EKRG100ELL471MH09D

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Aluminum electrolytic capacitors are electronic components which store electric charge on a conductive electrolyte and use an anode formed from aluminum and a cathode from tantalum or aluminum oxide to create a capacitor. Their long life and high capacitance make them ideal for use in applications such as power supply filters, electric motors, and audio processing systems. The EKRG100ELL471MH09D is an example of such a capacitor and is tailored for applications which require high capacitance, high corrosion resistance, and reliable performance. In the following sections, this article will discuss the application field and working principle of the EKRG100ELL471MH09D capacitor.

Application Field

The EKRG100ELL471MH09D is part of the EKR series of aluminum electrolytic capacitors from Chun-Tec, which are designed for use in general-purpose applications such as power supplies, switching power supplies, and various types of electric motor control and audio equipment. This specific capacitor has a rated working voltage of 100V and a capacitance of 4.7mF. It is also available in three different sizes: 8mm, 9mm, and 10mm. The 8mm size is great for use in high-density PCBs, making it perfect for applications such as microcontrollers, digital video circuits, and other tight-space applications.

The EKRG100ELL471MH09D is also an excellent choice for fans and motors due to its remarkably low DC resistance and high ripple current handling capabilities. It is also able to withstand large temperature fluctuations, making it suitable for use in rugged outdoor installations. Finally, the high corrosion resistance provided by its anodised aluminum plate means that these capacitors can be used in organic solvents without sustaining performance degradation.

Working Principle

The EKRG100ELL471MH09D capacitor is a polarized type of capacitor, meaning that there is a distinct anode and cathode and the capacitor will only work correctly if these terminals are connected to two different voltages, with the anode connected to the higher voltage and the cathode to the lower voltage. Inside the capacitor, a conductive electrolyte is sandwiched between two aluminum foil electrodes, both of which are anodized for improved corrosion resistance. The electrolyte creates an electric current between the two electrodes which generates an electric field and stores a charge.

Once the EKRG100ELL471MH09D capacitor has been connected to a power source and the circuit is closed, current will begin to flow through the electrolyte and the capacitor will begin to store charge. The amount of charge stored depends on the capacitance of the capacitor, with higher capacitance meaning that more charge can be stored. As charge continues to accumulate, the electric field builds in strength until it reaches its maximum level, at which point the capacitor is said to be at maximum charge and no more current can flow into the capacitor.

The EKRG100ELL471MH09D capacitor is highly stable and has been designed to withstand frequent temperature changes and exposure to organic solvents. In addition, its anodized aluminum electrodes also provide excellent corrosion protection, meaning that the capacitor can withstand harsh environmental conditions and prolong its working life.

Conclusion

The EKRG100ELL471MH09D is a versatile aluminum electrolytic capacitor which is suitable for use in a wide variety of applications, particularly power supplies, electric motors, and audio processing systems. It offers high capacitance, low DC resistance, and reliable performance. In addition, its anodised aluminum plate ensures excellent corrosion resistance and its ability to withstand temperature extremes makes it perfect for outdoor installations as well. Its unique combination of features make it one of the most reliable and durable aluminum electrolytic capacitors on the market.

The specific data is subject to PDF, and the above content is for reference