LKX2W820MESY35

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Aluminum electrolytic capacitors are widely used in all kinds of electronic products. With the development of electronic products, aluminum electrolytic capacitors have also developed from simple role of filtering and buffering to playing an important role in product safe, reliable and efficient operation. The LKX2W820MESY35 is a suitable aluminum electrolytic capacitor for a variety of applications such as medical, telecommunication, consumer electronics and many more.

Working Principle of the LKX2W820MESY35 The capacitor consists of an aluminum core, a positive anode and a negative cathode. The positive anode and the negative cathode are separated by a diaphragm which is coated with an electrolyte. The aluminum core is coated with a thin layer of petrophosphate which acts as an insulator. When a voltage is applied across the two terminals, electrons move through the diaphragm and the electrolyte which separates the two terminals. This creates an electric field which induces electrical charges in the capacitor, thus allowing current to flow.

Application Field of the LKX2W820MESY35 The LKX2W820MESY35 is used in various high-frequency applications such as medical ultrasound filter networks, telecommunications, consumer electronics, automotive audio systems, etc. It has an extremely low ESR (equivalent series resistance) and excellent ripple current characteristics, making it ideal for use in applications requiring high-voltage stability and low ripple current. It is also suitable for applications requiring high capacitance. The LKX2W820MESY35 has a current leakage factor of less than 1.2mA, which implies it can handle higher ripple current without any deterioration in capacitance.

The LKX2W820MESY35 aluminum electrolytic capacitor is an ideal choice for a wide range of high-frequency applications such as medical ultrasound filter networks, telecommunications, consumer electronics, automotive audio systems, etc. Its ultra low ESR and excellent ripple current characteristics make it suitable for applications requiring high-voltage stability. And its current leakage factor less than 1.2mA is an added advantage for applications requiring high capacitance.

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