C4AEGBW6100H3NJ

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Film capacitors (also known as plastic film capacitors and insulating film capacitors) are generally made of a thin, single-layer or multilayer plastic film as the dielectric materal, combined with a metal foil electrodes, then wound into a cylindrical shape. Many of the film capacitors are combination of paper and plastic films. Due to their exceptional stability over a wide range of operating temperature, humidity, and frequency, film capacitors, such as the C4AEGBW6100H3NJ capacitor, are often used as low-loss signal or power electronics components in numerous applications.

Application of C4AEGBW6100H3NJ Film Capacitor

The C4AEGBW6100H3NJ is a compact, robust, three-terminal, low-loss film capacitor. It has a low ESR capacitance up to 1000uF. It is designed with a 4.5V operating voltage range and a humidity induced insulation resistance of 2000kMΩ or higher. This capacitor can be an efficient choice for filtering applications in audio and radio frequency circuits as well as in pulse and low-frequency circuits. Additionally, its voltage coefficient is suitable for switching power supply output, power lines, and power adapters, and it is ideal for DC-DC converters, automotive, industrial and household applications.

Moreover, C4AEGBW6100H3NJ capacitors have submilliohm ESR values, making them more suitable for pulse and switching applications. Additionally, the ultracompact design and low inductance reduce the stored charge and allow for low RF impedance in these kinds of applications. C4AEGBW6100H3NJ capacitors also have excellent temperature characteristics and long-term reliability, making them a reliable choice for applications with high ripple requirements or extreme environmental conditions.

Working Principle of C4AEGBW6100H3NJ Film Capacitor

A film capacitor is made up of two electrodes that are separated by an insulating dielectric material. When a voltage is applied across the film capacitor terminals, electrons will flow onto one of the electrodes which creates an electrical charge that is stored in the dielectric material. The electrons on one electrode attract the electrons on the other, thus creating a capacitance. The capacitance of a film capacitor is determined by the thickness of the dielectric material, the surface area of the electrodes, and the type and quality of the insulating material.

The C4AEGBW6100H3NJ film capacitor is designed with an ESR (Equivalent Series Resistance) of 0.154 Ohm. This capacitor is also low-inductance, as its electromagnetic properties reduce the stored charge, allowing it to quickly discharge the energy it has stored. It can withstand a high moisture environment without compromising its performance and has a high temperature range of -40℃ to +85℃.

C4AEGBW6100H3NJ capacitors are hailed for the super-high charge and discharge capability, and superior surge capacity. The pulse capability of this capacitor type is quite remarkable, as a capacitor of 1000uF with a 0.154Ω ESR can deliver up to 97A in pulsed applications. The capacitor has also a very low self-heat and low failure rate.

Conclusion

The C4AEGBW6100H3NJ film capacitor is a high-capacity capacitor that is designed to be efficient and cost-effective. Thanks to its self-interference suppression and ripple suppression capability, C4AEGBW6100H3NJ is an ideal choice for a wide range of applications such as audio and radio frequency circuits, low-frequency and pulse circuits, automotive and industrial, as well as switching power supplies, power lines, and adapters. Capacitance up to 1000uF and ESR of 0.154 are just two of its great characteristics, enabling this capacitor to deliver the best performance in extreme conditions.

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