860130273002

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Aluminum electrolytic capacitors are commonly used and come in a variety of sizes and ratings. They’re widely used in electronics for the purpose of energy storage, filtering, and signal conditioning applications. This article will focus on the application field and working principle of Model No.860130273002.

Application Field

Model No.860130273002 is a radial Aluminum electrolytic capacitor. Its dimensions are 6.3*10.7mm, rated voltage of 16V, which can be used to replace other similar aluminum electrolytic capacitors with the same rated voltage, profile, type and size. Typical applications include electronics, audio, automotive, lamps and LEDs, etc., especially suitable for applications such as high-end audio, lighting, monitoring, precision control systems and motion control systems.

Working Principle

Aluminum electrolytic capacitors use aluminum as an anode and a paper as a diaphragm, as well as an electrolyte between them. The electrolyte serves as the medium for electric charge to pass among the capacitor electroplates. An electric field is generated between the plates and causes negative electric charges to collect on the aluminum plate. This charge remains on the plate until the electric field is removed, which allows the electric charges to pass through the electrolyte and return to their original charge potential on the diaphragm.

Due to the ability of the electric field to pass between the plates, electric charge will pass when a voltage is applied to the capacitor. During this process, electric charges accumulate on the plates and create an electric field between them. As the charge continues to accumulate, the electric field increases and allow the capacitor to store more charges. Thus, the capacitance of the aluminum electrolytic capacitor can be adjusted by increasing or decreasing the voltages between its plates.

When the electric field is too strong and can no longer be held by the electrodes, it passes through the electrolyte and is discharged from the capacitor. This process, also known as a polarization effect, is the most important factor that affects the lifetime of an aluminum electrolytic capacitor. By maintaining a low voltage and avoiding current surges, the capacitor will have a longer lifetime.

In summary, Aluminum electrolytic capacitors are widely used in various kinds of applications and Model No.860130273002 is just an example. Its features make it suitable for high-end audio, lighting, monitoring, and motion control systems where precision is key. The working principle of Aluminum electrolytic capacitors is relatively simple but crucial to understand. With proper design and care, these capacitors can serve your applications for a long time.

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