35TZV100M10X10.5

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Aluminum electrolytic capacitors (AECs) are components within electronic circuits that incorporate a layer of oxide of aluminum formed around a foil of an aluminum electrolytic anode. These capacitors are known for their massive capacities, low cost, and ease of assembly.

The 35TZV100M10X10.5 is an AEC specifically designed for high-voltage applications, and it has a range of features designed to protect against conditions such as inrush currents. It is a capacitance with a capacity of 35µF/100V, and it measures 10x10.5mm. Thanks to their ability to withstand extreme voltages, 35TZV100M10X10.5 capacitors are typically used in applications such as power supplies, sensors, and rectifiers.

In terms of working principle, aluminum electrolytic capacitors rely on the layers of electric double layers that form on either side of the aluminum anode. In the case of a 35TZV100M10X10.5 capacitor, the oxide surface of the aluminum anode forms a negative layer, while the positive layer of electric current forms on the reverse side.

The two layers form a two-layer skin, with the negative layer known as the anodic film and the positive layer known as the cathodic film. As current flows through the anode, the two layers separate, enabling the capacitor to store energy. As current is applied through the anode again, the electric double layers will recombine, releasing the stored energy.

In addition to these, AECs such as the 35TZV100M10X10.5 are known for their excellent surge capabilities. The surge capabilities are determined by the size of the capacitors’ electrical leakage resistance (ESL) - the resistance between anode and cathode. The lower the ESL value, the better the capacitor’s surge capabilities and efficiency. The 35TZV100M10X10.5 capacitor has a low ESL value of 0.2-, indicating that it has excellent surge capabilities.

Aluminum electrolytic capacitors allow for a range of functions, and the 35TZV100M10X10.5 is no exception. At their core, they are designed to store and provide energy, but they also provide other benefits such as lowered heatness and increased energy efficiency. Beyond that, their surge capabilities also allow for high levels of efficiency and reliability throughout the life of the capacitor.

The 35TZV100M10X10.5 capacitor is an excellent solution for high-voltage applications, and it is especially useful in applications such as power supplies, sensors, and rectifiers. Thanks to its surge capabilities, the 35TZV100M10X10.5 capacitor offers high levels of energy efficiency, heat management, and reliability throughout its expected lifespan.

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