B43504E2227M67

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Aluminum electrolytic capacitors are among the most commonly used electronic components which are found in many types of electronic equipment, from audio to medical devices. The B43504E2227M67 is an aluminum electrolytic capacitor that is used in a range of electrical applications. This guide will explore the application fields and working principle of the B43504E2227M67.

The B43504E2227M67 is primarily used in AC line-tuned circuits, DC filter circuits, motors start-stop circuits and various oscillation circuits. It has a rated power dissipation of up to 3W and is suitable for use in circuits with low-frequency operations. It is housed in a D13.6 × H27.3mm package and has an operating temperature range of -40~+85°C. The B43504E2227M67 features a non-solid electrolyte design which provides excellent surge strength, enabling it to be used in high voltage AC line-tuned circuits. The capacitor can withstand a voltage of up to 400V and is UL recognized.

The working principle of an aluminum electrolytic capacitor is that it consists of an aluminum foil anode and cathode, separated by a thin insulating oxide layer and an electrolyte. As a voltage is applied across the capacitor, the electrolyte dissolves the anode, depositing an oxide film on the foil. This oxide film acts as a dielectric, storing electric charges. The stored electric charges can then be released when the voltage is reversed.

The B43504E2227M67 takes advantage of this principle to deliver long-term reliable performance. Its use of an aluminum foil anode with an electrolyte provides excellent electrical characteristics and stability. The non-solid electrolyte design further enhances the capacitor\'s surge strength, enabling it to be used in AC line-tuned circuits and other high-voltage applications.

Overall, the B43504E2227M67 is an excellent electrochemical component that is designed for a variety of electrical applications. It has a rated power dissipation of up to 3W and can withstand a voltage of up to 400V. The capacitor is UL recognized and its non-solid electrolyte design provides excellent surge strength, enabling it to be used in high voltage AC line-tuned circuits. By understanding its application fields and working principle, engineers and technicians can make well-informed decisions as regards its use in their designs.

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