B43713A9188M000

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Aluminum electrolytic capacitors are a type of capacitor that uses electrolytic aluminum foils as the plate material as the positive (anode) plates, and either a resistive material or a sintered carbon or graphite material as the negative (cathode) plates. The electrolytes act as the dielectric material between the two plates, and are usually in the form of an anhydrous, aqueous, or organic solution. Aluminum electrolytic capacitors are widely used in many applications due to their advantageous characteristics such as high capacitance-volume ratio, high temperature stability, high breakdown voltage, and high energy storage capacity.

The B43713A9188M000 aluminum electrolytic capacitor is a non-solid type capacitor with a cylindrical shape and is designed for use in power supply and other circuitry where pulse transients and high voltage transients may occur. This capacitor is also designed with a temperature-dependent electric field breakdown rating to provide enhanced reliability for temperature extremes. The capacitor uses an electrolytic aluminum foil as the anode and non-metallic material as the cathode and utilizes an anhydrous, aqueous, or organic electrolyte solution as the dielectric material.

The B43713A9188M000 aluminum electrolytic capacitor is typically used in applications including automatic electricity control devices, radio frequency and microwave circuits, military application, and other circuits that require high current pulse transients or a high working voltage.

The working principles of the B43713A9188M000 aluminum electrolytic capacitor lies in the fact that when a DC electric charge is applied, electric current passes through the electrolyte and creates ionized ions which stay within the electrolyte and build up on each side of the plates according to the polarity of the applied voltage. This creates an electric field across the plates and forms an electric double layer on the anode surface upon which the dielectric material is deposited. This layer provides a high breakdown voltage, a low dielectric absorption, and high efflux energy.

In conclusion, the B43713A9188M000 aluminum electrolytic capacitor is an ideal choice for applications that require a high pulse current capability, high working voltage, and superior temperature stability. It utilizes an electrolyte solution as the dielectric material and utilizes an electric field breakdown rating to provide enhanced reliability for temperature extremes. Additionally, it is highly efficient in power supply and other circuitry applications and is widely used due to its advantageous characteristics such as high capacitance-volume ratio, high temperature stability, and high energy storage capacity.

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