B41022A7106M

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Aluminum Electrolytic Capacitors

An aluminum electrolytic capacitor is an electrical component which is most commonly used in electronic circuits for storing energy for short periods of time. It contains two aluminum plates separated by an electrolyte solution than acts as a dielectric. When an anode is charged with a specified voltage, an electrostatic field is generated, resulting in the accumulation of electrical charge on the anode and cathode.

The B41022A7106M is an aluminum electrolytic capacitor, with a capacitance of 10μF and rated for a working voltage of 6.3V. It has a very small profile and is versatile, making it suitable for many applications. It has long been used in electronic devices for filtering, power management, signal filtering, and even timekeeping.

Applications

The B41022A7106M is ideal for use in the power supply circuits of portable electronics, such as TVs, laptops, and mobile phones. The aluminum electrolytic capacitor is also ideal for use in automotive electronics, where its small size and low power consumption allow it to be used in more compact designs. It is also widely used in LED lighting applications, as well as for LED displays and automotive navigation systems.

The aluminum electrolytic capacitor is also often used in audio and broadcast equipment for power management, signal filtering, and even time-keeping. It can be used to reduce noise and improve the audio signal quality, and is also used in medical equipment and vibration-sensitive instruments. B41022A7106M capacitors are also often used in robotics, where their low power consumption and small size allows them to be used in more compact designs.

Working Principle

The working principle of an aluminum electrolytic capacitor is based on the electrochemical effect of an electrolyte on two aluminum plates separated by a porous ceramic plate or diaphragm. When a voltage is applied across the plates, ions from the electrolyte solution will be attracted to the plate with the higher potential, and this process results in the accumulation of electrical charge on both of the plates.

The accumulated electrical charge creates an electric field which acts as a dielectric between the plates, enabling the capacitor to store electrical energy. This electric field will remain in place until the amount of charge stored is reduced, or the applied voltage is reversed. When the voltage is removed, the electric field is dissipated and the stored energy is released.

The combination of an electrolyte solution and aluminum oxide results in a much higher energy density than other forms of capacitors, making aluminum electrolytic capacitors ideal for applications such as power management and signal filtering in small electronic devices.

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