39D177F200HP6

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Aluminum Electrolytic Capacitors are high-voltage and high-capacity capacitors that use an aluminum foil electrode of etched oxidation layer, a liquid electrolyte or solid electrolyte film, and an anode foil as the core structure. The 39D177F200HP6 aluminum electrolytic capacitor is a component used in the power supply circuit of general electronic products, which uses the resistance-coupling circuit to enhance the stability of the output. It is suitable for the interference and anti-interference occasions of devices that require low distortion of the power supply and the elimination of electronic interference, and it is often used in intricate circumstances.

The 39D177F200HP6 aluminum electrolytic capacitor can be configured with a power frequency filter, a bypass capacitor, a sampling capacitor, etc., and can be used for signal buffering, harmonic filtering, and circuit stabilization. The most notable advantage of aluminum electrolytic capacitors is their stability in large current applications. This makes them an ideal choice for applications that require large currents, especially in the power supply circuits of some electronic products, such as computers, amplifiers, and digital and analog electrical circuits.

In an aluminum electrolytic capacitor, the rate of chemical reaction at the aluminum electrode surface is affected by factors such as temperature and current. This affects the dielectric constant and the capacitor\'s impedance to current flow. A 39D177F200HP6 aluminum electrolytic capacitor has a high capacitance, high breakdown voltage, low equivalent series resistance, low equivalent series inductance, high ripple current, and high reliability.

This 39D177F200HP6 aluminum electrolytic capacitor’s working principle is based on Faraday’s law of electrolysis. The two aluminum foil electrodes of the capacitor are polarized by connecting an external voltage source to them, such that one side of the capacitor is an anode and the other is a cathode. The polarization of the electrodes causes the electrolyte to react with both aluminum foil electrodes, inducing an electric field between them.

The electric field generated between the two electrodes enables them to store charge, resulting in a capacitance value. As a result, when the voltage applied to the plate decreases, the surplus electric charge in the capacitor is released. This process can occur countless times and it means that the capacitor can serve as a buffer between the input and output of electronic circuits. This ensures that the DC components do not affect the AC components and vice versa within the electronic control circuit.

The 39D177F200HP6 aluminum electrolytic capacitors with their working principle are mainly used in power supply circuits and other various electronic products where high current, voltage, and capacitance are required. This kind of capacitor is also resistant to high ambient temperatures and delivery of extremely large currents is possible for short amounts of time. The 39D177F200HP6 capacitors are also used in medical equipment, in automotive electronics, and for lightning protection and audio applications due to its wide tolerance, high reliability, and high capacitance.

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