ECW-F6105JLB

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Film capacitors use layers of thin films, usually made from plastic or paper, as the dielectric material between their positive and negative plates. These capacitors are different from other types of capacitors in that they can handle very high voltages, frequency ranges, and dielectric constant values. They are also designed for lower leakage current and less self-inductance than other types of capacitors. ECW-F6105JLB film capacitors are polarized capacitors that are widely used in various applications and are especially ideal in applications requiring high frequency and high voltage.

The ECW-F6105JLB film capacitor features an epoxy-coated aluminum case and is equipped with a tapped solder terminal. It is rated with a voltage of 105V and a capacitance value of 5µF with a tolerance of ±10%. The capacitor also features low ESR of 0.013mOhms and is manufactured to MIL-PRF-39002-A and DIN EN 60384 standard. It is also available in a range of other capacitance values from 0.001µF to 0.33µF.

The ECW-F6105JLB can be used in various applications including audio frequency (AF), radio frequency (RF) and pulse applications, with its superior temperature and voltage operation capabilities. It also offers excellent dielectric absorption and loss characteristics, making it ideal for a wide range of applications. Some of the most popular applications of this type of capacitor include audio filters, oscilloscope probes, electromechanical systems, and high frequency power supplies.

The working principle of a film capacitor is based on the electric field property of the dielectric material, which allows the capacitor to store electric charge. The dielectric layer is a thin film of material sandwiched between two electrodes. When the electric charge is applied to the electrodes, electric field is created through the material, thus allowing current to flow from one electrode to the other.

For operation, one electrode of the capacitor is connected to the positive terminal while the other is connected to the negative terminal. This creates a voltage gradient across the dielectric layer. As the voltage is applied, the electric lines of force (from electrodes on both sides of the film) interact with the dielectric material. Thus, a small amount of energy is stored within the film.

The dielectric layer of the capacitor is designed to provide the maximum possible capacitance. The premise behind dielectric materials used in capacitors is that they provide a so-called ‘Immittance’. This is a measure of the opposition that the dielectric layer provides to the flow of electric current.

Overall, ECW-F6105JLB capacitors are the perfect choice for several applications, especially those involving high frequency and high voltage. The working principle of these capacitors is relatively simple, and it makes them ideal for use in audio, radio, and pulse applications. As such, these devices are widely used by electronics engineers for different applications.

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