167473J250B-F

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Film capacitors are electronic components made of a dielectric film. They come in a variety of shapes, sizes, and configurations. The most common type of film capacitor is a non-polarized version, meaning the capacitor does not have an external direction-sensing polarizing layer. The 167473J250B-F film capacitor is an example of a non-polarized capacitor.

Film capacitors are used for their robust build quality and for their ability to provide accurate capacitance values. The 167473J250B-F is a non-polarized version of these film capacitors. This makes it suitable for applications that require reliable performance such as power-supply filtering, logic and interface circuits, protection and timing functions, and EMC/EMI filtering.

In terms of its construction, the 167473J250B-F is constructed from metalized polyester film. This type of film capacitors is designed to withstand high voltages and temperature scalings without damage or distorting the signal passing through it. The packaging also features a self-healing coating that repairs any micro-arcs that occur during arcing events.

Working principle wise, the 167473J250B-F film capacitor creates a static electric field between its electrodes. This electric field stores electrical energy and acts as an electrical insulator between its terminals. When an AC signal is applied to it, the electric field stores an electrical charge and charge density that changes instantaneously in response. This allows the capacitor to store energy and release it back to the circuit when desired.

Overall, the 167473J250B-F is a non-polarized film capacitor that can be used for its robust build quality. It is typically used for power-supply filtering, logic and interface circuits, protection and timing functions, and EMC/EMI filtering. Film capacitors generally work by creating a static electric field between their terminals which stores an electrical charge and charge density that changes in response to AC signals. The 167473J250B-F film capacitor is able to effectively store and release energy back to the circuit when needed.

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