P160R-683GS

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Fixed inductors, in electronic circuitry, are passive components used to create inductance for various purposes. The P160R-683GS is a type of fixed inductor designed for use in AC circuits. It is typically used as an AC filter or an audio frequency rejection filter. It is also used in power supply circuits, such as buck converters, bridges, and power supplies.

The P160R-683GS consists of a constructed inductor with a ferrite core, as well as a pulley, and other specific components to allow for adjustment of the inductance. It has a rated inductance of 160uH and a rated current of 1.5A. The maximum switching frequency is 100kHz and the operating temperature range is -40°C to +85°C.

The P160R-683GS is used in AC circuits for a variety of purposes, including voltage regulation, power supplies, and audio frequency filtering. It can be used to filter out higher frequencies from an AC waveform, for example, in a filter circuit or as a rejector filter. This prevents distortion, interference, and inconsistent frequency response in audio circuits. The inductor can also be used to regulate the current in a bridge rectifier AC circuit, or as a filter in a buck converter power supply.

The working principle of the P160R-683GS is based on the core material of ferrite, which acts as a magnetic shield that restricts the current. When a voltage is applied to the inductor, the magnetic field created by the core starts to build. This results in a resistance to the current increase, which limits the current flowing through the circuit. The strength of the resistance is dependent on the inductance value. As the voltage is increased, the current flowing through the inductor will reach a maximum, as determined by the inductance value.

The P160R-683GS fixed inductor is a useful component for a wide range of AC applications. It provides electrical noise filtering and voltage regulation in low-level signal circuits and power supplies. With a maximum switching frequency of 100kHz, it can provide an efficient way of filtering high-frequency AC components from a waveform, and due to its ferrite core, it is able to handle high temperature environments.

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