106AVD035MDR

Aluminum electrolytic capacitors are electrical components designed to store an electric charge in the form of energy. Aluminum electrolytes have several distinct advantages over more traditional capacitors, such as specialized dielectric materials and long life expectancy. The 106AVD035MDR aluminum electrolytic capacitor is a specific class of component designed for specialized applications in various industries. Its design of features and its underlying working principle can be explored in the following sections.

Design of Features

The 106AVD035MDR aluminum electrolytic capacitor utilizes an aluminum oxide-treated electrode to store a large amount of electric charge. The component is typically constructed with a molded case for reliability and durability, and the standard aluminum block is metallized with an anodically-bonded layer to provide an electrical connection to the electrolyte. Additionally, the 106AVD035MDR includes a hermetically-sealed separator and a pressure relief device to keep operation pressure in check. As for the electrical properties, the 106AVD035MDR supports an operating temperature range of -25 to +85 °C, has a voltage rating of 35 VDC, a capacitance of 106 µF, and a minimum capacitance tolerance of ±20%.

Working Principle

The 106AVD035MDR aluminum electrolytic capacitor functions similarly to other electrical capacitors, in that it stores electrical energy. However, instead of storing energy through a dielectric material such as plastic or paper, the 106AVD035MDR stores energy in an electrolytic medium. This electrolytic medium consists of a liquid mixture of substances called electrolytes, and when a voltage is applied to the component, the electrolytes will form an electrical conduction path between two charged plates. This conduction path allows for the capacitor to store and release energy in the form of electrical current.

Aluminum electrolytic capacitors are popular due to their high capacity for charge storage and their increased efficiency compared to more conventional capacitors. The 106AVD035MDR aluminum electrolyte capacitor is designed to have complementary features and properties that make it suitable for specific types of applications, such as in electronic automotive control systems or in solar power generation.

In summary, the 106AVD035MDR aluminum electrolyte capacitor is an electrical component with several advantages over more traditional capacitor designs. Its design of features and working principle make it suitable for specific application in various industries, such as automotive control systems and solar power generation. With its high capacity for charge storage and its efficient operation, it remains a popular choice for many designers and engineers.