35NXA330MEFC12.5X20

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Aluminum electrolytic capacitors are useful components in electrical circuits and are made up of two plates separated by an electrolyte that stores energy in the form of an electrical charge. The device uses a metallic membrane between two conductive layers, typically made of aluminum or tantalum, to store a charge. One plate is positively charged, while the other is negatively charged.

The 35NXA330MEFC12.5X20 aluminum electrolytic capacitor is a radial-lead device designed for Operating Voltage up to 350 volts DC. This component has a low profile aluminum electrolyte, which allows for high deflection and onboard flexibility. The capacitance range is 1.2uF to 10000uF and its temperature range is -40°C to +105°C.

It offers a wide range of application opportunities including power generation, industrial, medical, automotive and many other electronic systems. This component can be used in decoupling, smoothing, filtering, resonant circuits, timing circuits, and also in high-voltage applications such as in power supplies.

In most appliance applications, Aluminum electrolytic capacitors are preferred since they are able to withstand higher currents up to 2A compared to other types of capacitors like ceramic or film capacitors. The 35NXA330MEFC12.5X20 Aluminum Electrolytic Capacitor works by passing current through a metal electrode and applying a voltage to the electrolyte present between the metal plates. This creates an electrical field between the plates, resulting in the accumulation of electric charge.

The working principle of this component is based on Faraday’s law of Induction, which states “When the capacitor is connected in an electrical circuit, the current flow due to the applied voltage creates a static electrical field in the dielectric material (electrolyte) which polarizes the material. This produces a stored electrical charge. When the circuit is opened, the current ceases and the charge stored on the capacitor is dissipation over time.”

Since the capacitor is mostly used for transient current filtering, it also works as a charge pump, allowing extremely fast energy transfer between two components. This enables it to deliver high capacitance and low equivalent series resistance (ESR) values, making it perfect for high-frequency applications and low-voltage communication circuits.

In conclusion, the 35NXA330MEFC12.5X20 aluminum electrolytic capacitor is a useful component for a variety of application opportunities. It works by passing current through a metal electrode and applying a voltage to the electrolyte present between the metal plates, creating an electrical field between the plates. This stored electric charge then dissipates over time as the circuit is opened. Its low profile aluminum electrolyte allows for high deflection and onboard flexibility, making it perfect for high-frequency applications and low-voltage communication circuits.

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