LNX2W392MSEHBN

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Aluminum Electrolytic Capacitors – LNX2W392MSEHBN application field and working principle

Aluminum electrolytic capacitors are one of the most commonly used capacitor types in electronic circuits. They consist of a metalized and elementally bonded anode aluminum foil, a separator element connected with the anode and a cathode contacting the electrolyte. Their wide range of operating voltages, capacitances, and temperature capability makes them suitable for all type of electronic circuits and applications. One model of an aluminum electrolytic capacitor is the LNX2W392MSEHBN.

The LNX2W392MSEHBN aluminum electrolytic capacitor is a snap-in type, rated for 47 microfarads and has a voltage rating of 50 volts. It has a snap-in feature which allows the capacitor to easily be inserted into an electronic circuit. The LNX2W392MSEHBN also features flat cantilevered lead terminations, making it suitable for automated placing and soldering equipment. It also has a large range of operating temperatures from -35°C to 105°C.

In terms of its application field, the LNX2W392MSEHBN aluminum electrolytic capacitor is primarily used in circuit applications for filtering, smoothing, and decoupling. It is used to reduce ripple of a alternating-current (AC) circuit by storing and releasing electrical energy. The capacitor\'s frequency-dependent characteristics cause it to store energy through current passing through it and release that energy when the current is low. This makes them suitable for smoothing and filter applications.

The LNX2W392MSEHBN aluminum electrolytic capacitor works according to the principle of electrolytic double-layer capacitance. This is the phenomenon of electrolyte ions to form electrostatic double layers when they interact with the solvent molecules and the solution\'s bulk electric field. This causes higher density of electric charges to accumulate near the electrodes, thus creating a capacitive characteristic.

The working principle of the LNX2W392MSEHBN aluminum electrolytic capacitor can be simply stated as follows: when a voltage is applied to the capacitor, there is a buildup of charges in the form of electric dipoles and double layers on both the anode and cathode. This causes an electric field to be created between the two elements, which in turn causes positive and negative charges to be attracted to the opposite electrode. This causes a charge to accumulate on both electrodes, creating a capacitive characteristic.

Overall, the LNX2W392MSEHBN aluminum electrolytic capacitor is a very versatile and dependable model. Its snap-in feature, range of operating temperatures, and highly reliable electrical characteristics make it suitable for many different types of circuit applications. In terms of its working principle, the LNX2W392MSEHBN is based on electrolytic double-layer capacitance, allowing it to perform capacitive functions involving current smoothing, filtering, and decoupling.

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