B43564B4109M7

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Aluminum electrolytic capacitors are widely used to store and apply electrical energy. They are composed of two metal plates separated by an electrolyte solution. A positive plate is connected to an anode, where the electrons flow from the anode into the electrolyte; and a negative plate is connected to a cathode. This creates a relatively steep electric potential barrier across the two plates, known as the dielectric layer.

B43564B4109M7 aluminum electrolytic capacitors are widely used for the regulation of power in electronics and industrial equipment. The capacitors have a wide application field in acoustics, measuring instruments, medical devices, computers, and power supplies. They are especially used in high-frequency switching applications, and are suitable for power solution circuit designs. B43564B4109M7 aluminum electrolytic capacitors are designed for bipolar operation and feature an expanding dielectric thickness and make an ideal choice for devices requiring heavy current handling.

The working principle of B43564B4109M7 aluminum electrolytic capacitors is based on the differential between positive and negative ions. The ions move from the anode to the cathode when electrical current flows through the capacitor. This creates an electrostatic force, which induces the capacitor to increase its capacitance. As the current changes, so does the capacitance of the capacitor. This working principle enables the capacitor to regulate current for different voltage levels.

The major advantage of B43564B4109M7 aluminum electrolytic capacitors is their ability to withstand a wide range of temperatures. They have a temperature range of up to - 55 to + 105°C. As their construction includes a tantalum foil or an electrolyte, they offer high ripple current and high voltage handling capacity. Additionally, they are known for their high capacitance density and long life cycle, making them an ideal choice for high-power applications.

B43564B4109M7 aluminum electrolytic capacitors are designed to provide reliable performance in applications where high temperature operation is of primary concern. Their excellent thermal stability and high ripple current capacity make them an ideal choice for high-voltage applications. Additionally, they have an excellent power dissipation efficiency and low ESR values, making them suitable for applications that require precise power-saving and accuracy.

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