B43455A9688M7

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Aluminum electrolytic capacitors are active electronic components used in electric power circuits with high power density, low volume and good self-healing ability. Generally, they are composed of a positive plate made of aluminum foil, a negative plate composed of vapor-made oxide film, and an electrolyte composed of organic solvent and corrosion-inhibiting system. As a common type of electrolytic capacitors, B43455A9688M7 has a wide range of applications and good performance.

The B43455A9688M7 aluminum electrolytic capacitor has a wide range of applications, including DC filtering, pulse and switching power supplies, and anti-interference systems. Within its temperature range of -40 to +125 degrees Celsius and 160 to 63V AC, this capacitor has a 5mm x 11mm size and axial lead configuration, providing small-sized capacitance under high rated voltage. At the same time, its excellent performance and cost performance ratio make it very popular in modern power systems.

The working principle of the B43455A9688M7 aluminum electrolytic capacitor is mainly realized by the electrochemical effect that takes place in its internal structure. Inside the capacitor, the aluminum foil serves as the anode, the oxide film as the cathode, and the two are separated by a liquid electrolyte. Upon the application of a voltage, the electrolyte works as an insulator to establish an electric field that accumulates electric charge on the anodic plate. This accumulation of electric charge creates an electric field between the two electrodes, resulting in a capacitance. This whole process is the working principle of the B43455A9688M7 aluminum electrolytic capacitor.

In conclusion, the B43455A9688M7 aluminum electrolytic capacitor has a wide range of applications and excellent performance. Its small size and cost-effective nature make it a popular choice for modern electronic products. The working principle of the capacitor is mainly realized by the electrochemical effect, which is established by the electrolyte to form an electric field between the two electrodes.

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