B32934D3155K000

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Film Capacitors

Film capacitors are electronic components used for various applications. They are widely used for various non-polarized capacitor type applications due to their excellent characteristics, such as high stability and low leakage. B32934D3155K000 is a film capacitor with several typical feature and performance parameters. This article will discuss the application field and working principle of B32934D3155K000.

Application Field

B32934D3155K000 capacitors belong to the film capacitor family and can be used in different electrical applications. The main application fields of B32934D3155K000 are power management, audio equipment, automotive systems, telecommunications and instrumentation.

B32934D3155K000 capacitors are mainly used in power management applications as they can provide surge and over current protection. Depending on the circuit design, these capacitors can be used as snubber capacitors or as filter capacitors in power supplies. They are also used as motor start capacitors to provide a short burst of energy to start AC motors. In addition, B32934D3155K000 capacitors can be used for vibration isolation, voltage sag and spike protection, and in power factor correction circuits.

In audio equipment, B32934D3155K000 capacitors are used in power amplifiers and speaker crossovers for various operations. These capacitors can also be used in automotive systems for fuel injection, ECU, and airbag systems. In telecommunications, B32934D3155K000 capacitors can be used in mobile phone charging systems and camera modules. In instrumentation, they can be used in data acquisition systems and in medical imaging devices.

Working Principle

B32934D3155K000 capacitors are non-polarized capacitors. They work on the principle of dielectric material placed between two conductive / metallic plates. When the plates are put in contact with each other, a direct current and / or voltage passes through them, which results in a dielectric material being charged. This dielectric material stores charge and eventually functions as a capacitor.

The working principle is simple. When two conductive / metallic plates are put in contact with each other, the plates interact with each other in a dielectric material, which is the electrolyte that separates the two plates. When the plates are connected, electrons flow from one plate to the other, creating an electric field between the two. The strength of the electric field depends on the voltage, the distance between the plates and the size of the plates.

When the two plates are connected with a dielectric material, the charge builds up on the material (electrolyte). This also creates an electric field, which causes the potential difference between the two plates. The potential difference, or capacitance, of a capacitor is proportional to the voltage, distance, and size of the plates. As long as the voltage, distance, and size remain the same, the capacitor maintains a constant capacitance.

In application, the B32934D3155K000 has a working voltage range up to 250Vdc. It is a non-polarized type with Class X2 safety standard, and has a wide range of dielectric materials with high stability and low leakage. In addition, the B32934D3155K000 has excellent safety features and high insulation resistance, making it suitable for various applications.

Conclusion

B32934D3155K000 film capacitors are widely used in various applications, such as power management, audio equipment, automotive systems, telecommunication and instrumentation. They have a working voltage range up to 250Vdc and are of non-polarized type with Class X2 safety standard. They have excellent stability and low leakage, making them suitable for various applications.

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