F862DU125K310ZLH0J

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The F862DU125K310ZLH0J is an example of Film Capacitors. It is an ideal choice for many applications as it provides a long service life and good performance. The F862DU125K310ZLH0J is a polyester-film capacitor made with a molded plastic case and a metal contact cap. The capacitance value, voltage rating and temperature stability are consistent parameters.

In general, Film Capacitors are used in many applications where good performance and longevity are required. Examples of these applications include audio equipment, power supplies, motor speed control, and communications equipment. Film capacitors are also suitable for use as power factor correction capacitors, AC motor control, and energy storage.

The F862DU125K310ZLH0J is designed to function in a wide range of conditions. It features a temperature range from -55 to 125 degrees Celsius, and a maximum rating of 310 volts DC. The capacitance of this capacitor can range from 0.37 to 47.0 microfarads. It has a short circuit current of 30 amps, and an impedance of 1 ohms. It also has a dielectric strength of 500 volts AC/DC.

The working principle of the F862DU125K310ZLH0J is the same as any other capacitor. This film capacitors works on the principle of capacitance. It has two terminals on either end, one of which is an anode and the other is a cathode. The capacitor stores the energy within the dielectric material that separates the two terminals. When an AC voltage is applied to the terminals, an electric field is generated in the dielectric material. This electric field causes the electrons to accumulate on one terminal, while the other terminal is attracted to them. This creates a charge imbalance between the two terminals, resulting in a current flow. This is how the capacitor stores and releases energy.

The F862DU125K310ZLH0J is a reliable and efficient device for a wide range of applications. It features a maximum impedance of 30 amps, a temperature range from -55 to 125 Celsius, a maximum rating of 310 volts DC, and a capacitance range from 0.37 to 47.0 microfarads. The device is also designed to function in a variety of conditions, making it an ideal choice for many applications.

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