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Uninductive capacitors are generally not very common in daily life because they are widely used in high-frequency circuits. These capacitors generally do not have pins, and some, although they also have pins, are very short and can be almost ignored.

1、 Difference 1. Different working principles Ordinary capacitors play a role in storing electricity in circuits, that is, storing charges through the dielectric between the two plates (such as aluminum oxide, polyimide, etc.), thereby achieving the conversion and transmission of electrical energy.

There are many ways to judge the quality of metal film capacitors. Let's take a look together:Firstly, look at the appearance. If there is an issue with the appearance,

The main reasons for the explosion of thin film capacitors are as follows: Improper capacitor selection: When selecting thin film capacitors, the working conditions of the circuit, such as voltage and current, as well as the withstand voltage level of the capacitor, were not correctly considered.

When introducing various types of thin film capacitors, we often hear that one of their advantages is the non inductive structure.

Under normal circumstances, thin film capacitors are a type of capacitor with excellent stability. They are not as easily damaged as electrolytic capacitors, but due to price wars, there are now many low-quality thin film capacitors on the market that may be damaged during use.

The application of thin film capacitors is very extensive, such as our common air conditioners, refrigerators, washing machines, electric vehicles, and so on.

Many people may have the question: can safety capacitors replace ordinary capacitors? The answer is yes, but it depends on the specific situation.

Safe capacitors (also known as ESR capacitors or X capacitors) have various important roles and applications in power electronic equipment: Filtering: Safety capacitors are used as filters to help smooth out fluctuations in AC power supply and reduce the impact on sensitive circuit components.

The main differences between safety regulated capacitors and ordinary capacitors are as follows: Failure mode: Ordinary capacitors will exhibit a short circuit state after failure, while safety capacitors will exhibit an open circuit state.