ELL-SFG1R2NA

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Fixed inductors are components used in various electronic circuits. In particular, they are used to store electrical energy in the form of a magnetic field. They can also be used to couple signals from one circuit to another or to provide a signal path for power. One type of fixed inductor is the ELL-SFG1R2NA inductor.

The ELL-SFG1R2NA is a chip inductor (or surface mount inductor). It is a type of fixed inductor — meaning the inductance is fixed. The inductance is usually specified in henries. The ELL-SFG1R2NA is a small, multilayer ceramic chip inductor which has low self-resonance, low loss, high current capacity, and high Q factor.

The physical dimensions of the ELL-SFG1R2NA are 0.55 x 0.55 mm. It has a rated power of 0.3 W (at 25℃) and an inductance range of 0.22 - 10nH. The type of material used in the construction of the ELL-SFG1R2NA is a multilayer ceramic dielectric material. The operating temperature range is -40°C to +125°C, and the maximum operating frequency is 5GHz.

The ELL-SFG1R2NA is used in various types of electronic circuits. These include radio frequency (RF) circuits, digital circuits, industrial controls, and medical equipment. The primary application of the ELL-SFG1R2NA is for frequency control, although it can also be used as an impedance matching component. The ELL-SFG1R2NA can also be used to reduce noise and increase the sensing range of a circuit.

The principle of operation of the ELL-SFG1R2NA is based on the property of inductance. When current flows through a coil (or an inductor) a magnetic field is generated. This magnetic field induces a voltage in the coil. The induced voltage is proportional to the change in current flowing through the coil. This property of inductance is used to control the frequency of oscillation in a circuit. By varying the value of the inductance, the frequency of oscillation can be adjusted.

In conclusion, the ELL-SFG1R2NA is a type of fixed inductor used in many different types of electronic circuits. Its primary application is for frequency control, although it can also be used as an impedance matching component. The principle of operation is based on the property of inductance — when current flows through a coil a magnetic field is generated, and this induces a voltage in the coil.

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