ALS80A152DE250

Aluminum electrolytic capacitors refer to capacitors that use anodic aluminum oxide as the dielectric material and rely on electrolyte ionic conductivity to form electrical and capacitive characteristics. They have the characteristics of wide operating temperature range, high capacity, small volume, etc. The ALS80A152DE250 is an enclosed screw terminal aluminum electrolytic capacitor perfectly suited for consumer electronics, medical and industrial applications.

Applications of ALS80A152DE250 Capacitor

The ALS80A152DE250 is an axial lead, screw terminal aluminum electrolytic capacitor with a lifetime expectancy of up to 4000 hours at 105°C. It features a solid screw terminal and is an ideal choice for a variety of applications such as LED lighting, power supplies, automotive applications and much more. Its rated capacitance ranges from 1μF up to 470μF and its voltage rating starts at 8V through to 350V.

The ALS80A152DE250 consists of a tightly-wound anode around a vitreous layer of anodic alumina, which contains the electrolyte. Its wide temperature range makes it ideal for applications such as medical devices, microwave ovens, battery chargers, motor drives, LED lighting, power supplies, consumer electronics, automotive applications, and much more.

Working Principle of ALS80A152DE250 Capacitor

The working principle of an aluminum electrolytic capacitor is based on Faraday’s law of electrolysis. When current flows through an electrolytic solution, the positive ions move to the negative electrode and the negative ions move to the positive electrode due to the electric field. This movement of ions creates a layer of electrolyte, which acts as a dielectric between the two electrodes and forms a capacitor.

The ALS80A152DE250 aluminium electrolytic capacitor is constructed with a dielectric oxide film as the insulator on an anodized aluminium capacitor element. The anode layer and sealant create a hermetically sealed device containing the electrolyte. This unique design makes the product reliable and long-lasting.

When current is applied, the anode supplies an additional charge to the capacitance element. This extra charge increases the capacitance as it passes through the dielectric and creates a higher charge at the negative terminal. This additional charge then increases the capacitance and forms a higher voltage rating across the capacitor.

The ALS80A152DE250 capacitor, due to its design, is efficient at both low and high temperature operations, making it an ideal choice for applications provided by its versatility. The inbuilt solid screw terminal along with the hermetically sealed body make it a much used component in aerospace, consumer electronics, medical and automotive applications.

Conclusion

The ALS80A152DE250 aluminum electrolytic capacitor is an enclosed screw terminal aluminum electrolytic capacitor which is perfectly suited for consumer electronics, medical and industrial applications. It has a wide temperature range and is ideal for applications such as medical devices, LED lighting, battery chargers, microwave ovens, power supplies, motor drives, automotive applications and much more. Its wide temperature range and solid screw terminal make it an ideal choice for aerospace, consumer electronics, medical and automotive applications.

This aluminum electrolytic capacitor utilizes Faraday’s law of electrolysis wherein current flows through an electrolytic solution, the positive ions move to the negative electrode and the negative ions move to the positive electrode due to the electric field. This movement of ions creates a layer of electrolyte, which acts as a dielectric between the two electrodes and forms a capacitor.