B43640A5687M000

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Aluminum electrolytic capacitors, more commonly known as electrolytic caps, are energy storage devices used in numerous electrical applications. Among this variety of components, B43640A5687M000 is an aluminum electrolytic capacitor constructed for maximum electric efficiency and extended life. This particular device features a wide operating temperature range and is intended for use in medical, industrial, consumer, computer and communications applications.

B43640A5687M000 aluminum electrolytic capacitors are comprised of two electrodes, anode, and cathode, immersed in a dielectric fluid. An Aluminum oxide film is formed on the anode, accounting for the high value of electrical capacitance of the device, although this capacitance is determined by many other factors, such as the components’ physical characteristics and the voltage applied. The cathode and anode are separated by the dielectric fluid, which contains an electrolyte, typically consisting of boric acid and ethanol.

The device’s dielectric fluid is sealed between the anode and cathode by a covering of foam, aluminum foil, or rubber, providing a stable environment for the working parts. This determines the capacitance of the component, with higher capacitance densities being achieved through higher voltage applied or higher pressure seals between the anodes and cathodes.

B43640A5687M000 aluminum electrolytic capacitors excel in high-temperature, low-impedance circuits, and due to their wide working temperature range of -40ºC to +105ºC, they are suitable for use in many industrial appliances and automation devices. Furthermore, its high capacitance density allows for circuit designers to save on space and cost, as it requires less electrical energy and component size compared to other capacitor designs.

A key feature of B43640A5687M000 aluminum electrolytic capacitors is its ability to handle transient pulses of current during the start-up period of automobile engines, and it can be found in a variety of circuits and electronic accessories ranging from remote controls and automotive lighting to portable navigation systems and telecommunication devices.

Due to the wide working temperature range and high current capacity, B43640A5687M000 aluminum electrolytic capacitors are preferred by some designers. This type of capacitor is highly reliable and can successfully handle transient spikes in current without damage. Additionally, the capacitor’s long life expectancy and its low impedance when used in high temperature applications, make it idealfor a variety of applications, from medical and consumer electronics to industrial automation and communications.

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