LXZ35VB222M18X25LL

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Aluminum electrolytic capacitors are electronic components which are widely used in many different applications. These components have two electrode plates made from aluminum which are separated by a gel-like substance called electrolyte. This makes them perfect for use in high frequency applications and when working in a wet environment.

The LXZ35VB222M18X25LL is a popular aluminum electrolytic capacitor. It is a four pin component consisting of two pins for the positive terminal and two for the negative one. The pins are separated by a 10µm film between each pin. The pins are then connected to the aluminum electrodes, which are encased in an epoxy resin. This allows the capacitor to operate in a wide range of temperatures and resist corrosion.

The LXZ35VB222M18X25LL aluminum electrolytic capacitor has a maximum operating temperature of +105 °C, and a working voltage of 35V DC. It is also able to withstand a peak voltage of 5V AC, and provides a low leakage current of only 12mA (max). Thanks to its aluminum pin design, the LXZ35VB222M18X25LL offers excellent electrical connection and stability in a wide range of temperatures. As such, it is highly suitable for use in power supplies, inverters, motors, regulated voltage systems, and other heavy industry applications.

The working principle of this aluminum electrolytic capacitor is based on the fact that when the two electrodes are connected by an electrolyte, an electric field is created. This electric field causes the ions in the electrolyte to repel and form a double layer around the electrodes. This layer prevents the current from flowing, which results in the capacitor storing electric energy. This is how the LXZ35VB222M18X25LL capacitor can be used to quickly and efficiently store and release energy.

In conclusion, the LXZ35VB222M18X25LL aluminum electrolytic capacitor is a reliable and efficient component for use in a variety of applications. It is able to provide excellent electrical stability and connection in a wide range of temperatures, and is able to store and release energy quickly and efficiently.

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