PD104R-683K

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Fixed inductors are vital components that are used in the development and functionality of electronic circuits. The PD104R-683K is one such fixed inductor. It provides the necessary inductance to the circuit in order to enable the flow of electric current. Fixed inductors have the ability to store energy for later use in the form of a magnetic field, allowing the device to perform functions such as regulating power levels.

The PD104R-683K is an open-style inductor, possessing a toroidal core with high-temperature insulation. This component is constructed with a UL 94V-0 rated thermoplastic resin material in order to guard against environmental effects such as elements, gases, and liquids. The inductor has a maximum inductance of 4.735 microhenrys, and an operating temperature range of -40°C to + 105°C. It is rated for a DC current of 500mA, with a saturation voltage of 2.48V and insulation resistance of 100MΩ.

The PD104R-683K fixed inductor is mainly used for applications that require a lot of current but have limited space. In Telecommunications, this type of inductor can be used for Line Interface Circuits, Pulse Transformers, Local Oscillator Transformers, and Pulse Transformers. The inductor can also be used in digital audio applications, making it ideal for home theater systems, stereo systems, and headphones.

The PD104R-683K works by providing the necessary inductance in order to enable a flow of current through the circuit. The inductor stores energy in the form of a magnetic field, and its resistance flows in opposition to changes in current. This type of circuit component is especially useful in power circuits, where the connection of a fixed inductor can prevent a sudden surge of power and increase the efficiency of the device.

In conclusion, the PD104R-683K is an open-style, high-temperature rated fixed inductor, mainly used for current related applications in Telecommunications and Audio systems. Its inductance, maximum current, saturation voltage, and temperature ratings make it an ideal choice for such applications, as it is able to regulate power levels and protect circuitry from surges.

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