EDT108M010A9PAA

Aluminum Electrolytic Capacitors are energy storage devices that have been developed to meet the need for increased amounts of energy in many modern electrical applications, one of which is the EDT108M010A9PAA. This device is reliable, has a small footprint, and offers a high degree of versatility with its multiple available options for connection, mounting, and other further customizations. Herein is an examination of the application field and working principle of the EDT108M010A9PAA.

The EDT108M010A9PAA is designed for use in various makes and models of computers, communication equipment, and other industrial equipment. It is also capable of being used in robotics, security systems, and medical instrument applications. All of these applications require energy storage devices with increased levels of efficiency, reliability, and versatility. The EDT108M010A9PAA achieves this in spades. It is a highly reliable device that operates with an extremely low ESR rating. This rating provides for greater efficiency levels than other available aluminum electrolytic capacitors. Furthermore, the EDT108M010A9PAA has a published service life of over 20,000 hours at 85°C.

The use of the EDT108M010A9PAA is based on a few simple principles, managed by the alternating current (AC) and direct current (DC) behavior of an electrolytic capacitor. Initially, when an electric current is applied to the electrolytic capacitor, ions become mobile and travel through the electrolyte. This process produces an electric double layer charge. The frequency of the applied current then affects the Distribution Action, which divides the ions in two groups: a first group that moves in a linear direction and a second group that moves in the opposite direction. The moving ions then interact with the metals of the capacitor, and the ions that point in the same direction as the applied current cause the building up of an anodic charge; ions that move in the opposite direction bring about the building up of a cathodic charge. This charge creates a potential difference between the terminals of the capacitor, which in turn causes the capacitor to generate energy-storing properties.

The EDT108M010A9PAA is distinguished by its particular capacitance, which ranges from 10µF to 1000µF. The terminals and anode of the device are sealed, protecting the unit and its internal components from environmental impacts. Furthermore, its shape allows for the use of low profile, lightweight components in various installation requirements. Compared to other energy storage devices, the EDT108M010A9PAA’s relatively small package size results in a high volumetric efficiency. This feature, combined with its high temperature and frequency characteristics and long life span, makes the EDT108M010A9PAA stand out as a top performer for modern electrical applications.

The EDT108M010A9PAA’s multiple connection options contribute to its versatility. The device can be connected in a single phase, two phase, three phase, and four phase configuration. Each phase can be connected in either series, parallel, or a combination of series/parallel. All of these connection options make the EDT108M010A9PAA suitable for a variety of applications with varying power demands. Lastly, the mount options in which the EDT108M010A9PAA can be installed allow it to be placed with optimal security and performance in mind. This feature adds an extra level of versatility and reliability, ensuring that the EDT108M010A9PAA can be used in the toughest of conditions.

The EDT108M010A9PAA is an aluminum electrolytic capacitor designed for use in a variety of demanding electrical applications. Its small package size, high volumetric efficiency, and long life span give it an edge over other available energy storage devices. The device also has various connection and mounting options, making it a highly versatile and reliable option in electricity storage and power management. With all of its attributes, and the fact that it is made of corrosion-resistant aluminum, the EDT108M010A9PAA stands out as an extremely reliable aluminum electrolytic capacitor in multiple fields of application.