171155K160O-F

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A film capacitor is a type of capacitor which uses an insulating plastic film as the dielectric. The capacitor can come in several forms and styles, but is composed of a series of layers, or ‘ polarities ‘, of the dielectric that is sandwiched between two thin layers of metal or foil. It is the combination of the layers’ electrical forces that create the capacitance or storing of energy within the capacitor.

The 171155K160O-F is an example of a typical film capacitor and is suitable for use in applications such as power supplies, audio-visual equipment, telecommunications, instrumentation, and lighting. It is a three-terminal capacitor that features a minimum operating temperature of -55°C and a maximum operating temperature of 85°C.

The 171155K160O-F has a rectangular shape and is available in a variety of sizes ranging from 15mm x 12mm x 5mm to 22 x36 x 18mm. It is designed to work with a standard voltage of 6.3V and an insulation resistance of 2.5GΩ. It features an extended tolerance range of ±0.25% for better accuracy.

The working principle of the 171155K160O-F is based on the fact that it stores energy when electrical current flows through it. As the current passes, a layer of electric charge accumulates on the activity of the metal layer, creating a potential difference between the two layers. This potential difference is the capacitance and is a measure of the capacitors ability to store energy.

When a voltage is applied to a capacitor, the electric field will drive charge around the capacitor, creating a redistribution of electrons and causing a separation of charge. This separation of electrons creates an additional electric field, in which an electric current flows. As the current is reversed- the stored energy remains and a capacitor acts as an energy storage device.

In summary, the 171155K160O-F is an example of a film capacitor suitable for applications such as power supplies, audio-visual equipment, telecommunications, instrumentation, and lighting. Its working principle is based on storing energy when electrical current is passed through it and as its stored energy remains, the capacitor acts as an energy storage device.

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