BFC236516334

Film capacitors have been around since 1915 and are used in a variety of applications. The BFC236516334 is one type of film capacitor and it is mainly used in filter applications, such as audio crossover and power supply filtering circuits. The BFC236516334 film capacitor is composed of a polyester film, which is the dielectric, with metal electrodes along both the sides, which act as the terminal connections. This construction makes it ideal for use in high frequency circuits with greater signal integrity.

Operating Principle

The BFC236516334 works on the same principle as most other film capacitors. When the film capacitor is connected across a supply voltage, the electrodes of the film capacitor store positive and negative charges. These positive and negative charges, in the thin film, act as an electron-deflecting shield and impede the flow of current. As a result, the voltage will be attenuated across the capacitor, forming a low pass filter across the supply voltage.

Applications

The BFC236516334 is mainly used in filter applications in circuits. These applications include:

• Audio crossover
• Power supply noise filtering
• Motor speed control
• High frequency RF filtering
• Step up/down power conversion
• AC/DC conversion

The BFC236516334 also offers a low self-inductance, small size, and low cost, making it ideal for a wide variety of electronic applications.

Advantages

The BFC236516334 has several advantages over other film capacitors. It has a higher power handling capacity, meaning it can handle larger input and output voltages without failing. It also has a low leakage current, making it ideal for use in switch mode power supplies. Additionally, it has a higher insulation resistance, meaning it is better at blocking small currents. Lastly, it has a higher working voltage, allowing it to be used in circuits that have higher voltages.

Conclusion

The BFC236516334 is a type of film capacitor that is used in a variety of filter applications. It has a high power handling capacity, low leakage current, high insulation resistance, and a high working voltage. These characteristics make it ideal for use in audio crossover and power supply filtering circuits.