50SGV220M10X10.5

Aluminum electrolytic capacitors made of aluminum and tantalum have become the most commonly used type of capacitor due to their high capacitance to volume ratios. This allows designs for high performing capacitors to be manufactured in a relatively small physical area, making them well-suited for a wide range of applications. One such type of aluminum electrolytic capacitor is the 50SGV220M10X10.5, that has a capacitance of 220micro Farad, a voltage rating of 10VDTDC, and a temperature range of -55 to 125°C.

The main application field for the 50SGV220M10X10.5 is in various types of electronic devices. This includes audio filters, Control Panels, LED lighting, Loudspeakers, and Security System Controls. In addition, it can be used as an AC power supply, Telemetry or audio amplifier. It can also be used in automotive electronics, computer hardware, and portable consumer electronic devices.

The primary working principle of the 50SGV220M10X10.5 aluminum electrolytic capacitor is based on electrochemical reactions. It consists of two layers of aluminium oxide with an electrolytic solution in between as the separator. This electrolyte acts as a barrier, creating an electric field between the two aluminium oxide layers. When a current is applied between the two layers, ions from the electrolyte are attracted to the aluminium oxide layers, maintaining a charge imbalance. This creates an electric field, allowing electricity to flow between the two layers in the form of an electric current.

The specialized electrochemical design of the 50SGV200M10X10.5 allows high levels of capacitance to be stored in a relatively small physical area, making it the ideal choice for a wide range of applications. It can be used in various applications such as audio filters and power supplies, LED lighting, security systems, and automotive electronics. The capacitor’s working principle is based on electrochemical reactions, allowing a charge imbalance to be created between two layers of aluminium oxide separated by an electrolytic solution, resulting in a flow of electric current.