UPJ1E182MHD6

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Aluminum electrolytic capacitors, or simply electrolytic capacitors, are polarized, meaning they have positive and negative terminals. UPJ1E182MHD6 is a kind of electrolytic capacitors with features such as small size, high capacitance, low equivalent series resistance (ESR) and low temperature drift. This type of capacitors provides unmatched performance in a variety of electronic applications.

The main feature of the UPJ1E182MHD6, enabling it to be an ideal choice for many electronic applications, is its high capacitance. This type of capacitors is capable of providing a higher energy charge storage than other capacitor types. Due to their ability to store large amounts of energy, they can be used in applications with wide fluctuating power demands. The UPJ1E182MHD6 has capacitance of 18000F and is available in two housing sizes: 9.3mm and 15.5mm. These capacitors also operate in a wide temperature range of −25°C to +85°C.

In addition to its high capacitance, the UPJ1E182MHD6 also boasts impressive ESR values. This allows the capacitors to more efficiently store energy with less heat generation, allowing them to remain stable over a wide temperature range. The combination of high capacitance and low ESR makes the UPJ1E182MHD6 ideal for various applications, including those that involve high speed switching and high current discharges.

Because of their high capacitance, excellent ESR values, and robust construction, UPJ1E182MHD6 capacitors are used in a wide array of electronic applications. These applications include precision power supplies, frequency filters, voltage regulators, memory backup power supplies, and fuel injection systems. In addition, they are often found in automotive systems where reliability and high performance are essential.

The working principle of the UPJ1E182MHD6 is relatively simple. When an electric current passes through the capacitor, it charges up and stores the electrical energy. This stored energy can then be released as voltage when required. The actual charging process works by passing electric current through an electrolyte material, which is present between two metal sheets.

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