B41231B5339M000

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Aluminum electrolytic capacitors are one of the most commonly used types of capacitors, with many applications in the electronics industry. B41231B5339M000 capacitors are specifically designed to provide excellent electrical performance in a variety of scenarios.

A B41231B5339M000 aluminum electrolytic capacitor features a cylindrical aluminum case with a snap-in style mount. The case accommodates cylindrical aluminum anodes and cathodes, which are separated from each other by an electrolyte-soaked paper separator. An internally-sealed epoxy is used to hold the components in place.

The electrical characteristics of a B41231B5339M000 capacitor are determined by factors such as the capacitance, voltage, leakage current, impedance, temperature coefficient and resonance frequency. The capacitance ranges from 15uF to 75uF and is specified at 10kHz and 20°C. The voltage rating is up to 300V DC and is also given at 10kHz and 20°C. The impedance at 10kHz is less than 1Ω, and the leakage current is less than 0.5MA, the temperature coefficient is -30 to +150ppm/°C, and the resonance frequency is typically 100kHz.

The B41231B5339M000 capacitors have a wide range of applications. Specifically, their low impedance, low leakage current, high voltage rating and excellent temperature stability make them ideal for use in audio-frequency circuits, power supplies, and loudspeaker crossover networks. They can also be used in RF communications systems, AM/FM receiver circuits, and instrumentation amplifiers.

The working principle of B41231B5339M000 capacitors is based on their charge storage capacity. When a voltage is applied to the aluminum electrodes, an electric field is created and electrons are attracted to the anode and repelled from the cathode. This creates an electric charge, which is stored in the capacitor. The amount of charge stored in the capacitor is determined by its capacitance, which is specified in the device datasheet.

In summary, the B41231B5339M000 aluminum electrolytic capacitor is a reliable choice for many electronic applications. Its features of low impedance, low leakage current, high voltage rating and excellent temperature stability make it suitable for many different types of circuits, including audio-frequency circuits, power supplies, RF communication systems, and loudspeaker crossover networks.

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