ALS80A473KF063

Aluminum Electrolytic Capacitors (AEC) are widely used in electronic circuits for their high capacitance and low cost per unit. The primary components of an AEC are two aluminum electrodes separated by a dielectric material, usually a paper or plastic film. These components are then sealed in an aluminum can or sleeve. The aluminum electrodes have an anode (+) and cathode (-). AECs are typically packaged in small discrete components, such as axial, radial, and very occasionally, SMD form.

ALS80A473KF063 is a radial type aluminum electrolytic capacitor. Unlike axial AECs, radial types are designed to allow electrolyte to move freely between the plates without pooling or draining. This helps to maintain a longer life span than axial components. The ALS80A473KF063 has a capacitance of 47µF, a rated voltage of 80VDC, and a maximum temperature of 125℃. This range is perfect for most circuit board applications.

The working principle of an AEC is based on the electrolytic effect. By applying a positive voltage to the anode and a negative voltage to the cathode, an electrolyte solution is attracted to the anode, forming a copper oxide film on its surface. This film acts as the dielectric material, creating an electrical field that creates a charge junction between the two electrodes. This charge junction is what stores the energy of the AEC.

The ALS80A473KF063 is widely used in consumer electronics and automotive applications due to its superior performance over aluminum and other capacitor types. This component is perfect for powering DC motors and LED lighting circuits, as well as providing power filtering for automotive starter circuits. Due to its reliability, it is also used in solar energy and hydroelectric power systems, where high performance and precision are essential.

In conclusion, the ALS80A473KF063 is a reliable and robust aluminum electrolytic capacitor that can be used in many different electronic and automotive applications. It is capable of providing high performance and precision operation while still being cost-effective. This makes it an ideal choice for both high-end and economical circuit design.