CGS223U040V3C

Aluminum electrolytic capacitors are widely used in applications where high electrical capacitance, low equivalent series resistance, low voltage drop, and high operating temperature range are required. Among different types of capacitors, the aluminum electrolytic capacitors are the most reliable, especially at high frequency applications. The specific capacitor used in this application is the CGS223U040V3C aluminum electrolytic capacitor, which has been co-developed by TDK and Furukawa Electric Co. Ltd. to fulfill the demands of various markets.

The CGS223U040V3C capacitor can be used in automotive and many other applications where the requirement is on its safety performance and durability. It is well known for its excellent usage in automotive areas such as electric cars, hybrid vehicles, and gasoline engines. The CGS223U040V3C has also been proven to be successful in telecommunications, audio systems, household appliances, medical technology, audio equipment, and industrial machines.

The CGS223U040V3C has two conductive plates, which are energized by the electric charge as soon as it is connected. The electric charge is placed between two plates through an electrolyte solution, thus forming an electric field and allowing current to flow between the plates. This capacitor acts like a voltage regulator, as it allows small fluctuations in voltage flow but will not allow sudden bursts of high voltages. The higher the amount of electric charge stored, the higher the capacitance, hence the higher the amount of current that can be stored or released. CGS223U040V3C is specifically designed with a wide operating temperature range of -40 °C to +105°C, making it especially suitable for harsh environments.

The CGS223U040V3C aluminum electrolytic capacitor is a reliable and interchangeable component within automotive and other industries, able to fit in many applications from audio equipment to electric cars. It is equipped with wide operational temperature range and a reliable electric discharge, able to provide stability and reliability which makes it suitable for many applications.