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2017-03-26
Chen Zhongyi, leader of the Capacitor Branch of the China Electronic Components Industry Association, visited our company for an on-site inspection and provided guidance.
On March 25, 2017, a delegation led by Chen Zhongyi from the Capacitor Branch of the China Electronic Components Industry Association visited our company for an on-site inspection. During the visit, Mr. Chen Zhongyi engaged in an in-depth discussion and exchange with Mr. Lin Zongchun, our General Manager, regarding issues such as the development and transformation of the capacitor industry.
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2025-12-04
Why do metallized polypropylene film capacitors bulge or rupture?
When the voltage applied to a capacitor exceeds its rated value or when the ripple current flowing through it is too high, the internal electric field strength increases, making the polypropylene film dielectric prone to localized breakdown.
How can we evaluate the heat dissipation performance and stability of capacitors?
Assessing the thermal performance and stability of capacitors—particularly power-type capacitors such as metallized polypropylene film capacitors and electrolytic capacitors—is crucial for ensuring their long-term reliable operation in power electronic systems.
What are the common failure causes of aluminum electrolytic capacitors?
The common failure mechanisms of aluminum electrolytic capacitors primarily stem from the combined effects of their structural characteristics (liquid electrolyte, aluminum oxide dielectric film, and polarity) and external operating conditions.
How do you choose an aluminum electrolytic capacitor that’s suitable for your application?
When selecting aluminum electrolytic capacitors suitable for a particular application, one should not rely solely on the two parameters of capacitance and rated voltage. Instead, a comprehensive assessment should be made from multiple perspectives, including electrical characteristics, operating environment, expected lifespan, and actual installation conditions.
What could be the reason for the frequent burning out of capacitors?
Capacitors frequently burn out not because of a single factor alone, but rather as a result of the cumulative effect of multiple issues, including electrical stress, thermal stress, environmental conditions, and the degree of compatibility between the component selection and application requirements.