SLP181M420C7P3

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Welcome to the world of Aluminum Electrolytic Capacitors! An aluminum electrolytic capacitor is an electronic component that stores electrical energy and electricity. This type of capacitor finds widespread use in industry due to its capacity, efficient form factor, and cost effectiveness. One of today\'s most popular aluminum electrolytic capacitors is SLP181M420C7P3, an excellent capacitor for a variety of industrial and commercial applications. Let\'s take a closer look at SLP181M420C7P3 and its application field and working principle.SLP181M420C7P3 is an 85°C aluminum electrolytic capacitor with a capacitance value of 820uF, a rated voltage of 450VAC, and a dimension of 31.6 mm diameters and 72.5 mm height. This capacitor offers great electrical performance, making it suitable for a wide range of industrial applications. SLP181M420C7P3 has precisely metered anode and cathode leads, a low-wattage construction, low ESR, high peak current capabilities, and superior temperature characteristics. These properties make SLP181M420C7P3 suitable for high-frequency switching circuits, power supplies, multiplexers, digital clocks, and high power radio signal transmission.The working principle of SLP181M420C7P3 is pretty simple. It acts as a component that stores electrical energy and electricity by utilizing the so-called electrochemical reaction between two thin layers of aluminum foil mated together by an ion-conducting electrolyte. This electrolyte material is typically a gel-like substance that allows the two metal foils to be fixed together and insulated from each other. When an electrical charge is applied to the capacitor, the electrons will flow to one side of the capacitor and accumulate. This generates a possible voltage difference between the two metal foils. As more electrons accumulate, the voltage difference grows and the capacitance of the capacitor increases correspondingly. The capacitance of the SLP181M420C7P3 is maintained steady by a reversible chemical reaction between an oxidation agent and the electrolyte medium. When the capacitor charges, the oxidation agent, which takes the form of a gas, is formed. This gas is continuously dissipated by a specific internal resistance. As the gas is dispersing and the oxidation agent is forming, the previous chemical reaction is reversed, recharging the capacitor to its original level of capacitance.Today, SLP181M420C7P3 has become one of the most popular and trusted aluminum electrolytic capacitors available. It is known for its high capacitance, lower equivalent series resistance, and superior temperature characteristics. SLP181M420C7P3 is the ideal choice for a wide range of industrial applications that require a reliable source of capacitance. It features precise metering anode and cathode leads, low-wattage construction, low ESR, and high peak current capabilities. With its wide range of features, SLP181M420C7P3 is one of the best aluminum electrolytic capacitors currently available in the market.

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