601D119G7R5JT1

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Aluminum electrolytic capacitors, often abbreviated as AECs, are reliable, cost effective, and widely used in electronic circuits for various purposes including power supply filtering and signal decoupling. Denoted by the product code 601D119G7R5JT1, this specific aluminum electrolytic capacitor is actually a radial lead, low impedance product specifically designed for industrial grade applications.

It is a compact capacitor with a 105°C rated temperature, and rated voltage of 25V. It has a reactive capacitance of 4700 μF, and an ESR (Equivalent Series Resistance) of 0.17 Ohm. These components are ideal for stabilising voltage in power supply applications and for filtering high frequencies in switching power supplies. Aluminum electrolytic capacitors are also commonly used in audio crossover circuits since they offer a high capacitance in a small form factor.

The 601D119G7R5JT1 aluminum electrolytic capacitor is manufactured by using an anode made from aluminum foil with a layer of oxide film on its surface. The positive and negative electrodes (cathode and anode) are sealed in electrolyte-filled aluminum cans. Due to previous oxidation, the anode forms an oxide film which functions as the dielectric layer. The electrolyte-filled aluminum cans play multiple roles, providing additional insulation between the plates, allowing electrons to move freely between the plates, and helping to dissipate thermal energy.

The construction of aluminum electrolytic capacitors makes it difficult to measure the capacitance precisely. Different levels of current (or test voltage) applied to the capacitor can produce different capacitance values. As a result, their stated capacitance values are usually given as a range, and must be confirmed through actual measurements in order to ensure proper operation in circuitry application.

Aluminum electrolytic capacitors can handle currents of up to 50 amps and higher if proper design is taken into account as applied to a larger-than-normal capacitor, however this is not recommended. Because of their design and construction they have one disadvantage: leakage current. As leakage current increases, the capacitance of the capacitor decreases and its ability to store charge is compromised. To minimize leakage current an electrolyte with high impedance should be used.

Due to their low cost, efficient construction, and large capacitance in a small form factor, aluminum electrolytic capacitors are very popular in many electronic circuits. In particular, the 601D119G7R5JT1 capacitor is ideal for industrial applications since it offers radial leads, a low ESR, and 105°C rated temperature.

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