R82MC1470Z350J

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Film capacitors are an important type of capacitors that use plastic films as the dielectric medium. It is mainly used in the frequency range of 50Hz to 500kHz. The R82MC1470Z350J film capacitor is a radial-leaded, polyester film Dielectric capacitor with a rated voltage of 350V(AC/DC) and a rated capacitance of 1.47μF.

Application fields of R82MC1470Z350J

R82MC1470Z350J film capacitors are mainly used in high-voltage DC power supplies, AC power supplies, motor run capacitors, pulse circuits, voice coils, fluorescent lighting, high-power switching circuits, various filters, tuning circuits, and other electronic circuits.

As a high-voltage capacitor, the voltage of the R82MC1470Z350J is 350V, which is suitable for high-voltage DC power supplies and AC power supplies. It is also very suitable for motor run capacitors, such as high-power motor, air compressor motor and so on. This film capacitor can also be widely used in pulse circuits, voice coils, fluorescent lighting, and other high-power switching circuits.

In addition, the R82MC1470Z350J is also used in various filters, tuning circuits and other electronic circuits. The capacitor’s ability to filter and block noise, attenuate high frequencies, and create a low-pass filter are all beneficial to the smooth operation of electronic circuits. The capacitor also has a high resonance and allowing signals to pass through unimpeded. As a result, the R82MC1470Z350J capacitor is one of the most popular choices for a variety of applications.

Working Principle of R82MC1470Z350J

The R82MC1470Z350J film capacitor uses polyester film as the dielectric medium. The film has two silver-plated electrodes deposited respectively on the two plates. When the capacity is connected to the external circuit, the two electrodes form a simple electric capacity. The capacitance of the capacitor is determined by the area of the electrodes and the thickness of the dielectric layer.

When current passes through the capacitors, the dielectric layer will deflect a little due to electric field, but it will dilute electric strength, which can reduce the energy loss of the capacitor. When a voltage is applied across the capacitor, the electric field builds up in the dielectric, resulting in a separation of charges and an electric field between the electrodes. In this way, electricity will be stored in the dielectric. When disconnecting the capacitor from the power supply, the electric field between the electrodes will disappear, resulting in energy storage within the capacitor.

Although the capacity of the film capacitor is less than that of the electrolytic capacitor, the capacity capacity is more stable and reliable under higher frequencies. The polymer material used for dielectric in the R82MC1470Z350J film capacitor has excellent dielectric properties and is also resistant to high temperatures and humidity, making it suitable for a variety of applications.

Conclusion:

The R82MC1470Z350J film capacitor is a popular choice for many applications because of its high voltage, high frequency filterability, excellent dielectric properties, and resistance to high temperatures and humidity. The application fields of the R82MC1470Z350J include high-voltage DC power supplies, AC power supplies, motor run capacitors, pulse circuits, voice coils, fluorescent lighting, high-power switching circuits, various filters, tuning circuits, and other electronic circuits. The working principle of the R82MC1470Z350J film capacitor is that when voltage is applied between the two electrodes, the electric field builds up in the dielectric, resulting in a separation of charges and an electric field between the electrodes, thus storing energy in the capacitor.

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