AFC476M35E16B-F

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Aluminum electrolytic capacitors are widely used in various applications, and ACF476M35E16B-F is no exception. These capacitors are incredibly robust and stable devices. They are valued for their ability to handle high stored charge, high working voltage, and low ESR. In this article, we\'ll break down the application fields and working principles of ACF476M35E16B-F.

Application Fields

ACF476M35E16B-F has a number of applications, ranging from high voltage power supplies to high current applications in intelligent systems. In terms of power supplies, it is often used in high voltage and high current circuits in order to allow the capacitor to remain stable for long periods of time without queuing current surges. On the other hand, it is ideal for intelligent systems due to its low internal ESR, coupled with high stored charge and good surge current handling behavior.

In terms of other more general applications, this capacitor has been commonly seen in personal breathing trainers, energy harvesting, power conditioning, and other similar systems. In the consumer electronics market, these capacitors are also prevalent in oscillator and clock circuits in systems such as mobile phones, computers, and digital set-top boxes.

Working Principle

ACF476M35E16B-F utilizes a robust configuration to ensure stable operation in high voltage and high current applications. The working principle involves an aluminum case, anode and cathode plates, and an electrolyte solution. The aluminum case provides both physical protection and electromagnetic shielding. The anode and cathode plates are separated by an electrolyte solution, with the anode plate made of aluminum. The aluminum anode plate is then coated with a layer of oxide and etched away to enable positively charged ions to pass through for current conduction.

This capacitor operates by moving the electric charge between the anode and cathode plates via the electrolyte solution. When a current is applied, the current is attracted by the positive ions, and the positively charged ions are then used to build the electric charge on the anode and cathode plates. As a result, this capacitor has an incredibly low ESR, allowing it to serve well in applications with high stored charges or high surge currents.

Conclusion

The ACF476M35E16B-F is a popular choice among aluminum electrolytic capacitors due to its low ESR and high working voltage. This capacitor is widely used in various applications such as those found in high voltage power supplies, energy harvesting, personal breathing trainers, and oscillator and clock circuits. As such, it is a great choice for high current and high voltage applications. Furthermore, it is capable of handling high stored charges as well as high surge current with its low ESR, granting it even greater versatility.

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