EGXE500ELL4R7MH12D

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Aluminum electrolytic capacitors are components that store and discharge electric energy. The EGXE500ELL4R7MH12D is an aluminum electrolytic capacitor from a leading electronics producer that is known for its reliable performance. It is a surface mount and provides high capacitance and low leakage in a comparatively small package. The EGXE500ELL4R7MH12D has an operating temperature range of -55 to +105 degrees Celsius and a rated voltage range of 4 to 16 volts.

The EGXE500ELL4R7MH12D is used in a variety of applications where the device must store and discharge electric energy quickly, such as filtering, buffering or bypassing. It is ideal for applications that require high capacitance and low leakage over a wide temperature range, as well as those needing a low profile form factor. These capacitors are also used for charge/discharge applications, voltage correction, signal transmission, motor speed control, and noise filtering.

The working principle of the EGXE500ELL4R7MH12D is based on the charging and discharging process of the capacitor, known as capacitance. The device is made up of two plates of metal material covered in an insulation material. The two plates are separated by a dielectric material which acts as an insulator. When a voltage is applied to the two plates, the electric field generated across the device compresses the dielectric material and causes energy to be stored in the capacitor. As current flows through the device, it is discharged and the energy stored in the device is released. This process repeats until the capacitor reaches its maximum capacitance.

In summary, the EGXE500ELL4R7MH12D is an aluminum electrolytic capacitor from a leading electronics producer that is known for its reliable performance. It can be used in a variety of applications including filtering, buffering, bypassing, charge/discharge applications, voltage correction, signal transmission, motor speed control, and noise filtering. The working principle of the device is based on the charging and discharging of capacitance.

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