36D141F450AC2A

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Aluminum electrolytic capacitors (AECs) are energy storage components commonly used in electronic circuits. They are available in a wide range of capacitance values, making them suitable for a variety of applications. The 36D141F450AC2A is an example of a AEC. This particular component has a max capacitance of 140µF and a working voltage of 450 V and is rated for operation across temperatures from -55°C to +105°C. In this article, we\'ll take a closer look at what an 36D141F450AC2A AEC is and where it can be used, as well as the underlying principles that make it work.

What is a 36D141F450AC2A AEC?

An 36D141F450AC2A AEC is an aluminum electrolytic capacitor, a type of energy storage capacitor commonly used in electronic circuits. An AEC consists of a sealed cylindrical casing containing two metal strips separated by a porous separator. One of the strips is usually made from aluminum and the other is an electrically conductive material like carbon. The interior of the casing is filled with moistened electrolyte, which acts as the electrical medium between the two strips.

Application Fields for 36D141F450AC2A AECs

AECs have wide application fields and are found in power supplies and other circuit nodes for general purpose and special purposes, such as in audio-frequency electric circuits, high-frequency decoupling circuits, low-voltage pulses, and so on. The 36D141F450AC2A AEC is suitable for these applications in particular, as it can operate at a relatively high voltage. It is used to store energy in applications such as power supplies, audio power amplifiers, lighting equipment, and voltage regulating circuits.

Working Principle of the 36D141F450AC2A AEC

An AEC works by utilizing the electrochemical action of an electrolyte solution between its two electrodes to store and discharge electrical energy. The aluminum electrode (anode) of a AEC capacitor is coated with an oxide film, which serves as an insulator; this oxide layer prevents current from flowing through the electrode. When the capacitor is connected to a voltage source, ions in the electrolyte solution begin to pass through the porous separator, eventually accumulating on the aluminum electrode. This creates an electrostatic field, which stores energy in the capacitor.

When the voltage source is removed, the oxide layer prevents the ions from returning and the electrostatic field is maintained until the capacitor is discharged. When the AEC is discharged, the capacitor releases the energy stored in its electric field in the form of current.

Conclusion

The 36D141F450AC2A AEC is an aluminum electrolytic capacitor with a high working voltage of 450 V and a maximum capacitance of 140µF. It is suitable for use in high voltage applications such as power supplies, amplifiers, lighting equipment, and voltage regulating circuits. AECs work by relying on the electrochemical action of an electrolyte solution between two electrodes to store and discharge electrical energy.

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