228CKS016M

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Aluminum Electrolytic Capacitors have developed rapidly in recent years, with their performance and quality are greatly improved. An example of this is the 228CKS016M. This capacitor has many different applications and works in a unique way.

The 228CKS016M is a long-life 455V surge-resistant capacitor. It largely used in TV and monitor power supplies, and is also applicable for high intensity light driver, LED control systems and more. This device can provide stable and efficient current to power such systems.

The 228CKS016M is made up of one aluminum graphite anode foil and multiple aluminum cathode foil wound around it. The anode is then covered with a flux-resistant epoxy-based coating. All these materials are wound into a cylindrical shape by an automated process. The cathode foil is connected to positive terminal, while the anode foil is connected to the negative terminal.

When connected to a power supply, electricity passes through the anode and electrolyte, and then moves onto the cathode. This electrical current produces an electrical field, which is stored in the aluminum oxide film that separates the anode and cathode. The energy then gets stored in that film, allowing it to act as a capacitor. This process creates a high capacitance value in the capacitor.

The 228CKS016M also has a long operational life, due to its built-in surge-resistant feature. This feature prevents the device from becoming damaged in the event of a surge. The surge-resistant feature also helps to extend the life of the capacitor and makes it more reliable. In addition, this capacitor also comes with an excellent temperature range, which allows it to work in both hot and cold temperatures.

Overall, the 228CKS016M is an excellent choice for a long-life, surge-resistant aluminum electrolytic capacitor. It is widely used in TV and monitor power supplies, as well as other systems that require stable and efficient current flow. This device also has a long operational life, thanks to its built-in surge-resistant feature.

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