101C123U075EB2B

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Aluminum electrolytic capacitors are widely used in various applications due to their relatively low cost and high capacity. The 101C123U075EB2B is a cylindrical aluminum electrolytic capacitor that is used primarily in motor start applications as it is able to withstand shocks and over voltage issues.

The 101C123U075EB2B is constructed with a cylindrical body and an axial lead, feeding current to the capacitor. This capacitor is composed of two, very thin aluminum foil electrodes that are coated with an oxide film. This oxide film acts as a dielectric, which is then soaked in an electrolyte solution.

The capacitor is able to withstand large amounts of current due to its remarkable capacitance, allowing it to perform its functions even when faced with a large electric load. This is achieved through the use of a multiple layer construction, with a high permittivity material in between the two layers of foil. The use of this multiple layer construction makes the 101C123U075EB2B particularly suitable for motor start applications, as it can handle both the currents associated with starting and running the motor and the heavy duty shocks and changes in voltage associated with the job.

The working principle of the 101C123U075EB2B is relatively simple. Upon supplying current to the capacitor, an electrical quantity is being stored due to the polarization of the dielectric. This causes a potential difference to be established between the two electrodes, thereby storing an amount of energy in the form of electric charge. This makes the application field of this capacitor particularly useful for applications such as motor start, flash photography, dc/dc converters, power conditioning and power supply filters.

The 101C123U075EB2B is an invaluable part of many different applications due to its high capacitance and reliability. With its robust construction and excellent working principle, this capacitor is able to handle a wide range of electric loads, and is able to remain functional in a broad range of temperatures and environments.

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