BFC237347824

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Film Capacitors

Film capacitor, a type of capacitor, is used in many different parts of the world for a variety of purposes. Among its many uses, the most common is for power distribution, noise reduction, and signal filtering. Commonly used in industrial, medical, and consumer electronics, these capacitors offer high current capacity and a wide variety of operating voltages and temperatures.

BFC237347824 Model Overview

The BFC237347824 is a type of film capacitor that has been designed for high speed and low ESR operation. It is a cylindrical capacitor with an 18mm diameter and a 7.5mm length and is a surface mount component. It is constructed with a plastic case, which helps to improve its environmental protection and insulating properties. The capacitance value of the BFC237347824 is 0.047μF with a rated voltage of 10 VDC. An operating temperature range of air - 25℃ to 85℃ is specified.

BFC237347824 Application Field

The BFC237347824 is used in many different application fields such as automotive, computer, communications, and consumer electronics. In automotive electronics, it can be used as an audio filter, noise suppressor, and as a power line filter. It is also used as a bypass, smooth out ripple, or receiving signal filter in computers. In communications, it can be used to reduce noise, interference, or static for better signal quality. It also finds application in batteries, electronic flash and lighting systems, and cameras.

BFC237347824 Working Principle

The working principle of the BFC237347824 is based on the combination of electrical and mechanical energy. When a voltage is applied across the two poles of the capacitor, an electric field is set up between them. This electric field then creates an attraction force for electrons, which causes them to travel towards the positive pole of the capacitor. As this electric field is being established, an opposing mechanical force is set up as the electrons travel across the film, which stores the electrical energy.

The electric field and mechanical force interact with each other to create a dielectric, which is an insulating barrier that prevents current from flowing in the capacitor. The dielectric also helps to reduce the capacitance, which is the ability of the capacitor to hold electrical energy, and thus reduce electrical losses. Thus, the BFC237347824, through the combination of electrical and mechanical energy, is able to store and transfer electrical energy efficiently.

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