EKXJ451ELL6R8MJ16S

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Aluminum Electrolytic Capacitors are electrical components with two electrical terminals. The most common type consists of two concentric cylinders of aluminum with a vacuum in between. The outer cylinder is the cathode and holds an electrolyte, while the inner cylinder is the anode and functions as the dielectric layer. In an electrical circuit they can store an electrical charge and act as a buffer against sudden high-frequency electrical transients.

The EKXJ451ELL6R8MJ16S is an Aluminum Electrolytic Capacitor which is most often used in switch-mode power supplies, power conversion applications, and high-frequency motor drives. It has an operating temperature range of -55°C to +105°C and a voltage range of 80V DC to 200V DC. It is also equipped with a long life, low impedance, and low ESR design.

The working principle of the EKXJ451ELL6R8MJ16S is fairly simple. When an electric current is passed through the capacitor, the electrons in the outer aluminum cylinder are attracted to the positive terminal of the electric current. The electrons then pass through the electrolyte, which is causing a current to flow. This current then passes through the inner aluminum cylinder, creating a static electric field between the two aluminum cylinders.

The static electric field results in the creation of a dielectric layer between the two aluminum cylinders. This dielectric has the ability to store a charge, and will hold the charge when the current is removed. This allows the EKXJ451ELL6R8MJ16S to act as a buffer against sudden high-frequency electrical transients. The capacitor can also act as a timing device, as it will gradually discharge when the current is disconnected, thereby providing a certain degree of time delay.

Overall, the EKXJ451ELL6R8MJ16S is a highly versatile Aluminum Electrolytic Capacitor which is ideal for a wide range of applications. It is capable of holding any charge at a range of voltages and working temperatures, allowing it to be used in various industrial and commercial environments.

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