S0402-22NF3C

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Fixed inductors are passive electronic components that store energy in the form of a magnetic field. They are typically used in power supply and signal processing applications to control voltage and current flow.The S0402-22NF3C is an example of a fixed inductor. It is a miniature, surface mount component with a footprint of 0402. The component is waterproof and ideal for applications close to the PCB or other electronic components.

The S0402-22NF3C has the following electrical properties: inductance of 22 nH, maximum DC resistance of 120 mOhm, maximum DC current of 390mA, maximum DC current rating of 42.7 mA, rated SRF of 660 MHz, and temperature coefficient of 8500ppm/°C.It also has the following mechanical properties: height of 2.71mm, width of 1.52mm, yoke height of 0.63mm, weight of 0.2g and insulation resistance of 1000 MOhms.

The S0402-22NF3C is a popular choice for fixed inductor applications, including applications that require signal conditioning, filtering and matching of transmission lines. Its high inductance and low DC resistance make it suitable for DC/DC converters, circuits with a limited current range, radio frequency communications, and low-frequency high voltage power supplies.The S0402-22NF3C has also been used in mixed signal systems, radar systems, and automotive electronics.

The S0402-22NF3C works on the principle of self-inductance. Self-inductance is the ability of an inductor to induce a voltage when current flows through it. When a current is applied to the component, a voltage is induced at the opposite end of the winding due to the self-induced current. This causes a magnetic field to build up. This field increases in strength as long as there is current flowing through the winding. When the current is interrupted, the magnetic field will begin to collapse and induce a voltage in the opposite direction, allowing for regulation of voltage and current in the circuit.

In summary, the S0402-22NF3C is an example of a fixed inductor. It has high inductance and low DC resistance, making it suitable for many applications, including power conversion, signal conditioning and high-frequency communications. It works on the principle of self-inductance, where a magnetic field is built up when a current is applied and collapses when the current is interrupted, allowing for the regulation of voltage and current in the circuit. This makes the S0402-22NF3C an ideal choice for many applications.

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