UUJ1A472MNQ1MS

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Aluminum electrolytic capacitors employ anodized aluminum as the dielectric material and the composition consists of an aluminum can etched to produce an inner oxide layer and a cathode electrolyte that serves as the second plate of the capacitor. The anode of the device is the aluminum oxide layer and the electrolyte serves as the cathode. The capacitor is provided with leads that are typically welded to the aluminum can and are connected to the capacitor terminals.

UUJ1A472MNQ1MS is specifically designed for pulse load applications that require high ripple current capability. Its solid aluminum can design with equally spaced circular edges creates a low equivalent series resistance (ESR). Its wide temperature range gives this capacitor excellent reliability in temperature variations from -25°C to +105°C. This capacitor has a unique stacked construction that eliminates electrochemical migration and has a polarized terminal to ensure the correct insertion into the circuit board.

The working principle of the UUJ1A472MNQ1MS aluminum electrolytic capacitor is as follows. The conductive anode is submerged into an electrolytic solution such as boric acid, sulfuric acid, and ethylene glycol. As the capacitor is charged, an electric field builds up between the anode and the electrolyte solution. This electric field creates a magnetic field which results in the formation of electron tunnels between the anode and electrolyte, allowing ions to move between them. The ions accumulate on one side of the anode, creating a layer of charge that accumulates on the anode surface. The capacitor stores energy in the form of a capacitor between the anode and the electrolyte.

UUJ1A472MNQ1MS aluminum electrolytic capacitors have numerous applications in various industries. They can be used in the automotive electronics industry for controlling speed and power to the engine, as well as providing filter capacitors for power conditioning. In computers and other electronic equipment they provide power supply capacitors to provide stable voltage and current signals to the circuits. Additionally, they are used as control capacitors that can be used for timing, frequency tuning, and switching. Finally, they are used in power supplies and power supplies where capacitors are used to dampen ripple currents and provide the power supply with a more stable voltage and current output.

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