EKYB6R3ELL821MHB5D

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Aluminum electrolytic capacitors, abbreviation AL-Elecap, are widely used in all kinds of electronic products due to their high energy density and long life. AL-Elecaps are generally composed of four parts: two aluminum foil plates, dry electrolyte, and an insulator. The aluminum foil plates are the anode and cathode, respectively. The dry electrolyte plays an important role in forming a dielectric layer between the anode and cathode, which improve the capacitance effectively. The insulator is in between the foils and prevents short circuits.

The EKYB6R3ELL821MHB5D aluminum electrolytic capacitor is one type of AL-Elecaps. It is a very powerful type with a high energy density and low equivalent series resistance (ESR). The rated voltage of EKYB6R3ELL821MHB5D is 6.3V, and the maximum allowable ripple current is 1.1A.

The EKYB6R3ELL821MHB5D capacitors are widely used in power applications, especially embedded systems. It works as a source of electrical energy by absorbing charge when a DC voltage is applied across its terminals. When the applied voltage of EKYB6R3ELL821MHB5D reaches its rated voltage, its capacitance will increase and the capacitance capacitance is proportional to the size of applied voltage.The stored energy of the capacitor will be released when the voltage is decreased and the capacitance decreases.

The EKYB6R3ELL821MHB5D has low self-discharge rate and low leakage current, which ensures them a long operating life. They can support up to 10.000 hours with the capacitance change rate of less than 20% on their rated voltage. Therefore, they are suitable for use in a wide range of power applications that require high energy density, long life, and low ESR.

In conclusion, the EKYB6R3ELL821MHB5D type aluminum electrolytic capacitor is a powerful capacitor that has a high energy density, long life, and low ESR. It is widely used in power electronic applications due to its reliability and durability. It has the ability to store and release electrical energy, which makes it the ideal choice for many embedded systems.

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