B32523Q1156K000

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Film capacitors, also known as plastic film capacitors, are capacitors that use plastic film manufacturing technology and are based on the dielectric. They are composed of a winding formed by winding the plastic film on the insulating frame. The inner and outer electrodes are formed by the winding method and vapor deposition.

B32523Q1156K000, the most commonly used film capacitor, is a PPS film capacitor, which means polyphenylene sulphide (PPS), and its insulation characteristics are superior to those of other film capacitors. Its dielectric is a thin film made of polyphenylene sulphide (PPS). It has self-healing function.

The film capacitor B32523Q1156K000 usually is classified according to its capacitance, voltage, temperature, size and other features. However, its application is not limited to one field or application. It has a broad application range and is widely used in various fields including consumer electronics, telecommunications, automotive, industrial and home automation.

The B32523Q1156K000 film capacitor has the advantages of high working voltage, low inherent inductance, low equivalent series resistance (ESR) and low temperature stability. In addition, it is suitable for electric water heaters, electric air heaters, electronic ballasts and high-frequency circuits, among others.

Similarly, the working principle of the B32523Q1156K000 is also related to the physical and electrical characteristics of the polyphenylene sulphide (PPS) dielectric. Due to its large permittivity, the electric charge and polarity can be maintained even when the voltage changes in a large amount. The dielectric is then polarized and an electric field is formed across its thickness.

In addition, the dielectric is split into two layers, the inner electrode and the outer electrode, and an energy storage element is then formed. When a continuous current is applied, the energy accumulated in the capacitor is gradually released, and the electric field across the capacitor is constantly strengthened, thus forming an alternating current circuit.

The plastic film capacitor B32523Q1156K000 also has a self-healing function. When it is subjected to an excessive voltage, the capacitor is damaged. However, since the PPS material has small grain structure, after the insulation is broken, the electric field will spread between the particles. Therefore, the damage caused by the excessively high voltage will be automatically repaired after a period of time.

In conclusion, the B32523Q1156K000 film capacitor is a capacitor with a wide application range under its characteristics of high working voltage, low equivalent series resistance (ESR) and low temperature stability. Its working principle is related to the electrical and physical characteristics of polyphenylene sulphide (PPS) dielectric. It also has the self-healing function due to its small grain structure.

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