KZE50VB821M12X35LL

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Aluminum Electrolytic Capacitors are solid capacitors that use an electrolyte to store or ‘buffer’ electrical energy. They are also called ‘aluminum foil’ capacitors due to their typical construction method which includes electrolytically holding two layers of metal between two sheets of aluminum foil, with a spiritual oxide film between the two layers. They are commonly used in many electrical circuits, such as power supplies, timers, amplifiers, and guitar and amplifier circuits.

The KZE50VB821M12X35LL is a specific type of aluminum electrolytic capacitor. This product is typically used in applications such as precision and timing instruments, filter circuits, portable devices, and other high current applications. It has a working voltage of 50 VDC and a capacitance of 8.2uF. It comes in an axial-leaded (radial) form with a maximum Ripple Voltage of 1V.

The KZE50VB821M12X35LL capacitor is designed with a Faraday cage that acts as an insulating layer between the anode and the cathode. The Faraday cage also prevents electric current leakage from the capacitors when the voltage is too high. The resistor, which helps to prevent leakage, is located in the inner layer of the aluminum foil and the dielectric is located in the inner layers of the aluminum foil.

The KZE50VB821M12X35LL capacitor has good temperature characteristics with a temperature range of -40 ℃ to +105℃. It has a very low equivalent series resistance (ESR), excellent frequency characteristics, and is capable of handling high inrush or current peaks at low temperatures. The high peak current capability is especially important when the device is used in high-frequency, high-current applications.

The KZE50VB821M12X35LL capacitor’s working principle is based on the fact that electrons can be stored between two layers of conductive material. The electrodes are then charged with an electrolyte, which acts as a physical medium for electron flow. An electric field is set up between the two layers, and electrons will flow from the anode to the cathode. This will create an electric charge for the capacitor, which is stored in the dielectric layers of the aluminum foil.

Thanks to the combination of Faraday cage, electrolyte, and dielectric layers, the KZE50VB821M12X35LL electrolytic capacitor is able to store or buffer electrical energy. The aluminum foil layers also provide solid insulation, increasing its reliability in high voltage applications.

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