EKMH251VSN122MA45S

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Aluminum electrolytic capacitors are types of capacitor that employ an electrolyte to achieve a larger capacitance than other capacitor types. This electrolyte acts as the dielectric for the capacitor. The component is classified by the letter “E” in its name and is made using an aluminum foil with an anodized layer andsurrounding tantalum or other conductive materials. The EKMH251VSN122MA45S is an aluminum electrolytic capacitor that falls within this family of components.

The EKMH251VSN122MA45S has a few distinct characteristics that separate it from other aluminum electrolytic capacitors. This model of capacitor will typically have a maximum operating temperature of 130 degrees Celsius along with a negative temperature coefficient that helps maintain stability even at higher temperatures. The EKMH251VSN122MA45S also has improved vibration resistance that helps make it a good option for use in applications where vibration is present. Additionally, this model may have longer life expectancy than others due to its greater reliability.

In terms of its application field, the EKMH251VSN122MA45S aluminum electrolytic capacitor is commonly used in a variety of electrical circuits needing a temporary store of electrical energy. This component can be especially useful in resonant circuits, high current power supplies and other applications for which its capacitance and long-term stability are important factors. Its superior vibration resistance makes it suitable for use in areas experiencing regular vibrations, such as in automatic machinery or large equipment.

The basic working principle of the capacitor is that it accumulates and stores electrical energy in its dielectric medium. This is achieved by using an electric field, which is produced by an external voltage source and is able to draw electrons away from the metal plates acting as the capacitor\'s terminals. As a result, a separation of positive and negative charges builds up, resulting in the electric field. This separation of charge continues until the capacitor reaches its voltage capacity or until the external voltage source is removed.

The EKMH251VSN122MA45S aluminum electrolytic capacitor is a versatile and reliable component with high capacitance and vibration resistance. Its application field is mainly composed of resonant circuits, high current power supplies and areas experiencing regular vibrations, for which its capacitance and long-term stability are the most important features. Its basic working principle involves the use of an electric field to draw electrons away from the metal plates and accumulate an electric charge.

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