EKY-350ETE102MK25S

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Aluminum Electrolytic Capacitors

Aluminum electrolytic capacitors are widely used in many sorting applications. The EKY-350ETE102MK25S is one such aluminium electrolytic capacitor that offers excellent performance at a competitive price.

Application Field

The EKY-350ETE102MK25S capacitor has a wide range of applications in all kinds of sorting technologies. This includes the use of the capacitor in a range of industries such as computers, consumer electronics, automobiles, air conditioning, networking equipment and LED lighting.

The capacitance of the EKY-350ETE102MK25S ranges from 0.001uF to 4.7uF; making it perfect for small signal filtering and sensing applications. This capacitor is also suitable for coupling and de-coupling applications. Its rated voltage and capacitance are rated at at 350V and 1020uF respectively; making it suitable for DC/AC signal filtering and charging, inverter and snubber circuits.

Working Principle

The working principle of the EKY-350ETE102MK25S capacitor is based on the Faraday effect. This effect states that when a solution, such as an electrolyte, is exposed to an electric field, the ions in the solution are forced to one side, causing a difference in electric potential across the two points. In other words, the Faraday effect causes the electrolyte solution to accumulate electric charge at one side of the capacitor, creating an asymmetrical voltage potential between two points of the capacitor, thus producing a voltage.

The basic concept of the Faraday effect lies in the electrolytic capacitor’s unique construction. The EKY-350ETE102MK25S consists of two aluminium foils, which are separated by an electrolyte solution. The two aluminium foils are coated with a custom designed oxide layer and placed between two polarizing seals. This oxide layer forms an insulating layer that prevents the direct passage of electric current. To generate the voltage, a direct current is applied between the two plates and the electrolyte solution fills the gap between the two plates

When a current is applied, it passes through the electrolyte solution, creating an asymmetrical electric potential in the capacitor. This, in turn, causes the aluminum foil of one plate to oxidize, forming the anode (+) while the other foil of the other plate remains unchanged and forms the cathode (-). The EKY-350ETE102MK25S capacitor then stores energy in the form of electric field which is proportional to the applied voltage.

Overall, the EKY-350ETE102MK25S capacitor provides a reliable and efficient way to store and transfer energy within devices that require high efficiency and long-term stability. It is widely used in consumer and industrial applications to store and filter high frequency signals.

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