450BXC22MEFC16X20

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Aluminum electrolytic capacitors are broadly used in a range of applications, due to their incomparable energy density capability, stable performance, reasonable price, and rigid physical size. One type of aluminum electrolytic capacitor, the 450BXC22MEFC16X20, has been designed specifically for reliable operation in industrial control and automation systems.

The 450BXC22MEFC16X20 is made of aluminum foil for the anode and cathode electrodes, as well as a highly permeable paper containing proprietary electrolytes. This design not only promotes the stability of the capacitance and the working life of the capacitor, but also provides excellent insulation and ripple-carrying capabilities even in extreme conditions.

The anode lead of the 450BXC22MEFC16X20 is connected to the aluminum foil inherently formed on its outer surface, and the cathode lead is connected to the aluminum foil of the inner surface. This configuration and the design of a supporting organic material substrate allow the capacitor to maintain a structural stability even when exposed to high temperatures and high applied electrical voltages.

The major application field of the 450BXC22MEFC16X20 is in industrial control systems. Due to its high ripple current capabilities, the capacitor is suitable for applications that require noise suppression and phase angle controls, such as electronic motor control, electronic ballast in lighting systems, and even railway power systems. Special operating conditions, such as when the capacitor is exposed to vibrational forces or potential thermal cycling, require capacitors with additional reinforcement. Fortunately, the 450BXC22MEFC16X20 is designed to accommodate these applications, providing superior performance and long life expectancy. Furthermore, in high temperature operating conditions, such as those required in solar inverters, the device has acceptable self-heating characteristics.

The main working principle of the 450BXC22MEFC16X20 is based on the physics of Faraday’s Law, which states the amount of electric charge that can be stored in the device is proportional to the applied voltage. Accordingly, an electrochemical reaction produces an oxide film on the anode that is thicker than the oxide film on the cathode. This results in an electric charge stored in the device proportional to the applied voltage. The total electric charge of the device is also proportional to the area of the electrode foils and the physical thickness of the electrolyte.

In conclusion, the 450BXC22MEFC16X20 is an aluminum electrolytic capacitor designed for reliable operation in industrial control and automation systems. It has excellent insulation and ripple-carrying capabilities, allowing it to suppress electrical noise and provide phase angles control. The device is also equipped with structures and supports to withstand even high temperatures and electrical voltages. The device is ideal for applications that require efficient energy storage and require noise suppression, such as electronic motor control, lighting systems, and railway power systems. The working principle of the device is based on Faraday’s Law of charge storage in electric fields.

The specific data is subject to PDF, and the above content is for reference