HVMLS213M010EA0A

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Aluminum electrolytic capacitors have a wide range of applications, and the HVMLS213M010EA0A is one of the most popular products. This product, designed and produced by Nichicon, has a variety of functions, and this article will discuss its application fields and working principles.

Applications of HVMLS213M010EA0A

HVMLS213M010EA0A is a high-voltage aluminum electrolytic capacitor with a diameter of 18.5mm and an operating temperature range of -55 to +105°C. The product is mainly applicable in two main situations.

First, it is suitable for high-voltage applications. It is the perfect choice for motor control equipment, industrial inverters, switched-mode power supplies (SMPS) and power grids. Its low resistance and long-term stabilization help to reduce the effect of electric power transmission malfunctions. Furthermore, this product is ideal for motor control applications as its ripple current equivalence and thermal resistance are excellent; higher stability and reliability are guaranteed.

Second, it has excellent surge-absorption capability and very low current leakage. Desired capacitance values are also easily obtained because a wide range of capacitance values and sizes are available. This makes HVMLS213M010EA0A perfect for the production of electric vehicles and products that need a reliable power source. All of these factors make it one of the most popular types of aluminum electrolytic capacitors.

Working Principles of HVMLS213M010EA0A

Aluminum electrolytic capacitors rely on two basic components to work: aluminum foil and an electrolyte. The product utilizes aluminum foil layers which are rolled and then pressed with a dielectric material containing an electrolyte, typically an ethanol solution of ammonium borate. These materials together form a series of parallel electric field plates, forming a capacitor.

When electric power is supplied to the product, current flows through the electrolyte, forming a film on the surface of the aluminum foil. This forms a dielectric layer, making the product capable of storing energy. When the capacitor reaches its peak capacity, it will discharge, reducing the stored energy.

The HVMLS213M010EA0A also utilizes a patented Lamella technology in which electrodes are stacked in different layers, reducing its thickness while maximizing its capacitance. This patented technology helps to keep the product’s resistance low while allowing it to retain a higher capacitance than conventional aluminum electrolytic capacitors.

These two components together allow the HVMLS213M010EA0A to be highly efficient, reliable, and suitable for a variety of applications. It proves to be a very versatile product that provides businesses with a cost-effective solution for their needs.

Conclusion

The HVMLS213M010EA0A product exemplifies the versatility of aluminum electrolytic capacitors. Its excellent ripple current equivalence, surge-absorption capability, wide capacitance value range, and long-term stability make it a great choice for motor control equipment, industrial inverters, switched-mode power supplies (SMPS), and electric vehicles. Furthermore, its patented Lamella technology and low current leakage ensure a reliable product. All of these characteristics make this product a suitable choice for engineering and manufacturing.

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