380LQ561M200J012A

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Aluminum electrolytic capacitors are essential components in various electrical circuitry and are commonly found in many electronic products. The 380LQ561M200J012A is an example of such a capacitor which is used for a wide variety of applications. This article will endeavor to explain the usage and working principle of this particular aluminum electrolytic capacitor.

Background

An aluminum electrolytic capacitor consists of two basic elements: a pair of foil electrodes and a separator made of a non-conductive material that is impregnated with an electrolytic solution. The outer casing of the capacitor is sealed in order to contain these components and sustain a specified level of internal pressure. Depending on the type of capacitor being used, the electrodes may have a radial, axial, or snap-in arrangement.

380LQ561M200J012A Application Field

The 380LQ561M200J012A is a miniaturized, low-ESR aluminum electrolytic capacitor that is ideal for use in high-reliability, very low power dissipating applications. The capacitor is rated for a working voltage of 16 volts and has a capacitance value of 560 microfarads. This capacitor is suitable for use in applications that require a high load current, such as those that involve the powering of small motors. It is also suitable for use in a variety of DC-DC converters and switch-mode power supplies.

380LQ561M200J012A Working Principle

The working principle of a 380LQ561M200J012A aluminum electrolytic capacitor is similar to that of any other capacitor; it works by storing electrostatic energy within a confined space. This is achieved by connecting two non-conductive plates together through a separator impregnated with an electrolyte solution. The electrostatic energy is stored in the form of an electric field between the two plates; the higher the stored voltage, the higher the electric field. When a sufficient voltage is applied across the capacitor, the electric field between the two plates grows, causing the capacitor to become fully charged.

When the capacitor is connected to a circuit, it will draw current at a rate dependent on the circuit conditions. The voltage across the terminals of the capacitor should remain relatively constant as long as the circuit is kept in steady-state conditions. If the circuit is disconnected or the voltage across the terminals of the capacitor increases too much, the capacitor will discharge its stored charge.

Conclusion

The 380LQ561M200J012A is an aluminum electrolytic capacitor which can be used in a variety of applications. Its working principle is based on charging and discharging its stored electrostatic energy whenever a voltage is applied across its terminals. This capacitor is ideal for applications that require a very low power dissipation and is suitable for use in high-reliability power supplies and DC-DC converters.

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