B43699C5156Q7

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Aluminum Electrolytic Capacitors are devices of great utility, and B43699C5156Q7 is one commonly used such device. This capacitor consists of a metalized polyester film/foil rolled up into a cylindrical metal case and contains two electrodes, an anode and a cathode. An electrolyte, a fluid containing a flow of ions, is immersed in between the two plates.

B43699C5156Q7’s application field includes power supply, electronic instrument and telecommunication equipment. In a power supply system, electronic instrument and other applications, a B43699C5156Q7 can provide a capacitance of large value. Together with the significant ability of withstanding high operating voltages, this can make B43699C5156Q7 ideal for such applications.

In terms of its working principle, B43699C5156Q7 exploits the different properties of its two electrodes and electrolyte. The anode substance of the capacitor is of aluminum can, which acts as the surface having great electrical conduction. The oxide layer that forms on the anode side prevents current leakage. The cathode in this capacitor is made of foil, which serves as the current carrier, and the space in between the two plates is filled with liquid electrolyte. When a reverse voltage is applied to the capacitor, it acts like an electrical reservoir, storing additional charge. The capacitor is then able to deliver this extra charge if needed.

As a result, B43699C5156Q7 is capable of storing and releasing large amounts of electrical charge, fast and with great reliability. This is due to the remarkable properties that aluminum electrolytic capacitors possess, resulting from the structure and material of its components.

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