EDT476M025A9LAA

Aluminum electrolytic capacitors are a type of capacitor available in the market today which feature large capacitance values in relatively small sizes. The EDT476M025A9LAA is a product within this category, with anisotropic aluminium electrolytic capacitors having a long service life at high temperatures and high operating voltages. As this is an anisotropic aluminum electrolytic capacitor, it features greatly enhanced safety parameters and additional protection circuits. This makes it suitable to install in high voltage and high temperature environments.

When considering the application field and working principles of the EDT476M025A9LAA, it’s important to first understand the basic features of aluminum electrolytic capacitors. These types of capacitors feature parallel plate construction, which allows for high capacitance in a small size. The aluminum electrolyte is etched in an anisotropic pattern, which is what gives this type of capacitor its stability. This makes them very useful in applications which demand high capacitance in small sizes, such as voltage stabilisers, filters, and frequency dividers.

The EDT476M025A9LAA aluminum electrolytic capacitor specifically offers long life technology with an operating temperature ranging between -55 and +105°C. It also has a very high ripple current for high stability and good ripple voltage performance. The peak vibration resistance is greater than 30G, and the peak voltage is 2000V. The capacitor also has an increased endurance life and hermetically sealed construction for improved safety under extreme conditions. Due to its superior performance and high reliability, it is used in many industries, including consumer electronics, power-supply systems, and automotive industry applications.

When considering the working principle of the EDT476M025A9LAA aluminum electrolytic capacitor, it relies on the electric current that is exchanged between two layers in order to create a stored electrical charge. The two layers work together to store energy, and this stored energy is then used to power electronic devices such as computers and other consumer electronic devices. One of the layers is comprised of non-conductive aluminum oxide which acts as an insulator, and the other layer is comprised of aluminum electrolyte which exchanges electrons between the two layers. This exchange of electrons is what creates the stored electrical charge.

In conclusion, the EDT476M025A9LAA aluminum electrolytic capacitor is an ideal choice for power-supply systems and other electronic projects due to its long-life technology and superior safety parameters. It can be used in a variety of environments due to its high vibration resistance and hermetically sealed construction, and its high capacitance values provide enough power for high-powered electronics. The working principle of this particular aluminum electrolytic capacitor revolves around the electric current exchanged between the two non-conductive layers, which is what creates the stored electrical charge that powers electronic devices.