EZP-E80556MTA

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Film capacitors are components used to store charge and electrical energy. They are composed of two dielectric layers with metallized electrodes, and are available in many different types and varieties to suit a wide range of environmental conditions, operating frequency, and capacitance. The EZP-E80556MTA is a type of film capacitor that is used in a variety of contexts. In this article, we will discuss the application field and working principle of the EZP-E80556MTA.

Application Field

The EZP-E80556MTA is a polypropylene film capacitor and is commonly used in various applications. It is widely used in communication, power transmission, military and aerospace industries due to its miniature size and high performance. It is perfect for use in wireless communication systems, GPS, cellular phones and other electronic systems that require small and precise components. This type of capacitor is also highly reliable, even in extreme conditions.

The EZP-E80556MTA is an AC capacitor, meaning that it is designed for use in AC circuits. Its rated operating frequency range is between 20Hz and 10kHz, allowing for high-temperature performance. It has a temperature coefficient of only 0.1%, offering stability and reliability. The capacitor also offers low loss characteristics, making it suitable for a range of different applications.

Working Principle

The EZP-E80556MTA utilizes a dielectric material, often a film such as polypropylene or polyester, that’s sandwiched between two metal plates. This material is the key component and it determines how much energy the capacitor can store. The two metal plates are connected to two external wires, forming a capacitor circuit. The capacitor works by storing an electrical charge when an AC voltage is applied to the metal plates. The energy stored is then released as current when the applied voltage reaches a certain level.

When an AC current is applied, an electric field is created in the vicinity of the dielectric material between the metal plates. As the electric field increases, the electric force causes electrons to accumulate on one plate, producing a negative charge on that plate. Since the electrons move through the dielectric, the other plate experience a positive charge. This creates a separation of the charges between the two plates, resulting in an electrical potential difference.

As the AC current continues to flow through the metal plates, a continuous charge and discharge cycle is established. The amount of charge stored in the capacitor is determined by the type of material used for the dielectric component. For example, the dielectric constant of polyester is higher than polypropylene, meaning that polyester can store more energy. Therefore, depending on the application, the type of dielectric used will determine how much energy the capacitor can store.

In conclusion, the EZP-E80556MTA is a polypropylene film capacitor that is commonly used in communication, power transmission, military and aerospace industries due to its waterproof casing, miniature size and high performance. It is designed for use in AC circuits and has a temperature coefficient of 0.1%. The working principle of the capacitor is based on the electric field that is generated when an AC voltage is applied to the two metal plates. The energy stored in the capacitor is determined by the type of dielectric material used.

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