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Film Capacitors

Introduction of BFC237676103

BFC237676103 is a type of film capacitor developed by a famous capacitor manufacturer. It has generally good electrical properties, excellent frequency characteristics, dielectric loss and temperature coefficient. Moreover, this product is characterized by low impact on environment,and in addition, its low equivalent serial resistance and high insulation resistance make it convenient to use in various harsh environments and in anti-interference applications.

Application fields of BFC237676103

In terms of applications, BFC237676103 is widely used in variable frequency power supply systems, high-speed switching power supplies, AC motor frequency conversion controllers, solar inverters, wind power systems, electronic lighting, power amplifiers, industrial batteries, aviation and military electronic systems, and electronic instrumentation, etc.

Working principle of BFC237676103

Film capacitors use plastic film as the medium, the electrode is made of aluminum film or zinc, and the insulation treatment is applied to the surface of the aluminum film or zinc. When the capacitor is charged, the electric charge accumulates on the electrode, generating a weak electric field around the charged electrode, this electric field causes the neighbouring molecules to be distorted, resulting in a dipole behavior, then with the accumulation of the electric charge of the battery, the electrical field between the two plates is gradually increasing until reaching an equilibrium. In this way, the electric energy is stored in the capacitor.

Conclusion

In summary, BFC237676103 is a type of film capacitor developed by a famous capacitor manufacturer. It has generally good electrical properties, excellent frequency characteristics, low impact on environment, as well as low equivalent serial resistance and high insulation resistance, thus making it really suitable for harsh environments; in addition, it can also be applied in various occasions, such as variable frequency power supply systems, high-speed switching power supplies, AC motor frequency conversion controllers, solar inverters, wind power systems, electronic lighting, power amplifiers, industrial batteries, aviation and military electronic system, and electronic instrumentation, etc. Moreover, the working principle can be divided into three general steps: theoretically, the electric charge accumulates on the electrode to generate a weak electric field, then the neighbouring molecules become dipoles due to distortion, finally the electrical field increases and reaches an equilibrium, to store the electric energy in the capacitor.

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