the inductor can also be used in applications where a stable current source is needed, such as in power supplies, and can be used to reduce ripple current on power lines.The 0925R-222J fixed inductor works by creating a self-induced electromagnet field, with the current being passed through the copper wire being self-induced. The voltage across the turns of wire is proportional to the rate of change of the magnetic field and, therefore, the current. This is known as inductance, and when the current flow through the component is constant, the magnetic field remains the same. This magnetic energy stored in the component is then returned to the circuit, meaning that the current has been buffered and stored, allowing for a smoother flow of current throughout the circuit.

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