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The main modes of failure of thin film capacitors are as follows 1. Strong electric field breakdown: When the electric field strength exceeds the limit that thin film capacitors can withstand, it will cause electric field breakdown, leading to the failure of thin film capacitors.

he main application areas of thin film capacitors include: 1. Electronics: Used in various electronic devices, such as computers, mobile phones, televisions, etc.

1、 Improper selection of current within the range Due to improper selection of current range, more emphasis is placed on DC maintenance and harmonic vibration. If the current value required for essence is greater than the current value allowed by the film capacitor.

The main differences between thin film capacitors and electrolytic capacitors are reflected in the following aspects: Capacitance: Electrolytic capacitors typically have a larger capacitance because their design allows for greater charging and discharging currents.

A capacitor is an electronic component used for storing and releasing charges. It consists of two components: an electrical board and a dielectric. The amount of energy stored in a capacitor is proportional to its capacitance, while the rate of energy release is inversely proportional to its resistance.

There are many application examples of capacitors in daily life:Rechargeable devices, such as rechargeable flashlights and shavers, use capacitors to store electrical energy.Solar energy products: The battery, also known as the capacitor,

1. The slitting process involves cutting the semi-finished film into finished films. Equipment required for semi-finished metalized film cutting machine

Metallized thin film capacitors are made by depositing a layer of metal film on the surface of polyester film instead of metal foil as electrodes. Because the thickness of the metallized film layer is much smaller than that of the metal foil, the volume after winding is much smaller than that of metal foil capacitors.