250VXH390MEFCSN25X30

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Aluminum Electrolytic Capacitors are a type of capacitor which utilizes an electrolyte to increase the total capacitance. They are commonly used in electronic systems to store energy, filter signal noise, and buffer voltage changes. One of the more popular models of aluminum electrolytic capacitor is the 250VXH390MEFCSN25X30. This model provides superior performance, as it has a high fail-safe rating and superior voltage capability when compared to other aluminum electrolytic capacitors.

The 250VXH390MEFCSN25X30 is a radial-lead capacitor designed for general applications where a high-capacitance, low-resistance, and a wide temperature range are required. This model utilizes a non-solid aluminum electrolyte which provides superior performance to those that use solid aluminum electrolytes. The component has a rated voltage of 250 volts and a maximum working voltage of 390 volts. It is also one of the most resistant electrolytic capacitors on the market and can also withstand temperatures ranging from -55°C to 105°C.

The capacitance of the 250VXH390MEFCSN25X30 can range from 2.2uf to 3.3uf and is typically used to provide a large reservoir of charge and to buffer signal noise. As such, the capacitor is commonly used in power supplies, signal processing systems, and general electronic circuits. The component has a relatively low ESR rating and is thus more resistant to voltage transients and spikes.

The 250VXH390MEFCSN25X30 also offers superior fail-safe protection, as it utilizes an integrated over-current indicator. If an excessive current flows through the component, the indicator activates and the capacitor is effectively disconnected from the circuit. This provides highly reliable protection against overcurrent issues, ensuring the safety and reliable operation of the device.

In conclusion, the 250VXH390MEFCSN25X30 is an advanced aluminum electrolytic capacitor designed for robust and reliable operation in a variety of applications. It can provide high capacitance and superior protection against power transients and overcurrent issues, making it an ideal component for a variety of electronic systems.

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