LP103M035E9P3

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Aluminum Electrolytic Capacitors

LP103M035E9P3 is an aluminum electrolytic capacitor, which is widely used in various fields. Generally speaking, such capacitors are a kind of electric components with two electrodes. In between these two electrodes, there is a dielectric gel that is made of electrolyte. Therefore, when an alternating current flows within its electric circuits, energy is stored and gives off as current surges.

Application Field

LP103M035E9P3 capacitors are used mainly in the field of high power electronics, as they provide high energy storage with low losses. Such capacitors are usually common in professional audio amplifiers, HVAC systems, power supplies, battery chargers, and motor controllers. Besides, its application also expands to some industrial projects, such as industrial motors, PLCs, lighting systems, and solar energy systems.

Working Principle

The working principle of such capacitors is based on the principle of “separateness”. When these capacitors are in operation, an alternating current passes through two winding layers and at the same time the dielectric gel between these two winding layers are replenished with an electrolyte. With the current passing through, it creates a constant electric field that keeps the electrolyte in suspension. When the current hype reaches a certain amplitude, the stored energy will be discharged as bursts of current.

Besides, with its double metal layer construction, LP103M035E9P3 capacitors are able to further reduce the losses, which makes them much more ideal for industrial applications. Furthermore, since the electrolyte in these capacitors add certain dielectric properties to the overall construction, it also helps in increasing their overall capacitance value.

Conclusion

In conclusion, LP103M035E9P3 capacitors are widely used in electronical fields, due to their high energy storage capabilities and low losses property. Its working principle is based on the principle of “separateness”, and its double metal layer construction further helps in reducing the losses and increasing its capacitance.

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