SDR7030-102K

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Fixed inductors are coils consisting of a conductive material which can be round wire, a flat strip, or a printed pattern. They have one or more close-formed turns that create a magnetic field and then act as an inductor in an electronic circuit. Fixed inductors are used in many applications such as power supply, frequency and timing control, resonant circuit, noise reduction, filtering, and signal transformation. One of the most popular fixed inductors is the SDR7030-102K.

The SDR7030-102K is a 1.2 MW fixed inductor with an inductance of 102K. It is available in SMD (surface mount device) and is typically used in consumer electronics, automotive, industrial, computer, and telecom applications. It has a temperature rating of -55°C to +125°C and has both RoHS and EMI certifications. The SDR7030-102K is a high-performance, cost-effective, and reliable device that is both easy to assemble and disassemble.

The SDR7030-102K offers three advantages over other fixed inductors. Firstly, its low parasitic capacitance and high-Q guarantee low-noise performance with minimal attenuation. Secondly, its accuracy and high-temperature stability guarantee reliable performance in critical applications. Lastly, its design feature excellent RF suppression capabilities.

The working principle of the SDR7030-102K is simple but highly effective. It uses its inductance to oppose changes in electric current, which are created when an electrical circuit is switched on. When a current is applied, the magnetic flux generated around the inductor opposes the change in the current, and it stores energy in its electric field until the current is released. The stored energy is then converted into an electromagnetic force, allowing the inductor to create an opposing change in the electric current.

In short, the SDR7030-102K\'s fixed inductor is a versatile and cost-effective solution for many applications. Its high-performance, accuracy, and stability guarantee reliable performance in a variety of situations. And its easy assembly and disassembly makes it an ideal choice for applications where maintenance and repair are frequent. The SDR7030-102K\'s working principle also allows it to create an opposing change in electric current, making it a valuable component for power-sensitive circuits.

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