F1772SX233331MFMB0

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Film Capacitors

Film capacitors, also known as plastic capacitors, increase in popularity in recent years due to their ability to offer high a capacitance per unit weight and a comparatively low cost. They are made up of thin layers of plastic dielectric film between two metal electrodes and feature highly stable dielectric characteristics making them ideal for AC applications.

The F1772SX233331MFMB0 series film capacitor from Vimer is a low cost film capacitor ideal for consumer applications such as automotive, consumer electronics, and electrical control systems. The F1772SX233331MFMB0 is rated for a maximum operating temperature up to 85°C and offers excellent insulation properties. The dissipative heat generated by the device is minimized due to the highly reliable plastic insulation layer.

F1772SX233331MFMB0 Application Field and Working Principle

The F1772SX233331MFMB0 is a general-purpose film capacitor, and is used in many consumer applications. It can be used as a stand-alone filter capacitor in a circuit or as a part of an AC to DC power supply. It offers excellent performance as an EMI/RFI filter capacitor for applications such as AC power supplies, DC power supplies, power management systems, and circuit protection devices.

The F1772SX233331MFMB0 film capacitor features a very simple operating principle. It works by using a thin layer of plastic dielectric film between two metal electrodes. The electric field generated between the two electrodes is used to store energy. When current flows through the capacitor, a change in the electric field would occur. As a result, energy is converted from electrical energy to electrostatic energy. The capacitor is charged and discharged periodically, so that energy is stored and discharged alternately.

The F1772SX233331MFMB0 is a reliable film capacitor that offers excellent performance in consumer applications. It is highly efficient, has excellent insulation properties, and offers a long life. It is an ideal choice for circuit protection or filtering.

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