382LX333M050A082

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Aluminum electrolytic capacitors are the most widely used form of capacitors, which are components that are used in a wide range of applications. They are able to offer high capacitance values for their size, maintaining stability in performance and reliability in operation. The specific type of electrolytic capacitor being discussed is the 382LX333M050A082, which is an axial capacitor. It is categorized as a miniature aluminum electrolytic capacitor, which indicates its small shape, enabling portability and functionality for a variety of applications.

The 382LX333M050A082 is designed with a cylindrical aluminum can and three leads, with dimensions of 5 x 11 mm. Its temperature range operates between -25 to 85 degrees celsius and has a rated voltage of 20V. This rated voltage refers to the maximum voltage it can sustain before experienced deterioration, while the working voltage is the normal voltage in which it operates. In the case of the 382LX333M050A082, the working voltage is 8V.

The 382LX333M050A082 can be applied in numerous types of application fields. It has a wide range of usage, most notably in high tech applications used by the automotive and telecommunication industries. It is used in electric switches, radios, and audio systems, to name a few, as well as in charge or power drivers and voltage spikes. The 382LX333M050A082 possesses a large capacity for storing a charge and is great for smoothing out electrical noise, making it suitable for analog-digital converter and MCU power circuits, or devices that require stable current sources.

An electrolytic capacitor operates using a chemical reaction within the capacitor which produces a charge. At the same time, ions that are stored within the body of the capacitor are attracted and repelled by metallic plates which are set at opposite poles. This creates an electric field, which is the core principle of the electric capacitor. The 382LX333M050A082 is designed with cathode and anode to help build electric charges with a chemical reaction during the process, where the chemical reaction also helps to build a barrier against the electric charge.

The construction and design of the 382LX333M050A082 allows it to effectively store and transfer charge from the cathode, where electrons are removed, to the anode, the location where these electrons are deposited. As the supplied voltage increases, the flow of charge subsequently increases, giving rise a power component known as the equivalent series resistance. The ESR of the 382LX333M050A082 is typically lower than other types of capacitors.

In conclusion, the 382LX333M050A082 aluminum electrolytic capacitor is a miniature component that proves to be one of the most versatile and reliable types of capacitors. It has a wide application range, which encompasses the automotive and telecommunication industries, and can be used in a variety of electrical applications. It is able to deliver high capacitance values and stable performance, and is ideal for charge or power drivers and voltage spikes. With its high storage capacity and low equivalent series resistance rate, the 382LX333M050A082 is the perfect choice for a multitude of applications.

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