SP1210R-222G

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Fixed inductors are electronic components that store energy in a magnetic field. The SP1210R-222G inductor can be classified as a fixed inductor because it operates via static induction.

TheSP1210R-222G is a compact 1.2mm x 1.0mm x 1.0mm size, making it an ideal choice for high density designs. It is designed usinga proprietary thick film process and is available with an operating temperature range of -40°C to +105°C. The inductor features a low profile of just 0.6mm and has a maximum DCR of 0.06Ω. The operating frequency range of this inductor is from 0Hz to 3MHz.

The SP1210R-222G fixed inductor utilizes a ferrite core material to create the inductance. The core material within the inductor is the primary component that creates the magnetic field and stores the generated energy. When current is applied to the inductor, a magnetic field is created. This magnetic field then interacts with the material that forms the inductor\'s core causing an energy exchange between it and the magnetic field. This energy exchange creates an induction that is measured in microhenries. The inductance measurement gives an indication of the amount of resistance the inductor offers to changes in current. This helps to filter spurious signals and noise from the circuit.

Theapplication for the SP1210R-222G is quite diverse. Its small size, wide operating temperature range and excellent high frequency characteristics makes it an ideal choice for high density designs. It is commonly used in cellular phones, digital cameras, tablets, industrial controllers and various other consumer electronic devices. It is also often employed in radio amplifiers, robot controllers and medical equipment where high-frequency signals and noise attenuation are required.

Theworking principle for the SP1210R-222G induction is simple and efficient. When current is applied to the inductor it creates a magnetic field which interacts with the inductor core material. This interaction creates an energy exchange between the inductor and the magnetic field in the form of induction which is measured in microhenries. The inductance measurement gives an indication of the amount of resistance the inductor offers to changes in current, allowing for the filtering out of spurious signals and noise from a circuit.

In conclusion, the SP1210R-222G is a compact, fixed inductor used in a variety of high density applications due to its small size, wide operating temperature range, and excellent high-frequency characteristics. It utilizes a ferrite core material which produces a magnetic field to store energy and create an induction that is measured in microhenries. This induction acts as a filter for spurious signals and noise, helping to regulate a circuit and maintain optimum performance.

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