ECQ-E2395JFB

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Film capacitors are among the oldest type of capacitors still in use today. The general concept of a capacitor is to store energy and then release it all at once, allowing the device to have short bursts of power. However, film capacitors are able to hold their charges much longer than their counterparts and thus can act as more reliable power sources in many modern electronic devices. The ECQ-E2395JFB is a type of film capacitor whose application field and working principle are interesting to explore.

The ECQ-E2395JFB is a non-polarized, metalized polyester film capacitor. It is an extremely reliable and versatile capacitor that is often used in household electronics, such as television sets, computers, and air conditioners. It is capable of operating in temperatures up to 85 degrees Celsius and is suitable for both digital and analog circuits. It is a popular choice in industrial and consumer applications due to its features, including high insulation resistance, high voltage transients, and low leakage current.

The application field of ECQ-E2395JFB is broad, as it is commonly used in power supplies and high-frequency modules. It is also capable of duty cycles up to 100% and can be designed for multiple capacitance values. As for the working principle, it’s quite simple. A thin metalized layer coats the polyester film, which can then act as a platform to store and release the charge stored within the capacitor.

When electricity passes through the capacitor, two plates in the device are electrically charged. The charge stored between the plates is called a “capacitance”, and the amount of capacitance is proportional to the size of the plates and the distance between them. This stored energy can then be discharged when needed, allowing the device to act as an electricity buffer.

The ECQ-E2395JFB is an impressive device due to its reliable and versatile performance. In addition to its application field and working principle, it is also noteworthy for its other features, such as its wide temperature range and insulation resistance. As such, it is suitable for a range of applications, from powering consumer electronics to industrial equipment.

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