CGS163T200X5C

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Aluminum electrolytic capacitors, often referred to as \'electrolytic\', are some of the most common capacitors used in electrical and electronic applications today. They are also the biggest, owing to their size, which makes them very widely used components in many different applications in industrial, automotive, medical, communication and other products. CGS163T200X5C is an aluminum electrolytic capacitor with great performance and is widely used in various fields.

Overview

CGS163T200X5C aluminum electrolytic capacitors are available in a wide variety of sizes and with various voltage ratings, from 16 to 400V. Other features include low ESR, and low impedance, making them an ideal choice for demanding applications which require stable performance without compromise. They are also highly resistant to vibrations and shocks and can withstand high temperatures for a long time with little deterioration in their performance.

Application Field

CGS163T200X5C aluminum electrolytic capacitors are widely used in several application fields. These application fields include power supplies, aerospace, medical, automotive, audio/video, and consumer electronics. With their excellent performance characteristics including low ESR, low impedance, high temperature stability, and high vibration/shock resistance, they are ideal for high-end applications that require reliable operation and consistent performance. In addition, their size allows them to be used in high-power systems, while their excellent portability and durability make them well suited for portable applications.

Working Principle

CGS163T200X5C aluminum electrolytic capacitors have a special construction that allows them to store electrical charge. The two main components of an aluminum electrolytic capacitor are the anode and the cathode. The anode is made up of a metal or other conductive material that is coated with a conducting oxide layer, while the cathode is formed with an electrolyte that contains ions. When a voltage is applied to the capacitors, the electrons flow from the anode to the cathode, creating an electrical field between them. This field charges the capacitor, allowing it to store charge for later use. The amount of charge stored depends on the capacitance of the capacitor, which is determined by its size and dielectric material.

When the voltage applied to the capacitor is reversed, the electrons flow in the opposite direction, discharging the capacitor and releasing the stored electrical energy. This can be used to power electrical circuits or devices, such as radios or other electronics. Over time, the capacitance of the capacitor may decrease, due to aging or other factors, and so the amount of energy recharged and released may be reduced accordingly.

Conclusion

CGS163T200X5C aluminum electrolytic capacitors have been developed to offer improved performance in a wide variety of applications. Their high reliability and low ESR, low impedance, and high temperature stability make them ideal for demanding applications in the automotive and aerospace sectors, as well as medical, communication, and other consumer electronics applications. Their size, portability, and high vibration/shock resistance also make them a great choice for portable systems. Ultimately, CGS163T200X5C aluminum electrolytic capacitors can offer reliable performance in a wide range of applications.

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