860020380027

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Aluminum electrolytic capacitors are widely used in power electronics, consumer electronics, photovoltaic systems, communication systems, aerospace and other fields due to their relatively high energy density, high volume efficiency and wide operating temperature range. The 860020380027 is an aluminum electrolytic capacitor that is used in a range of applications due to its consistent high performance, and its various voltage and temperature variations.

The 860020380027 serves an important purpose, providing energy storage in a variety of applications. Capacitance is a measure of an electrical device’s ability to store energy in an electric field. It is a function of the permittivity of the dielectric material (i.e. the material separating the two conductors of the capacitor) and the surface area of the plates of a capacitor. The 860020380027 is a high-capacitance device, meaning it can store more energy than traditional ceramic capacitors.

Due to its robust design, the 860020380027 is ideal for high temperature applications. For example, in the aerospace industry it is used to control current and regulate the voltage of control systems which are sometimes exposed to temperatures over 150°C. In consumer electronics applications, the 860020380027 can be used to regulate power supplies and provide high-capacitance energy storage for portable devices.

The working principle of the 860020380027 is based on two separate, yet connected, electrolytic processes. The dielectric layer between the anode and the cathode of the one-piece capacitor acts as an insulator between the two layers, while the electrolyte provides an electric field through the anode-cathode interface.

First, the anode (positive) side of the aluminum electrolytic capacitor is oxidized and a thin layer of aluminum oxide forms on its surface. This oxide layer prevents current from flowing through the capacitor. The cathode (negative) side, on the other hand, is not oxidized and therefore allows current to flow freely. Once the capacitor is charged, the electrons flow from the anode of the capacitor to the cathode, creating a net charge between the two layers.

The 860020380027 also features an electro-psychrometer that allows the capacitor to measure the temperature of the application it is used in. The electro-psychrometer senses the changes in temperature and automatically adjusts the charge and discharge times of the capacitor which in turn improves the power efficiency of the application.

Due to its robust design and excellent energy storage capacity, the 860020380027 is ideal for a variety of applications. From aerospace to consumer electronics, the 860020380027 provides reliable high-performance in all types of use cases. With its wide operating temperature range and varied voltage options, the 860020380027 is the perfect complement for any application.

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