475AXZ050M

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Aluminum electrolytic capacitors are energy storage components composed of aluminum and electrolytic paper layers, which are mainly used to store and filter electrical signals. The 475AXZ050M is specifically designed for application in cell phones, laptop computers, cameras, and media players.

The 475AXZ050M is typically used as a filtering capacitor, where it eliminates noise that can be introduced by other electronic devices. It is also used to maintain voltage stability in power supplies, and helps ensure consistent power to the system. Additionally, it can be used as a current limiter, to protect sensitive circuits from current anomalies.

The working principle of the 475AXZ050M is relatively simple. It relies on an aluminum foil that is welded at either end to the main terminals. This foil is then separated from the aluminum anode body by a rubber film full of electrolyte. This separation creates a double-layer, single layer capacitor element. When a voltage is applied, electrons from the cathode are attracted to the anode, increasing the stored electrical energy until the voltage is equalized between the two layers. Once equilibrium is reached, the stored energy and the leakage current help the system maintain stable functioning.

The 475AXZ050M is especially useful in tight space applications, as its installation size is smaller than most other capacitors. This allows engineers to reduce the overall size of the device or use a larger capacitor to provide the same functionality. Additionally, the 475AXZ050M utilizes a wide temperature range from -25°C to +85°C and has a long-term storage temperature range from -30°C to +90°C, providing further usability for a variety of applications.

Overall, the 475AXZ050M is a powerful aluminum electrolytic capacitor that is designed to meet the needs of electronic devices in multiple industries. Its space-saving design and wide temperature range make it an ideal choice for device designers and engineers, in addition to its reliable performance in filtering and current limiting applications.

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