TVA1613-E3

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Aluminum electrolytic capacitors are widely adopted in industrial applications for their relatively low cost, wide range of capacitance values, and long operational life. Among them, TVA1613-E3 series is especially popular, featuring its radial leaded structure and non-inductive type with a current-controlled foiling winding design. In this article, the application field and working principle of the TVA1613-E3 series aluminum electrolytic capacitors will be examined in detail.

Overview

TVA1613-E3 series aluminum electrolytic capacitors feature radial leaded structure, non-inductive type, and current-controlled foiling winding (CCFW). The package of this series consists of three sub-packages which are: radial-leaded/screw type, axial-leaded/inductive type, and axial-leaded/non-inductive type. The capacitor tolerance value is +/-20%.

Application field

Due to its outstanding characteristics, the TVA1613-E3 series aluminum electrolytic capacitors are suitable for a wide range of applications, such as:

• Power supply units
• Induction motors and DC/AC motor drives
• Cooling systems
• Gas generators
• Solar power systems
• UPS units
• DC/AC inverters
• System batteries
• Air-conditioning system
• Industrial controls

Working principle

The TVA1613-E3 series aluminum electrolytic capacitors consist of an electrolyte, a dielectric, and two metal plates as well as two metallic wires. In this type of capacitor, current passes through the capacitor in two directions. The positive terminal of the capacitor passes a current in a clockwise direction while the negative terminal passes a current in an anti-clockwise direction. The current passes through the dielectric and one of the metal plates and moves to the other plate. The voltage across the capacitor is greater than the source voltage. The difference between the two is known as the dielectric absorption.

The CCFW structure of TVA1613-E3 series aluminum electrolytic capacitors exploit the Cl/Ad-gel to generate two conductive foils and therefore increase the number of turns out of the same core and consequently increase the maximum operating voltage and capacitance value. As a result, it significantly improves the capacitor\'s electrical performance.

In conclusion, the TVA1613-E3 series aluminum electrolytic capacitors are widely used in many industrial applications due to their low cost, wide range of capacitance values, and long operational life. In addition, its CCFW structure improves its electrical performance.

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