B43540A2228M80

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Aluminum electrolytic capacitors are widely used in electronic circuits, providing various functions ranging from filtering to energy storage. The B43540A2228M80 is a 40V aluminum electrolytic capacitor with a 2,228mF capacity that is designed for the demanding environment of military and automotive applications. It offers an appreciated load life of over 2,000 hours, making it an ideal choice for high reliability and demanding applications.

The B43540A2228M80 uses a wet-wound technology which encapsulated the liquid electrode and provides superior thermal characteristics for high load life. It also utilizes a patented spiral winding technology to increase its endurance and help reduce ESR. The capacitor’s cathode is built with continuously wound aluminum foil, which makes it more resistant to environmental factors such as shock and vibration. The anode is built with the patented solenoid winding technology, which ensures efficiency of the entire component.

The working principle of the B43540A2228M80 is based on the principle of capacitor-dielectric-conductor. When an AC or DC voltage is applied across the two terminals of the component, current flows through the anode and cathode which builds up a charge. This charge stored in the capacitor is a function of the applied voltage, the amount of the dielectric material, and on its own physical characteristics, such as area and thickness.

Applications for the B43540A2228M80 include automotive systems, emergency lighting, power supplies, and industrial safety systems. The 2,228mF capacity ensures the aspect of stability and endurance even under the most demanding conditions. Its long shelf life also makes it a perfect choice for storage, allowing it to be used in applications long after installation.

Overall, the B43540A2228M80 offers a long life and superior performance in demanding applications, making it an ideal fit for the military, automotive, or industrial sectors. With its unique construction, it is able to withstand the toughest of environments while offering an energy-efficient and cost-effective solution to power requirements.

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