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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. This type of capacitor generally does not produce inductance effect during operation, because the matching of capacitance, inductance, and electrons is good. If inductance effect is generated, this type of capacitor cannot work.

1、 What is a non inductive capacitor?

In the eyes of many people, a non inductive capacitor is a capacitor without an inductance, but the fact is not that. The inductance of this type of capacitor is only relatively small and not non-existent. If the inductance of this type of capacitor is too large, it may not be able to be applied in high-frequency circuits and cannot make high-frequency circuits operate normally. Due to the small inductance, this type of capacitor will not have a significant impact on the circuit and can ensure the high-speed operation of the circuit. In addition, the non inductive structure of capacitors can also be used to prevent power grid surges. However, the high cost of such capacitors can be considered a disguised waste if used to prevent power grid surges.

2、 The Function and Characteristics of Non Inductive Capacitors

Due to its very small inductance, this type of capacitor has many uses. Firstly, this type of capacitor can be used as a dielectric for polypropylene film. Secondly, due to its low self inductance, low loss, and low resistance, it is often used as a component of high-voltage instruments, such as buffers, energy converters, and switching power supplies.

In fact, this type of capacitor has many advantages. It not only has high frequency characteristics, but also can withstand the impact of large currents and high voltages. It can be said to be one of the most practical capacitors nowadays. Without this type of capacitor, many high-frequency circuits may not be able to operate.