381LQ821M200J042

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Aluminum electrolytic capacitors are widely utilized in today\'s electronics and are an integral part of many types of circuits. Capacitors are frequently used for their ability to store an electrical charge. The 381LQ821M200J042 aluminum electrolytic capacitor is a radial leaded component that allows for greater flexibility in circuit board placement. The 381LQ821M200J042 is rated for 20V with a capacitance of 820uF and a temperature range of -200C to +100C. The maximum ripple current of this component is at a rating of 753mA.

The 381LQ821M200J042 aluminum electrolytic capacitor is most commonly used in the consumer electronics market. Its small size and low cost make it truly unique and an ideal choice for consumer products where space is an issue. These capacitors can be used in applications ranging from power supplies and linear filters to clocks, LED drivers, and switching circuits. This capacitor is a popular choice for RC (resistor-capacitor) filters, which are traditionally used in audio circuits to adjust the frequency responses. The 381LQ821M200J042 is also suitable for energy storage applications, such as in laptop power supplies and mobile phones.

The 381LQ821M200J042 aluminum electrolytic capacitor operates on the principle of the electrolyte-dielectric interface, which is divided into two sections. In the first section, the oxidized anode surface is submerged in an organic electrolyte. The second section is the cathode, which is a metal plate that is insulated from the anode. When a current passes through the electrolyte, oxidation occurs on the surface of the anode, creating a film of dielectric. This allows the capacitor to store electrical charge until the power is cut off.

The 381LQ821M200J042 aluminum electrolytic capacitor is a long-lasting and cost-effective component that is suitable for many different applications in the consumer electronics market. Its low size, low Profile and good operating temperature range come together to make it a perfect fit for compact electronics devices. The ease of use and the ability to use it in most standard industrial applications have also made it a preferred choice amongst engineers.

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