B41890A5107M000

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Aluminum Electrolytic Capacitors

Aluminum electrolytic capacitors are generally accepted as being the most widely used type of capacitor available. They are typically characterized by a large capacitance per unit volume compared to other types of capacitor. The capacitance of aluminum electrolytic capacitors increases with increasing temperature and reducing voltage but reduces with increasing temperature and increasing voltage. This type of capacitor is made by stacking two layers of metal foil separated by an electrolyte material.

B41890A5107M000 capacitors are specifically designed for healthcare and automotive applications. They are made with a non-solid electrolyte, so they are able to withstand high temperature and pressure as well as a range of electrical and chemical stresses. The wide operating voltage range makes B41890A5107M000 capacitors suitable for a variety of applications.

B41890A5107M000 Application Field and Working Principle

B41890A5107M000 aluminum electrolytic capacitors are used in automotive, medical and industrial applications. In terms of automotive applications, they can be used in power steering systems, power door locks, ignition systems, starters, and more. In terms of medical applications, they are used in medical imaging, cardiac monitoring systems, and blood pressure monitors. In industrial applications, they are used in integrated circuits, power supplies, and more.

B41890A5107M000 aluminum electrolytic capacitors work on the principle of storing electrical energy in the form of a static electric field. A thin metal foil, known as the anode, is coated with an oxide film. The oxide film acts as an insulator to create an electric field between the two conductors when an electric current is applied. This electric field stores the electrical energy in the form of static energy until the current is removed.

When a voltage is applied, one end of the capacitor becomes polarized while the other end remains non-polar. The polarized end concentrates the electric field while the non-polar end dissipates it. The inter-electrode capacitance is then able to store the electric energy. When the voltage is removed, the charges on the two electrodes are balanced and the energy stored is then discharged. This is how a capacitor works.

Conclusion

B41890A5107M000 aluminum electrolytic capacitors are specifically designed for healthcare and automotive applications, as well as other industrial applications. They are able to withstand temperature and pressure as well as a range of electrical and chemical stresses. Furthermore, they work on the principle of storing electrical energy in the form of a static electric field and this is discharged when the voltage is removed.

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