108-183G

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Fixed Inductors are types of passive electronic components that are used for various applications such as signal filtering, power supply regulation, and voltage transformation. The inductors come in a variety of shapes, designs, and sizes, including models such as the 108-183G Series. This series is particularly well-suited for applications that require high-voltage performance and low-noise characteristics. Specifically, the 108-183G Series is designed for use in RF circuits, high-frequency radio systems, and other precision-operated instruments.

The 108-183G Series is capable of withstanding high peak currents, making them suitable for high-power applications. Furthermore, they generally feature low ESR (equivalent series resistance) and DC resistance, making them ideal for a range of power switching and other regulated power circuits. Further, they are built with materials that allow for low-tempco coefficients, which means that the inductance remains stable throughout varying environmental conditions.

In terms of their construction, the 108-183G Series is a combination-type fixed inductor that has a ferrite core wrapped with a thinner layer of either aluminum-manganese alloy or copper wire. This construction technique helps reduce core losses while increasing inductance. Additionally, the series also feature air gaps in their construction that further reduce unwanted parasitic capacitance in the circuit.

In terms of their performance, the 108-183G Series is capable of providing up to 10% tolerances with a peak-to-peak flux of up to 1/2 Tesla. The series is also rated for a wide range of operating temperatures, generally ranging from -25 to 150°C. In terms of its general tolerance, the series typically ranges within +30 to -90%, depending on the specific product.

In terms of its general working principle, the 108-183G series functions by creating a magnetic field around the wire coil inductor. As alternating current is applied, the magnetic field around the inductor changes as it alternates between forward and reverse, creating an oscillatory inductance. This inductance in turn affects the voltage and current in the circuit, thus creating the desired effect.

Overall, the 108-183G Series is a highly efficient and reliable fixed inductor that is suitable for a variety of applications. Its combination construction allows it to handle peak currents while also reducing core losses and parasitic capacitance. Furthermore, its wide operating temperature range and high-tolerance makes it an ideal choice for applications where high-voltage performance and low-noise characteristics are a must. As such, it is no surprise that the series is a popular choice for RF circuits, high-frequency radio systems, and other precision-operated instruments.

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