EEE-HD1V100AR

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Aluminum electrolytic capacitors are passive components used to store electrical energy and power. The EEE-HD1V100AR is a top-of-the-line aluminum electrolytic capacitor from Panasonic. It is used for power applications and has a wide range of applications, from audio to industrial and automotive electronics.

EEV-HD1V100AR has a voltage of the rated voltage up to 100 VDC while the capacitance range is 25µF to 4200µF. Its temperature range is -25°C to +125°C, with a maximum operating temperature of +105°C and a rated voltage dissipation factor of 1.3 mV. It also features maximum ripple current ratings up to 420 DC. The case size of this capacitor is 10mm (4.17").

The EEE-HD1V100AR is suitable for use in a wide range of applications, from audio equipment to industrial and automotive electronics. It is also capable of providing high-quality sound in speaker applications. It can be used for power applications from industrial, automotive, and audio equipment to communication equipment. It is also suitable for use in control circuits, inverters, and other high-frequency switching circuits.

The working principle behind aluminum electrolytic capacitors lies in the fact that they are composed of two oxide layers with a thin film of aluminum separating them. When an electric current is applied to the oxide layers, they become charged, creating a dielectric barrier between them that keeps the voltage constant. This dielectric barrier prevents the capacitor from discharging until it is subjected to an electric field, at which point the capacitor begins to discharge. The discharge process is slow and can take up to a few days or weeks depending on the load and the exchange of current.

The EEE-HD1V100AR is one of the best aluminum electrolytic capacitors available, and its performance and specifications make it suitable for a variety of applications from audio to industrial and automotive electronics. It is specially designed for power applications and offers good performance and reliability. With its wide range of temperatures and voltage ratings, it can be used for a variety of applications and changing conditions. In addition, it has good current ratings and is highly resistant to mechanical and thermal shock.

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