C4BHNBX4100ZAFJ

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Film capacitors, also known as plastic film capacitors or film dielectric capacitors, are electronic components used to store electric charge. The most common type of film capacitor is a metal-film capacitor, which generally has a metal-film-insulating-film-metal construction.

Overview of C4BHNBX4100ZAFJ

The C4BHNBX4100ZAFJ film capacitor is a radial leaded stacked film capacitor featuring low dissipation factor and low internal resistance. It is typically used in two primary applications - signal and power distribution. The C4BHNBX4100ZAFJ offers high accuracy placements for audio and security applications. It also offers reliability for automotive, communications, mobile, industrial, and telecommunication applications.

C4BHNBX4100ZAFJ Application Field

The C4BHNBX4100ZAFJ is suitable for use in signal and power distribution. It is typically used in high accuracy placements for audio and security applications. Due to its low dissipation factor and low internal resistance, the C4BHNBX4100ZAFJ is well-suited for applications requiring high reliability such as automotive, communications, mobile, industrial, and telecommunication fields.

In automotive applications, the C4BHNBX4100ZAFJ is widely used for power management, fuel injection, and airbag safety systems. It is also widely used in communications applications, including local area networks (LANs) and wide area networks (WANs) to provide power back-up in case of power failure. In mobile applications, the C4BHNBX4100ZAFJ is used in the keypads of phones and electronic devices, as well as high frequency low noise signal conditioning.

Furthermore, the C4BHNBX4100ZAFJ is used in a variety of industrial applications to provide capacitance values to operating electrical components. It is also used in telecommunication applications, where it can help to reduce crosstalk noise and electromagnetic interference.

Working Principle of C4BHNBX4100ZAFJ

The working principle of the C4BHNBX4100ZAFJ is based on the law of capacitance. A capacitor stores electrical charge in an evenly distributed electric field between two conductive plates separated by an insulator (dielectric). The capacitance is determined by the physical parameters of the device, such as the size of the plates, the material of the dielectric, and the distance between the plates.

When the C4BHNBX4100ZAFJ is used in a circuit, an alternating current will cause the electric field to rapidly build up and discharge, thus forming an oscillating current. This oscillating current helps to filter out unwanted signals in the circuit and to transfer higher frequency signals with less attenuation.

The C4BHNBX4100ZAFJ has a low dissipation factor and low internal resistance due to its stacked film construction. This low resistance helps to minimize energy loss and transfer high-frequency signals with less attenuation. Moreover, its reliable construction offers high accuracy placements for audio and security applications.

Conclusion

In conclusion, the C4BHNBX4100ZAFJ is a radial leaded stacked film capacitor used in signal and power distribution. It offers low dissipation factor and low internal resistance and is ideal for applications requiring high reliability such as automotive, communications, mobile, industrial, and telecommunication fields. Its working principle is based on the law of capacitance and it helps to filter out unwanted signals in the circuit and to transfer higher frequency signals with less attenuation.

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